Option Explicit Sub Calculations() 'ASPEN Simulation File Dim WasteRefinery As IHapp Dim WasteRefineryEngine As IHAPEngine 'Open Simulation Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") WasteRefinery.Visible = True WasteRefinery.SuppressDialogs = True Application.DisplayAlerts = False Application.ScreenUpdating = False WasteRefinery.Reinit 'WasteRefinery.Run Set WasteRefineryEngine = WasteRefinery.Engine 'Start Simulation User Interface SimulationName = "Nameless" Bruteforce = "None" Raw_Materials = "NC" GA_Adaption = "None" Gasification_Agents = "None" Selection_Start.Show Dim dTime As Double 'Start of time measurement Dim startTime, endTime As Date startTime = Now() If Bruteforce = "None" Then End If Bruteforce = "Yes" Then If GA_Adaption = "None" Then End If Raw_Materials = "None" Then End If Gasification_Agents = "None" Then End 'definition of variable "finalrow" gives the total amount of brute-force simulations If Raw_Materials = "CC" Then finalrow = Worksheets("FeedVariations").Cells(Rows.Count, 17).End(xlUp).Row 'Count all mixtures in the FeedVariations sheet for NC or CC Case If Raw_Materials = "NC" Then finalrow = Worksheets("FeedVariations").Cells(Rows.Count, 23).End(xlUp).Row Dim output_last_row As Single output_last_row = Worksheets("Output").Cells(Rows.Count, 1).End(xlUp).Row 'gives the active row of simulation for counting j 'Worksheets("Output").Range("A2:A10000").EntireRow.Delete 'Reset Output Worksheet j = 0 + (output_last_row - 1) i = 3 If Bruteforce = "Yes" Then Output.Cells(j + 2, 1) = "Simulation Name: " + SimulationName + "; Bruteforce; Materials: " + Raw_Materials + "; GA Adaption: " + GA_Adaption + "; Gasification Agents: " + Gasification_Agents + "+H2O" If Bruteforce = "No" Then Output.Cells(j + 2, 1) = "Simulation Name: " + SimulationName + "; Single Run; Materials: " + Raw_Materials + "; Gasification Agents: " + Gasification_Agents + "+H2O" ' If Bruteforce = "Yes" Then HEN_Output.Cells(j + 4, 1) = "Simulation Name: " + SimulationName + "; Bruteforce; Materials: " + Raw_Materials + "; GA Adaption: " + GA_Adaption + "; Gasification Agents: " + Gasification_Agents + "+H2O" ' If Bruteforce = "No" Then HEN_Output.Cells(j + 4, 1) = "Simulation Name: " + SimulationName + "; Single Run; Materials: " + Raw_Materials + "; Gasification Agents: " + Gasification_Agents + "+H2O" If Bruteforce = "Yes" Then Streams.Cells(j + 3, 1) = "Simulation Name: " + SimulationName + "; Bruteforce; Materials: " + Raw_Materials + "; GA Adaption: " + GA_Adaption + "; Gasification Agents: " + Gasification_Agents + "+H2O" If Bruteforce = "No" Then Streams.Cells(j + 3, 1) = "Simulation Name: " + SimulationName + "; Single Run; Materials: " + Raw_Materials + "; Gasification Agents: " + Gasification_Agents + "+H2O" If Bruteforce = "Yes" Then Units.Cells(j + 3, 1) = "Simulation Name: " + SimulationName + "; Bruteforce; Materials: " + Raw_Materials + "; GA Adaption: " + GA_Adaption + "; Gasification Agents: " + Gasification_Agents + "+H2O" If Bruteforce = "No" Then Units.Cells(j + 3, 1) = "Simulation Name: " + SimulationName + "; Single Run; Materials: " + Raw_Materials + "; Gasification Agents: " + Gasification_Agents + "+H2O" If Bruteforce = "Yes" Then HI_Turbine.Cells(j + 3, 1) = "Simulation Name: " + SimulationName + "; Bruteforce; Materials: " + Raw_Materials + "; GA Adaption: " + GA_Adaption + "; Gasification Agents: " + Gasification_Agents + "+H2O" If Bruteforce = "No" Then HI_Turbine.Cells(j + 3, 1) = "Simulation Name: " + SimulationName + "; Single Run; Materials: " + Raw_Materials + "; Gasification Agents: " + Gasification_Agents + "+H2O" If Bruteforce = "Yes" Then Worksheets("General").Range("H11") = FeedVariations.Cells(i, 38) Else Worksheets("General").Range("H11") = 14011.45 j = j + 1 'first entry is the simulation name and stuff (see the two lines of code above) 'SIMUALTION STARTS HERE For i = 3 To 3 'finalrow Application.StatusBar = "Current iteration: " & i - 2 If Bruteforce = "Yes" Then 'Copy the actual Composition into the General Worksheet for NC Case If Raw_Materials = "NC" Then Worksheets("General").Range("B5") = FeedVariations.Cells(i, 23) 'Composition Name Worksheets("General").Range("C7") = FeedVariations.Cells(i, 24) Worksheets("General").Range("C8") = FeedVariations.Cells(i, 25) Worksheets("General").Range("C9") = FeedVariations.Cells(i, 26) Worksheets("General").Range("C10") = FeedVariations.Cells(i, 27) Worksheets("General").Range("C11") = FeedVariations.Cells(i, 28) Worksheets("General").Range("C12") = FeedVariations.Cells(i, 29) Worksheets("General").Range("C13") = FeedVariations.Cells(i, 30) Worksheets("General").Range("C14") = FeedVariations.Cells(i, 31) Worksheets("General").Range("H11") = FeedVariations.Cells(i, 38) End If 'NEEDS ADAPTION: Component names have to be changed if CC-Mode is choosen If Raw_Materials = "CC" Then 'Copy the actual Composition into the General Worksheet for CC Case Worksheets("General").Range("B17") = FeedVariations.Cells(i, 17) 'Composition Name Worksheets("General").Range("C19") = FeedVariations.Cells(i, 18) Worksheets("General").Range("C20") = FeedVariations.Cells(i, 19) Worksheets("General").Range("C21") = FeedVariations.Cells(i, 20) End If End If Application.CalculateFull If Raw_Materials = "CC" Then Call Initialisation_CC If Raw_Materials = "NC" Then Call Initialisation_NC 'Set CO2_SPLITFACTOR = WasteRefinery.Tree.FindNode("\Data\Blocks\CARBCYCL\Input\FRAC\CO2OFF") 'CO2_SPLITFACTOR.Value = 1 'Set Splitfactor to 1 for reset 'Assign variables 'From EXCEL to ASPEN (.Value (ASPEN) <- Cell or Range (EXCEL)) 'Set-command prepairs the variable path from EXCEL to ASPEN and vice versa. If Raw_Materials = "CC" Then Set FEED_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\TOTFLOW\MIXED") If Raw_Materials = "NC" Then Set FEED_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\NC\WASTE") Set H_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\2") Set O_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\O:CFEED\Output\READ_VAL\2") Set C_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\1") Set YIELD_HMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\H2") Set YIELD_CMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\C") Set YIELD_OMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\O2") Set FEED_HMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\H2") Set FEED_CMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\C") Set FEED_OMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\O2") Set GA_H2O_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFLMX\MIXED") Set GA_CO2_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFLMX\MIXED") Set GA_O2_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFLMX\MIXED") Set PLASMA_POWER = WasteRefinery.Tree.FindNode("\Data\Streams\PLSMPWRG\Output\QCALC") Set H_MOLEFLOW_OPCOMP = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:COPCOM\Output\READ_VAL\2") Set O_MOLEFLOW_OPCOMP = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\O:COPCOM\Output\READ_VAL\2") Set C_MOLEFLOW_OPCOMP = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:COPCOM\Output\READ_VAL\1") Set H_MASSFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFLOW\MIXED\H2") Set O_MASSFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFLOW\MIXED\O2") Set C_MASSFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFLOW\MIXED\C") Set RAWGASH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\TEMP_OUT\MIXED") Set VOLFLOW_RAWGASH = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\VOLFLMX\MIXED") Set C_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\C") Set CO_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\CO") Set CO2_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\CO2") Set H2_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\H2") Set H2O_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\H2O") Set TOTALMOLEFLOW_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFLMX\MIXED") Set VOLFLOW_AGR2OUT = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\VOLFLMX\MIXED") Set TEMP_AGR2OUT = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\TEMP_OUT\MIXED") 'Set COOLSAFE1 = WasteRefinery.Tree.FindNode("\Data\Streams\COOLSAFE1\Output\VOLFLMX\MIXED") 'Set HOTSAFE1 = WasteRefinery.Tree.FindNode("\Data\Streams\HOTSAFE1\Output\MASSFLMX\MIXED") Set RAWGASC_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\TEMP_OUT\MIXED") 'Set TEMP_HOTSAFE1 = WasteRefinery.Tree.FindNode("\Data\Streams\HOTSAFE1\Output\TEMP_OUT\MIXED") Set VOLFLOW_RAWGASC = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\VOLFLMX\MIXED") Set WGSR_STEAM = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFLOW\MIXED\H2O") Set H2_MOLEFRAC_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\H2") Set CO_MOLEFRAC_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\CO") Set H2_MOLEFLOW_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFLOW\MIXED\H2") Set CO_MOLEFLOW_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFLOW\MIXED\CO") Set CO2_MASSFLOW_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFLOW\MIXED\CO2") Set VOLFLOW_SHIFTGC = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\VOLFLMX\MIXED") Set MOLEFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLMX\MIXED") Set H2_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2") Set CO_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\CO") Set CO2_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\CO2") Set H2O_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2O") Set N2_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\N2") Set HCL_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\HCL") Set H2S_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2S") Set COS_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\COS") Set MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFLMX\MIXED") Set H2_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2") Set CO_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\CO") Set CO2_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\CO2") Set H2O_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2O") Set N2_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\N2") Set HCL_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\HCL") Set H2S_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2S") Set COS_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\COS") Set CO2_RECYLE = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFLOW\MIXED\CO2") Set CO2_SPLITFACTOR = WasteRefinery.Tree.FindNode("\Data\Blocks\CARBCYCL\Input\FRAC\CO2OFF") If i = 3 Or GA_Adaption = "Yes" Then Set CO2_SPLITFACTOR = WasteRefinery.Tree.FindNode("\Data\Blocks\CARBCYCL\Input\FRAC\CO2OFF") CO2_SPLITFACTOR.Value = 1 Set WasteRefineryEngine = WasteRefinery.Engine StopPoint_1 = "FILTER" WasteRefineryEngine.Step WasteRefineryEngine.AddStopPoint IAP_STOPPOINT_BLOCK, StopPoint_1, 2 'added StopPoint after Filter WasteRefinery.Run WasteRefineryEngine.ClearStopPoints If Gasification_Agents = "CO2" Then Call GA_Addition_CO2_H2O If Gasification_Agents = "O2" Then Call GA_Addition_O2_H2O End If If Gasification_Agents = "CO2" Then WasteRefineryEngine.ClearStopPoints StopPoint_2 = "CARBCYCL" WasteRefineryEngine.Step WasteRefineryEngine.AddStopPoint IAP_STOPPOINT_BLOCK, StopPoint_2, 2 WasteRefinery.Run WasteRefineryEngine.ClearStopPoints If GA_Adaption = "Yes" Or i = 3 Then Call Circular_Gas End If WasteRefinery.Run TURBINE = "MEOHSYN.TURBINE" WasteRefineryEngine.Reinit IAP_REINIT_BLOCK, TURBINE StopPoint_3 = "MEOHSYN.TURBINE" 'WasteRefineryEngine.Step WasteRefineryEngine.AddStopPoint IAP_STOPPOINT_BLOCK, StopPoint_3, 2 WasteRefinery.Run WasteRefineryEngine.ClearStopPoints Call SetStreamsMain1 'Calling SetCommands Call SetStreamsMain2 Call SetStreamsMain3 Call SetStreamsMain4 Call SetStreamsMain5 Call SetStreamsMain6 Call SetStreamsMEOH1 Call SetStreamsMEOH2 Call SetstreamsMEOH3 Call SetStreamsMEOH4 Call SetUnits Call SetHI_Turbine Set FEED_HMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\H2") Set FEED_CMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\C") Set FEED_OMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\O2") Set GA_H2O_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFLMX\MIXED") Set GA_CO2_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFLMX\MIXED") Set GA_O2_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFLMX\MIXED") Set PLASMA_POWER = WasteRefinery.Tree.FindNode("\Data\Streams\PLSMPWRG\Output\QCALC") Set H_MASSFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFLOW\MIXED\H2") Set O_MASSFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFLOW\MIXED\O2") Set C_MASSFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFLOW\MIXED\C") Set H_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\2") Set O_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\O:CFEED\Output\READ_VAL\2") Set C_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\1") Set RAWGASH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\TEMP_OUT\MIXED") Set VOLFLOW_RAWGASH = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\VOLFLMX\MIXED") Set C_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\C") Set CO_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\CO") Set CO2_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\CO2") Set H2_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\H2") Set H2O_MOLEFRAC_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\H2O") Set TOTALMOLEFLOW_RAWGAS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFLMX\MIXED") Set VOLFLOW_AGR2OUT = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\VOLFLMX\MIXED") Set TEMP_AGR2OUT = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\TEMP_OUT\MIXED") Set RAWGASC_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\TEMP_OUT\MIXED") Set VOLFLOW_RAWGASC = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\VOLFLMX\MIXED") Set WGSR_STEAM = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFLOW\MIXED\H2O") Set H2_MOLEFRAC_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\H2") Set CO_MOLEFRAC_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\CO") Set H2_MOLEFLOW_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFLOW\MIXED\H2") Set CO_MOLEFLOW_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFLOW\MIXED\CO") Set CO2_MASSFLOW_A_SHIFT = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFLOW\MIXED\CO2") Set VOLFLOW_SHIFTGC = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\VOLFLMX\MIXED") Set MOLEFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLMX\MIXED") Set H2_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2") Set CO_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\CO") Set CO2_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\CO2") Set H2O_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2O") Set N2_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\N2") Set HCL_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\HCL") Set H2S_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2S") Set COS_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\COS") Set MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFLMX\MIXED") Set H2_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2") Set CO_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\CO") Set CO2_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\CO2") Set H2O_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2O") Set N2_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\N2") Set HCL_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\HCL") Set H2S_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\H2S") Set COS_MASSFLOW_CLEANGAS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLOW\MIXED\COS") Set CO2_RECYLE = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFLOW\MIXED\CO2") Set WORK_C100 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C100\Output\WNET") Set WORK_C110 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C110\Output\WNET") Set WORK_C120 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C120\Output\WNET") Set WORK_C130 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C130\Output\WNET") Set WORK_C200 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C200\Output\WNET") Set WORK_TURBINE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\TURBINE\Output\BRAKE_POWER") Set RSTEAM_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\TEMP_OUT\MIXED") Set RSTEAM_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFLMX\MIXED") Set RSTEAM_MASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\PRES_OUT\MIXED") Set AMINE_SCRUBBER_HEAT_DUTY = WasteRefinery.Tree.FindNode("\Data\Blocks\AMINESCR\Output\QCALC") Set CONDENSER_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\COND_DUTY") Set CONDENSER_UTILITY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\COND_USAGE") Set REBOILER_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\REB_DUTY") Set REBOILER_UTILITY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\REB_USAGE") Set PRODUCT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\TEMP_OUT\MIXED") Set PRODUCT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\PRES_OUT\MIXED") Set PRODUCT_MASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFLMX\MIXED") Set PRODUCT_MASSFLOW_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFLOW\MEOH") Set TORGC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\TEMP_OUT\MIXED") Set SFTEVAP1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\TEMP_OUT\MIXED") Set SFTSUPHE_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\TEMP_OUT\MIXED") Set RGC100_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\HX_OVERD") Set RGC100_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\HX_DUTY") Set RGC100_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\HX_AREAP") 'Set RGC100_AREA_SHOULD Set TORGC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\TEMP_OUT\MIXED") Set SFTWATH4_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\TEMP_OUT\MIXED") Set SFTWATH6_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\TEMP_OUT\MIXED") Set RGC110_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\HX_OVERD") Set RGC110_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\HX_DUTY") Set RGC110_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\HX_AREAP") 'Set RGC110_AREA_SHOULD Set WGSROUT1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\TEMP_OUT\MIXED") Set TOWGSR2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\TEMP_OUT\MIXED") Set SFTH5and6_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\TEMP_OUT\MIXED") Set SFTEVAP1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\TEMP_OUT\MIXED") Set SGIC100_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\HX_OVERD") Set SGIC100_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\HX_DUTY") Set SGIC100_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\HX_AREAP") 'Set SGIC100_AREA_SHOULD Set TOSGC100_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\TEMP_OUT\MIXED") Set FRSGC100_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\TEMP_OUT\MIXED") Set SFTWATH3_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\TEMP_OUT\MIXED") Set SFTWATH5_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\TEMP_OUT\MIXED") Set SGC100_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\HX_OVERD") Set SGC100_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\HX_DUTY") Set SGC100_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\HX_AREAP") 'Set SGC100_AREA_SHOULD Set TOSGC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\TEMP_OUT\MIXED") Set RSTEAM_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\TEMP_OUT\MIXED") Set TOAS_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\TEMP_OUT\MIXED") Set FRSGC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\TEMP_OUT\MIXED") Set SGC110_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\HX_OVERD") Set SGC110_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\HX_DUTY") Set SGC110_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\HX_AREAP") 'Set SGC110_AREA_SHOULD Set TOSGC120_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\TEMP_OUT\MIXED") Set TOSGC130_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\TEMP_OUT\MIXED") Set SFTWATC2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\TEMP_OUT\MIXED") Set SFTWATH2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\TEMP_OUT\MIXED") Set SGC120_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\HX_OVERD") Set SGC120_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\HX_DUTY") Set SGC120_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\HX_AREAP") 'Set SGC120_AREA_SHOULD Set TOSGC130_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\TEMP_OUT\MIXED") Set SFTH5and6_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\TEMP_OUT\MIXED") Set SGC130_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\HX_OVERD") Set SGC130_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\HX_DUTY") Set SGC130_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\HX_AREAP") 'Set SGC130_AREA_SHOULD Set R100OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\TEMP_OUT\MIXED") Set TORMC2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\TEMP_OUT\MIXED") Set GAHOT1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\TEMP_OUT\MIXED") Set GAHOT2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\TEMP_OUT\MIXED") Set RMC100_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\HX_OVERD") Set RMC100_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\HX_OVERD") Set RMC100_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\HX_AREAP") 'Set RMC100_AREA_SHOULD Set TORMC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\TEMP_OUT\MIXED") Set FRRMC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\TEMP_OUT\MIXED") Set R100IN_C_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\TEMP_OUT\MIXED") Set R100IN_H_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\TEMP_OUT\MIXED") Set RMC110_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\HX_OVERD") Set RMC110_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\HX_DUTY") Set RMC110_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\HX_AREAP") 'Set RMC110_AREA_SHOULD Set TORMC120_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\TEMP_OUT\MIXED") Set FRRMC120_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\TEMP_OUT\MIXED") Set SFTWATC1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATC1\Output\TEMP_OUT\MIXED") Set SFTWATH1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\TEMP_OUT\MIXED") Set RMC120_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\HX_OVERD") Set RMC120_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\HX_DUTY") Set RMC120_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\HX_AREAP") 'Set RMC120_AREA_SHOULD Set TORMC130_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\TEMP_OUT\MIXED") Set FRRMC130_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\TEMP_OUT\MIXED") Set GACOLD_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\TEMP_OUT\MIXED") Set GAHOT1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\TEMP_OUT\MIXED") Set RMC130_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\HX_OVERD") Set RMC130_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\HX_DUTY") Set RMC130_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\HX_AREAP") 'Set RMC130_AREA_SHOULD Set FRRMC130_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\TEMP_OUT\MIXED") Set TOFLASH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\TEMP_OUT\MIXED") Set RMC140_RATING = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\HX_OVERD") Set RMC140_DUTY_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\HX_DUTY") Set RMC140_AREA_IS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\HX_AREAP") 'Set RMC140_AREA_SHOULD 'Others 'Set LHV_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\LHV\Output\READ_VAL\1") If i = 3 Or GA_Adaption = "Yes" Then If Gasification_Agents = "CO2" Then Circular_Gas End If 'Gathering Results from ASPEN for EXCEL 'Call SOFC Application.CalculateFull Worksheets("General").Range("O23") = GA_O2_MASS.Value Worksheets("General").Range("O22") = GA_H2O_MASS.Value Worksheets("General").Range("O21") = GA_CO2_MASS.Value Worksheets("General").Range("H21") = GA_H2O_MASS.Value Worksheets("General").Range("H7") = C_MASSFLOW_FEED.Value Worksheets("General").Range("H8") = H_MASSFLOW_FEED.Value Worksheets("General").Range("H9") = O_MASSFLOW_FEED.Value Set H_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\2") Set O_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\O:CFEED\Output\READ_VAL\2") Set C_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\1") Worksheets("General").Range("I7") = C_MOLEFLOW_FEED.Value Worksheets("General").Range("I8") = H_MOLEFLOW_FEED.Value Worksheets("General").Range("I9") = O_MOLEFLOW_FEED.Value Set H_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\2") Set O_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\O:CFEED\Output\READ_VAL\2") Set C_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\1") Set H_MOLEFLOW_OPCOMP = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:COPCOM\Output\READ_VAL\2") Set O_MOLEFLOW_OPCOMP = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\O:COPCOM\Output\READ_VAL\2") Set C_MOLEFLOW_OPCOMP = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:COPCOM\Output\READ_VAL\1") Worksheets("General").Range("N7") = C_MOLEFLOW_OPCOMP.Value Worksheets("General").Range("N8") = H_MOLEFLOW_OPCOMP.Value Worksheets("General").Range("N9") = O_MOLEFLOW_OPCOMP.Value If Raw_Materials = "CC" Then Set FEED_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\TOTFLOW\MIXED") If Raw_Materials = "NC" Then Set FEED_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\NC\WASTE") 'create economics sheet and fill it with data from ASPEN 'CAPEX 'Pre-treatment Worksheets("Economics").Range("K6:K11") = FEED_TOTALMASSFLOW.Value / 1000 'Gasification Unit Worksheets("Economics").Range("K14") = GA_O2_MASS.Value / 1000 Worksheets("Economics").Range("K15") = FEED_TOTALMASSFLOW.Value / 1000 Worksheets("Economics").Range("K16") = RGC100_DUTY_IS.Value Worksheets("Economics").Range("K17") = RGC110_DUTY_IS.Value 'Syngas Conditioning Worksheets("Economics").Range("K20") = 273.15 * (VOLFLOW_RAWGASC.Value / RAWGASC_TEMPERATURE.Value) Worksheets("Economics").Range("K21") = SGIC100_DUTY_IS.Value Worksheets("Economics").Range("K22") = SGC100_DUTY_IS.Value + SGC110_DUTY_IS.Value + SGC120_DUTY_IS.Value + SGC130_DUTY_IS.Value 'CALCULATE CAPEX IN VBA BECAUSE OF COMBINATION OF 4 HEX 'Syngas Cleanup Worksheets("Economics").Range("K25") = 273.15 * (VOLFLOW_RAWGASH.Value / RAWGASH_TEMPERATURE.Value) Worksheets("Economics").Range("K26") = CO2_MASSFLOW_A_SHIFT.Value / 1000 Worksheets("Economics").Range("K27") = 273.15 * (VOLFLOW_AGR2OUT.Value / TEMP_AGR2OUT.Value) 'Syngas Catalytic Conversion Worksheets("Economics").Range("K31") = PRODUCT_MASSFLOW.Value / 1000 'OPEX 'Gasification Unit Worksheets("Economics").Range("G49") = PLASMA_POWER.Value * 1000 / 0.85 Worksheets("Economics").Range("G50") = GA_H2O_MASS.Value / 1000 'Syngas Conditioning Worksheets("Economics").Range("G57") = WGSR_STEAM.Value / 1000 'Syngas Cleanup Worksheets("Economics").Range("G64") = Worksheets("Economics").Range("G63").Value - (-AMINE_SCRUBBER_HEAT_DUTY.Value * 1000) If Worksheets("Economics").Range("G64") < 0 Then Worksheets("Economics").Range("G64") = 0 'Syngas Catalytic Conversion Worksheets("Economics").Range("G68") = CONDENSER_UTILITY_IS.Value / 1000 Worksheets("Economics").Range("G69") = REBOILER_UTILITY_IS.Value / 1000 Worksheets("Economics").Range("E69") = REBOILER_DUTY_IS.Value * 1000 Worksheets("Economics").Range("G70") = (WORK_C100.Value + WORK_C110.Value + WORK_C120.Value + WORK_C130.Value + WORK_C200.Value) / 1000 Worksheets("Economics").Range("G71") = (Worksheets("Economics").Range("G70").Value - (-WORK_TURBINE.Value / 1000)) / 0.72 Application.CalculateFull 'Collecting Calculated Data from Economics to write in Output. 'checked 17.06.20 CAPEX_Pretreat = Economics.Cells(5, 12) CAPEX_ASU = Economics.Cells(14, 12) CAPEX_Gasification = Economics.Cells(15, 12) CAPEX_RGC100HT = Economics.Cells(16, 12) CAPEX_RGC = Economics.Cells(17, 12) CAPEX_WGSR = Economics.Cells(20, 12) CAPEX_SGIC = Economics.Cells(21, 12) CAPEX_SGC = Economics.Cells(22, 12) CAPEX_Filter = Economics.Cells(25, 12) CAPEX_AMINE_SCRUBBING = Economics.Cells(26, 12) CAPEX_ZnO_Bed = Economics.Cells(27, 12) CAPEX_MEOH_PLANT = Economics.Cells(31, 12) OPEX_Pretreat = Economics.Cells(41, 12) OPEX_ELECPLASMA = Economics.Cells(49, 12) OPEX_GA_STEAM = Economics.Cells(50, 12) OPEX_GA_OXYGEN = Economics.Cells(48, 12) OPEX_CATWGSR = Economics.Cells(56, 12) OPEX_STEAMWGSR = Economics.Cells(57, 12) OPEX_AMINE_MAKEUP = Economics.Cells(61, 12) OPEX_AMINE_ELEC = Economics.Cells(62, 12) OPEX_AMINE_HEAT = Economics.Cells(64, 12) OPEX_SYNGAS_CONVERSION = Economics.Cells(67, 12) 'Copy all needed Data into the Output Sheet If Bruteforce = "Yes" Then ElseIf Raw_Materials = "CC" Then General.Cells(17, 2) = FeedVariations.Cells(i, 17) ElseIf Raw_Materials = "NC" Then General.Cells(5, 2) = FeedVariations.Cells(i, 23) End If If Raw_Materials = "CC" Then Output.Cells(j + 2, 1) = General.Cells(17, 2) If Raw_Materials = "NC" Then Output.Cells(j + 2, 1) = General.Cells(5, 2) ' If Raw_Materials = "CC" Then HEN_Output.Cells(j + 4, 1) = General.Cells(17, 2) ' If Raw_Materials = "NC" Then HEN_Output.Cells(j + 4, 1) = General.Cells(5, 2) If Raw_Materials = "CC" Then Streams.Cells(j + 3, 1) = General.Cells(17, 2) If Raw_Materials = "NC" Then Streams.Cells(j + 3, 1) = General.Cells(5, 2) If Raw_Materials = "CC" Then Units.Cells(j + 3, 1) = General.Cells(17, 2) If Raw_Materials = "NC" Then Units.Cells(j + 3, 1) = General.Cells(5, 2) If Raw_Materials = "CC" Then HI_Turbine.Cells(j + 3, 1) = General.Cells(17, 2) If Raw_Materials = "NC" Then HI_Turbine.Cells(j + 3, 1) = General.Cells(5, 2) Output.Cells(j + 2, 2) = General.Cells(7, 10) '(O_MOLEFLOW_FEED.Value * 2) / C_MOLEFLOW_FEED.Value Output.Cells(j + 2, 3) = General.Cells(7, 11) '(H_MOLEFLOW_FEED.Value * 2) / C_MOLEFLOW_FEED.Value Output.Cells(j + 2, 5) = O_MOLEFLOW_OPCOMP.Value / C_MOLEFLOW_OPCOMP.Value Output.Cells(j + 2, 6) = H_MOLEFLOW_OPCOMP.Value / C_MOLEFLOW_OPCOMP.Value Set CO2IN_MOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFLOW\MIXED\CO2") Set CO2IN_MASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFLOW\MIXED\CO2") Output.Cells(j + 2, 7) = General.Cells(21, 14) Output.Cells(j + 2, 8) = CO2IN_MOLEFLOW.Value Output.Cells(j + 2, 9) = General.Cells(22, 14) Output.Cells(j + 2, 10) = General.Cells(23, 14) Output.Cells(j + 2, 11) = GA_CO2_MASS.Value Output.Cells(j + 2, 12) = CO2IN_MASSFLOW.Value Output.Cells(j + 2, 13) = GA_H2O_MASS.Value Output.Cells(j + 2, 14) = GA_O2_MASS.Value Output.Cells(j + 2, 15) = (Output.Cells(j + 2, 11) + Output.Cells(j + 2, 12)) / Worksheets("General").Range("H11") Output.Cells(j + 2, 16) = Output.Cells(j + 2, 13) / Worksheets("General").Range("H11") Output.Cells(j + 2, 17) = Output.Cells(j + 2, 14) / Worksheets("General").Range("H11") Set CO2OFF_MASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFLOW\MIXED\CO2") Set CO2_TO_SPLIT = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFLOW\MIXED\CO2") Output.Cells(j + 2, 18) = CO2OFF_MASSFLOW.Value Output.Cells(j + 2, 19) = CO2_TO_SPLIT.Value Output.Cells(j + 2, 20) = CO2_SPLITFACTOR.Value Output.Cells(j + 2, 21) = RAWGASH_TEMPERATURE.Value Set PLSMPWRG = WasteRefinery.Tree.FindNode("\Data\Streams\PLSMPWRG\Output\QCALC") Set PLSMPWRD = WasteRefinery.Tree.FindNode("\Data\Streams\PLSMPWRD\Output\QCALC") Set SHIFTGC_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\TEMP_OUT\MIXED") Output.Cells(j + 2, 22) = PLSMPWRG.Value / 0.85 Output.Cells(j + 2, 23) = PLSMPWRD.Value Output.Cells(j + 2, 24) = RAWGASC_TEMPERATURE.Value Output.Cells(j + 2, 25) = SHIFTGC_TEMPERATURE.Value 'Output.Cells(j + 2, 26) = COOLSAFE1.Value 'Output.Cells(j + 2, 27) = TEMP_HOTSAFE1.Value 'Output.Cells(j + 2, 28) = TEMP_HOTH200.Value Output.Cells(j + 2, 29) = VOLFLOW_RAWGASC.Value Output.Cells(j + 2, 30) = VOLFLOW_SHIFTGC.Value Output.Cells(j + 2, 31) = H2_CLEANGAS.Value Output.Cells(j + 2, 32) = CO_CLEANGAS.Value Output.Cells(j + 2, 33) = CO2_RECYLE.Value Output.Cells(j + 2, 34) = TOTALMOLEFLOW_RAWGAS.Value Output.Cells(j + 2, 35) = H2O_MOLEFRAC_RAWGAS.Value Output.Cells(j + 2, 36) = CO2_MOLEFRAC_RAWGAS.Value Output.Cells(j + 2, 37) = CO_MOLEFRAC_RAWGAS.Value Output.Cells(j + 2, 38) = H2_MOLEFRAC_RAWGAS.Value Output.Cells(j + 2, 39) = C_MOLEFRAC_RAWGAS.Value If CO_MOLEFRAC_RAWGAS.Value = 0 Then Output.Cells(j + 2, 40) = 0 Output.Cells(j + 2, 41) = 0 Else Output.Cells(j + 2, 40) = H2_MOLEFRAC_RAWGAS.Value + CO_MOLEFRAC_RAWGAS.Value Output.Cells(j + 2, 41) = H2_MOLEFRAC_RAWGAS.Value / CO_MOLEFRAC_RAWGAS.Value End If If CO_MOLEFRAC_A_SHIFT.Value = 0 Then Output.Cells(j + 2, 42) = 0 Output.Cells(j + 2, 43) = 0 Else Output.Cells(j + 2, 42) = H2_MOLEFRAC_A_SHIFT.Value + CO_MOLEFRAC_A_SHIFT.Value Output.Cells(j + 2, 43) = H2_MOLEFRAC_A_SHIFT.Value / CO_MOLEFRAC_A_SHIFT.Value End If Output.Cells(j + 2, 44) = WGSR_STEAM.Value Output.Cells(j + 2, 45) = CAPEX_Pretreat Output.Cells(j + 2, 46) = CAPEX_ASU Output.Cells(j + 2, 47) = CAPEX_Gasification Output.Cells(j + 2, 48) = CAPEX_Filter Output.Cells(j + 2, 49) = CAPEX_RGC100HT + CAPEX_RGC Output.Cells(j + 2, 50) = CAPEX_SGIC + CAPEX_SGC Output.Cells(j + 2, 51) = CAPEX_AMINE_SCRUBBING Output.Cells(j + 2, 52) = CAPEX_ZnO_Bed Output.Cells(j + 2, 53) = CAPEX_WGSR Output.Cells(j + 2, 54) = CAPEX_MEOH_PLANT Output.Cells(j + 2, 70) = CAPEX_Pretreat + CAPEX_ASU + CAPEX_Filter + CAPEX_RGC100HT + CAPEX_RGC + CAPEX_SGIC + CAPEX_SGC + CAPEX_AMINE_SCRUBBING + CAPEX_ZnO_Bed + CAPEX_WGSR + CAPEX_MEOH_PLANT + CAPEX_Gasification Output.Cells(j + 2, 55) = OPEX_Pretreat Output.Cells(j + 2, 56) = OPEX_GA_OXYGEN Output.Cells(j + 2, 57) = OPEX_GA_STEAM Output.Cells(j + 2, 58) = OPEX_ELECPLASMA 'Output.Cells(j + 2, 59) = OPEX_COOLINGWATER 'Output.Cells(j + 2, 60) = OPEX_STEAMEXPORT Output.Cells(j + 2, 61) = OPEX_AMINE_MAKEUP Output.Cells(j + 2, 62) = OPEX_AMINE_ELEC Output.Cells(j + 2, 63) = OPEX_AMINE_HEAT Output.Cells(j + 2, 64) = OPEX_CATWGSR Output.Cells(j + 2, 65) = OPEX_STEAMWGSR Output.Cells(j + 2, 66) = OPEX_SYNGAS_CONVERSION Output.Cells(j + 2, 67) = Economics.Cells(82, 12) 'Feedstoc costs Output.Cells(j + 2, 68) = Economics.Cells(90, 12) 'deprc. Output.Cells(j + 2, 69) = Economics.Cells(91, 12) 'o+m Output.Cells(j + 2, 71) = OPEX_Pretreat + OPEX_GA_OXYGEN + OPEX_GA_STEAM + OPEX_ELECPLASMA + OPEX_AMINE_MAKEUP + OPEX_AMINE_ELEC + OPEX_AMINE_HEAT + OPEX_CATWGSR + OPEX_STEAMWGSR + OPEX_SYNGAS_CONVERSION + Output.Cells(j + 2, 67) + Output.Cells(j + 2, 68) + Output.Cells(j + 2, 69) Output.Cells(j + 2, 72) = Economics.Cells(15, 11) 'massflow feed Output.Cells(j + 2, 73) = Economics.Cells(14, 11) 'asu production Output.Cells(j + 2, 74) = Economics.Cells(25, 11) 'filter nm3 'needs adaption Output.Cells(j + 2, 75) = Economics.Cells(17, 11) 'duty hex100 Output.Cells(j + 2, 76) = Economics.Cells(22, 11) 'duty hex200 Output.Cells(j + 2, 77) = Economics.Cells(26, 11) 'amine scrubbing t/h Output.Cells(j + 2, 78) = Economics.Cells(27, 11) 'znobed nm3 Output.Cells(j + 2, 79) = Economics.Cells(20, 11) 'wgsr nm3 Output.Cells(j + 2, 80) = Economics.Cells(31, 11) ' meoh cap. Output.Cells(j + 2, 81) = Economics.Cells(82, 7) ' feedstock price Output.Cells(j + 2, 82) = Economics.Cells(93, 4) ' meoh selling price Set GSFIN_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFLMX\$TOTAL") Output.Cells(j + 2, 83) = GSFIN_TOTALMASSFLOW.Value 'gsfin total massflow Output.Cells(j + 2, 84) = (Economics.Cells(49, 7) / 1000) 'plsmpwrg (mit wirkungsgrad) Output.Cells(j + 2, 85) = Economics.Cells(135, 13) 'payback period Output.Cells(j + 2, 86) = Economics.Cells(132, 13) 'roi Output.Cells(j + 2, 87) = Economics.Cells(142, 13) 'paypck simple Output.Cells(j + 2, 88) = Economics.Cells(139, 13) 'roi simple Output.Cells(j + 2, 89) = Economics.Cells(89, 4) 'on stream time Set GASIFOUT_MOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFLMX\MIXED") Set GASIFOUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\CO") Set GASIFOUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\H2") Set GASIFOUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\CO2") Set GASIFOUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\H2O") Set GASIFOUT_MASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFLMX\$TOTAL") Set GASIFOUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\CO") Set GASIFOUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\H2") Set GASIFOUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\CO2") Set GASIFOUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\H2O") Set SHIFTGH_MOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFLMX\MIXED") Set SHIFTGH_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\CO") Set SHIFTGH_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\H2") Set SHIFTGH_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\CO2") Set SHIFTGH_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\H2O") Set SHIFTGH_MASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFLMX\$TOTAL") Set SHIFTGH_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\CO") Set SHIFTGH_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\H2") Set SHIFTGH_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\CO2") Set SHIFTGH_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\H2O") Output.Cells(j + 2, 90) = GASIFOUT_MOLEFLOW.Value Output.Cells(j + 2, 91) = GASIFOUT_MOLEFRAC_CO.Value Output.Cells(j + 2, 92) = GASIFOUT_MOLEFRAC_H2.Value Output.Cells(j + 2, 93) = GASIFOUT_MOLEFRAC_CO2.Value Output.Cells(j + 2, 94) = GASIFOUT_MOLEFRAC_H2O.Value Output.Cells(j + 2, 95) = GASIFOUT_MASSFLOW.Value Output.Cells(j + 2, 96) = GASIFOUT_MASSFRAC_CO.Value Output.Cells(j + 2, 97) = GASIFOUT_MASSFRAC_H2.Value Output.Cells(j + 2, 98) = GASIFOUT_MASSFRAC_CO2.Value Output.Cells(j + 2, 99) = GASIFOUT_MASSFRAC_H2O.Value Output.Cells(j + 2, 100) = SHIFTGH_MOLEFLOW.Value Output.Cells(j + 2, 101) = SHIFTGH_MOLEFRAC_CO.Value Output.Cells(j + 2, 102) = SHIFTGH_MOLEFRAC_H2.Value Output.Cells(j + 2, 103) = SHIFTGH_MOLEFRAC_CO2.Value Output.Cells(j + 2, 104) = SHIFTGH_MOLEFRAC_H2O.Value Output.Cells(j + 2, 105) = SHIFTGH_MASSFLOW.Value Output.Cells(j + 2, 106) = SHIFTGH_MASSFRAC_CO.Value Output.Cells(j + 2, 107) = SHIFTGH_MASSFRAC_H2.Value Output.Cells(j + 2, 108) = SHIFTGH_MASSFRAC_CO2.Value Output.Cells(j + 2, 109) = SHIFTGH_MASSFRAC_H2O.Value Output.Cells(j + 2, 110) = (Economics.Cells(49, 7) + Economics.Cells(42, 7) + Economics.Cells(44, 7) + Economics.Cells(48, 7) + Economics.Cells(62, 7) + Economics.Cells(71, 7)) / 1000 Output.Cells(j + 2, 111) = (Economics.Cells(64, 7) + Economics.Cells(43, 7) + Economics.Cells(69, 5)) / 1000 'thermal duty of process Output.Cells(j + 2, 112) = Economics.Cells(75, 7) 'elec from grif Output.Cells(j + 2, 113) = Economics.Cells(76, 7) 'heat from grid Output.Cells(j + 2, 114) = Economics.Cells(50, 7) 'ga steam ' t/h 'Output.Cells(j + 2, 115) = Economics.Cells(53, 7) 'cooling water 'Output.Cells(j + 2, 116) = Economics.Cells(54, 7) 'steam production Call OutputStreamsMain1 Call OutputStreamsMain2 Call OutputStreamsMain3 Call OutputStreamsMain4 Call OutputStreamsMain5 Call OutputStreamsMain6 Call OutputStreamsMEOH1 Call OutputStreamsMEOH2 Call OutputStreamsMEOH3 Call OutputStreamsMEOH4 Call OutputUnits Call OutputHI_Turbine j = j + 1 'If Single Run was selected at the beginning i is set to the maximum value so the loop ends after only one pass On Error GoTo SaveAgain If Bruteforce = "Yes" Then WasteRefinery.SaveAs Filename:=FeedVariations.Cells(i, 23) & ".bkp" WasteRefinery.Reinit 'Reset Aspen Results before starting the next run 'Kill ("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\Adrian\Bas Case\*.dmp") 'Kill ("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\Benchmark\" & i & ".appdf") 'Kill ("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\Benchmark\" & i & ".his") 'Kill ("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\Benchmark\" & i & ".for") WasteRefinery.Quit Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") WasteRefinery.Visible = False WasteRefinery.SuppressDialogs = True Set WasteRefineryEngine = WasteRefinery.Engine ActiveWorkbook.Save End If If Bruteforce = "No" Then i = finalrow Application.ScreenUpdating = True Next_i: Next i Application.ScreenUpdating = True endTime = Now() 'End of time measurement dTime = endTime - startTime MsgBox ("Finished in " & Format(dTime, "hh:mm:ss") & "minutes") Exit Sub SaveAgain: On Error GoTo 0 If Bruteforce = "Yes" Then WasteRefinery.SaveAs Filename:=FeedVariations.Cells(i, 23) & ".bkp" WasteRefinery.Reinit 'Reset Aspen Results before starting the next run 'Kill ("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\Adrian\Bas Case\*.dmp") 'Kill ("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\Benchmark\" & i & ".appdf") 'Kill ("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\Benchmark\" & i & ".his") 'Kill ("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\Benchmark\" & i & ".for") WasteRefinery.Quit Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") WasteRefinery.Visible = False WasteRefinery.SuppressDialogs = True Set WasteRefineryEngine = WasteRefinery.Engine End If If Bruteforce = "No" Then i = finalrow GoTo Next_i: End Sub Sub SetStreamsMain1() 'Set-Commands for all Streams in both Flowsheets Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'AGR1OUT Set AGR1OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\TEMP_OUT\MIXED") Set AGR1OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\PRES_OUT\MIXED") Set AGR1OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\VOLFLMX\MIXED") Set AGR1OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFLMX\MIXED") Set AGR1OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFLMX\MIXED") Set AGR1OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\H2") Set AGR1OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\CO") Set AGR1OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\CO2") Set AGR1OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\H2O") Set AGR1OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\CH4") Set AGR1OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\C") Set AGR1OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\O2") Set AGR1OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\CL2") Set AGR1OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\S") Set AGR1OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\N2") Set AGR1OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\H2S") Set AGR1OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\COS") Set AGR1OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\HCL") Set AGR1OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MASSFRAC\MIXED\MEOH") Set AGR1OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\H2") Set AGR1OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\CO") Set AGR1OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\CO2") Set AGR1OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\H2O") Set AGR1OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\CH4") Set AGR1OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\C") Set AGR1OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\O2") Set AGR1OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\CL2") Set AGR1OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\S") Set AGR1OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\N2") Set AGR1OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\H2S") Set AGR1OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\COS") Set AGR1OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\HCL") Set AGR1OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\AGR1OUT\Output\MOLEFRAC\MIXED\MEOH") 'AGR2OUT Set AGR2OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\TEMP_OUT\MIXED") Set AGR2OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\PRES_OUT\MIXED") Set AGR2OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\VOLFLMX\MIXED") Set AGR2OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFLMX\MIXED") Set AGR2OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFLMX\MIXED") Set AGR2OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\H2") Set AGR2OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\CO") Set AGR2OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\CO2") Set AGR2OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\H2O") Set AGR2OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\CH4") Set AGR2OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\C") Set AGR2OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\O2") Set AGR2OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\CL2") Set AGR2OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\S") Set AGR2OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\N2") Set AGR2OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\H2S") Set AGR2OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\COS") Set AGR2OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\HCL") Set AGR2OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MASSFRAC\MIXED\MEOH") Set AGR2OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\H2") Set AGR2OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\CO") Set AGR2OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\CO2") Set AGR2OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\H2O") Set AGR2OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\CH4") Set AGR2OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\C") Set AGR2OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\O2") Set AGR2OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\CL2") Set AGR2OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\S") Set AGR2OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\N2") Set AGR2OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\H2S") Set AGR2OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\COS") Set AGR2OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\HCL") Set AGR2OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\AGR2OUT\Output\MOLEFRAC\MIXED\MEOH") 'ASOUT Set ASOUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\TEMP_OUT\MIXED") Set ASOUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\PRES_OUT\MIXED") Set ASOUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\VOLFLMX\MIXED") Set ASOUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFLMX\MIXED") Set ASOUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFLMX\MIXED") Set ASOUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\H2") Set ASOUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\CO") Set ASOUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\CO2") Set ASOUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\H2O") Set ASOUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\CH4") Set ASOUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\C") Set ASOUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\O2") Set ASOUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\CL2") Set ASOUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\S") Set ASOUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\N2") Set ASOUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\H2S") Set ASOUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\COS") Set ASOUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\HCL") Set ASOUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MASSFRAC\MIXED\MEOH") Set ASOUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\H2") Set ASOUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\CO") Set ASOUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\CO2") Set ASOUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\H2O") Set ASOUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\CH4") Set ASOUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\C") Set ASOUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\O2") Set ASOUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\CL2") Set ASOUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\S") Set ASOUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\N2") Set ASOUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\H2S") Set ASOUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\COS") Set ASOUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\HCL") Set ASOUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\ASOUT\Output\MOLEFRAC\MIXED\MEOH") 'CLEANGAS Set CLEANGAS_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\TEMP_OUT\MIXED") Set CLEANGAS_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\PRES_OUT\MIXED") Set CLEANGAS_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\VOLFLMX\MIXED") Set CLEANGAS_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFLMX\MIXED") Set CLEANGAS_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFLMX\MIXED") Set CLEANGAS_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\H2") Set CLEANGAS_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\CO") Set CLEANGAS_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\CO2") Set CLEANGAS_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\H2O") Set CLEANGAS_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\CH4") Set CLEANGAS_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\C") Set CLEANGAS_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\O2") Set CLEANGAS_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\CL2") Set CLEANGAS_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\S") Set CLEANGAS_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\N2") Set CLEANGAS_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\H2S") Set CLEANGAS_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\COS") Set CLEANGAS_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\HCL") Set CLEANGAS_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MASSFRAC\MIXED\MEOH") Set CLEANGAS_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\H2") Set CLEANGAS_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\CO") Set CLEANGAS_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\CO2") Set CLEANGAS_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\H2O") Set CLEANGAS_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\CH4") Set CLEANGAS_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\C") Set CLEANGAS_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\O2") Set CLEANGAS_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\CL2") Set CLEANGAS_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\S") Set CLEANGAS_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\N2") Set CLEANGAS_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\H2S") Set CLEANGAS_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\COS") Set CLEANGAS_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\HCL") Set CLEANGAS_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CLEANGAS\Output\MOLEFRAC\MIXED\MEOH") 'CO2CAPT Set CO2CAPT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\TEMP_OUT\MIXED") Set CO2CAPT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\PRES_OUT\MIXED") Set CO2CAPT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\VOLFLMX\MIXED") Set CO2CAPT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFLMX\MIXED") Set CO2CAPT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFLMX\MIXED") Set CO2CAPT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\H2") Set CO2CAPT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\CO") Set CO2CAPT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\CO2") Set CO2CAPT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\H2O") Set CO2CAPT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\CH4") Set CO2CAPT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\C") Set CO2CAPT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\O2") Set CO2CAPT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\CL2") Set CO2CAPT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\S") Set CO2CAPT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\N2") Set CO2CAPT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\H2S") Set CO2CAPT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\COS") Set CO2CAPT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\HCL") Set CO2CAPT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MASSFRAC\MIXED\MEOH") Set CO2CAPT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\H2") Set CO2CAPT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\CO") Set CO2CAPT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\CO2") Set CO2CAPT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\H2O") Set CO2CAPT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\CH4") Set CO2CAPT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\C") Set CO2CAPT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\O2") Set CO2CAPT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\CL2") Set CO2CAPT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\S") Set CO2CAPT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\N2") Set CO2CAPT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\H2S") Set CO2CAPT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\COS") Set CO2CAPT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\HCL") Set CO2CAPT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFRAC\MIXED\MEOH") 'CO2IN Set CO2IN_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\TEMP_OUT\MIXED") Set CO2IN_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\PRES_OUT\MIXED") Set CO2IN_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\VOLFLMX\MIXED") Set CO2IN_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFLMX\MIXED") Set CO2IN_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFLMX\MIXED") Set CO2IN_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\H2") Set CO2IN_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\CO") Set CO2IN_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\CO2") Set CO2IN_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\H2O") Set CO2IN_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\CH4") Set CO2IN_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\C") Set CO2IN_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\O2") Set CO2IN_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\CL2") Set CO2IN_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\S") Set CO2IN_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\N2") Set CO2IN_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\H2S") Set CO2IN_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\COS") Set CO2IN_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\HCL") Set CO2IN_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MASSFRAC\MIXED\MEOH") Set CO2IN_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\H2") Set CO2IN_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\CO") Set CO2IN_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\CO2") Set CO2IN_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\H2O") Set CO2IN_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\CH4") Set CO2IN_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\C") Set CO2IN_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\O2") Set CO2IN_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\CL2") Set CO2IN_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\S") Set CO2IN_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\N2") Set CO2IN_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\H2S") Set CO2IN_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\COS") Set CO2IN_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\HCL") Set CO2IN_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CO2IN\Output\MOLEFRAC\MIXED\MEOH") 'CO2OFF Set CO2OFF_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\TEMP_OUT\MIXED") Set CO2OFF_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\PRES_OUT\MIXED") Set CO2OFF_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\VOLFLMX\MIXED") Set CO2OFF_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFLMX\MIXED") Set CO2OFF_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFLMX\MIXED") Set CO2OFF_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\H2") Set CO2OFF_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\CO") Set CO2OFF_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\CO2") Set CO2OFF_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\H2O") Set CO2OFF_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\CH4") Set CO2OFF_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\C") Set CO2OFF_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\O2") Set CO2OFF_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\CL2") Set CO2OFF_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\S") Set CO2OFF_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\N2") Set CO2OFF_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\H2S") Set CO2OFF_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\COS") Set CO2OFF_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\HCL") Set CO2OFF_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MASSFRAC\MIXED\MEOH") Set CO2OFF_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\H2") Set CO2OFF_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\CO") Set CO2OFF_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\CO2") Set CO2OFF_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\H2O") Set CO2OFF_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\CH4") Set CO2OFF_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\C") Set CO2OFF_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\O2") Set CO2OFF_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\CL2") Set CO2OFF_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\S") Set CO2OFF_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\N2") Set CO2OFF_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\H2S") Set CO2OFF_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\COS") Set CO2OFF_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\HCL") Set CO2OFF_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CO2OFF\Output\MOLEFRAC\MIXED\MEOH") 'COMB Set COMB_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\TEMP_OUT\MIXED") Set COMB_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\PRES_OUT\MIXED") Set COMB_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\VOLFLMX\MIXED") Set COMB_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFLMX\MIXED") Set COMB_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFLMX\MIXED") Set COMB_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\H2") Set COMB_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\CO") Set COMB_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\CO2") Set COMB_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\H2O") Set COMB_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\CH4") Set COMB_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\C") Set COMB_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\O2") Set COMB_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\CL2") Set COMB_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\S") Set COMB_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\N2") Set COMB_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\H2S") Set COMB_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\COS") Set COMB_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\HCL") Set COMB_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MASSFRAC\MIXED\MEOH") Set COMB_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\H2") Set COMB_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\CO") Set COMB_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\CO2") Set COMB_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\H2O") Set COMB_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\CH4") Set COMB_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\C") Set COMB_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\O2") Set COMB_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\CL2") Set COMB_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\S") Set COMB_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\N2") Set COMB_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\H2S") Set COMB_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\COS") Set COMB_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\HCL") Set COMB_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\COMB\Output\MOLEFRAC\MIXED\MEOH") 'CONV Set CONV_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\TEMP_OUT\MIXED") Set CONV_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\PRES_OUT\MIXED") Set CONV_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\VOLFLMX\MIXED") Set CONV_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFLMX\MIXED") Set CONV_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFLMX\MIXED") Set CONV_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\H2") Set CONV_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\CO") Set CONV_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\CO2") Set CONV_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\H2O") Set CONV_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\CH4") Set CONV_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\C") Set CONV_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\O2") Set CONV_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\CL2") Set CONV_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\S") Set CONV_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\N2") Set CONV_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\H2S") Set CONV_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\COS") Set CONV_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\HCL") Set CONV_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MASSFRAC\MIXED\MEOH") Set CONV_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\H2") Set CONV_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\CO") Set CONV_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\CO2") Set CONV_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\H2O") Set CONV_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\CH4") Set CONV_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\C") Set CONV_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\O2") Set CONV_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\CL2") Set CONV_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\S") Set CONV_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\N2") Set CONV_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\H2S") Set CONV_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\COS") Set CONV_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\HCL") Set CONV_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\CONV\Output\MOLEFRAC\MIXED\MEOH") 'ELEMENTS Set ELEMENTS_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\TEMP_OUT\MIXED") Set ELEMENTS_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\PRES_OUT\MIXED") Set ELEMENTS_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\VOLFLMX\MIXED") Set ELEMENTS_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFLMX\MIXED") Set ELEMENTS_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFLMX\MIXED") Set ELEMENTS_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\H2") Set ELEMENTS_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\CO") Set ELEMENTS_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\CO2") Set ELEMENTS_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\H2O") Set ELEMENTS_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\CH4") Set ELEMENTS_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\C") Set ELEMENTS_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\O2") Set ELEMENTS_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\CL2") Set ELEMENTS_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\S") Set ELEMENTS_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\N2") Set ELEMENTS_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\H2S") Set ELEMENTS_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\COS") Set ELEMENTS_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\HCL") Set ELEMENTS_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MASSFRAC\MIXED\MEOH") Set ELEMENTS_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\H2") Set ELEMENTS_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\CO") Set ELEMENTS_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\CO2") Set ELEMENTS_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\H2O") Set ELEMENTS_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\CH4") Set ELEMENTS_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\C") Set ELEMENTS_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\O2") Set ELEMENTS_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\CL2") Set ELEMENTS_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\S") Set ELEMENTS_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\N2") Set ELEMENTS_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\H2S") Set ELEMENTS_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\COS") Set ELEMENTS_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\HCL") Set ELEMENTS_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\ELEMENTS\Output\MOLEFRAC\MIXED\MEOH") End Sub Sub SetStreamsMain2() 'Set-Commands for all Streams in both Flowsheets Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'FEED Set FEED_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\TEMP_OUT\MIXED") Set FEED_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\PRES_OUT\MIXED") Set FEED_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\VOLFLMX\MIXED") Set FEED_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFLMX\MIXED") Set FEED_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFLMX\MIXED") Set FEED_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\H2") Set FEED_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\CO") Set FEED_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\CO2") Set FEED_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\H2O") Set FEED_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\CH4") Set FEED_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\C") Set FEED_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\O2") Set FEED_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\CL2") Set FEED_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\S") Set FEED_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\N2") Set FEED_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\H2S") Set FEED_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\COS") Set FEED_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\HCL") Set FEED_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MASSFRAC\MIXED\MEOH") Set FEED_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\H2") Set FEED_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\CO") Set FEED_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\CO2") Set FEED_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\H2O") Set FEED_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\CH4") Set FEED_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\C") Set FEED_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\O2") Set FEED_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\CL2") Set FEED_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\S") Set FEED_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\N2") Set FEED_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\H2S") Set FEED_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\COS") Set FEED_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\HCL") Set FEED_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Output\MOLEFRAC\MIXED\MEOH") 'FEEDASH Set FEEDASH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\TEMP_OUT\MIXED") Set FEEDASH_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\PRES_OUT\MIXED") Set FEEDASH_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\VOLFLMX\MIXED") Set FEEDASH_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFLMX\MIXED") Set FEEDASH_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFLMX\MIXED") Set FEEDASH_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\H2") Set FEEDASH_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\CO") Set FEEDASH_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\CO2") Set FEEDASH_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\H2O") Set FEEDASH_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\CH4") Set FEEDASH_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\C") Set FEEDASH_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\O2") Set FEEDASH_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\CL2") Set FEEDASH_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\S") Set FEEDASH_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\N2") Set FEEDASH_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\H2S") Set FEEDASH_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\COS") Set FEEDASH_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\HCL") Set FEEDASH_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MASSFRAC\MIXED\MEOH") Set FEEDASH_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\H2") Set FEEDASH_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\CO") Set FEEDASH_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\CO2") Set FEEDASH_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\H2O") Set FEEDASH_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\CH4") Set FEEDASH_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\C") Set FEEDASH_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\O2") Set FEEDASH_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\CL2") Set FEEDASH_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\S") Set FEEDASH_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\N2") Set FEEDASH_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\H2S") Set FEEDASH_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\COS") Set FEEDASH_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\HCL") Set FEEDASH_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Output\MOLEFRAC\MIXED\MEOH") 'FRSGC100 Set FRSGC100_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\TEMP_OUT\MIXED") Set FRSGC100_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\PRES_OUT\MIXED") Set FRSGC100_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\VOLFLMX\MIXED") Set FRSGC100_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFLMX\MIXED") Set FRSGC100_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFLMX\MIXED") Set FRSGC100_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\H2") Set FRSGC100_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\CO") Set FRSGC100_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\CO2") Set FRSGC100_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\H2O") Set FRSGC100_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\CH4") Set FRSGC100_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\C") Set FRSGC100_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\O2") Set FRSGC100_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\CL2") Set FRSGC100_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\S") Set FRSGC100_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\N2") Set FRSGC100_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\H2S") Set FRSGC100_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\COS") Set FRSGC100_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\HCL") Set FRSGC100_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MASSFRAC\MIXED\MEOH") Set FRSGC100_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\H2") Set FRSGC100_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\CO") Set FRSGC100_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\CO2") Set FRSGC100_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\H2O") Set FRSGC100_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\CH4") Set FRSGC100_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\C") Set FRSGC100_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\O2") Set FRSGC100_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\CL2") Set FRSGC100_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\S") Set FRSGC100_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\N2") Set FRSGC100_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\H2S") Set FRSGC100_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\COS") Set FRSGC100_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\HCL") Set FRSGC100_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC100\Output\MOLEFRAC\MIXED\MEOH") 'FRSGC110 Set FRSGC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\TEMP_OUT\MIXED") Set FRSGC110_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\PRES_OUT\MIXED") Set FRSGC110_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\VOLFLMX\MIXED") Set FRSGC110_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFLMX\MIXED") Set FRSGC110_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFLMX\MIXED") Set FRSGC110_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\H2") Set FRSGC110_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\CO") Set FRSGC110_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\CO2") Set FRSGC110_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\H2O") Set FRSGC110_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\CH4") Set FRSGC110_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\C") Set FRSGC110_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\O2") Set FRSGC110_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\CL2") Set FRSGC110_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\S") Set FRSGC110_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\N2") Set FRSGC110_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\H2S") Set FRSGC110_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\COS") Set FRSGC110_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\HCL") Set FRSGC110_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MASSFRAC\MIXED\MEOH") Set FRSGC110_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\H2") Set FRSGC110_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\CO") Set FRSGC110_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\CO2") Set FRSGC110_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\H2O") Set FRSGC110_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\CH4") Set FRSGC110_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\C") Set FRSGC110_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\O2") Set FRSGC110_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\CL2") Set FRSGC110_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\S") Set FRSGC110_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\N2") Set FRSGC110_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\H2S") Set FRSGC110_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\COS") Set FRSGC110_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\HCL") Set FRSGC110_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\FRSGC110\Output\MOLEFRAC\MIXED\MEOH") 'GACO2 Set GACO2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\TEMP_OUT\MIXED") Set GACO2_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\PRES_OUT\MIXED") Set GACO2_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\VOLFLMX\MIXED") Set GACO2_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFLMX\MIXED") Set GACO2_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFLMX\MIXED") Set GACO2_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\H2") Set GACO2_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\CO") Set GACO2_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\CO2") Set GACO2_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\H2O") Set GACO2_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\CH4") Set GACO2_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\C") Set GACO2_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\O2") Set GACO2_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\CL2") Set GACO2_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\S") Set GACO2_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\N2") Set GACO2_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\H2S") Set GACO2_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\COS") Set GACO2_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\HCL") Set GACO2_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFRAC\MIXED\MEOH") Set GACO2_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\H2") Set GACO2_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\CO") Set GACO2_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\CO2") Set GACO2_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\H2O") Set GACO2_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\CH4") Set GACO2_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\C") Set GACO2_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\O2") Set GACO2_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\CL2") Set GACO2_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\S") Set GACO2_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\N2") Set GACO2_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\H2S") Set GACO2_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\COS") Set GACO2_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\HCL") Set GACO2_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFRAC\MIXED\MEOH") 'GAH2O Set GAH2O_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\TEMP_OUT\MIXED") Set GAH2O_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\PRES_OUT\MIXED") Set GAH2O_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\VOLFLMX\MIXED") Set GAH2O_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFLMX\MIXED") Set GAH2O_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFLMX\MIXED") Set GAH2O_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\H2") Set GAH2O_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\CO") Set GAH2O_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\CO2") Set GAH2O_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\H2O") Set GAH2O_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\CH4") Set GAH2O_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\C") Set GAH2O_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\O2") Set GAH2O_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\CL2") Set GAH2O_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\S") Set GAH2O_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\N2") Set GAH2O_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\H2S") Set GAH2O_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\COS") Set GAH2O_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\HCL") Set GAH2O_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFRAC\MIXED\MEOH") Set GAH2O_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\H2") Set GAH2O_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\CO") Set GAH2O_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\CO2") Set GAH2O_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\H2O") Set GAH2O_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\CH4") Set GAH2O_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\C") Set GAH2O_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\O2") Set GAH2O_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\CL2") Set GAH2O_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\S") Set GAH2O_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\N2") Set GAH2O_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\H2S") Set GAH2O_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\COS") Set GAH2O_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\HCL") Set GAH2O_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MOLEFRAC\MIXED\MEOH") 'GAH2OHOT Set GAH2OHOT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\TEMP_OUT\MIXED") Set GAH2OHOT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\PRES_OUT\MIXED") Set GAH2OHOT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\VOLFLMX\MIXED") Set GAH2OHOT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFLMX\MIXED") Set GAH2OHOT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFLMX\MIXED") Set GAH2OHOT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\H2") Set GAH2OHOT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\CO") Set GAH2OHOT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\CO2") Set GAH2OHOT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\H2O") Set GAH2OHOT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\CH4") Set GAH2OHOT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\C") Set GAH2OHOT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\O2") Set GAH2OHOT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\CL2") Set GAH2OHOT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\S") Set GAH2OHOT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\N2") Set GAH2OHOT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\H2S") Set GAH2OHOT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\COS") Set GAH2OHOT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\HCL") Set GAH2OHOT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MASSFRAC\MIXED\MEOH") Set GAH2OHOT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\H2") Set GAH2OHOT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\CO") Set GAH2OHOT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\CO2") Set GAH2OHOT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\H2O") Set GAH2OHOT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\CH4") Set GAH2OHOT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\C") Set GAH2OHOT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\O2") Set GAH2OHOT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\CL2") Set GAH2OHOT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\S") Set GAH2OHOT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\N2") Set GAH2OHOT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\H2S") Set GAH2OHOT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\COS") Set GAH2OHOT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\HCL") Set GAH2OHOT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2OHOT\Output\MOLEFRAC\MIXED\MEOH") 'GAO2 Set GAO2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\TEMP_OUT\MIXED") Set GAO2_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\PRES_OUT\MIXED") Set GAO2_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\VOLFLMX\MIXED") Set GAO2_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFLMX\MIXED") Set GAO2_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFLMX\MIXED") Set GAO2_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\H2") Set GAO2_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\CO") Set GAO2_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\CO2") Set GAO2_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\H2O") Set GAO2_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\CH4") Set GAO2_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\C") Set GAO2_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\O2") Set GAO2_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\CL2") Set GAO2_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\S") Set GAO2_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\N2") Set GAO2_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\H2S") Set GAO2_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\COS") Set GAO2_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\HCL") Set GAO2_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFRAC\MIXED\MEOH") Set GAO2_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\H2") Set GAO2_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\CO") Set GAO2_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\CO2") Set GAO2_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\H2O") Set GAO2_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\CH4") Set GAO2_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\C") Set GAO2_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\O2") Set GAO2_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\CL2") Set GAO2_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\S") Set GAO2_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\N2") Set GAO2_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\H2S") Set GAO2_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\COS") Set GAO2_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\HCL") Set GAO2_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MOLEFRAC\MIXED\MEOH") 'GASIFOUT Set GASIFOUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\TEMP_OUT\MIXED") Set GASIFOUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\PRES_OUT\MIXED") Set GASIFOUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\VOLFLMX\MIXED") Set GASIFOUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFLMX\MIXED") Set GASIFOUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFLMX\MIXED") Set GASIFOUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\H2") Set GASIFOUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\CO") Set GASIFOUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\CO2") Set GASIFOUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\H2O") Set GASIFOUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\CH4") Set GASIFOUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\C") Set GASIFOUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\O2") Set GASIFOUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\CL2") Set GASIFOUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\S") Set GASIFOUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\N2") Set GASIFOUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\H2S") Set GASIFOUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\COS") Set GASIFOUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\HCL") Set GASIFOUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MASSFRAC\MIXED\MEOH") Set GASIFOUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\H2") Set GASIFOUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\CO") Set GASIFOUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\CO2") Set GASIFOUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\H2O") Set GASIFOUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\CH4") Set GASIFOUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\C") Set GASIFOUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\O2") Set GASIFOUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\CL2") Set GASIFOUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\S") Set GASIFOUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\N2") Set GASIFOUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\H2S") Set GASIFOUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\COS") Set GASIFOUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\HCL") Set GASIFOUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GASIFOUT\Output\MOLEFRAC\MIXED\MEOH") 'GSFIN Set GSFIN_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\TEMP_OUT\MIXED") Set GSFIN_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\PRES_OUT\MIXED") Set GSFIN_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\VOLFLMX\MIXED") Set GSFIN_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFLMX\MIXED") Set GSFIN_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFLMX\MIXED") Set GSFIN_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\H2") Set GSFIN_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\CO") Set GSFIN_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\CO2") Set GSFIN_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\H2O") Set GSFIN_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\CH4") Set GSFIN_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\C") Set GSFIN_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\O2") Set GSFIN_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\CL2") Set GSFIN_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\S") Set GSFIN_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\N2") Set GSFIN_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\H2S") Set GSFIN_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\COS") Set GSFIN_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\HCL") Set GSFIN_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MASSFRAC\MIXED\MEOH") Set GSFIN_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\H2") Set GSFIN_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\CO") Set GSFIN_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\CO2") Set GSFIN_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\H2O") Set GSFIN_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\CH4") Set GSFIN_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\C") Set GSFIN_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\O2") Set GSFIN_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\CL2") Set GSFIN_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\S") Set GSFIN_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\N2") Set GSFIN_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\H2S") Set GSFIN_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\COS") Set GSFIN_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\HCL") Set GSFIN_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\GSFIN\Output\MOLEFRAC\MIXED\MEOH") End Sub Sub SetStreamsMain3() Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'H2OSHIFT Set H2OSHIFT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\TEMP_OUT\MIXED") Set H2OSHIFT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\PRES_OUT\MIXED") Set H2OSHIFT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\VOLFLMX\MIXED") Set H2OSHIFT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFLMX\MIXED") Set H2OSHIFT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFLMX\MIXED") Set H2OSHIFT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\H2") Set H2OSHIFT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\CO") Set H2OSHIFT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\CO2") Set H2OSHIFT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\H2O") Set H2OSHIFT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\CH4") Set H2OSHIFT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\C") Set H2OSHIFT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\O2") Set H2OSHIFT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\CL2") Set H2OSHIFT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\S") Set H2OSHIFT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\N2") Set H2OSHIFT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\H2S") Set H2OSHIFT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\COS") Set H2OSHIFT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\HCL") Set H2OSHIFT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MASSFRAC\MIXED\MEOH") Set H2OSHIFT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\H2") Set H2OSHIFT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\CO") Set H2OSHIFT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\CO2") Set H2OSHIFT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\H2O") Set H2OSHIFT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\CH4") Set H2OSHIFT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\C") Set H2OSHIFT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\O2") Set H2OSHIFT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\CL2") Set H2OSHIFT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\S") Set H2OSHIFT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\N2") Set H2OSHIFT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\H2S") Set H2OSHIFT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\COS") Set H2OSHIFT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\HCL") Set H2OSHIFT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\H2OSHIFT\Output\MOLEFRAC\MIXED\MEOH") 'H2SAGR Set H2SAGR_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\TEMP_OUT\MIXED") Set H2SAGR_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\PRES_OUT\MIXED") Set H2SAGR_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\VOLFLMX\MIXED") Set H2SAGR_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFLMX\MIXED") Set H2SAGR_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFLMX\MIXED") Set H2SAGR_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\H2") Set H2SAGR_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\CO") Set H2SAGR_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\CO2") Set H2SAGR_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\H2O") Set H2SAGR_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\CH4") Set H2SAGR_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\C") Set H2SAGR_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\O2") Set H2SAGR_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\CL2") Set H2SAGR_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\S") Set H2SAGR_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\N2") Set H2SAGR_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\H2S") Set H2SAGR_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\COS") Set H2SAGR_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\HCL") Set H2SAGR_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MASSFRAC\MIXED\MEOH") Set H2SAGR_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\H2") Set H2SAGR_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\CO") Set H2SAGR_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\CO2") Set H2SAGR_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\H2O") Set H2SAGR_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\CH4") Set H2SAGR_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\C") Set H2SAGR_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\O2") Set H2SAGR_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\CL2") Set H2SAGR_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\S") Set H2SAGR_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\N2") Set H2SAGR_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\H2S") Set H2SAGR_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\COS") Set H2SAGR_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\HCL") Set H2SAGR_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\H2SAGR\Output\MOLEFRAC\MIXED\MEOH") 'H2SZNO Set H2SZNO_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\TEMP_OUT\MIXED") Set H2SZNO_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\PRES_OUT\MIXED") Set H2SZNO_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\VOLFLMX\MIXED") Set H2SZNO_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFLMX\MIXED") Set H2SZNO_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFLMX\MIXED") Set H2SZNO_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\H2") Set H2SZNO_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\CO") Set H2SZNO_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\CO2") Set H2SZNO_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\H2O") Set H2SZNO_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\CH4") Set H2SZNO_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\C") Set H2SZNO_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\O2") Set H2SZNO_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\CL2") Set H2SZNO_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\S") Set H2SZNO_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\N2") Set H2SZNO_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\H2S") Set H2SZNO_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\COS") Set H2SZNO_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\HCL") Set H2SZNO_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MASSFRAC\MIXED\MEOH") Set H2SZNO_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\H2") Set H2SZNO_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\CO") Set H2SZNO_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\CO2") Set H2SZNO_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\H2O") Set H2SZNO_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\CH4") Set H2SZNO_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\C") Set H2SZNO_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\O2") Set H2SZNO_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\CL2") Set H2SZNO_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\S") Set H2SZNO_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\N2") Set H2SZNO_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\H2S") Set H2SZNO_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\COS") Set H2SZNO_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\HCL") Set H2SZNO_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\H2SZNO\Output\MOLEFRAC\MIXED\MEOH") 'WGSR2LIQ Set WGSR2LIQ_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\TEMP_OUT\MIXED") Set WGSR2LIQ_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\PRES_OUT\MIXED") Set WGSR2LIQ_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\VOLFLMX\MIXED") Set WGSR2LIQ_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFLMX\MIXED") Set WGSR2LIQ_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFLMX\MIXED") Set WGSR2LIQ_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\H2") Set WGSR2LIQ_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\CO") Set WGSR2LIQ_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\CO2") Set WGSR2LIQ_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\H2O") Set WGSR2LIQ_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\CH4") Set WGSR2LIQ_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\C") Set WGSR2LIQ_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\O2") Set WGSR2LIQ_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\CL2") Set WGSR2LIQ_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\S") Set WGSR2LIQ_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\N2") Set WGSR2LIQ_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\H2S") Set WGSR2LIQ_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\COS") Set WGSR2LIQ_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\HCL") Set WGSR2LIQ_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MASSFRAC\MIXED\MEOH") Set WGSR2LIQ_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\H2") Set WGSR2LIQ_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\CO") Set WGSR2LIQ_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\CO2") Set WGSR2LIQ_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\H2O") Set WGSR2LIQ_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\CH4") Set WGSR2LIQ_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\C") Set WGSR2LIQ_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\O2") Set WGSR2LIQ_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\CL2") Set WGSR2LIQ_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\S") Set WGSR2LIQ_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\N2") Set WGSR2LIQ_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\H2S") Set WGSR2LIQ_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\COS") Set WGSR2LIQ_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\HCL") Set WGSR2LIQ_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\MEOH") 'WGSR1LIQ Set WGSR1LIQ_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\TEMP_OUT\MIXED") Set WGSR1LIQ_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\PRES_OUT\MIXED") Set WGSR1LIQ_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\VOLFLMX\MIXED") Set WGSR1LIQ_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFLMX\MIXED") Set WGSR1LIQ_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFLMX\MIXED") Set WGSR1LIQ_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\H2") Set WGSR1LIQ_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\CO") Set WGSR1LIQ_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\CO2") Set WGSR1LIQ_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\H2O") Set WGSR1LIQ_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\CH4") Set WGSR1LIQ_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\C") Set WGSR1LIQ_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\O2") Set WGSR1LIQ_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\CL2") Set WGSR1LIQ_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\S") Set WGSR1LIQ_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\N2") Set WGSR1LIQ_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\H2S") Set WGSR1LIQ_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\COS") Set WGSR1LIQ_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\HCL") Set WGSR1LIQ_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MASSFRAC\MIXED\MEOH") Set WGSR1LIQ_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\H2") Set WGSR1LIQ_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\CO") Set WGSR1LIQ_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\CO2") Set WGSR1LIQ_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\H2O") Set WGSR1LIQ_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\CH4") Set WGSR1LIQ_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\C") Set WGSR1LIQ_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\O2") Set WGSR1LIQ_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\CL2") Set WGSR1LIQ_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\S") Set WGSR1LIQ_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\N2") Set WGSR1LIQ_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\H2S") Set WGSR1LIQ_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\COS") Set WGSR1LIQ_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\HCL") Set WGSR1LIQ_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\LIQ2\Output\MOLEFRAC\MIXED\MEOH") 'MEOH Set MEOH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\TEMP_OUT\MIXED") Set MEOH_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\PRES_OUT\MIXED") Set MEOH_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\VOLFLMX\MIXED") Set MEOH_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFLMX\MIXED") Set MEOH_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFLMX\MIXED") Set MEOH_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\H2") Set MEOH_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\CO") Set MEOH_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\CO2") Set MEOH_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\H2O") Set MEOH_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\CH4") Set MEOH_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\C") Set MEOH_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\O2") Set MEOH_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\CL2") Set MEOH_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\S") Set MEOH_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\N2") Set MEOH_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\H2S") Set MEOH_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\COS") Set MEOH_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\HCL") Set MEOH_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MASSFRAC\MIXED\MEOH") Set MEOH_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\H2") Set MEOH_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\CO") Set MEOH_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\CO2") Set MEOH_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\H2O") Set MEOH_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\CH4") Set MEOH_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\C") Set MEOH_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\O2") Set MEOH_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\CL2") Set MEOH_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\S") Set MEOH_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\N2") Set MEOH_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\H2S") Set MEOH_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\COS") Set MEOH_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\HCL") Set MEOH_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\MEOH\Output\MOLEFRAC\MIXED\MEOH") 'MOISTURE Set MOISTURE_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\TEMP_OUT\MIXED") Set MOISTURE_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\PRES_OUT\MIXED") Set MOISTURE_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\VOLFLMX\MIXED") Set MOISTURE_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFLMX\MIXED") Set MOISTURE_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFLMX\MIXED") Set MOISTURE_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\H2") Set MOISTURE_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\CO") Set MOISTURE_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\CO2") Set MOISTURE_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\H2O") Set MOISTURE_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\CH4") Set MOISTURE_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\C") Set MOISTURE_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\O2") Set MOISTURE_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\CL2") Set MOISTURE_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\S") Set MOISTURE_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\N2") Set MOISTURE_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\H2S") Set MOISTURE_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\COS") Set MOISTURE_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\HCL") Set MOISTURE_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MASSFRAC\MIXED\MEOH") Set MOISTURE_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\H2") Set MOISTURE_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\CO") Set MOISTURE_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\CO2") Set MOISTURE_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\H2O") Set MOISTURE_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\CH4") Set MOISTURE_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\C") Set MOISTURE_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\O2") Set MOISTURE_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\CL2") Set MOISTURE_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\S") Set MOISTURE_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\N2") Set MOISTURE_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\H2S") Set MOISTURE_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\COS") Set MOISTURE_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\HCL") Set MOISTURE_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Output\MOLEFRAC\MIXED\MEOH") 'PART Set PART_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\TEMP_OUT\MIXED") Set PART_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\PRES_OUT\MIXED") Set PART_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\VOLFLMX\MIXED") Set PART_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFLMX\MIXED") Set PART_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFLMX\MIXED") Set PART_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\H2") Set PART_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\CO") Set PART_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\CO2") Set PART_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\H2O") Set PART_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\CH4") Set PART_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\C") Set PART_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\O2") Set PART_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\CL2") Set PART_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\S") Set PART_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\N2") Set PART_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\H2S") Set PART_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\COS") Set PART_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\HCL") Set PART_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MASSFRAC\MIXED\MEOH") Set PART_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\H2") Set PART_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\CO") Set PART_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\CO2") Set PART_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\H2O") Set PART_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\CH4") Set PART_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\C") Set PART_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\O2") Set PART_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\CL2") Set PART_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\S") Set PART_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\N2") Set PART_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\H2S") Set PART_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\COS") Set PART_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\HCL") Set PART_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\PART\Output\MOLEFRAC\MIXED\MEOH") 'PLSMPWRD Set PLSMPWRD_HEAT = WasteRefinery.Tree.FindNode("\Data\Streams\PLSMPWRD\Output\QCALC") 'PLSMPWRG Set PLSMPWRG_HEAT = WasteRefinery.Tree.FindNode("\Data\Streams\PLSMPWRG\Output\QCALC") End Sub Sub SetStreamsMain4() Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'RAWGASC Set RAWGASC_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\TEMP_OUT\MIXED") Set RAWGASC_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\PRES_OUT\MIXED") Set RAWGASC_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\VOLFLMX\MIXED") Set RAWGASC_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFLMX\MIXED") Set RAWGASC_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFLMX\MIXED") Set RAWGASC_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\H2") Set RAWGASC_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\CO") Set RAWGASC_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\CO2") Set RAWGASC_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\H2O") Set RAWGASC_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\CH4") Set RAWGASC_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\C") Set RAWGASC_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\O2") Set RAWGASC_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\CL2") Set RAWGASC_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\S") Set RAWGASC_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\N2") Set RAWGASC_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\H2S") Set RAWGASC_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\COS") Set RAWGASC_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\HCL") Set RAWGASC_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MASSFRAC\MIXED\MEOH") Set RAWGASC_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\H2") Set RAWGASC_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\CO") Set RAWGASC_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\CO2") Set RAWGASC_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\H2O") Set RAWGASC_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\CH4") Set RAWGASC_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\C") Set RAWGASC_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\O2") Set RAWGASC_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\CL2") Set RAWGASC_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\S") Set RAWGASC_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\N2") Set RAWGASC_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\H2S") Set RAWGASC_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\COS") Set RAWGASC_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\HCL") Set RAWGASC_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASC\Output\MOLEFRAC\MIXED\MEOH") 'RAWGASH Set RAWGASH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\TEMP_OUT\MIXED") Set RAWGASH_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\PRES_OUT\MIXED") Set RAWGASH_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\VOLFLMX\MIXED") Set RAWGASH_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFLMX\MIXED") Set RAWGASH_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFLMX\MIXED") Set RAWGASH_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\H2") Set RAWGASH_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\CO") Set RAWGASH_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\CO2") Set RAWGASH_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\H2O") Set RAWGASH_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\CH4") Set RAWGASH_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\C") Set RAWGASH_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\O2") Set RAWGASH_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\CL2") Set RAWGASH_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\S") Set RAWGASH_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\N2") Set RAWGASH_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\H2S") Set RAWGASH_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\COS") Set RAWGASH_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\HCL") Set RAWGASH_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MASSFRAC\MIXED\MEOH") Set RAWGASH_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\H2") Set RAWGASH_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\CO") Set RAWGASH_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\CO2") Set RAWGASH_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\H2O") Set RAWGASH_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\CH4") Set RAWGASH_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\C") Set RAWGASH_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\O2") Set RAWGASH_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\CL2") Set RAWGASH_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\S") Set RAWGASH_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\N2") Set RAWGASH_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\H2S") Set RAWGASH_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\COS") Set RAWGASH_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\HCL") Set RAWGASH_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\RAWGASH\Output\MOLEFRAC\MIXED\MEOH") 'RSTEAM Set RSTEAM_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\TEMP_OUT\MIXED") Set RSTEAM_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\PRES_OUT\MIXED") Set RSTEAM_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\VOLFLMX\MIXED") Set RSTEAM_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFLMX\MIXED") Set RSTEAM_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFLMX\MIXED") Set RSTEAM_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\H2") Set RSTEAM_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\CO") Set RSTEAM_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\CO2") Set RSTEAM_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\H2O") Set RSTEAM_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\CH4") Set RSTEAM_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\C") Set RSTEAM_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\O2") Set RSTEAM_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\CL2") Set RSTEAM_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\S") Set RSTEAM_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\N2") Set RSTEAM_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\H2S") Set RSTEAM_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\COS") Set RSTEAM_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\HCL") Set RSTEAM_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\MEOH") Set RSTEAM_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\H2") Set RSTEAM_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\CO") Set RSTEAM_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\CO2") Set RSTEAM_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\H2O") Set RSTEAM_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\CH4") Set RSTEAM_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\C") Set RSTEAM_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\O2") Set RSTEAM_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\CL2") Set RSTEAM_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\S") Set RSTEAM_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\N2") Set RSTEAM_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\H2S") Set RSTEAM_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\COS") Set RSTEAM_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\HCL") Set RSTEAM_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\MEOH") 'SAFE2OUT Set SAFE2OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\TEMP_OUT\MIXED") Set SAFE2OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\PRES_OUT\MIXED") Set SAFE2OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\VOLFLMX\MIXED") Set SAFE2OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFLMX\MIXED") Set SAFE2OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFLMX\MIXED") Set SAFE2OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\H2") Set SAFE2OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\CO") Set SAFE2OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\CO2") Set SAFE2OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\H2O") Set SAFE2OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\CH4") Set SAFE2OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\C") Set SAFE2OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\O2") Set SAFE2OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\CL2") Set SAFE2OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\S") Set SAFE2OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\N2") Set SAFE2OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\H2S") Set SAFE2OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\COS") Set SAFE2OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\HCL") Set SAFE2OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MASSFRAC\MIXED\MEOH") Set SAFE2OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\H2") Set SAFE2OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\CO") Set SAFE2OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\CO2") Set SAFE2OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\H2O") Set SAFE2OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\CH4") Set SAFE2OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\C") Set SAFE2OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\O2") Set SAFE2OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\CL2") Set SAFE2OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\S") Set SAFE2OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\N2") Set SAFE2OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\H2S") Set SAFE2OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\COS") Set SAFE2OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\HCL") Set SAFE2OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE2OUT\Output\MOLEFRAC\MIXED\MEOH") 'SAFE3OUT Set SAFE3OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\TEMP_OUT\MIXED") Set SAFE3OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\PRES_OUT\MIXED") Set SAFE3OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\VOLFLMX\MIXED") Set SAFE3OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFLMX\MIXED") Set SAFE3OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFLMX\MIXED") Set SAFE3OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\H2") Set SAFE3OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\CO") Set SAFE3OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\CO2") Set SAFE3OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\H2O") Set SAFE3OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\CH4") Set SAFE3OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\C") Set SAFE3OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\O2") Set SAFE3OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\CL2") Set SAFE3OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\S") Set SAFE3OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\N2") Set SAFE3OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\H2S") Set SAFE3OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\COS") Set SAFE3OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\HCL") Set SAFE3OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MASSFRAC\MIXED\MEOH") Set SAFE3OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\H2") Set SAFE3OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\CO") Set SAFE3OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\CO2") Set SAFE3OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\H2O") Set SAFE3OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\CH4") Set SAFE3OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\C") Set SAFE3OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\O2") Set SAFE3OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\CL2") Set SAFE3OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\S") Set SAFE3OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\N2") Set SAFE3OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\H2S") Set SAFE3OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\COS") Set SAFE3OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\HCL") Set SAFE3OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SAFE3OUT\Output\MOLEFRAC\MIXED\MEOH") 'SFTEVAP1 Set SFTEVAP1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\TEMP_OUT\MIXED") Set SFTEVAP1_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\PRES_OUT\MIXED") Set SFTEVAP1_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\VOLFLMX\MIXED") Set SFTEVAP1_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFLMX\MIXED") Set SFTEVAP1_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFLMX\MIXED") Set SFTEVAP1_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\H2") Set SFTEVAP1_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\CO") Set SFTEVAP1_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\CO2") Set SFTEVAP1_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\H2O") Set SFTEVAP1_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\CH4") Set SFTEVAP1_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\C") Set SFTEVAP1_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\O2") Set SFTEVAP1_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\CL2") Set SFTEVAP1_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\S") Set SFTEVAP1_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\N2") Set SFTEVAP1_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\H2S") Set SFTEVAP1_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\COS") Set SFTEVAP1_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\HCL") Set SFTEVAP1_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MASSFRAC\MIXED\MEOH") Set SFTEVAP1_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\H2") Set SFTEVAP1_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\CO") Set SFTEVAP1_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\CO2") Set SFTEVAP1_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\H2O") Set SFTEVAP1_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\CH4") Set SFTEVAP1_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\C") Set SFTEVAP1_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\O2") Set SFTEVAP1_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\CL2") Set SFTEVAP1_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\S") Set SFTEVAP1_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\N2") Set SFTEVAP1_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\H2S") Set SFTEVAP1_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\COS") Set SFTEVAP1_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\HCL") Set SFTEVAP1_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTEVAP1\Output\MOLEFRAC\MIXED\MEOH") 'SFTH5and6 Set SFTH5and6_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\TEMP_OUT\MIXED") Set SFTH5and6_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\PRES_OUT\MIXED") Set SFTH5and6_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\VOLFLMX\MIXED") Set SFTH5and6_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFLMX\MIXED") Set SFTH5and6_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFLMX\MIXED") Set SFTH5and6_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\H2") Set SFTH5and6_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\CO") Set SFTH5and6_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\CO2") Set SFTH5and6_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\H2O") Set SFTH5and6_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\CH4") Set SFTH5and6_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\C") Set SFTH5and6_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\O2") Set SFTH5and6_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\CL2") Set SFTH5and6_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\S") Set SFTH5and6_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\N2") Set SFTH5and6_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\H2S") Set SFTH5and6_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\COS") Set SFTH5and6_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\HCL") Set SFTH5and6_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MASSFRAC\MIXED\MEOH") Set SFTH5and6_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\H2") Set SFTH5and6_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\CO") Set SFTH5and6_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\CO2") Set SFTH5and6_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\H2O") Set SFTH5and6_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\CH4") Set SFTH5and6_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\C") Set SFTH5and6_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\O2") Set SFTH5and6_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\CL2") Set SFTH5and6_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\S") Set SFTH5and6_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\N2") Set SFTH5and6_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\H2S") Set SFTH5and6_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\COS") Set SFTH5and6_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\HCL") Set SFTH5and6_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTH5+6\Output\MOLEFRAC\MIXED\MEOH") 'SFTSUPHE Set SFTSUPHE_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\TEMP_OUT\MIXED") Set SFTSUPHE_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\PRES_OUT\MIXED") Set SFTSUPHE_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\VOLFLMX\MIXED") Set SFTSUPHE_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFLMX\MIXED") Set SFTSUPHE_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFLMX\MIXED") Set SFTSUPHE_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\H2") Set SFTSUPHE_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\CO") Set SFTSUPHE_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\CO2") Set SFTSUPHE_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\H2O") Set SFTSUPHE_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\CH4") Set SFTSUPHE_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\C") Set SFTSUPHE_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\O2") Set SFTSUPHE_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\CL2") Set SFTSUPHE_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\S") Set SFTSUPHE_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\N2") Set SFTSUPHE_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\H2S") Set SFTSUPHE_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\COS") Set SFTSUPHE_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\HCL") Set SFTSUPHE_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MASSFRAC\MIXED\MEOH") Set SFTSUPHE_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\H2") Set SFTSUPHE_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\CO") Set SFTSUPHE_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\CO2") Set SFTSUPHE_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\H2O") Set SFTSUPHE_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\CH4") Set SFTSUPHE_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\C") Set SFTSUPHE_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\O2") Set SFTSUPHE_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\CL2") Set SFTSUPHE_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\S") Set SFTSUPHE_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\N2") Set SFTSUPHE_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\H2S") Set SFTSUPHE_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\COS") Set SFTSUPHE_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\HCL") Set SFTSUPHE_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTSUPHE\Output\MOLEFRAC\MIXED\MEOH") 'SFTWATC2 Set SFTWATC2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\TEMP_OUT\MIXED") Set SFTWATC2_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\PRES_OUT\MIXED") Set SFTWATC2_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\VOLFLMX\MIXED") Set SFTWATC2_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFLMX\MIXED") Set SFTWATC2_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFLMX\MIXED") Set SFTWATC2_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\H2") Set SFTWATC2_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\CO") Set SFTWATC2_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\CO2") Set SFTWATC2_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\H2O") Set SFTWATC2_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\CH4") Set SFTWATC2_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\C") Set SFTWATC2_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\O2") Set SFTWATC2_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\CL2") Set SFTWATC2_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\S") Set SFTWATC2_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\N2") Set SFTWATC2_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\H2S") Set SFTWATC2_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\COS") Set SFTWATC2_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\HCL") Set SFTWATC2_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MASSFRAC\MIXED\MEOH") Set SFTWATC2_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\H2") Set SFTWATC2_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\CO") Set SFTWATC2_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\CO2") Set SFTWATC2_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\H2O") Set SFTWATC2_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\CH4") Set SFTWATC2_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\C") Set SFTWATC2_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\O2") Set SFTWATC2_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\CL2") Set SFTWATC2_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\S") Set SFTWATC2_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\N2") Set SFTWATC2_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\H2S") Set SFTWATC2_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\COS") Set SFTWATC2_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\HCL") Set SFTWATC2_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATC2\Output\MOLEFRAC\MIXED\MEOH") 'SFTWATH1 Set SFTWATH1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\TEMP_OUT\MIXED") Set SFTWATH1_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\PRES_OUT\MIXED") Set SFTWATH1_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\VOLFLMX\MIXED") Set SFTWATH1_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFLMX\MIXED") Set SFTWATH1_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFLMX\MIXED") Set SFTWATH1_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\H2") Set SFTWATH1_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\CO") Set SFTWATH1_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\CO2") Set SFTWATH1_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\H2O") Set SFTWATH1_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\CH4") Set SFTWATH1_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\C") Set SFTWATH1_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\O2") Set SFTWATH1_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\CL2") Set SFTWATH1_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\S") Set SFTWATH1_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\N2") Set SFTWATH1_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\H2S") Set SFTWATH1_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\COS") Set SFTWATH1_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\HCL") Set SFTWATH1_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\MEOH") Set SFTWATH1_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\H2") Set SFTWATH1_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\CO") Set SFTWATH1_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\CO2") Set SFTWATH1_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\H2O") Set SFTWATH1_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\CH4") Set SFTWATH1_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\C") Set SFTWATH1_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\O2") Set SFTWATH1_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\CL2") Set SFTWATH1_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\S") Set SFTWATH1_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\N2") Set SFTWATH1_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\H2S") Set SFTWATH1_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\COS") Set SFTWATH1_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\HCL") Set SFTWATH1_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\MEOH") 'SFTWATH2 Set SFTWATH2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\TEMP_OUT\MIXED") Set SFTWATH2_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\PRES_OUT\MIXED") Set SFTWATH2_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\VOLFLMX\MIXED") Set SFTWATH2_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFLMX\MIXED") Set SFTWATH2_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFLMX\MIXED") Set SFTWATH2_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\H2") Set SFTWATH2_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\CO") Set SFTWATH2_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\CO2") Set SFTWATH2_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\H2O") Set SFTWATH2_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\CH4") Set SFTWATH2_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\C") Set SFTWATH2_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\O2") Set SFTWATH2_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\CL2") Set SFTWATH2_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\S") Set SFTWATH2_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\N2") Set SFTWATH2_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\H2S") Set SFTWATH2_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\COS") Set SFTWATH2_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\HCL") Set SFTWATH2_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MASSFRAC\MIXED\MEOH") Set SFTWATH2_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\H2") Set SFTWATH2_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\CO") Set SFTWATH2_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\CO2") Set SFTWATH2_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\H2O") Set SFTWATH2_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\CH4") Set SFTWATH2_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\C") Set SFTWATH2_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\O2") Set SFTWATH2_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\CL2") Set SFTWATH2_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\S") Set SFTWATH2_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\N2") Set SFTWATH2_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\H2S") Set SFTWATH2_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\COS") Set SFTWATH2_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\HCL") Set SFTWATH2_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH2\Output\MOLEFRAC\MIXED\MEOH") End Sub Sub SetStreamsMain5() Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'SFTWATH3 Set SFTWATH3_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\TEMP_OUT\MIXED") Set SFTWATH3_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\PRES_OUT\MIXED") Set SFTWATH3_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\VOLFLMX\MIXED") Set SFTWATH3_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFLMX\MIXED") Set SFTWATH3_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFLMX\MIXED") Set SFTWATH3_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\H2") Set SFTWATH3_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\CO") Set SFTWATH3_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\CO2") Set SFTWATH3_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\H2O") Set SFTWATH3_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\CH4") Set SFTWATH3_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\C") Set SFTWATH3_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\O2") Set SFTWATH3_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\CL2") Set SFTWATH3_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\S") Set SFTWATH3_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\N2") Set SFTWATH3_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\H2S") Set SFTWATH3_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\COS") Set SFTWATH3_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\HCL") Set SFTWATH3_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MASSFRAC\MIXED\MEOH") Set SFTWATH3_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\H2") Set SFTWATH3_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\CO") Set SFTWATH3_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\CO2") Set SFTWATH3_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\H2O") Set SFTWATH3_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\CH4") Set SFTWATH3_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\C") Set SFTWATH3_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\O2") Set SFTWATH3_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\CL2") Set SFTWATH3_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\S") Set SFTWATH3_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\N2") Set SFTWATH3_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\H2S") Set SFTWATH3_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\COS") Set SFTWATH3_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\HCL") Set SFTWATH3_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH3\Output\MOLEFRAC\MIXED\MEOH") 'SFTWATH4 Set SFTWATH4_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\TEMP_OUT\MIXED") Set SFTWATH4_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\PRES_OUT\MIXED") Set SFTWATH4_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\VOLFLMX\MIXED") Set SFTWATH4_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFLMX\MIXED") Set SFTWATH4_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFLMX\MIXED") Set SFTWATH4_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\H2") Set SFTWATH4_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\CO") Set SFTWATH4_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\CO2") Set SFTWATH4_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\H2O") Set SFTWATH4_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\CH4") Set SFTWATH4_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\C") Set SFTWATH4_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\O2") Set SFTWATH4_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\CL2") Set SFTWATH4_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\S") Set SFTWATH4_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\N2") Set SFTWATH4_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\H2S") Set SFTWATH4_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\COS") Set SFTWATH4_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\HCL") Set SFTWATH4_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MASSFRAC\MIXED\MEOH") Set SFTWATH4_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\H2") Set SFTWATH4_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\CO") Set SFTWATH4_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\CO2") Set SFTWATH4_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\H2O") Set SFTWATH4_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\CH4") Set SFTWATH4_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\C") Set SFTWATH4_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\O2") Set SFTWATH4_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\CL2") Set SFTWATH4_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\S") Set SFTWATH4_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\N2") Set SFTWATH4_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\H2S") Set SFTWATH4_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\COS") Set SFTWATH4_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\HCL") Set SFTWATH4_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH4\Output\MOLEFRAC\MIXED\MEOH") 'SFTWATH5 Set SFTWATH5_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\TEMP_OUT\MIXED") Set SFTWATH5_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\PRES_OUT\MIXED") Set SFTWATH5_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\VOLFLMX\MIXED") Set SFTWATH5_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFLMX\MIXED") Set SFTWATH5_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFLMX\MIXED") Set SFTWATH5_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\H2") Set SFTWATH5_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\CO") Set SFTWATH5_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\CO2") Set SFTWATH5_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\H2O") Set SFTWATH5_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\CH4") Set SFTWATH5_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\C") Set SFTWATH5_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\O2") Set SFTWATH5_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\CL2") Set SFTWATH5_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\S") Set SFTWATH5_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\N2") Set SFTWATH5_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\H2S") Set SFTWATH5_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\COS") Set SFTWATH5_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\HCL") Set SFTWATH5_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MASSFRAC\MIXED\MEOH") Set SFTWATH5_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\H2") Set SFTWATH5_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\CO") Set SFTWATH5_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\CO2") Set SFTWATH5_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\H2O") Set SFTWATH5_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\CH4") Set SFTWATH5_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\C") Set SFTWATH5_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\O2") Set SFTWATH5_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\CL2") Set SFTWATH5_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\S") Set SFTWATH5_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\N2") Set SFTWATH5_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\H2S") Set SFTWATH5_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\COS") Set SFTWATH5_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\HCL") Set SFTWATH5_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH5\Output\MOLEFRAC\MIXED\MEOH") 'SFTWATH6 Set SFTWATH6_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\TEMP_OUT\MIXED") Set SFTWATH6_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\PRES_OUT\MIXED") Set SFTWATH6_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\VOLFLMX\MIXED") Set SFTWATH6_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFLMX\MIXED") Set SFTWATH6_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFLMX\MIXED") Set SFTWATH6_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\H2") Set SFTWATH6_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\CO") Set SFTWATH6_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\CO2") Set SFTWATH6_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\H2O") Set SFTWATH6_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\CH4") Set SFTWATH6_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\C") Set SFTWATH6_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\O2") Set SFTWATH6_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\CL2") Set SFTWATH6_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\S") Set SFTWATH6_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\N2") Set SFTWATH6_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\H2S") Set SFTWATH6_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\COS") Set SFTWATH6_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\HCL") Set SFTWATH6_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MASSFRAC\MIXED\MEOH") Set SFTWATH6_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\H2") Set SFTWATH6_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\CO") Set SFTWATH6_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\CO2") Set SFTWATH6_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\H2O") Set SFTWATH6_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\CH4") Set SFTWATH6_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\C") Set SFTWATH6_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\O2") Set SFTWATH6_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\CL2") Set SFTWATH6_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\S") Set SFTWATH6_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\N2") Set SFTWATH6_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\H2S") Set SFTWATH6_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\COS") Set SFTWATH6_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\HCL") Set SFTWATH6_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SFTWATH6\Output\MOLEFRAC\MIXED\MEOH") 'SHIFTGC Set SHIFTGC_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\TEMP_OUT\MIXED") Set SHIFTGC_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\PRES_OUT\MIXED") Set SHIFTGC_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\VOLFLMX\MIXED") Set SHIFTGC_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFLMX\MIXED") Set SHIFTGC_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFLMX\MIXED") Set SHIFTGC_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\H2") Set SHIFTGC_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\CO") Set SHIFTGC_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\CO2") Set SHIFTGC_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\H2O") Set SHIFTGC_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\CH4") Set SHIFTGC_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\C") Set SHIFTGC_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\O2") Set SHIFTGC_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\CL2") Set SHIFTGC_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\S") Set SHIFTGC_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\N2") Set SHIFTGC_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\H2S") Set SHIFTGC_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\COS") Set SHIFTGC_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\HCL") Set SHIFTGC_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MASSFRAC\MIXED\MEOH") Set SHIFTGC_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\H2") Set SHIFTGC_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\CO") Set SHIFTGC_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\CO2") Set SHIFTGC_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\H2O") Set SHIFTGC_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\CH4") Set SHIFTGC_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\C") Set SHIFTGC_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\O2") Set SHIFTGC_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\CL2") Set SHIFTGC_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\S") Set SHIFTGC_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\N2") Set SHIFTGC_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\H2S") Set SHIFTGC_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\COS") Set SHIFTGC_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\HCL") Set SHIFTGC_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGC\Output\MOLEFRAC\MIXED\MEOH") 'SHIFTGH Set SHIFTGH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\TEMP_OUT\MIXED") Set SHIFTGH_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\PRES_OUT\MIXED") Set SHIFTGH_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\VOLFLMX\MIXED") Set SHIFTGH_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFLMX\MIXED") Set SHIFTGH_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFLMX\MIXED") Set SHIFTGH_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\H2") Set SHIFTGH_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\CO") Set SHIFTGH_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\CO2") Set SHIFTGH_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\H2O") Set SHIFTGH_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\CH4") Set SHIFTGH_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\C") Set SHIFTGH_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\O2") Set SHIFTGH_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\CL2") Set SHIFTGH_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\S") Set SHIFTGH_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\N2") Set SHIFTGH_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\H2S") Set SHIFTGH_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\COS") Set SHIFTGH_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\HCL") Set SHIFTGH_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MASSFRAC\MIXED\MEOH") Set SHIFTGH_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\H2") Set SHIFTGH_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\CO") Set SHIFTGH_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\CO2") Set SHIFTGH_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\H2O") Set SHIFTGH_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\CH4") Set SHIFTGH_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\C") Set SHIFTGH_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\O2") Set SHIFTGH_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\CL2") Set SHIFTGH_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\S") Set SHIFTGH_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\N2") Set SHIFTGH_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\H2S") Set SHIFTGH_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\COS") Set SHIFTGH_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\HCL") Set SHIFTGH_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SHIFTGH\Output\MOLEFRAC\MIXED\MEOH") 'SLAG Set SLAG_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\TEMP_OUT\MIXED") Set SLAG_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\PRES_OUT\MIXED") Set SLAG_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\VOLFLMX\MIXED") Set SLAG_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFLMX\MIXED") Set SLAG_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFLMX\MIXED") Set SLAG_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\H2") Set SLAG_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\CO") Set SLAG_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\CO2") Set SLAG_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\H2O") Set SLAG_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\CH4") Set SLAG_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\C") Set SLAG_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\O2") Set SLAG_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\CL2") Set SLAG_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\S") Set SLAG_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\N2") Set SLAG_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\H2S") Set SLAG_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\COS") Set SLAG_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\HCL") Set SLAG_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MASSFRAC\MIXED\MEOH") Set SLAG_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\H2") Set SLAG_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\CO") Set SLAG_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\CO2") Set SLAG_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\H2O") Set SLAG_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\CH4") Set SLAG_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\C") Set SLAG_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\O2") Set SLAG_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\CL2") Set SLAG_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\S") Set SLAG_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\N2") Set SLAG_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\H2S") Set SLAG_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\COS") Set SLAG_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\HCL") Set SLAG_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\SLAG\Output\MOLEFRAC\MIXED\MEOH") 'STFH1and2 Set STFH1and2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\TEMP_OUT\MIXED") Set STFH1and2_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\PRES_OUT\MIXED") Set STFH1and2_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\VOLFLMX\MIXED") Set STFH1and2_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFLMX\MIXED") Set STFH1and2_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFLMX\MIXED") Set STFH1and2_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\H2") Set STFH1and2_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\CO") Set STFH1and2_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\CO2") Set STFH1and2_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\H2O") Set STFH1and2_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\CH4") Set STFH1and2_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\C") Set STFH1and2_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\O2") Set STFH1and2_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\CL2") Set STFH1and2_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\S") Set STFH1and2_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\N2") Set STFH1and2_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\H2S") Set STFH1and2_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\COS") Set STFH1and2_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\HCL") Set STFH1and2_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MASSFRAC\MIXED\MEOH") Set STFH1and2_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\H2") Set STFH1and2_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\CO") Set STFH1and2_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\CO2") Set STFH1and2_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\H2O") Set STFH1and2_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\CH4") Set STFH1and2_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\C") Set STFH1and2_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\O2") Set STFH1and2_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\CL2") Set STFH1and2_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\S") Set STFH1and2_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\N2") Set STFH1and2_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\H2S") Set STFH1and2_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\COS") Set STFH1and2_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\HCL") Set STFH1and2_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\STFH1+2\Output\MOLEFRAC\MIXED\MEOH") 'TOAS Set TOAS_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\TEMP_OUT\MIXED") Set TOAS_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\PRES_OUT\MIXED") Set TOAS_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\VOLFLMX\MIXED") Set TOAS_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFLMX\MIXED") Set TOAS_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFLMX\MIXED") Set TOAS_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\H2") Set TOAS_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\CO") Set TOAS_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\CO2") Set TOAS_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\H2O") Set TOAS_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\CH4") Set TOAS_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\C") Set TOAS_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\O2") Set TOAS_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\CL2") Set TOAS_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\S") Set TOAS_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\N2") Set TOAS_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\H2S") Set TOAS_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\COS") Set TOAS_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\HCL") Set TOAS_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MASSFRAC\MIXED\MEOH") Set TOAS_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\H2") Set TOAS_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\CO") Set TOAS_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\CO2") Set TOAS_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\H2O") Set TOAS_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\CH4") Set TOAS_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\C") Set TOAS_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\O2") Set TOAS_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\CL2") Set TOAS_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\S") Set TOAS_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\N2") Set TOAS_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\H2S") Set TOAS_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\COS") Set TOAS_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\HCL") Set TOAS_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOAS\Output\MOLEFRAC\MIXED\MEOH") 'TORGC110 Set TORGC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\TEMP_OUT\MIXED") Set TORGC110_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\PRES_OUT\MIXED") Set TORGC110_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\VOLFLMX\MIXED") Set TORGC110_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFLMX\MIXED") Set TORGC110_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFLMX\MIXED") Set TORGC110_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\H2") Set TORGC110_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\CO") Set TORGC110_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\CO2") Set TORGC110_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\H2O") Set TORGC110_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\CH4") Set TORGC110_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\C") Set TORGC110_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\O2") Set TORGC110_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\CL2") Set TORGC110_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\S") Set TORGC110_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\N2") Set TORGC110_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\H2S") Set TORGC110_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\COS") Set TORGC110_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\HCL") Set TORGC110_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MASSFRAC\MIXED\MEOH") Set TORGC110_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\H2") Set TORGC110_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\CO") Set TORGC110_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\CO2") Set TORGC110_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\H2O") Set TORGC110_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\CH4") Set TORGC110_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\C") Set TORGC110_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\O2") Set TORGC110_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\CL2") Set TORGC110_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\S") Set TORGC110_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\N2") Set TORGC110_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\H2S") Set TORGC110_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\COS") Set TORGC110_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\HCL") Set TORGC110_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TORGC110\Output\MOLEFRAC\MIXED\MEOH") End Sub Sub SetStreamsMain6() Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'TOSGC100 Set TOSGC100_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\TEMP_OUT\MIXED") Set TOSGC100_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\PRES_OUT\MIXED") Set TOSGC100_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\VOLFLMX\MIXED") Set TOSGC100_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFLMX\MIXED") Set TOSGC100_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFLMX\MIXED") Set TOSGC100_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\H2") Set TOSGC100_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\CO") Set TOSGC100_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\CO2") Set TOSGC100_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\H2O") Set TOSGC100_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\CH4") Set TOSGC100_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\C") Set TOSGC100_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\O2") Set TOSGC100_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\CL2") Set TOSGC100_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\S") Set TOSGC100_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\N2") Set TOSGC100_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\H2S") Set TOSGC100_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\COS") Set TOSGC100_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\HCL") Set TOSGC100_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MASSFRAC\MIXED\MEOH") Set TOSGC100_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\H2") Set TOSGC100_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\CO") Set TOSGC100_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\CO2") Set TOSGC100_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\H2O") Set TOSGC100_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\CH4") Set TOSGC100_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\C") Set TOSGC100_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\O2") Set TOSGC100_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\CL2") Set TOSGC100_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\S") Set TOSGC100_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\N2") Set TOSGC100_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\H2S") Set TOSGC100_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\COS") Set TOSGC100_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\HCL") Set TOSGC100_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC100\Output\MOLEFRAC\MIXED\MEOH") 'TOSGC110 Set TOSGC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\TEMP_OUT\MIXED") Set TOSGC110_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\PRES_OUT\MIXED") Set TOSGC110_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\VOLFLMX\MIXED") Set TOSGC110_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFLMX\MIXED") Set TOSGC110_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFLMX\MIXED") Set TOSGC110_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\H2") Set TOSGC110_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\CO") Set TOSGC110_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\CO2") Set TOSGC110_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\H2O") Set TOSGC110_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\CH4") Set TOSGC110_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\C") Set TOSGC110_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\O2") Set TOSGC110_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\CL2") Set TOSGC110_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\S") Set TOSGC110_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\N2") Set TOSGC110_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\H2S") Set TOSGC110_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\COS") Set TOSGC110_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\HCL") Set TOSGC110_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MASSFRAC\MIXED\MEOH") Set TOSGC110_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\H2") Set TOSGC110_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\CO") Set TOSGC110_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\CO2") Set TOSGC110_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\H2O") Set TOSGC110_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\CH4") Set TOSGC110_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\C") Set TOSGC110_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\O2") Set TOSGC110_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\CL2") Set TOSGC110_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\S") Set TOSGC110_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\N2") Set TOSGC110_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\H2S") Set TOSGC110_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\COS") Set TOSGC110_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\HCL") Set TOSGC110_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC110\Output\MOLEFRAC\MIXED\MEOH") 'TOSGC120 Set TOSGC120_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\TEMP_OUT\MIXED") Set TOSGC120_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\PRES_OUT\MIXED") Set TOSGC120_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\VOLFLMX\MIXED") Set TOSGC120_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFLMX\MIXED") Set TOSGC120_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFLMX\MIXED") Set TOSGC120_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\H2") Set TOSGC120_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\CO") Set TOSGC120_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\CO2") Set TOSGC120_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\H2O") Set TOSGC120_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\CH4") Set TOSGC120_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\C") Set TOSGC120_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\O2") Set TOSGC120_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\CL2") Set TOSGC120_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\S") Set TOSGC120_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\N2") Set TOSGC120_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\H2S") Set TOSGC120_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\COS") Set TOSGC120_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\HCL") Set TOSGC120_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MASSFRAC\MIXED\MEOH") Set TOSGC120_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\H2") Set TOSGC120_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\CO") Set TOSGC120_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\CO2") Set TOSGC120_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\H2O") Set TOSGC120_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\CH4") Set TOSGC120_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\C") Set TOSGC120_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\O2") Set TOSGC120_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\CL2") Set TOSGC120_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\S") Set TOSGC120_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\N2") Set TOSGC120_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\H2S") Set TOSGC120_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\COS") Set TOSGC120_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\HCL") Set TOSGC120_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC120\Output\MOLEFRAC\MIXED\MEOH") 'TOSGC130 Set TOSGC130_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\TEMP_OUT\MIXED") Set TOSGC130_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\PRES_OUT\MIXED") Set TOSGC130_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\VOLFLMX\MIXED") Set TOSGC130_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFLMX\MIXED") Set TOSGC130_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFLMX\MIXED") Set TOSGC130_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\H2") Set TOSGC130_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\CO") Set TOSGC130_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\CO2") Set TOSGC130_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\H2O") Set TOSGC130_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\CH4") Set TOSGC130_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\C") Set TOSGC130_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\O2") Set TOSGC130_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\CL2") Set TOSGC130_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\S") Set TOSGC130_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\N2") Set TOSGC130_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\H2S") Set TOSGC130_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\COS") Set TOSGC130_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\HCL") Set TOSGC130_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MASSFRAC\MIXED\MEOH") Set TOSGC130_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\H2") Set TOSGC130_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\CO") Set TOSGC130_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\CO2") Set TOSGC130_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\H2O") Set TOSGC130_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\CH4") Set TOSGC130_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\C") Set TOSGC130_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\O2") Set TOSGC130_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\CL2") Set TOSGC130_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\S") Set TOSGC130_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\N2") Set TOSGC130_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\H2S") Set TOSGC130_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\COS") Set TOSGC130_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\HCL") Set TOSGC130_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOSGC130\Output\MOLEFRAC\MIXED\MEOH") 'TOWGSR2 Set TOWGSR2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\TEMP_OUT\MIXED") Set TOWGSR2_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\PRES_OUT\MIXED") Set TOWGSR2_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\VOLFLMX\MIXED") Set TOWGSR2_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFLMX\MIXED") Set TOWGSR2_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFLMX\MIXED") Set TOWGSR2_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\H2") Set TOWGSR2_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\CO") Set TOWGSR2_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\CO2") Set TOWGSR2_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\H2O") Set TOWGSR2_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\CH4") Set TOWGSR2_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\C") Set TOWGSR2_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\O2") Set TOWGSR2_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\CL2") Set TOWGSR2_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\S") Set TOWGSR2_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\N2") Set TOWGSR2_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\H2S") Set TOWGSR2_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\COS") Set TOWGSR2_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\HCL") Set TOWGSR2_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MASSFRAC\MIXED\MEOH") Set TOWGSR2_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\H2") Set TOWGSR2_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\CO") Set TOWGSR2_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\CO2") Set TOWGSR2_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\H2O") Set TOWGSR2_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\CH4") Set TOWGSR2_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\C") Set TOWGSR2_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\O2") Set TOWGSR2_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\CL2") Set TOWGSR2_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\S") Set TOWGSR2_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\N2") Set TOWGSR2_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\H2S") Set TOWGSR2_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\COS") Set TOWGSR2_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\HCL") Set TOWGSR2_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\TOWGSR2\Output\MOLEFRAC\MIXED\MEOH") 'WGSR1OUT Set WGSR1OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\TEMP_OUT\MIXED") Set WGSR1OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\PRES_OUT\MIXED") Set WGSR1OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\VOLFLMX\MIXED") Set WGSR1OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFLMX\MIXED") Set WGSR1OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFLMX\MIXED") Set WGSR1OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\H2") Set WGSR1OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\CO") Set WGSR1OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\CO2") Set WGSR1OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\H2O") Set WGSR1OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\CH4") Set WGSR1OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\C") Set WGSR1OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\O2") Set WGSR1OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\CL2") Set WGSR1OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\S") Set WGSR1OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\N2") Set WGSR1OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\H2S") Set WGSR1OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\COS") Set WGSR1OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\HCL") Set WGSR1OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MASSFRAC\MIXED\MEOH") Set WGSR1OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\H2") Set WGSR1OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\CO") Set WGSR1OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\CO2") Set WGSR1OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\H2O") Set WGSR1OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\CH4") Set WGSR1OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\C") Set WGSR1OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\O2") Set WGSR1OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\CL2") Set WGSR1OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\S") Set WGSR1OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\N2") Set WGSR1OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\H2S") Set WGSR1OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\COS") Set WGSR1OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\HCL") Set WGSR1OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\WGSR1OUT\Output\MOLEFRAC\MIXED\MEOH") 'YIELD Set YIELD_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\TEMP_OUT\MIXED") Set YIELD_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\PRES_OUT\MIXED") Set YIELD_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\VOLFLMX\MIXED") Set YIELD_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFLMX\MIXED") Set YIELD_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFLMX\MIXED") Set YIELD_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\H2") Set YIELD_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\CO") Set YIELD_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\CO2") Set YIELD_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\H2O") Set YIELD_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\CH4") Set YIELD_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\C") Set YIELD_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\O2") Set YIELD_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\CL2") Set YIELD_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\S") Set YIELD_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\N2") Set YIELD_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\H2S") Set YIELD_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\COS") Set YIELD_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\HCL") Set YIELD_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MASSFRAC\MIXED\MEOH") Set YIELD_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\H2") Set YIELD_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\CO") Set YIELD_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\CO2") Set YIELD_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\H2O") Set YIELD_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\CH4") Set YIELD_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\C") Set YIELD_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\O2") Set YIELD_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\CL2") Set YIELD_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\S") Set YIELD_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\N2") Set YIELD_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\H2S") Set YIELD_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\COS") Set YIELD_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\HCL") Set YIELD_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Output\MOLEFRAC\MIXED\MEOH") End Sub Sub SetStreamsMEOH1() Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'C100Out Set C100OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\TEMP_OUT\MIXED") Set C100OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\PRES_OUT\MIXED") Set C100OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\VOLFLMX\MIXED") Set C100OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFLMX\MIXED") Set C100OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFLMX\MIXED") Set C100OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\H2") Set C100OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\CO") Set C100OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\CO2") Set C100OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\H2O") Set C100OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\CH4") Set C100OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\C") Set C100OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\O2") Set C100OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\CL2") Set C100OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\S") Set C100OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\N2") Set C100OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\H2S") Set C100OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\COS") Set C100OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\HCL") Set C100OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MASSFRAC\MIXED\MEOH") Set C100OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\H2") Set C100OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\CO") Set C100OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\CO2") Set C100OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\H2O") Set C100OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\CH4") Set C100OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\C") Set C100OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\O2") Set C100OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\CL2") Set C100OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\S") Set C100OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\N2") Set C100OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\H2S") Set C100OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\COS") Set C100OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\HCL") Set C100OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C100OUT\Output\MOLEFRAC\MIXED\MEOH") 'C110IN Set C110IN_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\TEMP_OUT\MIXED") Set C110IN_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\PRES_OUT\MIXED") Set C110IN_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\VOLFLMX\MIXED") Set C110IN_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFLMX\MIXED") Set C110IN_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFLMX\MIXED") Set C110IN_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\H2") Set C110IN_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\CO") Set C110IN_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\CO2") Set C110IN_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\H2O") Set C110IN_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\CH4") Set C110IN_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\C") Set C110IN_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\O2") Set C110IN_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\CL2") Set C110IN_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\S") Set C110IN_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\N2") Set C110IN_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\H2S") Set C110IN_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\COS") Set C110IN_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\HCL") Set C110IN_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MASSFRAC\MIXED\MEOH") Set C110IN_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\H2") Set C110IN_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\CO") Set C110IN_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\CO2") Set C110IN_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\H2O") Set C110IN_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\CH4") Set C110IN_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\C") Set C110IN_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\O2") Set C110IN_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\CL2") Set C110IN_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\S") Set C110IN_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\N2") Set C110IN_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\H2S") Set C110IN_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\COS") Set C110IN_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\HCL") Set C110IN_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110IN\Output\MOLEFRAC\MIXED\MEOH") 'C110OUT Set C110OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\TEMP_OUT\MIXED") Set C110OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\PRES_OUT\MIXED") Set C110OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\VOLFLMX\MIXED") Set C110OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFLMX\MIXED") Set C110OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFLMX\MIXED") Set C110OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\H2") Set C110OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\CO") Set C110OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\CO2") Set C110OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\H2O") Set C110OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\CH4") Set C110OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\C") Set C110OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\O2") Set C110OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\CL2") Set C110OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\S") Set C110OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\N2") Set C110OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\H2S") Set C110OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\COS") Set C110OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\HCL") Set C110OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MASSFRAC\MIXED\MEOH") Set C110OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\H2") Set C110OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\CO") Set C110OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\CO2") Set C110OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\H2O") Set C110OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\CH4") Set C110OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\C") Set C110OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\O2") Set C110OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\CL2") Set C110OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\S") Set C110OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\N2") Set C110OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\H2S") Set C110OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\COS") Set C110OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\HCL") Set C110OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C110OUT\Output\MOLEFRAC\MIXED\MEOH") 'C120IN Set C120IN_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\TEMP_OUT\MIXED") Set C120IN_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\PRES_OUT\MIXED") Set C120IN_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\VOLFLMX\MIXED") Set C120IN_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFLMX\MIXED") Set C120IN_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFLMX\MIXED") Set C120IN_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\H2") Set C120IN_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\CO") Set C120IN_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\CO2") Set C120IN_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\H2O") Set C120IN_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\CH4") Set C120IN_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\C") Set C120IN_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\O2") Set C120IN_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\CL2") Set C120IN_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\S") Set C120IN_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\N2") Set C120IN_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\H2S") Set C120IN_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\COS") Set C120IN_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\HCL") Set C120IN_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MASSFRAC\MIXED\MEOH") Set C120IN_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\H2") Set C120IN_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\CO") Set C120IN_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\CO2") Set C120IN_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\H2O") Set C120IN_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\CH4") Set C120IN_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\C") Set C120IN_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\O2") Set C120IN_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\CL2") Set C120IN_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\S") Set C120IN_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\N2") Set C120IN_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\H2S") Set C120IN_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\COS") Set C120IN_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\HCL") Set C120IN_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120IN\Output\MOLEFRAC\MIXED\MEOH") 'C120OUT Set C120OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\TEMP_OUT\MIXED") Set C120OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\PRES_OUT\MIXED") Set C120OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\VOLFLMX\MIXED") Set C120OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFLMX\MIXED") Set C120OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFLMX\MIXED") Set C120OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\H2") Set C120OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\CO") Set C120OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\CO2") Set C120OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\H2O") Set C120OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\CH4") Set C120OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\C") Set C120OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\O2") Set C120OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\CL2") Set C120OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\S") Set C120OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\N2") Set C120OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\H2S") Set C120OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\COS") Set C120OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\HCL") Set C120OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MASSFRAC\MIXED\MEOH") Set C120OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\H2") Set C120OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\CO") Set C120OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\CO2") Set C120OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\H2O") Set C120OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\CH4") Set C120OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\C") Set C120OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\O2") Set C120OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\CL2") Set C120OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\S") Set C120OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\N2") Set C120OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\H2S") Set C120OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\COS") Set C120OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\HCL") Set C120OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C120OUT\Output\MOLEFRAC\MIXED\MEOH") 'C130IN Set C130IN_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\TEMP_OUT\MIXED") Set C130IN_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\PRES_OUT\MIXED") Set C130IN_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\VOLFLMX\MIXED") Set C130IN_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFLMX\MIXED") Set C130IN_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFLMX\MIXED") Set C130IN_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\H2") Set C130IN_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\CO") Set C130IN_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\CO2") Set C130IN_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\H2O") Set C130IN_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\CH4") Set C130IN_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\C") Set C130IN_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\O2") Set C130IN_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\CL2") Set C130IN_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\S") Set C130IN_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\N2") Set C130IN_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\H2S") Set C130IN_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\COS") Set C130IN_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\HCL") Set C130IN_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MASSFRAC\MIXED\MEOH") Set C130IN_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\H2") Set C130IN_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\CO") Set C130IN_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\CO2") Set C130IN_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\H2O") Set C130IN_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\CH4") Set C130IN_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\C") Set C130IN_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\O2") Set C130IN_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\CL2") Set C130IN_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\S") Set C130IN_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\N2") Set C130IN_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\H2S") Set C130IN_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\COS") Set C130IN_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\HCL") Set C130IN_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130IN\Output\MOLEFRAC\MIXED\MEOH") 'C130OUT Set C130OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\TEMP_OUT\MIXED") Set C130OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\PRES_OUT\MIXED") Set C130OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\VOLFLMX\MIXED") Set C130OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFLMX\MIXED") Set C130OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFLMX\MIXED") Set C130OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\H2") Set C130OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\CO") Set C130OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\CO2") Set C130OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\H2O") Set C130OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\CH4") Set C130OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\C") Set C130OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\O2") Set C130OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\CL2") Set C130OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\S") Set C130OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\N2") Set C130OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\H2S") Set C130OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\COS") Set C130OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\HCL") Set C130OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MASSFRAC\MIXED\MEOH") Set C130OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\H2") Set C130OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\CO") Set C130OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\CO2") Set C130OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\H2O") Set C130OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\CH4") Set C130OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\C") Set C130OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\O2") Set C130OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\CL2") Set C130OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\S") Set C130OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\N2") Set C130OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\H2S") Set C130OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\COS") Set C130OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\HCL") Set C130OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUT\Output\MOLEFRAC\MIXED\MEOH") 'C130OUTM Set C130OUTM_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\TEMP_OUT\MIXED") Set C130OUTM_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\PRES_OUT\MIXED") Set C130OUTM_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\VOLFLMX\MIXED") Set C130OUTM_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFLMX\MIXED") Set C130OUTM_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFLMX\MIXED") Set C130OUTM_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\H2") Set C130OUTM_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\CO") Set C130OUTM_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\CO2") Set C130OUTM_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\H2O") Set C130OUTM_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\CH4") Set C130OUTM_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\C") Set C130OUTM_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\O2") Set C130OUTM_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\CL2") Set C130OUTM_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\S") Set C130OUTM_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\N2") Set C130OUTM_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\H2S") Set C130OUTM_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\COS") Set C130OUTM_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\HCL") Set C130OUTM_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MASSFRAC\MIXED\MEOH") Set C130OUTM_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\H2") Set C130OUTM_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\CO") Set C130OUTM_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\CO2") Set C130OUTM_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\H2O") Set C130OUTM_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\CH4") Set C130OUTM_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\C") Set C130OUTM_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\O2") Set C130OUTM_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\CL2") Set C130OUTM_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\S") Set C130OUTM_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\N2") Set C130OUTM_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\H2S") Set C130OUTM_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\COS") Set C130OUTM_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\HCL") Set C130OUTM_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\C130OUTM\Output\MOLEFRAC\MIXED\MEOH") 'FEEDMEOH Set FEEDMEOH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\TEMP_OUT\MIXED") Set FEEDMEOH_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\PRES_OUT\MIXED") Set FEEDMEOH_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\VOLFLMX\MIXED") Set FEEDMEOH_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFLMX\MIXED") Set FEEDMEOH_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFLMX\MIXED") Set FEEDMEOH_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\H2") Set FEEDMEOH_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\CO") Set FEEDMEOH_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\CO2") Set FEEDMEOH_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\H2O") Set FEEDMEOH_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\CH4") Set FEEDMEOH_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\C") Set FEEDMEOH_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\O2") Set FEEDMEOH_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\CL2") Set FEEDMEOH_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\S") Set FEEDMEOH_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\N2") Set FEEDMEOH_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\H2S") Set FEEDMEOH_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\COS") Set FEEDMEOH_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\HCL") Set FEEDMEOH_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MASSFRAC\MIXED\MEOH") Set FEEDMEOH_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\H2") Set FEEDMEOH_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\CO") Set FEEDMEOH_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\CO2") Set FEEDMEOH_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\H2O") Set FEEDMEOH_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\CH4") Set FEEDMEOH_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\C") Set FEEDMEOH_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\O2") Set FEEDMEOH_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\CL2") Set FEEDMEOH_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\S") Set FEEDMEOH_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\N2") Set FEEDMEOH_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\H2S") Set FEEDMEOH_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\COS") Set FEEDMEOH_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\HCL") Set FEEDMEOH_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FEEDMEOH\Output\MOLEFRAC\MIXED\MEOH") 'FRRMC110 Set FRRMC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\TEMP_OUT\MIXED") Set FRRMC110_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\PRES_OUT\MIXED") Set FRRMC110_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\VOLFLMX\MIXED") Set FRRMC110_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFLMX\MIXED") Set FRRMC110_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFLMX\MIXED") Set FRRMC110_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\H2") Set FRRMC110_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\CO") Set FRRMC110_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\CO2") Set FRRMC110_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\H2O") Set FRRMC110_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\CH4") Set FRRMC110_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\C") Set FRRMC110_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\O2") Set FRRMC110_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\CL2") Set FRRMC110_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\S") Set FRRMC110_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\N2") Set FRRMC110_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\H2S") Set FRRMC110_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\COS") Set FRRMC110_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\HCL") Set FRRMC110_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MASSFRAC\MIXED\MEOH") Set FRRMC110_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\H2") Set FRRMC110_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\CO") Set FRRMC110_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\CO2") Set FRRMC110_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\H2O") Set FRRMC110_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\CH4") Set FRRMC110_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\C") Set FRRMC110_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\O2") Set FRRMC110_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\CL2") Set FRRMC110_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\S") Set FRRMC110_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\N2") Set FRRMC110_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\H2S") Set FRRMC110_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\COS") Set FRRMC110_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\HCL") Set FRRMC110_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC110\Output\MOLEFRAC\MIXED\MEOH") End Sub Sub SetStreamsMEOH2() Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'FRRMC120 Set FRRMC120_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\TEMP_OUT\MIXED") Set FRRMC120_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\PRES_OUT\MIXED") Set FRRMC120_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\VOLFLMX\MIXED") Set FRRMC120_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFLMX\MIXED") Set FRRMC120_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFLMX\MIXED") Set FRRMC120_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\H2") Set FRRMC120_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\CO") Set FRRMC120_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\CO2") Set FRRMC120_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\H2O") Set FRRMC120_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\CH4") Set FRRMC120_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\C") Set FRRMC120_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\O2") Set FRRMC120_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\CL2") Set FRRMC120_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\S") Set FRRMC120_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\N2") Set FRRMC120_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\H2S") Set FRRMC120_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\COS") Set FRRMC120_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\HCL") Set FRRMC120_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MASSFRAC\MIXED\MEOH") Set FRRMC120_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\H2") Set FRRMC120_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\CO") Set FRRMC120_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\CO2") Set FRRMC120_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\H2O") Set FRRMC120_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\CH4") Set FRRMC120_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\C") Set FRRMC120_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\O2") Set FRRMC120_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\CL2") Set FRRMC120_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\S") Set FRRMC120_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\N2") Set FRRMC120_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\H2S") Set FRRMC120_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\COS") Set FRRMC120_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\HCL") Set FRRMC120_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC120\Output\MOLEFRAC\MIXED\MEOH") 'FRRMC130 Set FRRMC130_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\TEMP_OUT\MIXED") Set FRRMC130_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\PRES_OUT\MIXED") Set FRRMC130_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\VOLFLMX\MIXED") Set FRRMC130_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFLMX\MIXED") Set FRRMC130_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFLMX\MIXED") Set FRRMC130_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\H2") Set FRRMC130_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\CO") Set FRRMC130_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\CO2") Set FRRMC130_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\H2O") Set FRRMC130_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\CH4") Set FRRMC130_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\C") Set FRRMC130_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\O2") Set FRRMC130_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\CL2") Set FRRMC130_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\S") Set FRRMC130_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\N2") Set FRRMC130_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\H2S") Set FRRMC130_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\COS") Set FRRMC130_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\HCL") Set FRRMC130_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MASSFRAC\MIXED\MEOH") Set FRRMC130_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\H2") Set FRRMC130_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\CO") Set FRRMC130_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\CO2") Set FRRMC130_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\H2O") Set FRRMC130_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\CH4") Set FRRMC130_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\C") Set FRRMC130_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\O2") Set FRRMC130_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\CL2") Set FRRMC130_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\S") Set FRRMC130_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\N2") Set FRRMC130_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\H2S") Set FRRMC130_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\COS") Set FRRMC130_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\HCL") Set FRRMC130_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\FRRMC130\Output\MOLEFRAC\MIXED\MEOH") 'GACOLD Set GACOLD_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\TEMP_OUT\MIXED") Set GACOLD_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\PRES_OUT\MIXED") Set GACOLD_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\VOLFLMX\MIXED") Set GACOLD_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFLMX\MIXED") Set GACOLD_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFLMX\MIXED") Set GACOLD_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\H2") Set GACOLD_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\CO") Set GACOLD_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\CO2") Set GACOLD_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\H2O") Set GACOLD_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\CH4") Set GACOLD_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\C") Set GACOLD_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\O2") Set GACOLD_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\CL2") Set GACOLD_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\S") Set GACOLD_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\N2") Set GACOLD_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\H2S") Set GACOLD_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\COS") Set GACOLD_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\HCL") Set GACOLD_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MASSFRAC\MIXED\MEOH") Set GACOLD_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\H2") Set GACOLD_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\CO") Set GACOLD_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\CO2") Set GACOLD_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\H2O") Set GACOLD_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\CH4") Set GACOLD_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\C") Set GACOLD_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\O2") Set GACOLD_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\CL2") Set GACOLD_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\S") Set GACOLD_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\N2") Set GACOLD_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\H2S") Set GACOLD_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\COS") Set GACOLD_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\HCL") Set GACOLD_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Output\MOLEFRAC\MIXED\MEOH") 'GAHOT1 Set GAHOT1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\TEMP_OUT\MIXED") Set GAHOT1_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\PRES_OUT\MIXED") Set GAHOT1_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\VOLFLMX\MIXED") Set GAHOT1_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFLMX\MIXED") Set GAHOT1_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFLMX\MIXED") Set GAHOT1_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\H2") Set GAHOT1_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\CO") Set GAHOT1_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\CO2") Set GAHOT1_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\H2O") Set GAHOT1_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\CH4") Set GAHOT1_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\C") Set GAHOT1_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\O2") Set GAHOT1_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\CL2") Set GAHOT1_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\S") Set GAHOT1_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\N2") Set GAHOT1_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\H2S") Set GAHOT1_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\COS") Set GAHOT1_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\HCL") Set GAHOT1_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MASSFRAC\MIXED\MEOH") Set GAHOT1_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\H2") Set GAHOT1_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\CO") Set GAHOT1_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\CO2") Set GAHOT1_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\H2O") Set GAHOT1_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\CH4") Set GAHOT1_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\C") Set GAHOT1_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\O2") Set GAHOT1_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\CL2") Set GAHOT1_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\S") Set GAHOT1_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\N2") Set GAHOT1_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\H2S") Set GAHOT1_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\COS") Set GAHOT1_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\HCL") Set GAHOT1_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT1\Output\MOLEFRAC\MIXED\MEOH") 'GAHOT2 Set GAHOT2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\TEMP_OUT\MIXED") Set GAHOT2_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\PRES_OUT\MIXED") Set GAHOT2_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\VOLFLMX\MIXED") Set GAHOT2_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFLMX\MIXED") Set GAHOT2_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFLMX\MIXED") Set GAHOT2_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\H2") Set GAHOT2_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\CO") Set GAHOT2_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\CO2") Set GAHOT2_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\H2O") Set GAHOT2_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\CH4") Set GAHOT2_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\C") Set GAHOT2_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\O2") Set GAHOT2_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\CL2") Set GAHOT2_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\S") Set GAHOT2_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\N2") Set GAHOT2_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\H2S") Set GAHOT2_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\COS") Set GAHOT2_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\HCL") Set GAHOT2_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MASSFRAC\MIXED\MEOH") Set GAHOT2_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\H2") Set GAHOT2_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\CO") Set GAHOT2_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\CO2") Set GAHOT2_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\H2O") Set GAHOT2_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\CH4") Set GAHOT2_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\C") Set GAHOT2_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\O2") Set GAHOT2_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\CL2") Set GAHOT2_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\S") Set GAHOT2_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\N2") Set GAHOT2_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\H2S") Set GAHOT2_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\COS") Set GAHOT2_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\HCL") Set GAHOT2_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GAHOT2\Output\MOLEFRAC\MIXED\MEOH") 'LIGHTS Set LIGHTS_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\TEMP_OUT\MIXED") Set LIGHTS_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\PRES_OUT\MIXED") Set LIGHTS_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\VOLFLMX\MIXED") Set LIGHTS_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFLMX\MIXED") Set LIGHTS_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFLMX\MIXED") Set LIGHTS_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\H2") Set LIGHTS_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\CO") Set LIGHTS_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\CO2") Set LIGHTS_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\H2O") Set LIGHTS_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\CH4") Set LIGHTS_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\C") Set LIGHTS_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\O2") Set LIGHTS_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\CL2") Set LIGHTS_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\S") Set LIGHTS_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\N2") Set LIGHTS_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\H2S") Set LIGHTS_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\COS") Set LIGHTS_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\HCL") Set LIGHTS_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MASSFRAC\MIXED\MEOH") Set LIGHTS_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\H2") Set LIGHTS_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\CO") Set LIGHTS_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\CO2") Set LIGHTS_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\H2O") Set LIGHTS_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\CH4") Set LIGHTS_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\C") Set LIGHTS_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\O2") Set LIGHTS_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\CL2") Set LIGHTS_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\S") Set LIGHTS_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\N2") Set LIGHTS_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\H2S") Set LIGHTS_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\COS") Set LIGHTS_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\HCL") Set LIGHTS_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIGHTS\Output\MOLEFRAC\MIXED\MEOH") 'LIQ Set LIQ_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\TEMP_OUT\MIXED") Set LIQ_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\PRES_OUT\MIXED") Set LIQ_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\VOLFLMX\MIXED") Set LIQ_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFLMX\MIXED") Set LIQ_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFLMX\MIXED") Set LIQ_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\H2") Set LIQ_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\CO") Set LIQ_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\CO2") Set LIQ_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\H2O") Set LIQ_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\CH4") Set LIQ_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\C") Set LIQ_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\O2") Set LIQ_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\CL2") Set LIQ_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\S") Set LIQ_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\N2") Set LIQ_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\H2S") Set LIQ_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\COS") Set LIQ_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\HCL") Set LIQ_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MASSFRAC\MIXED\MEOH") Set LIQ_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\H2") Set LIQ_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\CO") Set LIQ_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\CO2") Set LIQ_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\H2O") Set LIQ_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\CH4") Set LIQ_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\C") Set LIQ_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\O2") Set LIQ_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\CL2") Set LIQ_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\S") Set LIQ_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\N2") Set LIQ_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\H2S") Set LIQ_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\COS") Set LIQ_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\HCL") Set LIQ_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\LIQ\Output\MOLEFRAC\MIXED\MEOH") 'PRODUCT Set PRODUCT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\TEMP_OUT\MIXED") Set PRODUCT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\PRES_OUT\MIXED") Set PRODUCT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\VOLFLMX\MIXED") Set PRODUCT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFLMX\MIXED") Set PRODUCT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFLMX\MIXED") Set PRODUCT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\H2") Set PRODUCT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\CO") Set PRODUCT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\CO2") Set PRODUCT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\H2O") Set PRODUCT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\CH4") Set PRODUCT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\C") Set PRODUCT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\O2") Set PRODUCT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\CL2") Set PRODUCT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\S") Set PRODUCT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\N2") Set PRODUCT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\H2S") Set PRODUCT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\COS") Set PRODUCT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\HCL") Set PRODUCT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MASSFRAC\MIXED\MEOH") Set PRODUCT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\H2") Set PRODUCT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\CO") Set PRODUCT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\CO2") Set PRODUCT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\H2O") Set PRODUCT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\CH4") Set PRODUCT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\C") Set PRODUCT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\O2") Set PRODUCT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\CL2") Set PRODUCT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\S") Set PRODUCT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\N2") Set PRODUCT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\H2S") Set PRODUCT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\COS") Set PRODUCT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\HCL") Set PRODUCT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PRODUCT\Output\MOLEFRAC\MIXED\MEOH") 'PUMPOUT Set PUMPOUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\TEMP_OUT\MIXED") Set PUMPOUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\PRES_OUT\MIXED") Set PUMPOUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\VOLFLMX\MIXED") Set PUMPOUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFLMX\MIXED") Set PUMPOUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFLMX\MIXED") Set PUMPOUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\H2") Set PUMPOUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\CO") Set PUMPOUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\CO2") Set PUMPOUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\H2O") Set PUMPOUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\CH4") Set PUMPOUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\C") Set PUMPOUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\O2") Set PUMPOUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\CL2") Set PUMPOUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\S") Set PUMPOUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\N2") Set PUMPOUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\H2S") Set PUMPOUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\COS") Set PUMPOUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\HCL") Set PUMPOUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MASSFRAC\MIXED\MEOH") Set PUMPOUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\H2") Set PUMPOUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\CO") Set PUMPOUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\CO2") Set PUMPOUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\H2O") Set PUMPOUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\CH4") Set PUMPOUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\C") Set PUMPOUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\O2") Set PUMPOUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\CL2") Set PUMPOUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\S") Set PUMPOUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\N2") Set PUMPOUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\H2S") Set PUMPOUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\COS") Set PUMPOUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\HCL") Set PUMPOUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PUMPOUT\Output\MOLEFRAC\MIXED\MEOH") 'PURGE Set PURGE_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\TEMP_OUT\MIXED") Set PURGE_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\PRES_OUT\MIXED") Set PURGE_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\VOLFLMX\MIXED") Set PURGE_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFLMX\MIXED") Set PURGE_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFLMX\MIXED") Set PURGE_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\H2") Set PURGE_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\CO") Set PURGE_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\CO2") Set PURGE_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\H2O") Set PURGE_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\CH4") Set PURGE_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\C") Set PURGE_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\O2") Set PURGE_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\CL2") Set PURGE_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\S") Set PURGE_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\N2") Set PURGE_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\H2S") Set PURGE_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\COS") Set PURGE_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\HCL") Set PURGE_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MASSFRAC\MIXED\MEOH") Set PURGE_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\H2") Set PURGE_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\CO") Set PURGE_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\CO2") Set PURGE_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\H2O") Set PURGE_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\CH4") Set PURGE_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\C") Set PURGE_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\O2") Set PURGE_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\CL2") Set PURGE_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\S") Set PURGE_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\N2") Set PURGE_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\H2S") Set PURGE_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\COS") Set PURGE_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\HCL") Set PURGE_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\PURGE\Output\MOLEFRAC\MIXED\MEOH") End Sub Sub SetstreamsMEOH3() Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'R100OUT Set R100OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\TEMP_OUT\MIXED") Set R100OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\PRES_OUT\MIXED") Set R100OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\VOLFLMX\MIXED") Set R100OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFLMX\MIXED") Set R100OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFLMX\MIXED") Set R100OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\H2") Set R100OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\CO") Set R100OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\CO2") Set R100OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\H2O") Set R100OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\CH4") Set R100OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\C") Set R100OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\O2") Set R100OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\CL2") Set R100OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\S") Set R100OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\N2") Set R100OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\H2S") Set R100OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\COS") Set R100OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\HCL") Set R100OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MASSFRAC\MIXED\MEOH") Set R100OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\H2") Set R100OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\CO") Set R100OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\CO2") Set R100OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\H2O") Set R100OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\CH4") Set R100OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\C") Set R100OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\O2") Set R100OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\CL2") Set R100OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\S") Set R100OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\N2") Set R100OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\H2S") Set R100OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\COS") Set R100OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\HCL") Set R100OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100-OUT\Output\MOLEFRAC\MIXED\MEOH") 'R100INC Set R100INC_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\TEMP_OUT\MIXED") Set R100INC_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\PRES_OUT\MIXED") Set R100INC_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\VOLFLMX\MIXED") Set R100INC_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFLMX\MIXED") Set R100INC_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFLMX\MIXED") Set R100INC_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\H2") Set R100INC_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\CO") Set R100INC_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\CO2") Set R100INC_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\H2O") Set R100INC_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\CH4") Set R100INC_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\C") Set R100INC_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\O2") Set R100INC_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\CL2") Set R100INC_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\S") Set R100INC_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\N2") Set R100INC_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\H2S") Set R100INC_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\COS") Set R100INC_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\HCL") Set R100INC_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MASSFRAC\MIXED\MEOH") Set R100INC_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\H2") Set R100INC_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\CO") Set R100INC_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\CO2") Set R100INC_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\H2O") Set R100INC_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\CH4") Set R100INC_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\C") Set R100INC_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\O2") Set R100INC_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\CL2") Set R100INC_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\S") Set R100INC_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\N2") Set R100INC_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\H2S") Set R100INC_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\COS") Set R100INC_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\HCL") Set R100INC_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-C\Output\MOLEFRAC\MIXED\MEOH") 'R100INH Set R100INH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\TEMP_OUT\MIXED") Set R100INH_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\PRES_OUT\MIXED") Set R100INH_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\VOLFLMX\MIXED") Set R100INH_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFLMX\MIXED") Set R100INH_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFLMX\MIXED") Set R100INH_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\H2") Set R100INH_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\CO") Set R100INH_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\CO2") Set R100INH_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\H2O") Set R100INH_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\CH4") Set R100INH_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\C") Set R100INH_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\O2") Set R100INH_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\CL2") Set R100INH_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\S") Set R100INH_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\N2") Set R100INH_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\H2S") Set R100INH_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\COS") Set R100INH_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\HCL") Set R100INH_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MASSFRAC\MIXED\MEOH") Set R100INH_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\H2") Set R100INH_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\CO") Set R100INH_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\CO2") Set R100INH_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\H2O") Set R100INH_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\CH4") Set R100INH_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\C") Set R100INH_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\O2") Set R100INH_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\CL2") Set R100INH_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\S") Set R100INH_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\N2") Set R100INH_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\H2S") Set R100INH_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\COS") Set R100INH_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\HCL") Set R100INH_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\R100IN-H\Output\MOLEFRAC\MIXED\MEOH") 'MEOHSYN_RSTEAM Set MEOHSYN_RSTEAM_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\TEMP_OUT\MIXED") Set MEOHSYN_RSTEAM_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\PRES_OUT\MIXED") Set MEOHSYN_RSTEAM_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\VOLFLMX\MIXED") Set MEOHSYN_RSTEAM_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFLMX\MIXED") Set MEOHSYN_RSTEAM_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFLMX\MIXED") Set MEOHSYN_RSTEAM_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\H2") Set MEOHSYN_RSTEAM_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\CO") Set MEOHSYN_RSTEAM_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\CO2") Set MEOHSYN_RSTEAM_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\H2O") Set MEOHSYN_RSTEAM_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\CH4") Set MEOHSYN_RSTEAM_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\C") Set MEOHSYN_RSTEAM_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\O2") Set MEOHSYN_RSTEAM_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\CL2") Set MEOHSYN_RSTEAM_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\S") Set MEOHSYN_RSTEAM_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\N2") Set MEOHSYN_RSTEAM_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\H2S") Set MEOHSYN_RSTEAM_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\COS") Set MEOHSYN_RSTEAM_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\HCL") Set MEOHSYN_RSTEAM_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MASSFRAC\MIXED\MEOH") Set MEOHSYN_RSTEAM_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\H2") Set MEOHSYN_RSTEAM_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\CO") Set MEOHSYN_RSTEAM_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\CO2") Set MEOHSYN_RSTEAM_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\H2O") Set MEOHSYN_RSTEAM_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\CH4") Set MEOHSYN_RSTEAM_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\C") Set MEOHSYN_RSTEAM_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\O2") Set MEOHSYN_RSTEAM_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\CL2") Set MEOHSYN_RSTEAM_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\S") Set MEOHSYN_RSTEAM_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\N2") Set MEOHSYN_RSTEAM_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\H2S") Set MEOHSYN_RSTEAM_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\COS") Set MEOHSYN_RSTEAM_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\HCL") Set MEOHSYN_RSTEAM_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RSTEAM\Output\MOLEFRAC\MIXED\MEOH") 'RWATER Set RWATER_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\TEMP_OUT\MIXED") Set RWATER_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\PRES_OUT\MIXED") Set RWATER_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\VOLFLMX\MIXED") Set RWATER_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFLMX\MIXED") Set RWATER_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFLMX\MIXED") Set RWATER_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\H2") Set RWATER_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\CO") Set RWATER_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\CO2") Set RWATER_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\H2O") Set RWATER_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\CH4") Set RWATER_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\C") Set RWATER_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\O2") Set RWATER_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\CL2") Set RWATER_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\S") Set RWATER_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\N2") Set RWATER_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\H2S") Set RWATER_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\COS") Set RWATER_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\HCL") Set RWATER_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MASSFRAC\MIXED\MEOH") Set RWATER_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\H2") Set RWATER_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\CO") Set RWATER_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\CO2") Set RWATER_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\H2O") Set RWATER_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\CH4") Set RWATER_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\C") Set RWATER_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\O2") Set RWATER_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\CL2") Set RWATER_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\S") Set RWATER_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\N2") Set RWATER_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\H2S") Set RWATER_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\COS") Set RWATER_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\HCL") Set RWATER_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\RWATER\Output\MOLEFRAC\MIXED\MEOH") 'S1 Set S1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\TEMP_OUT\MIXED") Set S1_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\PRES_OUT\MIXED") Set S1_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\VOLFLMX\MIXED") Set S1_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFLMX\MIXED") Set S1_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFLMX\MIXED") Set S1_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\H2") Set S1_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\CO") Set S1_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\CO2") Set S1_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\H2O") Set S1_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\CH4") Set S1_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\C") Set S1_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\O2") Set S1_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\CL2") Set S1_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\S") Set S1_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\N2") Set S1_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\H2S") Set S1_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\COS") Set S1_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\HCL") Set S1_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MASSFRAC\MIXED\MEOH") Set S1_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\H2") Set S1_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\CO") Set S1_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\CO2") Set S1_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\H2O") Set S1_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\CH4") Set S1_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\C") Set S1_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\O2") Set S1_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\CL2") Set S1_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\S") Set S1_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\N2") Set S1_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\H2S") Set S1_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\COS") Set S1_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\HCL") Set S1_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\S1\Output\MOLEFRAC\MIXED\MEOH") 'SAFE1OUT Set SAFE1OUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\TEMP_OUT\MIXED") Set SAFE1OUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\PRES_OUT\MIXED") Set SAFE1OUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\VOLFLMX\MIXED") Set SAFE1OUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFLMX\MIXED") Set SAFE1OUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFLMX\MIXED") Set SAFE1OUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\H2") Set SAFE1OUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\CO") Set SAFE1OUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\CO2") Set SAFE1OUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\H2O") Set SAFE1OUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\CH4") Set SAFE1OUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\C") Set SAFE1OUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\O2") Set SAFE1OUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\CL2") Set SAFE1OUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\S") Set SAFE1OUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\N2") Set SAFE1OUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\H2S") Set SAFE1OUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\COS") Set SAFE1OUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\HCL") Set SAFE1OUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MASSFRAC\MIXED\MEOH") Set SAFE1OUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\H2") Set SAFE1OUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\CO") Set SAFE1OUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\CO2") Set SAFE1OUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\H2O") Set SAFE1OUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\CH4") Set SAFE1OUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\C") Set SAFE1OUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\O2") Set SAFE1OUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\CL2") Set SAFE1OUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\S") Set SAFE1OUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\N2") Set SAFE1OUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\H2S") Set SAFE1OUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\COS") Set SAFE1OUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\HCL") Set SAFE1OUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SAFE1OUT\Output\MOLEFRAC\MIXED\MEOH") 'MEOHSYN_SFTWATH1 Set MEOHSYN_SFTWATH1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\TEMP_OUT\MIXED") Set MEOHSYN_SFTWATH1_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\PRES_OUT\MIXED") Set MEOHSYN_SFTWATH1_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\VOLFLMX\MIXED") Set MEOHSYN_SFTWATH1_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFLMX\MIXED") Set MEOHSYN_SFTWATH1_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFLMX\MIXED") Set MEOHSYN_SFTWATH1_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\H2") Set MEOHSYN_SFTWATH1_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\CO") Set MEOHSYN_SFTWATH1_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\CO2") Set MEOHSYN_SFTWATH1_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\H2O") Set MEOHSYN_SFTWATH1_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\CH4") Set MEOHSYN_SFTWATH1_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\C") Set MEOHSYN_SFTWATH1_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\O2") Set MEOHSYN_SFTWATH1_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\CL2") Set MEOHSYN_SFTWATH1_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\S") Set MEOHSYN_SFTWATH1_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\N2") Set MEOHSYN_SFTWATH1_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\H2S") Set MEOHSYN_SFTWATH1_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\COS") Set MEOHSYN_SFTWATH1_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\HCL") Set MEOHSYN_SFTWATH1_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MASSFRAC\MIXED\MEOH") Set MEOHSYN_SFTWATH1_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\H2") Set MEOHSYN_SFTWATH1_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\CO") Set MEOHSYN_SFTWATH1_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\CO2") Set MEOHSYN_SFTWATH1_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\H2O") Set MEOHSYN_SFTWATH1_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\CH4") Set MEOHSYN_SFTWATH1_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\C") Set MEOHSYN_SFTWATH1_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\O2") Set MEOHSYN_SFTWATH1_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\CL2") Set MEOHSYN_SFTWATH1_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\S") Set MEOHSYN_SFTWATH1_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\N2") Set MEOHSYN_SFTWATH1_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\H2S") Set MEOHSYN_SFTWATH1_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\COS") Set MEOHSYN_SFTWATH1_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\HCL") Set MEOHSYN_SFTWATH1_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\SFTWATH1\Output\MOLEFRAC\MIXED\MEOH") 'STFWATC1 Set STFWATC1_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\TEMP_OUT\MIXED") Set STFWATC1_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\PRES_OUT\MIXED") Set STFWATC1_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\VOLFLMX\MIXED") Set STFWATC1_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFLMX\MIXED") Set STFWATC1_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFLMX\MIXED") Set STFWATC1_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\H2") Set STFWATC1_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\CO") Set STFWATC1_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\CO2") Set STFWATC1_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\H2O") Set STFWATC1_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\CH4") Set STFWATC1_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\C") Set STFWATC1_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\O2") Set STFWATC1_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\CL2") Set STFWATC1_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\S") Set STFWATC1_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\N2") Set STFWATC1_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\H2S") Set STFWATC1_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\COS") Set STFWATC1_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\HCL") Set STFWATC1_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MASSFRAC\MIXED\MEOH") Set STFWATC1_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\H2") Set STFWATC1_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\CO") Set STFWATC1_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\CO2") Set STFWATC1_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\H2O") Set STFWATC1_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\CH4") Set STFWATC1_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\C") Set STFWATC1_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\O2") Set STFWATC1_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\CL2") Set STFWATC1_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\S") Set STFWATC1_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\N2") Set STFWATC1_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\H2S") Set STFWATC1_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\COS") Set STFWATC1_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\HCL") Set STFWATC1_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC1\Output\MOLEFRAC\MIXED\MEOH") 'STFWATC2 Set STFWATC2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\TEMP_OUT\MIXED") Set STFWATC2_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\PRES_OUT\MIXED") Set STFWATC2_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\VOLFLMX\MIXED") Set STFWATC2_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFLMX\MIXED") Set STFWATC2_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFLMX\MIXED") Set STFWATC2_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\H2") Set STFWATC2_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\CO") Set STFWATC2_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\CO2") Set STFWATC2_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\H2O") Set STFWATC2_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\CH4") Set STFWATC2_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\C") Set STFWATC2_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\O2") Set STFWATC2_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\CL2") Set STFWATC2_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\S") Set STFWATC2_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\N2") Set STFWATC2_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\H2S") Set STFWATC2_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\COS") Set STFWATC2_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\HCL") Set STFWATC2_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MASSFRAC\MIXED\MEOH") Set STFWATC2_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\H2") Set STFWATC2_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\CO") Set STFWATC2_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\CO2") Set STFWATC2_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\H2O") Set STFWATC2_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\CH4") Set STFWATC2_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\C") Set STFWATC2_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\O2") Set STFWATC2_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\CL2") Set STFWATC2_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\S") Set STFWATC2_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\N2") Set STFWATC2_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\H2S") Set STFWATC2_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\COS") Set STFWATC2_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\HCL") Set STFWATC2_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\STFWATC2\Output\MOLEFRAC\MIXED\MEOH") End Sub Sub SetStreamsMEOH4() Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'TOFLASH Set TOFLASH_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\TEMP_OUT\MIXED") Set TOFLASH_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\PRES_OUT\MIXED") Set TOFLASH_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\VOLFLMX\MIXED") Set TOFLASH_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFLMX\MIXED") Set TOFLASH_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFLMX\MIXED") Set TOFLASH_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\H2") Set TOFLASH_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\CO") Set TOFLASH_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\CO2") Set TOFLASH_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\H2O") Set TOFLASH_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\CH4") Set TOFLASH_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\C") Set TOFLASH_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\O2") Set TOFLASH_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\CL2") Set TOFLASH_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\S") Set TOFLASH_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\N2") Set TOFLASH_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\H2S") Set TOFLASH_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\COS") Set TOFLASH_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\HCL") Set TOFLASH_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MASSFRAC\MIXED\MEOH") Set TOFLASH_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\H2") Set TOFLASH_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\CO") Set TOFLASH_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\CO2") Set TOFLASH_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\H2O") Set TOFLASH_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\CH4") Set TOFLASH_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\C") Set TOFLASH_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\O2") Set TOFLASH_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\CL2") Set TOFLASH_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\S") Set TOFLASH_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\N2") Set TOFLASH_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\H2S") Set TOFLASH_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\COS") Set TOFLASH_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\HCL") Set TOFLASH_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOFLASH\Output\MOLEFRAC\MIXED\MEOH") 'TOPUMP Set TOPUMP_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\TEMP_OUT\MIXED") Set TOPUMP_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\PRES_OUT\MIXED") Set TOPUMP_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\VOLFLMX\MIXED") Set TOPUMP_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFLMX\MIXED") Set TOPUMP_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFLMX\MIXED") Set TOPUMP_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\H2") Set TOPUMP_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\CO") Set TOPUMP_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\CO2") Set TOPUMP_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\H2O") Set TOPUMP_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\CH4") Set TOPUMP_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\C") Set TOPUMP_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\O2") Set TOPUMP_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\CL2") Set TOPUMP_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\S") Set TOPUMP_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\N2") Set TOPUMP_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\H2S") Set TOPUMP_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\COS") Set TOPUMP_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\HCL") Set TOPUMP_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MASSFRAC\MIXED\MEOH") Set TOPUMP_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\H2") Set TOPUMP_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\CO") Set TOPUMP_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\CO2") Set TOPUMP_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\H2O") Set TOPUMP_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\CH4") Set TOPUMP_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\C") Set TOPUMP_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\O2") Set TOPUMP_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\CL2") Set TOPUMP_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\S") Set TOPUMP_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\N2") Set TOPUMP_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\H2S") Set TOPUMP_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\COS") Set TOPUMP_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\HCL") Set TOPUMP_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TOPUMP\Output\MOLEFRAC\MIXED\MEOH") 'TORMC2 Set TORMC2_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\TEMP_OUT\MIXED") Set TORMC2_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\PRES_OUT\MIXED") Set TORMC2_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\VOLFLMX\MIXED") Set TORMC2_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFLMX\MIXED") Set TORMC2_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFLMX\MIXED") Set TORMC2_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\H2") Set TORMC2_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\CO") Set TORMC2_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\CO2") Set TORMC2_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\H2O") Set TORMC2_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\CH4") Set TORMC2_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\C") Set TORMC2_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\O2") Set TORMC2_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\CL2") Set TORMC2_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\S") Set TORMC2_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\N2") Set TORMC2_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\H2S") Set TORMC2_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\COS") Set TORMC2_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\HCL") Set TORMC2_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MASSFRAC\MIXED\MEOH") Set TORMC2_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\H2") Set TORMC2_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\CO") Set TORMC2_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\CO2") Set TORMC2_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\H2O") Set TORMC2_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\CH4") Set TORMC2_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\C") Set TORMC2_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\O2") Set TORMC2_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\CL2") Set TORMC2_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\S") Set TORMC2_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\N2") Set TORMC2_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\H2S") Set TORMC2_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\COS") Set TORMC2_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\HCL") Set TORMC2_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC2\Output\MOLEFRAC\MIXED\MEOH") 'TORMC110 Set TORMC110_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\TEMP_OUT\MIXED") Set TORMC110_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\PRES_OUT\MIXED") Set TORMC110_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\VOLFLMX\MIXED") Set TORMC110_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFLMX\MIXED") Set TORMC110_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFLMX\MIXED") Set TORMC110_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\H2") Set TORMC110_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\CO") Set TORMC110_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\CO2") Set TORMC110_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\H2O") Set TORMC110_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\CH4") Set TORMC110_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\C") Set TORMC110_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\O2") Set TORMC110_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\CL2") Set TORMC110_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\S") Set TORMC110_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\N2") Set TORMC110_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\H2S") Set TORMC110_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\COS") Set TORMC110_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\HCL") Set TORMC110_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MASSFRAC\MIXED\MEOH") Set TORMC110_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\H2") Set TORMC110_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\CO") Set TORMC110_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\CO2") Set TORMC110_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\H2O") Set TORMC110_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\CH4") Set TORMC110_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\C") Set TORMC110_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\O2") Set TORMC110_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\CL2") Set TORMC110_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\S") Set TORMC110_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\N2") Set TORMC110_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\H2S") Set TORMC110_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\COS") Set TORMC110_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\HCL") Set TORMC110_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC110\Output\MOLEFRAC\MIXED\MEOH") 'TORMC120 Set TORMC120_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\TEMP_OUT\MIXED") Set TORMC120_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\PRES_OUT\MIXED") Set TORMC120_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\VOLFLMX\MIXED") Set TORMC120_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFLMX\MIXED") Set TORMC120_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFLMX\MIXED") Set TORMC120_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\H2") Set TORMC120_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\CO") Set TORMC120_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\CO2") Set TORMC120_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\H2O") Set TORMC120_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\CH4") Set TORMC120_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\C") Set TORMC120_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\O2") Set TORMC120_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\CL2") Set TORMC120_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\S") Set TORMC120_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\N2") Set TORMC120_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\H2S") Set TORMC120_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\COS") Set TORMC120_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\HCL") Set TORMC120_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MASSFRAC\MIXED\MEOH") Set TORMC120_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\H2") Set TORMC120_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\CO") Set TORMC120_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\CO2") Set TORMC120_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\H2O") Set TORMC120_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\CH4") Set TORMC120_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\C") Set TORMC120_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\O2") Set TORMC120_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\CL2") Set TORMC120_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\S") Set TORMC120_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\N2") Set TORMC120_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\H2S") Set TORMC120_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\COS") Set TORMC120_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\HCL") Set TORMC120_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC120\Output\MOLEFRAC\MIXED\MEOH") 'TORMC130 Set TORMC130_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\TEMP_OUT\MIXED") Set TORMC130_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\PRES_OUT\MIXED") Set TORMC130_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\VOLFLMX\MIXED") Set TORMC130_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFLMX\MIXED") Set TORMC130_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFLMX\MIXED") Set TORMC130_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\H2") Set TORMC130_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\CO") Set TORMC130_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\CO2") Set TORMC130_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\H2O") Set TORMC130_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\CH4") Set TORMC130_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\C") Set TORMC130_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\O2") Set TORMC130_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\CL2") Set TORMC130_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\S") Set TORMC130_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\N2") Set TORMC130_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\H2S") Set TORMC130_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\COS") Set TORMC130_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\HCL") Set TORMC130_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MASSFRAC\MIXED\MEOH") Set TORMC130_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\H2") Set TORMC130_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\CO") Set TORMC130_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\CO2") Set TORMC130_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\H2O") Set TORMC130_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\CH4") Set TORMC130_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\C") Set TORMC130_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\O2") Set TORMC130_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\CL2") Set TORMC130_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\S") Set TORMC130_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\N2") Set TORMC130_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\H2S") Set TORMC130_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\COS") Set TORMC130_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\HCL") Set TORMC130_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TORMC130\Output\MOLEFRAC\MIXED\MEOH") 'TURBIN Set TURBIN_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\TEMP_OUT\MIXED") Set TURBIN_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\PRES_OUT\MIXED") Set TURBIN_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\VOLFLMX\MIXED") Set TURBIN_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFLMX\MIXED") Set TURBIN_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFLMX\MIXED") Set TURBIN_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\H2") Set TURBIN_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\CO") Set TURBIN_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\CO2") Set TURBIN_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\H2O") Set TURBIN_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\CH4") Set TURBIN_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\C") Set TURBIN_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\O2") Set TURBIN_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\CL2") Set TURBIN_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\S") Set TURBIN_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\N2") Set TURBIN_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\H2S") Set TURBIN_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\COS") Set TURBIN_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\HCL") Set TURBIN_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MASSFRAC\MIXED\MEOH") Set TURBIN_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\H2") Set TURBIN_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\CO") Set TURBIN_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\CO2") Set TURBIN_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\H2O") Set TURBIN_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\CH4") Set TURBIN_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\C") Set TURBIN_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\O2") Set TURBIN_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\CL2") Set TURBIN_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\S") Set TURBIN_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\N2") Set TURBIN_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\H2S") Set TURBIN_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\COS") Set TURBIN_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\HCL") Set TURBIN_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBIN\Output\MOLEFRAC\MIXED\MEOH") 'TURBOUT Set TURBOUT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\TEMP_OUT\MIXED") Set TURBOUT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\PRES_OUT\MIXED") Set TURBOUT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\VOLFLMX\MIXED") Set TURBOUT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFLMX\MIXED") Set TURBOUT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFLMX\MIXED") Set TURBOUT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\H2") Set TURBOUT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\CO") Set TURBOUT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\CO2") Set TURBOUT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\H2O") Set TURBOUT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\CH4") Set TURBOUT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\C") Set TURBOUT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\O2") Set TURBOUT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\CL2") Set TURBOUT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\S") Set TURBOUT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\N2") Set TURBOUT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\H2S") Set TURBOUT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\COS") Set TURBOUT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\HCL") Set TURBOUT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MASSFRAC\MIXED\MEOH") Set TURBOUT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\H2") Set TURBOUT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\CO") Set TURBOUT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\CO2") Set TURBOUT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\H2O") Set TURBOUT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\CH4") Set TURBOUT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\C") Set TURBOUT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\O2") Set TURBOUT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\CL2") Set TURBOUT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\S") Set TURBOUT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\N2") Set TURBOUT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\H2S") Set TURBOUT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\COS") Set TURBOUT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\HCL") Set TURBOUT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBOUT\Output\MOLEFRAC\MIXED\MEOH") 'TURBW Set TURBW_POWER = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\TURBW\Output\POWER_OUT") 'VAP Set VAP_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\TEMP_OUT\MIXED") Set VAP_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\PRES_OUT\MIXED") Set VAP_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\VOLFLMX\MIXED") Set VAP_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFLMX\MIXED") Set VAP_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFLMX\MIXED") Set VAP_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\H2") Set VAP_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\CO") Set VAP_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\CO2") Set VAP_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\H2O") Set VAP_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\CH4") Set VAP_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\C") Set VAP_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\O2") Set VAP_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\CL2") Set VAP_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\S") Set VAP_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\N2") Set VAP_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\H2S") Set VAP_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\COS") Set VAP_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\HCL") Set VAP_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MASSFRAC\MIXED\MEOH") Set VAP_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\H2") Set VAP_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\CO") Set VAP_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\CO2") Set VAP_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\H2O") Set VAP_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\CH4") Set VAP_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\C") Set VAP_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\O2") Set VAP_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\CL2") Set VAP_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\S") Set VAP_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\N2") Set VAP_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\H2S") Set VAP_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\COS") Set VAP_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\HCL") Set VAP_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAP\Output\MOLEFRAC\MIXED\MEOH") 'VAPHEAT Set VAPHEAT_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\TEMP_OUT\MIXED") Set VAPHEAT_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\PRES_OUT\MIXED") Set VAPHEAT_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\VOLFLMX\MIXED") Set VAPHEAT_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFLMX\MIXED") Set VAPHEAT_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFLMX\MIXED") Set VAPHEAT_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\H2") Set VAPHEAT_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\CO") Set VAPHEAT_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\CO2") Set VAPHEAT_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\H2O") Set VAPHEAT_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\CH4") Set VAPHEAT_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\C") Set VAPHEAT_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\O2") Set VAPHEAT_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\CL2") Set VAPHEAT_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\S") Set VAPHEAT_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\N2") Set VAPHEAT_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\H2S") Set VAPHEAT_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\COS") Set VAPHEAT_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\HCL") Set VAPHEAT_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MASSFRAC\MIXED\MEOH") Set VAPHEAT_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\H2") Set VAPHEAT_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\CO") Set VAPHEAT_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\CO2") Set VAPHEAT_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\H2O") Set VAPHEAT_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\CH4") Set VAPHEAT_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\C") Set VAPHEAT_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\O2") Set VAPHEAT_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\CL2") Set VAPHEAT_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\S") Set VAPHEAT_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\N2") Set VAPHEAT_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\H2S") Set VAPHEAT_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\COS") Set VAPHEAT_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\HCL") Set VAPHEAT_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\VAPHEAT\Output\MOLEFRAC\MIXED\MEOH") 'W100 Set W100_POWER = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\W100\Output\POWER_OUT") 'W110 Set W110_POWER = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\W110\Output\POWER_OUT") 'W120 Set W120_POWER = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\W120\Output\POWER_OUT") 'W130 Set W130_POWER = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\W130\Output\POWER_OUT") 'W200 Set W200_POWER = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\W200\Output\POWER_OUT") 'WATER Set WATER_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\TEMP_OUT\MIXED") Set WATER_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\PRES_OUT\MIXED") Set WATER_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\VOLFLMX\MIXED") Set WATER_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFLMX\MIXED") Set WATER_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFLMX\MIXED") Set WATER_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\H2") Set WATER_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\CO") Set WATER_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\CO2") Set WATER_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\H2O") Set WATER_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\CH4") Set WATER_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\C") Set WATER_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\O2") Set WATER_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\CL2") Set WATER_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\S") Set WATER_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\N2") Set WATER_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\H2S") Set WATER_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\COS") Set WATER_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\HCL") Set WATER_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MASSFRAC\MIXED\MEOH") Set WATER_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\H2") Set WATER_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\CO") Set WATER_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\CO2") Set WATER_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\H2O") Set WATER_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\CH4") Set WATER_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\C") Set WATER_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\O2") Set WATER_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\CL2") Set WATER_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\S") Set WATER_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\N2") Set WATER_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\H2S") Set WATER_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\COS") Set WATER_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\HCL") Set WATER_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\WATER\Output\MOLEFRAC\MIXED\MEOH") End Sub Sub SetUnits() 'Set-Commands for all necessary units Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'R100 Set R100_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\R100\Output\QCALC") Set R100_ReactionTemp_min = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\R100\Output\TMIN") Set R100_ReactionTemp_max = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\R100\Output\TMAX") Set R100_ResidenceTime = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\R100\Output\RES_TIME") Set R100_ThermalFluidInlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\R100\Output\COOLANT_TIN") 'Flash Set FLASH_OutletTemperature = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\FLASH\Output\B_TEMP") Set FLASH_OutletPressure = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\FLASH\Output\B_PRES") Set FLASH_vaporMolefrac = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\FLASH\Output\B_VFRAC") Set FLASH_vaporMassfrac = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\FLASH\Output\MVFRAC") Set FLASH_NetDuty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\FLASH\Output\QNET") Set FLASH_TotalLiquid = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\FLASH\Output\LIQ_RATIO") 'PURIFY Set PURIFY_T_Condenser = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\TOP_TEMP") Set PURIFY_DistillateRate = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\MASS_D") Set PURIFY_RefluxRate = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\MASS_L1") Set PURIFY_RefluxRatio = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\MASS_RR") Set PURIFY_T_Reboiler = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\BOTTOM_TEMP") Set PURIFY_BottomsRate = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\MASS_B") Set PURIFY_BoilupRate = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\MASS_VN") Set PURIFY_BoilupRatio = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\MASS_BR") End Sub Sub SetHI_Turbine() 'Set-Commands for all HI and TURBINE units Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'Heatexchanger______________________________________________________________________________________________________________________ 'RGC100 Set RGC100_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\HOTINT") Set RGC100_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\HOT_TEMP") Set RGC100_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\COLDINT") Set RGC100_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\COLD_TEMP") Set RGC100_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\HOTINVF") Set RGC100_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\HOT_VFRAC") Set RGC100_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\COLDINVF") Set RGC100_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\COLD_FRAC") Set RGC100_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\HX_DUTY") Set RGC100_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC100\Output\HX_AREAP") 'RGC110 Set RGC110_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\HOTINT") Set RGC110_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\HOT_TEMP") Set RGC110_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\COLDINT") Set RGC110_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\COLD_TEMP") Set RGC110_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\HOTINVF") Set RGC110_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\HOT_VFRAC") Set RGC110_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\COLDINVF") Set RGC110_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\COLD_FRAC") Set RGC110_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\HX_DUTY") Set RGC110_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\RGC110\Output\HX_AREAP") 'SGIC100 Set SGIC100_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\HOTINT") Set SGIC100_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\HOT_TEMP") Set SGIC100_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\COLDINT") Set SGIC100_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\COLD_TEMP") Set SGIC100_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\HOTINVF") Set SGIC100_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\HOT_VFRAC") Set SGIC100_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\COLDINVF") Set SGIC100_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\COLD_FRAC") Set SGIC100_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\HX_DUTY") Set SGIC100_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\SGIC100\Output\HX_AREAP") 'SGC100 Set SGC100_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\HOTINT") Set SGC100_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\HOT_TEMP") Set SGC100_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\COLDINT") Set SGC100_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\COLD_TEMP") Set SGC100_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\HOTINVF") Set SGC100_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\HOT_VFRAC") Set SGC100_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\COLDINVF") Set SGC100_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\COLD_FRAC") Set SGC100_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\HX_DUTY") Set SGC100_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC100\Output\HX_AREAP") 'SGC110 Set SGC110_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\HOTINT") Set SGC110_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\HOT_TEMP") Set SGC110_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\COLDINT") Set SGC110_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\COLD_TEMP") Set SGC110_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\HOTINVF") Set SGC110_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\HOT_VFRAC") Set SGC110_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\COLDINVF") Set SGC110_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\COLD_FRAC") Set SGC110_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\HX_DUTY") Set SGC110_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC110\Output\HX_AREAP") 'SGC120 Set SGC120_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\HOTINT") Set SGC120_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\HOT_TEMP") Set SGC120_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\COLDINT") Set SGC120_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\COLD_TEMP") Set SGC120_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\HOTINVF") Set SGC120_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\HOT_VFRAC") Set SGC120_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\COLDINVF") Set SGC120_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\COLD_FRAC") Set SGC120_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\HX_DUTY") Set SGC120_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC120\Output\HX_AREAP") 'SGC130 Set SGC130_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\HOTINT") Set SGC130_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\HOT_TEMP") Set SGC130_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\COLDINT") Set SGC130_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\COLD_TEMP") Set SGC130_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\HOTINVF") Set SGC130_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\HOT_VFRAC") Set SGC130_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\COLDINVF") Set SGC130_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\COLD_FRAC") Set SGC130_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\HX_DUTY") Set SGC130_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\SGC130\Output\HX_AREAP") 'RMC100 Set RMC100_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\HOTINT") Set RMC100_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\HOT_TEMP") Set RMC100_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\COLDINT") Set RMC100_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\COLD_TEMP") Set RMC100_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\HOTINVF") Set RMC100_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\HOT_VFRAC") Set RMC100_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\COLDINVF") Set RMC100_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\COLD_FRAC") Set RMC100_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\HX_DUTY") Set RMC100_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC100\Output\HX_AREAP") 'RMC110 Set RMC110_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\HOTINT") Set RMC110_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\HOT_TEMP") Set RMC110_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\COLDINT") Set RMC110_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\COLD_TEMP") Set RMC110_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\HOTINVF") Set RMC110_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\HOT_VFRAC") Set RMC110_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\COLDINVF") Set RMC110_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\COLD_FRAC") Set RMC110_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\HX_DUTY") Set RMC110_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC110\Output\HX_AREAP") 'RMC120 Set RMC120_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\HOTINT") Set RMC120_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\HOT_TEMP") Set RMC120_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\COLDINT") Set RMC120_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\COLD_TEMP") Set RMC120_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\HOTINVF") Set RMC120_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\HOT_VFRAC") Set RMC120_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\COLDINVF") Set RMC120_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\COLD_FRAC") Set RMC120_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\HX_DUTY") Set RMC120_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC120\Output\HX_AREAP") 'RMC130 Set RMC130_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\HOTINT") Set RMC130_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\HOT_TEMP") Set RMC130_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\COLDINT") Set RMC130_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\COLD_TEMP") Set RMC130_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\HOTINVF") Set RMC130_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\HOT_VFRAC") Set RMC130_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\COLDINVF") Set RMC130_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\COLD_FRAC") Set RMC130_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\HX_DUTY") Set RMC130_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC130\Output\HX_AREAP") 'RMC140 Set RMC140_T_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\HOTINT") Set RMC140_T_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\HOT_TEMP") Set RMC140_T_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\COLDINT") Set RMC140_T_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\COLD_TEMP") Set RMC140_VapFrac_Hot_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\HOTINVF") Set RMC140_VapFrac_Hot_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\HOT_VFRAC") Set RMC140_VapFrac_Cold_Inlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\COLDINVF") Set RMC140_VapFrac_Cold_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\COLD_FRAC") Set RMC140_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\HX_DUTY") Set RMC140_Area = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\RMC140\Output\HX_AREAP") 'Heater_______________________________________________________________________________________________________________________________________ 'SAFE2 Set SAFE2_T_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SAFE2\Output\B_TEMP") Set SAFE2_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\SAFE2\Output\QCALC") 'SAFE3 Set SAFE3_T_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\SAFE3\Output\B_TEMP") Set SAFE3_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\SAFE3\Output\QCALC") 'AMINESCR Set AMINESCR_T_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\AMINESCR\Output\B_TEMP") Set AMINESCR_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\AMINESCR\Output\QCALC") 'SAFE1 Set SAFE1_T_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\SAFE1\Output\B_TEMP") Set SAFE1_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\SAFE1\Output\QCALC") 'H100 Set H100_T_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\H100\Output\B_TEMP") Set H100_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\H100\Output\QCALC") 'H110 Set H110_T_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\H110\Output\B_TEMP") Set H110_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\H110\Output\QCALC") 'H120 Set H120_T_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\H120\Output\B_TEMP") Set H120_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\H120\Output\QCALC") 'H130 Set H130_T_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\H130\Output\B_TEMP") Set H130_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\H130\Output\QCALC") 'TURBCOND Set TURBCOND_T_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\TURBCOND\Output\B_TEMP") Set TURBCOND_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\TURBCOND\Output\QCALC") 'Turbine____________________________________________________________________________________________________________________________________ 'C100 Set C100_NetWork = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C100\Output\WNET") Set C100_TEMPERATURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C100\Output\TOC") Set C100_PRESSURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C100\Output\POC") 'C110 Set C110_NetWork = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C110\Output\WNET") Set C110_TEMPERATURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C110\Output\TOC") Set C110_PRESSURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C110\Output\POC") 'C120 Set C120_NetWork = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C120\Output\WNET") Set C120_TEMPERATURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C120\Output\TOC") Set C120_PRESSURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C120\Output\POC") 'C130 Set C130_NetWork = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C130\Output\WNET") Set C130_TEMPERATURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C130\Output\TOC") Set C130_PRESSURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C130\Output\POC") 'C200 Set C200_NetWork = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C200\Output\WNET") Set C200_TEMPERATURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C200\Output\TOC") Set C200_PRESSURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\C200\Output\POC") 'TURBINE Set TURBINE_NetWork = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\TURBINE\Output\WNET") Set TURBINE_TEMPERATURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\TURBINE\Output\TOC") Set TURBINE_PRESSURE_Outlet = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\TURBINE\Output\POC") 'PURIFY________________________________________________________________________________________________________________________________________ 'CONDENSER Set CONDENSER_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\COND_DUTY") 'REBOILER Set REBOILER_Duty = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Blocks\PURIFY\Output\REB_DUTY") End Sub Sub OutputStreamsMain1() 'Output-Commands for all Streams 'FEED k = 4 Streams.Cells(j + 3, 2) = H_MOLEFLOW_FEED.Value / C_MOLEFLOW_FEED.Value Streams.Cells(j + 3, 3) = O_MOLEFLOW_FEED.Value / C_MOLEFLOW_FEED.Value Streams.Cells(j + 3, k) = C_MOLEFLOW_FEED.Value Streams.Cells(j + 3, k + 1) = H_MOLEFLOW_FEED.Value Streams.Cells(j + 3, k + 2) = O_MOLEFLOW_FEED.Value 'OPCOMP k = 9 Streams.Cells(j + 3, 7) = H_MOLEFLOW_OPCOMP.Value / C_MOLEFLOW_OPCOMP.Value Streams.Cells(j + 3, 8) = O_MOLEFLOW_OPCOMP.Value / C_MOLEFLOW_OPCOMP.Value Streams.Cells(j + 3, k) = C_MOLEFLOW_OPCOMP.Value Streams.Cells(j + 3, k + 1) = H_MOLEFLOW_OPCOMP.Value Streams.Cells(j + 3, k + 2) = O_MOLEFLOW_OPCOMP.Value 'AGR1OUT k = 11 Streams.Cells(j + 3, k + 1) = AGR1OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = AGR1OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = AGR1OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = AGR1OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = AGR1OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = AGR1OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = AGR1OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = AGR1OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = AGR1OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = AGR1OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = AGR1OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = AGR1OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = AGR1OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = AGR1OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = AGR1OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = AGR1OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = AGR1OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = AGR1OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = AGR1OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = AGR1OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = AGR1OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = AGR1OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = AGR1OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = AGR1OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = AGR1OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = AGR1OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = AGR1OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = AGR1OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = AGR1OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = AGR1OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = AGR1OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = AGR1OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = AGR1OUT_MOLEFRAC_MEOH.Value 'AGR2OUT k = k + 37 Streams.Cells(j + 3, k + 1) = AGR2OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = AGR2OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = AGR2OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = AGR2OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = AGR2OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = AGR2OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = AGR2OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = AGR2OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = AGR2OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = AGR2OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = AGR2OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = AGR2OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = AGR2OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = AGR2OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = AGR2OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = AGR2OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = AGR2OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = AGR2OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = AGR2OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = AGR2OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = AGR2OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = AGR2OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = AGR2OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = AGR2OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = AGR2OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = AGR2OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = AGR2OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = AGR2OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = AGR2OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = AGR2OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = AGR2OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = AGR2OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = AGR2OUT_MOLEFRAC_MEOH.Value 'ASOUT k = k + 37 Streams.Cells(j + 3, k + 1) = ASOUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = ASOUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = ASOUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = ASOUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = ASOUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = ASOUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = ASOUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = ASOUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = ASOUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = ASOUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = ASOUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = ASOUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = ASOUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = ASOUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = ASOUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = ASOUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = ASOUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = ASOUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = ASOUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = ASOUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = ASOUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = ASOUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = ASOUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = ASOUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = ASOUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = ASOUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = ASOUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = ASOUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = ASOUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = ASOUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = ASOUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = ASOUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = ASOUT_MOLEFRAC_MEOH.Value 'CLEANGAS k = k + 37 Streams.Cells(j + 3, k + 1) = CLEANGAS_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = CLEANGAS_PRESSURE.Value Streams.Cells(j + 3, k + 3) = CLEANGAS_VolFlow.Value Streams.Cells(j + 3, k + 6) = CLEANGAS_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = CLEANGAS_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = CLEANGAS_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = CLEANGAS_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = CLEANGAS_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = CLEANGAS_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = CLEANGAS_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = CLEANGAS_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = CLEANGAS_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = CLEANGAS_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = CLEANGAS_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = CLEANGAS_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = CLEANGAS_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = CLEANGAS_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = CLEANGAS_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = CLEANGAS_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = CLEANGAS_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = CLEANGAS_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = CLEANGAS_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = CLEANGAS_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = CLEANGAS_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = CLEANGAS_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = CLEANGAS_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = CLEANGAS_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = CLEANGAS_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = CLEANGAS_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = CLEANGAS_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = CLEANGAS_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = CLEANGAS_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = CLEANGAS_MOLEFRAC_MEOH.Value 'CO2CAPT k = k + 37 Streams.Cells(j + 3, k + 1) = CO2CAPT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = CO2CAPT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = CO2CAPT_VolFlow.Value Streams.Cells(j + 3, k + 6) = CO2CAPT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = CO2CAPT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = CO2CAPT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = CO2CAPT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = CO2CAPT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = CO2CAPT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = CO2CAPT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = CO2CAPT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = CO2CAPT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = CO2CAPT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = CO2CAPT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = CO2CAPT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = CO2CAPT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = CO2CAPT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = CO2CAPT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = CO2CAPT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = CO2CAPT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = CO2CAPT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = CO2CAPT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = CO2CAPT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = CO2CAPT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = CO2CAPT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = CO2CAPT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = CO2CAPT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = CO2CAPT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = CO2CAPT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = CO2CAPT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = CO2CAPT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = CO2CAPT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = CO2CAPT_MOLEFRAC_MEOH.Value 'CO2IN k = k + 37 Streams.Cells(j + 3, k + 1) = CO2IN_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = CO2IN_PRESSURE.Value Streams.Cells(j + 3, k + 3) = CO2IN_VolFlow.Value Streams.Cells(j + 3, k + 6) = CO2IN_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = CO2IN_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = CO2IN_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = CO2IN_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = CO2IN_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = CO2IN_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = CO2IN_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = CO2IN_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = CO2IN_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = CO2IN_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = CO2IN_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = CO2IN_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = CO2IN_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = CO2IN_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = CO2IN_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = CO2IN_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = CO2IN_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = CO2IN_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = CO2IN_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = CO2IN_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = CO2IN_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = CO2IN_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = CO2IN_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = CO2IN_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = CO2IN_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = CO2IN_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = CO2IN_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = CO2IN_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = CO2IN_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = CO2IN_MOLEFRAC_MEOH.Value 'CO2OFF k = k + 37 Streams.Cells(j + 3, k + 1) = CO2OFF_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = CO2OFF_PRESSURE.Value Streams.Cells(j + 3, k + 3) = CO2OFF_VolFlow.Value Streams.Cells(j + 3, k + 6) = CO2OFF_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = CO2OFF_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = CO2OFF_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = CO2OFF_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = CO2OFF_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = CO2OFF_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = CO2OFF_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = CO2OFF_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = CO2OFF_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = CO2OFF_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = CO2OFF_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = CO2OFF_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = CO2OFF_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = CO2OFF_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = CO2OFF_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = CO2OFF_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = CO2OFF_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = CO2OFF_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = CO2OFF_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = CO2OFF_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = CO2OFF_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = CO2OFF_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = CO2OFF_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = CO2OFF_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = CO2OFF_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = CO2OFF_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = CO2OFF_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = CO2OFF_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = CO2OFF_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = CO2OFF_MOLEFRAC_MEOH.Value 'COMB k = k + 37 Streams.Cells(j + 3, k + 1) = COMB_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = COMB_PRESSURE.Value Streams.Cells(j + 3, k + 3) = COMB_VolFlow.Value Streams.Cells(j + 3, k + 6) = COMB_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = COMB_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = COMB_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = COMB_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = COMB_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = COMB_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = COMB_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = COMB_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = COMB_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = COMB_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = COMB_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = COMB_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = COMB_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = COMB_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = COMB_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = COMB_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = COMB_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = COMB_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = COMB_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = COMB_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = COMB_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = COMB_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = COMB_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = COMB_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = COMB_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = COMB_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = COMB_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = COMB_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = COMB_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = COMB_MOLEFRAC_MEOH.Value 'CONV k = k + 37 Streams.Cells(j + 3, k + 1) = CONV_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = CONV_PRESSURE.Value Streams.Cells(j + 3, k + 3) = CONV_VolFlow.Value Streams.Cells(j + 3, k + 6) = CONV_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = CONV_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = CONV_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = CONV_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = CONV_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = CONV_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = CONV_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = CONV_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = CONV_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = CONV_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = CONV_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = CONV_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = CONV_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = CONV_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = CONV_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = CONV_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = CONV_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = CONV_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = CONV_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = CONV_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = CONV_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = CONV_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = CONV_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = CONV_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = CONV_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = CONV_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = CONV_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = CONV_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = CONV_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = CONV_MOLEFRAC_MEOH.Value 'ELEMENTS k = k + 37 Streams.Cells(j + 3, k + 1) = ELEMENTS_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = ELEMENTS_PRESSURE.Value Streams.Cells(j + 3, k + 3) = ELEMENTS_VolFlow.Value Streams.Cells(j + 3, k + 6) = ELEMENTS_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = ELEMENTS_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = ELEMENTS_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = ELEMENTS_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = ELEMENTS_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = ELEMENTS_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = ELEMENTS_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = ELEMENTS_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = ELEMENTS_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = ELEMENTS_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = ELEMENTS_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = ELEMENTS_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = ELEMENTS_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = ELEMENTS_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = ELEMENTS_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = ELEMENTS_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = ELEMENTS_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = ELEMENTS_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = ELEMENTS_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = ELEMENTS_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = ELEMENTS_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = ELEMENTS_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = ELEMENTS_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = ELEMENTS_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = ELEMENTS_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = ELEMENTS_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = ELEMENTS_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = ELEMENTS_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = ELEMENTS_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = ELEMENTS_MOLEFRAC_MEOH.Value End Sub Sub OutputStreamsMain2() 'FEED k = k + 37 Streams.Cells(j + 3, k + 1) = FEED_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = FEED_PRESSURE.Value Streams.Cells(j + 3, k + 3) = FEED_VolFlow.Value Streams.Cells(j + 3, k + 6) = FEED_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = FEED_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = FEED_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = FEED_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = FEED_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = FEED_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = FEED_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = FEED_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = FEED_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = FEED_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = FEED_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = FEED_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = FEED_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = FEED_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = FEED_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = FEED_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = FEED_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = FEED_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = FEED_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = FEED_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = FEED_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = FEED_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = FEED_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = FEED_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = FEED_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = FEED_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = FEED_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = FEED_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = FEED_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = FEED_MOLEFRAC_MEOH.Value 'FEEDASH k = k + 37 Streams.Cells(j + 3, k + 1) = FEEDASH_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = FEEDASH_PRESSURE.Value Streams.Cells(j + 3, k + 3) = FEEDASH_VolFlow.Value Streams.Cells(j + 3, k + 6) = FEEDASH_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = FEEDASH_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = FEEDASH_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = FEEDASH_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = FEEDASH_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = FEEDASH_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = FEEDASH_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = FEEDASH_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = FEEDASH_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = FEEDASH_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = FEEDASH_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = FEEDASH_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = FEEDASH_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = FEEDASH_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = FEEDASH_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = FEEDASH_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = FEEDASH_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = FEEDASH_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = FEEDASH_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = FEEDASH_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = FEEDASH_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = FEEDASH_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = FEEDASH_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = FEEDASH_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = FEEDASH_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = FEEDASH_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = FEEDASH_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = FEEDASH_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = FEEDASH_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = FEEDASH_MOLEFRAC_MEOH.Value 'FRSGC100 k = k + 37 Streams.Cells(j + 3, k + 1) = FRSGC100_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = FRSGC100_PRESSURE.Value Streams.Cells(j + 3, k + 3) = FRSGC100_VolFlow.Value Streams.Cells(j + 3, k + 6) = FRSGC100_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = FRSGC100_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = FRSGC100_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = FRSGC100_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = FRSGC100_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = FRSGC100_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = FRSGC100_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = FRSGC100_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = FRSGC100_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = FRSGC100_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = FRSGC100_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = FRSGC100_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = FRSGC100_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = FRSGC100_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = FRSGC100_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = FRSGC100_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = FRSGC100_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = FRSGC100_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = FRSGC100_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = FRSGC100_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = FRSGC100_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = FRSGC100_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = FRSGC100_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = FRSGC100_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = FRSGC100_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = FRSGC100_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = FRSGC100_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = FRSGC100_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = FRSGC100_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = FRSGC100_MOLEFRAC_MEOH.Value 'FRSGC110 k = k + 37 Streams.Cells(j + 3, k + 1) = FRSGC110_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = FRSGC110_PRESSURE.Value Streams.Cells(j + 3, k + 3) = FRSGC110_VolFlow.Value Streams.Cells(j + 3, k + 6) = FRSGC110_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = FRSGC110_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = FRSGC110_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = FRSGC110_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = FRSGC110_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = FRSGC110_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = FRSGC110_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = FRSGC110_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = FRSGC110_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = FRSGC110_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = FRSGC110_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = FRSGC110_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = FRSGC110_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = FRSGC110_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = FRSGC110_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = FRSGC110_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = FRSGC110_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = FRSGC110_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = FRSGC110_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = FRSGC110_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = FRSGC110_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = FRSGC110_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = FRSGC110_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = FRSGC110_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = FRSGC110_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = FRSGC110_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = FRSGC110_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = FRSGC110_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = FRSGC110_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = FRSGC110_MOLEFRAC_MEOH.Value 'GACO2 k = k + 37 Streams.Cells(j + 3, k + 1) = GACO2_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = GACO2_PRESSURE.Value Streams.Cells(j + 3, k + 3) = GACO2_VolFlow.Value Streams.Cells(j + 3, k + 6) = GACO2_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = GACO2_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = GACO2_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = GACO2_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = GACO2_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = GACO2_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = GACO2_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = GACO2_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = GACO2_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = GACO2_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = GACO2_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = GACO2_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = GACO2_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = GACO2_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = GACO2_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = GACO2_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = GACO2_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = GACO2_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = GACO2_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = GACO2_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = GACO2_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = GACO2_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = GACO2_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = GACO2_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = GACO2_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = GACO2_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = GACO2_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = GACO2_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = GACO2_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = GACO2_MOLEFRAC_MEOH.Value 'GAH2O k = k + 37 Streams.Cells(j + 3, k + 1) = GAH2O_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = GAH2O_PRESSURE.Value Streams.Cells(j + 3, k + 3) = GAH2O_VolFlow.Value Streams.Cells(j + 3, k + 6) = GAH2O_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = GAH2O_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = GAH2O_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = GAH2O_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = GAH2O_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = GAH2O_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = GAH2O_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = GAH2O_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = GAH2O_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = GAH2O_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = GAH2O_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = GAH2O_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = GAH2O_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = GAH2O_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = GAH2O_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = GAH2O_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = GAH2O_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = GAH2O_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = GAH2O_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = GAH2O_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = GAH2O_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = GAH2O_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = GAH2O_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = GAH2O_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = GAH2O_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = GAH2O_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = GAH2O_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = GAH2O_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = GAH2O_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = GAH2O_MOLEFRAC_MEOH.Value 'GAH2OHOT k = k + 37 Streams.Cells(j + 3, k + 1) = GAH2OHOT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = GAH2OHOT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = GAH2OHOT_VolFlow.Value Streams.Cells(j + 3, k + 6) = GAH2OHOT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = GAH2OHOT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = GAH2OHOT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = GAH2OHOT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = GAH2OHOT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = GAH2OHOT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = GAH2OHOT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = GAH2OHOT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = GAH2OHOT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = GAH2OHOT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = GAH2OHOT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = GAH2OHOT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = GAH2OHOT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = GAH2OHOT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = GAH2OHOT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = GAH2OHOT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = GAH2OHOT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = GAH2OHOT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = GAH2OHOT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = GAH2OHOT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = GAH2OHOT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = GAH2OHOT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = GAH2OHOT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = GAH2OHOT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = GAH2OHOT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = GAH2OHOT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = GAH2OHOT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = GAH2OHOT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = GAH2OHOT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = GAH2OHOT_MOLEFRAC_MEOH.Value 'GAO2 k = k + 37 Streams.Cells(j + 3, k + 1) = GAO2_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = GAO2_PRESSURE.Value Streams.Cells(j + 3, k + 3) = GAO2_VolFlow.Value Streams.Cells(j + 3, k + 6) = GAO2_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = GAO2_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = GAO2_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = GAO2_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = GAO2_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = GAO2_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = GAO2_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = GAO2_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = GAO2_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = GAO2_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = GAO2_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = GAO2_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = GAO2_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = GAO2_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = GAO2_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = GAO2_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = GAO2_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = GAO2_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = GAO2_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = GAO2_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = GAO2_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = GAO2_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = GAO2_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = GAO2_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = GAO2_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = GAO2_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = GAO2_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = GAO2_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = GAO2_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = GAO2_MOLEFRAC_MEOH.Value 'GASIFOUT k = k + 37 Streams.Cells(j + 3, k + 1) = GASIFOUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = GASIFOUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = GASIFOUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = GASIFOUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = GASIFOUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = GASIFOUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = GASIFOUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = GASIFOUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = GASIFOUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = GASIFOUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = GASIFOUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = GASIFOUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = GASIFOUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = GASIFOUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = GASIFOUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = GASIFOUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = GASIFOUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = GASIFOUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = GASIFOUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = GASIFOUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = GASIFOUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = GASIFOUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = GASIFOUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = GASIFOUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = GASIFOUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = GASIFOUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = GASIFOUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = GASIFOUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = GASIFOUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = GASIFOUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = GASIFOUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = GASIFOUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = GASIFOUT_MOLEFRAC_MEOH.Value 'GSFIN k = k + 37 Streams.Cells(j + 3, k + 1) = GSFIN_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = GSFIN_PRESSURE.Value Streams.Cells(j + 3, k + 3) = GSFIN_VolFlow.Value Streams.Cells(j + 3, k + 6) = GSFIN_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = GSFIN_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = GSFIN_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = GSFIN_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = GSFIN_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = GSFIN_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = GSFIN_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = GSFIN_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = GSFIN_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = GSFIN_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = GSFIN_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = GSFIN_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = GSFIN_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = GSFIN_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = GSFIN_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = GSFIN_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = GSFIN_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = GSFIN_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = GSFIN_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = GSFIN_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = GSFIN_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = GSFIN_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = GSFIN_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = GSFIN_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = GSFIN_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = GSFIN_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = GSFIN_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = GSFIN_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = GSFIN_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = GSFIN_MOLEFRAC_MEOH.Value End Sub Sub OutputStreamsMain3() 'H2OSHIFT k = k + 37 Streams.Cells(j + 3, k + 1) = H2OSHIFT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = H2OSHIFT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = H2OSHIFT_VolFlow.Value Streams.Cells(j + 3, k + 6) = H2OSHIFT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = H2OSHIFT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = H2OSHIFT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = H2OSHIFT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = H2OSHIFT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = H2OSHIFT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = H2OSHIFT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = H2OSHIFT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = H2OSHIFT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = H2OSHIFT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = H2OSHIFT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = H2OSHIFT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = H2OSHIFT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = H2OSHIFT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = H2OSHIFT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = H2OSHIFT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = H2OSHIFT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = H2OSHIFT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = H2OSHIFT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = H2OSHIFT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = H2OSHIFT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = H2OSHIFT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = H2OSHIFT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = H2OSHIFT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = H2OSHIFT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = H2OSHIFT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = H2OSHIFT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = H2OSHIFT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = H2OSHIFT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = H2OSHIFT_MOLEFRAC_MEOH.Value 'H2SAGR k = k + 37 Streams.Cells(j + 3, k + 1) = H2SAGR_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = H2SAGR_PRESSURE.Value Streams.Cells(j + 3, k + 3) = H2SAGR_VolFlow.Value Streams.Cells(j + 3, k + 6) = H2SAGR_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = H2SAGR_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = H2SAGR_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = H2SAGR_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = H2SAGR_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = H2SAGR_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = H2SAGR_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = H2SAGR_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = H2SAGR_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = H2SAGR_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = H2SAGR_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = H2SAGR_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = H2SAGR_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = H2SAGR_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = H2SAGR_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = H2SAGR_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = H2SAGR_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = H2SAGR_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = H2SAGR_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = H2SAGR_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = H2SAGR_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = H2SAGR_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = H2SAGR_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = H2SAGR_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = H2SAGR_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = H2SAGR_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = H2SAGR_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = H2SAGR_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = H2SAGR_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = H2SAGR_MOLEFRAC_MEOH.Value 'H2SZNO k = k + 37 Streams.Cells(j + 3, k + 1) = H2SZNO_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = H2SZNO_PRESSURE.Value Streams.Cells(j + 3, k + 3) = H2SZNO_VolFlow.Value Streams.Cells(j + 3, k + 6) = H2SZNO_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = H2SZNO_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = H2SZNO_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = H2SZNO_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = H2SZNO_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = H2SZNO_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = H2SZNO_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = H2SZNO_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = H2SZNO_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = H2SZNO_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = H2SZNO_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = H2SZNO_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = H2SZNO_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = H2SZNO_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = H2SZNO_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = H2SZNO_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = H2SZNO_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = H2SZNO_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = H2SZNO_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = H2SZNO_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = H2SZNO_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = H2SZNO_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = H2SZNO_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = H2SZNO_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = H2SZNO_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = H2SZNO_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = H2SZNO_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = H2SZNO_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = H2SZNO_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = H2SZNO_MOLEFRAC_MEOH.Value 'WGSR2LIQ k = k + 37 Streams.Cells(j + 3, k + 1) = WGSR2LIQ_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = WGSR2LIQ_PRESSURE.Value Streams.Cells(j + 3, k + 3) = WGSR2LIQ_VolFlow.Value Streams.Cells(j + 3, k + 6) = WGSR2LIQ_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = WGSR2LIQ_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = WGSR2LIQ_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = WGSR2LIQ_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = WGSR2LIQ_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = WGSR2LIQ_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = WGSR2LIQ_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = WGSR2LIQ_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = WGSR2LIQ_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = WGSR2LIQ_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = WGSR2LIQ_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = WGSR2LIQ_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = WGSR2LIQ_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = WGSR2LIQ_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = WGSR2LIQ_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = WGSR2LIQ_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = WGSR2LIQ_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = WGSR2LIQ_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = WGSR2LIQ_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = WGSR2LIQ_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = WGSR2LIQ_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = WGSR2LIQ_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = WGSR2LIQ_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = WGSR2LIQ_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = WGSR2LIQ_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = WGSR2LIQ_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = WGSR2LIQ_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = WGSR2LIQ_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = WGSR2LIQ_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = WGSR2LIQ_MOLEFRAC_MEOH.Value 'WGSR1LIQ k = k + 37 Streams.Cells(j + 3, k + 1) = WGSR1LIQ_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = WGSR1LIQ_PRESSURE.Value Streams.Cells(j + 3, k + 3) = WGSR1LIQ_VolFlow.Value Streams.Cells(j + 3, k + 6) = WGSR1LIQ_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = WGSR1LIQ_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = WGSR1LIQ_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = WGSR1LIQ_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = WGSR1LIQ_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = WGSR1LIQ_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = WGSR1LIQ_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = WGSR1LIQ_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = WGSR1LIQ_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = WGSR1LIQ_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = WGSR1LIQ_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = WGSR1LIQ_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = WGSR1LIQ_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = WGSR1LIQ_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = WGSR1LIQ_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = WGSR1LIQ_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = WGSR1LIQ_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = WGSR1LIQ_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = WGSR1LIQ_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = WGSR1LIQ_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = WGSR1LIQ_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = WGSR1LIQ_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = WGSR1LIQ_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = WGSR1LIQ_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = WGSR1LIQ_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = WGSR1LIQ_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = WGSR1LIQ_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = WGSR1LIQ_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = WGSR1LIQ_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = WGSR1LIQ_MOLEFRAC_MEOH.Value 'MEOH k = k + 37 Streams.Cells(j + 3, k + 1) = MEOH_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = MEOH_PRESSURE.Value Streams.Cells(j + 3, k + 3) = MEOH_VolFlow.Value Streams.Cells(j + 3, k + 6) = MEOH_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = MEOH_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = MEOH_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = MEOH_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = MEOH_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = MEOH_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = MEOH_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = MEOH_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = MEOH_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = MEOH_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = MEOH_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = MEOH_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = MEOH_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = MEOH_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = MEOH_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = MEOH_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = MEOH_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = MEOH_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = MEOH_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = MEOH_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = MEOH_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = MEOH_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = MEOH_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = MEOH_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = MEOH_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = MEOH_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = MEOH_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = MEOH_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = MEOH_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = MEOH_MOLEFRAC_MEOH.Value 'MOISTURE k = k + 37 Streams.Cells(j + 3, k + 1) = MOISTURE_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = MOISTURE_PRESSURE.Value Streams.Cells(j + 3, k + 3) = MOISTURE_VolFlow.Value Streams.Cells(j + 3, k + 6) = MOISTURE_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = MOISTURE_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = MOISTURE_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = MOISTURE_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = MOISTURE_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = MOISTURE_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = MOISTURE_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = MOISTURE_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = MOISTURE_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = MOISTURE_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = MOISTURE_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = MOISTURE_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = MOISTURE_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = MOISTURE_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = MOISTURE_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = MOISTURE_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = MOISTURE_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = MOISTURE_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = MOISTURE_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = MOISTURE_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = MOISTURE_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = MOISTURE_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = MOISTURE_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = MOISTURE_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = MOISTURE_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = MOISTURE_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = MOISTURE_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = MOISTURE_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = MOISTURE_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = MOISTURE_MOLEFRAC_MEOH.Value 'PART k = k + 37 Streams.Cells(j + 3, k + 1) = PART_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = PART_PRESSURE.Value Streams.Cells(j + 3, k + 3) = PART_VolFlow.Value Streams.Cells(j + 3, k + 6) = PART_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = PART_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = PART_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = PART_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = PART_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = PART_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = PART_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = PART_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = PART_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = PART_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = PART_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = PART_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = PART_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = PART_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = PART_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = PART_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = PART_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = PART_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = PART_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = PART_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = PART_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = PART_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = PART_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = PART_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = PART_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = PART_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = PART_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = PART_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = PART_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = PART_MOLEFRAC_MEOH.Value 'PLSMPWRD k = k + 37 Streams.Cells(j + 3, k + 36) = PLSMPWRD_HEAT.Value 'PLSMPWRG k = k + 37 Streams.Cells(j + 3, k + 36) = PLSMPWRG_HEAT.Value End Sub Sub OutputStreamsMain4() 'RAWGASC k = k + 37 Streams.Cells(j + 3, k + 1) = RAWGASC_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = RAWGASC_PRESSURE.Value Streams.Cells(j + 3, k + 3) = RAWGASC_VolFlow.Value Streams.Cells(j + 3, k + 6) = RAWGASC_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = RAWGASC_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = RAWGASC_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = RAWGASC_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = RAWGASC_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = RAWGASC_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = RAWGASC_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = RAWGASC_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = RAWGASC_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = RAWGASC_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = RAWGASC_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = RAWGASC_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = RAWGASC_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = RAWGASC_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = RAWGASC_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = RAWGASC_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = RAWGASC_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = RAWGASC_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = RAWGASC_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = RAWGASC_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = RAWGASC_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = RAWGASC_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = RAWGASC_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = RAWGASC_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = RAWGASC_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = RAWGASC_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = RAWGASC_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = RAWGASC_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = RAWGASC_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = RAWGASC_MOLEFRAC_MEOH.Value 'RAWGASH k = k + 37 Streams.Cells(j + 3, k + 1) = RAWGASH_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = RAWGASH_PRESSURE.Value Streams.Cells(j + 3, k + 3) = RAWGASH_VolFlow.Value Streams.Cells(j + 3, k + 6) = RAWGASH_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = RAWGASH_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = RAWGASH_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = RAWGASH_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = RAWGASH_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = RAWGASH_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = RAWGASH_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = RAWGASH_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = RAWGASH_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = RAWGASH_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = RAWGASH_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = RAWGASH_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = RAWGASH_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = RAWGASH_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = RAWGASH_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = RAWGASH_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = RAWGASH_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = RAWGASH_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = RAWGASH_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = RAWGASH_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = RAWGASH_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = RAWGASH_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = RAWGASH_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = RAWGASH_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = RAWGASH_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = RAWGASH_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = RAWGASH_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = RAWGASH_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = RAWGASH_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = RAWGASH_MOLEFRAC_MEOH.Value 'RSTEAM k = k + 37 Streams.Cells(j + 3, k + 1) = RSTEAM_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = RSTEAM_PRESSURE.Value Streams.Cells(j + 3, k + 3) = RSTEAM_VolFlow.Value Streams.Cells(j + 3, k + 6) = RSTEAM_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = RSTEAM_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = RSTEAM_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = RSTEAM_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = RSTEAM_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = RSTEAM_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = RSTEAM_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = RSTEAM_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = RSTEAM_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = RSTEAM_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = RSTEAM_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = RSTEAM_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = RSTEAM_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = RSTEAM_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = RSTEAM_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = RSTEAM_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = RSTEAM_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = RSTEAM_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = RSTEAM_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = RSTEAM_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = RSTEAM_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = RSTEAM_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = RSTEAM_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = RSTEAM_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = RSTEAM_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = RSTEAM_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = RSTEAM_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = RSTEAM_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = RSTEAM_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = RSTEAM_MOLEFRAC_MEOH.Value 'SAFE2OUT k = k + 37 Streams.Cells(j + 3, k + 1) = SAFE2OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SAFE2OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SAFE2OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = SAFE2OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SAFE2OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SAFE2OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SAFE2OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SAFE2OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SAFE2OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SAFE2OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SAFE2OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SAFE2OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SAFE2OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SAFE2OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SAFE2OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SAFE2OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SAFE2OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SAFE2OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SAFE2OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SAFE2OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SAFE2OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SAFE2OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SAFE2OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SAFE2OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SAFE2OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SAFE2OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SAFE2OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SAFE2OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SAFE2OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SAFE2OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SAFE2OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SAFE2OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SAFE2OUT_MOLEFRAC_MEOH.Value 'SAFE3OUT k = k + 37 'Streams.Cells(j + 3, k + 1) = SAFE3OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SAFE3OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SAFE3OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = SAFE3OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SAFE3OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SAFE3OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SAFE3OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SAFE3OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SAFE3OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SAFE3OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SAFE3OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SAFE3OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SAFE3OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SAFE3OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SAFE3OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SAFE3OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SAFE3OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SAFE3OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SAFE3OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SAFE3OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SAFE3OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SAFE3OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SAFE3OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SAFE3OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SAFE3OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SAFE3OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SAFE3OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SAFE3OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SAFE3OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SAFE3OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SAFE3OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SAFE3OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SAFE3OUT_MOLEFRAC_MEOH.Value 'SFTEVAP1 k = k + 37 Streams.Cells(j + 3, k + 1) = SFTEVAP1_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTEVAP1_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTEVAP1_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTEVAP1_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTEVAP1_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTEVAP1_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTEVAP1_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTEVAP1_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTEVAP1_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTEVAP1_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTEVAP1_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTEVAP1_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTEVAP1_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTEVAP1_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTEVAP1_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTEVAP1_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTEVAP1_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTEVAP1_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTEVAP1_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTEVAP1_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTEVAP1_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTEVAP1_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTEVAP1_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTEVAP1_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTEVAP1_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTEVAP1_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTEVAP1_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTEVAP1_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTEVAP1_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTEVAP1_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTEVAP1_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTEVAP1_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTEVAP1_MOLEFRAC_MEOH.Value 'SFTH5and6 k = k + 37 Streams.Cells(j + 3, k + 1) = SFTH5and6_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTH5and6_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTH5and6_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTH5and6_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTH5and6_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTH5and6_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTH5and6_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTH5and6_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTH5and6_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTH5and6_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTH5and6_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTH5and6_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTH5and6_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTH5and6_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTH5and6_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTH5and6_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTH5and6_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTH5and6_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTH5and6_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTH5and6_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTH5and6_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTH5and6_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTH5and6_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTH5and6_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTH5and6_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTH5and6_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTH5and6_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTH5and6_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTH5and6_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTH5and6_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTH5and6_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTH5and6_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTH5and6_MOLEFRAC_MEOH.Value 'SFTSUPHE k = k + 37 Streams.Cells(j + 3, k + 1) = SFTSUPHE_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTSUPHE_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTSUPHE_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTSUPHE_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTSUPHE_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTSUPHE_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTSUPHE_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTSUPHE_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTSUPHE_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTSUPHE_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTSUPHE_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTSUPHE_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTSUPHE_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTSUPHE_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTSUPHE_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTSUPHE_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTSUPHE_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTSUPHE_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTSUPHE_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTSUPHE_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTSUPHE_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTSUPHE_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTSUPHE_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTSUPHE_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTSUPHE_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTSUPHE_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTSUPHE_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTSUPHE_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTSUPHE_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTSUPHE_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTSUPHE_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTSUPHE_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTSUPHE_MOLEFRAC_MEOH.Value 'SFTWATC2 k = k + 37 Streams.Cells(j + 3, k + 1) = SFTWATC2_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTWATC2_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTWATC2_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTWATC2_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTWATC2_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTWATC2_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTWATC2_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTWATC2_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTWATC2_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTWATC2_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTWATC2_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTWATC2_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTWATC2_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTWATC2_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTWATC2_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTWATC2_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTWATC2_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTWATC2_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTWATC2_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTWATC2_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTWATC2_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTWATC2_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTWATC2_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTWATC2_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTWATC2_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTWATC2_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTWATC2_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTWATC2_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTWATC2_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTWATC2_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTWATC2_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTWATC2_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTWATC2_MOLEFRAC_MEOH.Value 'SFTWATH1 k = k + 37 Streams.Cells(j + 3, k + 1) = SFTWATH1_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTWATH1_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTWATH1_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTWATH1_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTWATH1_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTWATH1_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTWATH1_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTWATH1_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTWATH1_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTWATH1_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTWATH1_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTWATH1_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTWATH1_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTWATH1_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTWATH1_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTWATH1_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTWATH1_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTWATH1_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTWATH1_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTWATH1_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTWATH1_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTWATH1_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTWATH1_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTWATH1_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTWATH1_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTWATH1_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTWATH1_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTWATH1_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTWATH1_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTWATH1_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTWATH1_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTWATH1_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTWATH1_MOLEFRAC_MEOH.Value 'SFTWATH2 k = k + 37 Streams.Cells(j + 3, k + 1) = SFTWATH2_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTWATH2_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTWATH2_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTWATH2_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTWATH2_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTWATH2_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTWATH2_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTWATH2_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTWATH2_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTWATH2_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTWATH2_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTWATH2_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTWATH2_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTWATH2_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTWATH2_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTWATH2_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTWATH2_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTWATH2_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTWATH2_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTWATH2_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTWATH2_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTWATH2_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTWATH2_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTWATH2_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTWATH2_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTWATH2_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTWATH2_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTWATH2_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTWATH2_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTWATH2_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTWATH2_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTWATH2_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTWATH2_MOLEFRAC_MEOH.Value End Sub Sub OutputStreamsMain5() 'SFTWATH3 k = k + 37 Streams.Cells(j + 3, k + 1) = SFTWATH3_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTWATH3_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTWATH3_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTWATH3_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTWATH3_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTWATH3_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTWATH3_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTWATH3_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTWATH3_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTWATH3_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTWATH3_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTWATH3_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTWATH3_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTWATH3_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTWATH3_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTWATH3_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTWATH3_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTWATH3_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTWATH3_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTWATH3_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTWATH3_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTWATH3_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTWATH3_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTWATH3_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTWATH3_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTWATH3_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTWATH3_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTWATH3_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTWATH3_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTWATH3_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTWATH3_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTWATH3_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTWATH3_MOLEFRAC_MEOH.Value 'SFTWATH4 k = k + 37 Streams.Cells(j + 3, k + 1) = SFTWATH4_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTWATH4_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTWATH4_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTWATH4_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTWATH4_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTWATH4_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTWATH4_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTWATH4_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTWATH4_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTWATH4_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTWATH4_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTWATH4_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTWATH4_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTWATH4_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTWATH4_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTWATH4_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTWATH4_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTWATH4_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTWATH4_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTWATH4_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTWATH4_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTWATH4_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTWATH4_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTWATH4_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTWATH4_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTWATH4_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTWATH4_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTWATH4_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTWATH4_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTWATH4_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTWATH4_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTWATH4_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTWATH4_MOLEFRAC_MEOH.Value 'SFTWATH5 k = k + 37 Streams.Cells(j + 3, k + 1) = SFTWATH5_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTWATH5_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTWATH5_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTWATH5_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTWATH5_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTWATH5_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTWATH5_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTWATH5_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTWATH5_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTWATH5_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTWATH5_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTWATH5_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTWATH5_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTWATH5_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTWATH5_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTWATH5_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTWATH5_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTWATH5_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTWATH5_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTWATH5_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTWATH5_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTWATH5_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTWATH5_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTWATH5_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTWATH5_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTWATH5_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTWATH5_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTWATH5_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTWATH5_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTWATH5_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTWATH5_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTWATH5_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTWATH5_MOLEFRAC_MEOH.Value 'SFTWATH6 k = k + 37 Streams.Cells(j + 3, k + 1) = SFTWATH6_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SFTWATH6_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SFTWATH6_VolFlow.Value Streams.Cells(j + 3, k + 6) = SFTWATH6_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SFTWATH6_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SFTWATH6_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SFTWATH6_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SFTWATH6_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SFTWATH6_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SFTWATH6_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SFTWATH6_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SFTWATH6_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SFTWATH6_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SFTWATH6_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SFTWATH6_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SFTWATH6_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SFTWATH6_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SFTWATH6_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SFTWATH6_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SFTWATH6_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SFTWATH6_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SFTWATH6_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SFTWATH6_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SFTWATH6_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SFTWATH6_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SFTWATH6_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SFTWATH6_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SFTWATH6_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SFTWATH6_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SFTWATH6_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SFTWATH6_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SFTWATH6_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SFTWATH6_MOLEFRAC_MEOH.Value 'SHIFTGC k = k + 37 Streams.Cells(j + 3, k + 1) = SHIFTGC_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SHIFTGC_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SHIFTGC_VolFlow.Value Streams.Cells(j + 3, k + 6) = SHIFTGC_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SHIFTGC_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SHIFTGC_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SHIFTGC_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SHIFTGC_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SHIFTGC_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SHIFTGC_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SHIFTGC_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SHIFTGC_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SHIFTGC_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SHIFTGC_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SHIFTGC_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SHIFTGC_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SHIFTGC_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SHIFTGC_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SHIFTGC_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SHIFTGC_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SHIFTGC_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SHIFTGC_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SHIFTGC_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SHIFTGC_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SHIFTGC_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SHIFTGC_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SHIFTGC_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SHIFTGC_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SHIFTGC_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SHIFTGC_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SHIFTGC_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SHIFTGC_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SHIFTGC_MOLEFRAC_MEOH.Value 'SHIFTGH k = k + 37 Streams.Cells(j + 3, k + 1) = SHIFTGH_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SHIFTGH_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SHIFTGH_VolFlow.Value Streams.Cells(j + 3, k + 6) = SHIFTGH_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SHIFTGH_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SHIFTGH_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SHIFTGH_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SHIFTGH_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SHIFTGH_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SHIFTGH_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SHIFTGH_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SHIFTGH_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SHIFTGH_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SHIFTGH_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SHIFTGH_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SHIFTGH_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SHIFTGH_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SHIFTGH_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SHIFTGH_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SHIFTGH_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SHIFTGH_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SHIFTGH_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SHIFTGH_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SHIFTGH_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SHIFTGH_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SHIFTGH_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SHIFTGH_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SHIFTGH_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SHIFTGH_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SHIFTGH_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SHIFTGH_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SHIFTGH_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SHIFTGH_MOLEFRAC_MEOH.Value 'SLAG k = k + 37 Streams.Cells(j + 3, k + 1) = SLAG_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SLAG_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SLAG_VolFlow.Value Streams.Cells(j + 3, k + 6) = SLAG_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SLAG_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SLAG_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SLAG_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SLAG_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SLAG_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SLAG_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SLAG_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SLAG_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SLAG_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SLAG_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SLAG_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SLAG_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SLAG_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SLAG_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SLAG_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SLAG_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SLAG_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SLAG_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SLAG_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SLAG_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SLAG_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SLAG_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SLAG_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SLAG_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SLAG_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SLAG_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SLAG_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SLAG_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SLAG_MOLEFRAC_MEOH.Value 'STFH1and2 k = k + 37 Streams.Cells(j + 3, k + 1) = STFH1and2_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = STFH1and2_PRESSURE.Value Streams.Cells(j + 3, k + 3) = STFH1and2_VolFlow.Value Streams.Cells(j + 3, k + 6) = STFH1and2_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = STFH1and2_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = STFH1and2_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = STFH1and2_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = STFH1and2_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = STFH1and2_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = STFH1and2_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = STFH1and2_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = STFH1and2_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = STFH1and2_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = STFH1and2_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = STFH1and2_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = STFH1and2_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = STFH1and2_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = STFH1and2_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = STFH1and2_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = STFH1and2_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = STFH1and2_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = STFH1and2_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = STFH1and2_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = STFH1and2_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = STFH1and2_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = STFH1and2_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = STFH1and2_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = STFH1and2_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = STFH1and2_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = STFH1and2_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = STFH1and2_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = STFH1and2_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = STFH1and2_MOLEFRAC_MEOH.Value 'TOAS k = k + 37 Streams.Cells(j + 3, k + 1) = TOAS_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TOAS_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TOAS_VolFlow.Value Streams.Cells(j + 3, k + 6) = TOAS_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TOAS_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TOAS_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TOAS_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TOAS_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TOAS_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TOAS_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TOAS_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TOAS_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TOAS_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TOAS_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TOAS_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TOAS_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TOAS_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TOAS_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TOAS_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TOAS_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TOAS_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TOAS_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TOAS_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TOAS_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TOAS_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TOAS_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TOAS_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TOAS_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TOAS_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TOAS_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TOAS_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TOAS_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TOAS_MOLEFRAC_MEOH.Value 'TORGC110 k = k + 37 Streams.Cells(j + 3, k + 1) = TORGC110_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TORGC110_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TORGC110_VolFlow.Value Streams.Cells(j + 3, k + 6) = TORGC110_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TORGC110_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TORGC110_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TORGC110_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TORGC110_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TORGC110_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TORGC110_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TORGC110_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TORGC110_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TORGC110_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TORGC110_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TORGC110_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TORGC110_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TORGC110_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TORGC110_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TORGC110_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TORGC110_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TORGC110_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TORGC110_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TORGC110_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TORGC110_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TORGC110_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TORGC110_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TORGC110_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TORGC110_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TORGC110_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TORGC110_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TORGC110_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TORGC110_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TORGC110_MOLEFRAC_MEOH.Value End Sub Sub OutputStreamsMain6() 'TOSGC100 k = k + 37 Streams.Cells(j + 3, k + 1) = TOSGC100_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TOSGC100_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TOSGC100_VolFlow.Value Streams.Cells(j + 3, k + 6) = TOSGC100_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TOSGC100_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TOSGC100_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TOSGC100_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TOSGC100_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TOSGC100_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TOSGC100_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TOSGC100_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TOSGC100_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TOSGC100_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TOSGC100_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TOSGC100_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TOSGC100_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TOSGC100_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TOSGC100_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TOSGC100_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TOSGC100_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TOSGC100_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TOSGC100_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TOSGC100_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TOSGC100_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TOSGC100_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TOSGC100_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TOSGC100_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TOSGC100_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TOSGC100_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TOSGC100_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TOSGC100_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TOSGC100_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TOSGC100_MOLEFRAC_MEOH.Value 'TOSGC110 k = k + 37 Streams.Cells(j + 3, k + 1) = TOSGC110_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TOSGC110_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TOSGC110_VolFlow.Value Streams.Cells(j + 3, k + 6) = TOSGC110_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TOSGC110_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TOSGC110_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TOSGC110_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TOSGC110_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TOSGC110_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TOSGC110_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TOSGC110_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TOSGC110_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TOSGC110_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TOSGC110_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TOSGC110_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TOSGC110_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TOSGC110_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TOSGC110_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TOSGC110_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TOSGC110_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TOSGC110_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TOSGC110_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TOSGC110_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TOSGC110_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TOSGC110_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TOSGC110_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TOSGC110_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TOSGC110_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TOSGC110_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TOSGC110_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TOSGC110_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TOSGC110_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TOSGC110_MOLEFRAC_MEOH.Value 'TOSGC120 k = k + 37 Streams.Cells(j + 3, k + 1) = TOSGC120_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TOSGC120_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TOSGC120_VolFlow.Value Streams.Cells(j + 3, k + 6) = TOSGC120_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TOSGC120_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TOSGC120_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TOSGC120_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TOSGC120_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TOSGC120_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TOSGC120_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TOSGC120_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TOSGC120_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TOSGC120_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TOSGC120_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TOSGC120_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TOSGC120_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TOSGC120_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TOSGC120_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TOSGC120_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TOSGC120_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TOSGC120_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TOSGC120_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TOSGC120_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TOSGC120_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TOSGC120_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TOSGC120_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TOSGC120_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TOSGC120_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TOSGC120_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TOSGC120_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TOSGC120_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TOSGC120_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TOSGC120_MOLEFRAC_MEOH.Value 'TOSGC130 k = k + 37 Streams.Cells(j + 3, k + 1) = TOSGC130_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TOSGC130_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TOSGC130_VolFlow.Value Streams.Cells(j + 3, k + 6) = TOSGC130_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TOSGC130_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TOSGC130_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TOSGC130_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TOSGC130_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TOSGC130_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TOSGC130_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TOSGC130_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TOSGC130_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TOSGC130_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TOSGC130_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TOSGC130_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TOSGC130_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TOSGC130_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TOSGC130_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TOSGC130_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TOSGC130_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TOSGC130_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TOSGC130_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TOSGC130_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TOSGC130_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TOSGC130_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TOSGC130_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TOSGC130_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TOSGC130_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TOSGC130_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TOSGC130_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TOSGC130_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TOSGC130_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TOSGC130_MOLEFRAC_MEOH.Value 'TOWGSR2 k = k + 37 Streams.Cells(j + 3, k + 1) = TOWGSR2_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TOWGSR2_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TOWGSR2_VolFlow.Value Streams.Cells(j + 3, k + 6) = TOWGSR2_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TOWGSR2_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TOWGSR2_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TOWGSR2_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TOWGSR2_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TOWGSR2_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TOWGSR2_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TOWGSR2_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TOWGSR2_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TOWGSR2_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TOWGSR2_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TOWGSR2_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TOWGSR2_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TOWGSR2_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TOWGSR2_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TOWGSR2_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TOWGSR2_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TOWGSR2_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TOWGSR2_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TOWGSR2_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TOWGSR2_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TOWGSR2_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TOWGSR2_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TOWGSR2_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TOWGSR2_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TOWGSR2_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TOWGSR2_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TOWGSR2_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TOWGSR2_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TOWGSR2_MOLEFRAC_MEOH.Value 'WGSR1OUT k = k + 37 Streams.Cells(j + 3, k + 1) = WGSR1OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = WGSR1OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = WGSR1OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = WGSR1OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = WGSR1OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = WGSR1OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = WGSR1OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = WGSR1OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = WGSR1OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = WGSR1OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = WGSR1OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = WGSR1OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = WGSR1OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = WGSR1OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = WGSR1OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = WGSR1OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = WGSR1OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = WGSR1OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = WGSR1OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = WGSR1OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = WGSR1OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = WGSR1OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = WGSR1OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = WGSR1OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = WGSR1OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = WGSR1OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = WGSR1OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = WGSR1OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = WGSR1OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = WGSR1OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = WGSR1OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = WGSR1OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = WGSR1OUT_MOLEFRAC_MEOH.Value 'YIELD k = k + 37 Streams.Cells(j + 3, k + 1) = YIELD_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = YIELD_PRESSURE.Value Streams.Cells(j + 3, k + 3) = YIELD_VolFlow.Value Streams.Cells(j + 3, k + 6) = YIELD_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = YIELD_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = YIELD_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = YIELD_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = YIELD_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = YIELD_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = YIELD_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = YIELD_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = YIELD_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = YIELD_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = YIELD_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = YIELD_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = YIELD_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = YIELD_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = YIELD_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = YIELD_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = YIELD_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = YIELD_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = YIELD_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = YIELD_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = YIELD_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = YIELD_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = YIELD_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = YIELD_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = YIELD_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = YIELD_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = YIELD_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = YIELD_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = YIELD_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = YIELD_MOLEFRAC_MEOH.Value End Sub Sub OutputStreamsMEOH1() 'C100OUT k = k + 38 Streams.Cells(j + 3, k + 1) = C100OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = C100OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = C100OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = C100OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = C100OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = C100OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = C100OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = C100OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = C100OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = C100OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = C100OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = C100OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = C100OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = C100OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = C100OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = C100OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = C100OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = C100OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = C100OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = C100OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = C100OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = C100OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = C100OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = C100OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = C100OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = C100OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = C100OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = C100OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = C100OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = C100OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = C100OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = C100OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = C100OUT_MOLEFRAC_MEOH.Value 'C110IN k = k + 37 Streams.Cells(j + 3, k + 1) = C110IN_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = C110IN_PRESSURE.Value Streams.Cells(j + 3, k + 3) = C110IN_VolFlow.Value Streams.Cells(j + 3, k + 6) = C110IN_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = C110IN_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = C110IN_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = C110IN_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = C110IN_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = C110IN_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = C110IN_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = C110IN_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = C110IN_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = C110IN_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = C110IN_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = C110IN_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = C110IN_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = C110IN_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = C110IN_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = C110IN_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = C110IN_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = C110IN_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = C110IN_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = C110IN_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = C110IN_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = C110IN_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = C110IN_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = C110IN_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = C110IN_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = C110IN_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = C110IN_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = C110IN_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = C110IN_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = C110IN_MOLEFRAC_MEOH.Value 'C110OUT k = k + 37 Streams.Cells(j + 3, k + 1) = C110OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = C110OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = C110OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = C110OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = C110OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = C110OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = C110OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = C110OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = C110OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = C110OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = C110OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = C110OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = C110OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = C110OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = C110OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = C110OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = C110OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = C110OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = C110OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = C110OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = C110OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = C110OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = C110OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = C110OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = C110OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = C110OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = C110OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = C110OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = C110OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = C110OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = C110OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = C110OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = C110OUT_MOLEFRAC_MEOH.Value 'C120IN k = k + 37 Streams.Cells(j + 3, k + 1) = C120IN_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = C120IN_PRESSURE.Value Streams.Cells(j + 3, k + 3) = C120IN_VolFlow.Value Streams.Cells(j + 3, k + 6) = C120IN_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = C120IN_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = C120IN_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = C120IN_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = C120IN_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = C120IN_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = C120IN_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = C120IN_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = C120IN_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = C120IN_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = C120IN_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = C120IN_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = C120IN_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = C120IN_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = C120IN_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = C120IN_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = C120IN_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = C120IN_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = C120IN_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = C120IN_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = C120IN_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = C120IN_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = C120IN_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = C120IN_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = C120IN_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = C120IN_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = C120IN_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = C120IN_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = C120IN_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = C120IN_MOLEFRAC_MEOH.Value 'C120OUT k = k + 37 Streams.Cells(j + 3, k + 1) = C120OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = C120OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = C120OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = C120OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = C120OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = C120OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = C120OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = C120OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = C120OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = C120OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = C120OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = C120OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = C120OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = C120OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = C120OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = C120OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = C120OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = C120OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = C120OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = C120OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = C120OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = C120OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = C120OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = C120OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = C120OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = C120OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = C120OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = C120OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = C120OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = C120OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = C120OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = C120OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = C120OUT_MOLEFRAC_MEOH.Value 'C130IN k = k + 37 Streams.Cells(j + 3, k + 1) = C130IN_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = C130IN_PRESSURE.Value Streams.Cells(j + 3, k + 3) = C130IN_VolFlow.Value Streams.Cells(j + 3, k + 6) = C130IN_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = C130IN_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = C130IN_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = C130IN_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = C130IN_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = C130IN_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = C130IN_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = C130IN_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = C130IN_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = C130IN_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = C130IN_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = C130IN_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = C130IN_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = C130IN_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = C130IN_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = C130IN_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = C130IN_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = C130IN_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = C130IN_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = C130IN_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = C130IN_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = C130IN_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = C130IN_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = C130IN_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = C130IN_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = C130IN_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = C130IN_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = C130IN_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = C130IN_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = C130IN_MOLEFRAC_MEOH.Value 'C130OUT k = k + 37 Streams.Cells(j + 3, k + 1) = C130OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = C130OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = C130OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = C130OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = C130OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = C130OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = C130OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = C130OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = C130OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = C130OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = C130OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = C130OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = C130OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = C130OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = C130OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = C130OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = C130OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = C130OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = C130OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = C130OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = C130OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = C130OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = C130OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = C130OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = C130OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = C130OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = C130OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = C130OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = C130OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = C130OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = C130OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = C130OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = C130OUT_MOLEFRAC_MEOH.Value 'C130OUTM k = k + 37 Streams.Cells(j + 3, k + 1) = C130OUTM_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = C130OUTM_PRESSURE.Value Streams.Cells(j + 3, k + 3) = C130OUTM_VolFlow.Value Streams.Cells(j + 3, k + 6) = C130OUTM_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = C130OUTM_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = C130OUTM_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = C130OUTM_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = C130OUTM_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = C130OUTM_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = C130OUTM_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = C130OUTM_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = C130OUTM_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = C130OUTM_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = C130OUTM_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = C130OUTM_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = C130OUTM_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = C130OUTM_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = C130OUTM_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = C130OUTM_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = C130OUTM_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = C130OUTM_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = C130OUTM_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = C130OUTM_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = C130OUTM_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = C130OUTM_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = C130OUTM_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = C130OUTM_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = C130OUTM_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = C130OUTM_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = C130OUTM_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = C130OUTM_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = C130OUTM_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = C130OUTM_MOLEFRAC_MEOH.Value 'FEEDMEOH k = k + 37 Streams.Cells(j + 3, k + 1) = FEEDMEOH_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = FEEDMEOH_PRESSURE.Value Streams.Cells(j + 3, k + 3) = FEEDMEOH_VolFlow.Value Streams.Cells(j + 3, k + 6) = FEEDMEOH_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = FEEDMEOH_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = FEEDMEOH_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = FEEDMEOH_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = FEEDMEOH_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = FEEDMEOH_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = FEEDMEOH_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = FEEDMEOH_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = FEEDMEOH_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = FEEDMEOH_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = FEEDMEOH_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = FEEDMEOH_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = FEEDMEOH_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = FEEDMEOH_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = FEEDMEOH_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = FEEDMEOH_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = FEEDMEOH_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = FEEDMEOH_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = FEEDMEOH_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = FEEDMEOH_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = FEEDMEOH_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = FEEDMEOH_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = FEEDMEOH_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = FEEDMEOH_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = FEEDMEOH_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = FEEDMEOH_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = FEEDMEOH_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = FEEDMEOH_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = FEEDMEOH_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = FEEDMEOH_MOLEFRAC_MEOH.Value 'FRRMC110 k = k + 37 Streams.Cells(j + 3, k + 1) = FRRMC110_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = FRRMC110_PRESSURE.Value Streams.Cells(j + 3, k + 3) = FRRMC110_VolFlow.Value Streams.Cells(j + 3, k + 6) = FRRMC110_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = FRRMC110_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = FRRMC110_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = FRRMC110_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = FRRMC110_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = FRRMC110_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = FRRMC110_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = FRRMC110_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = FRRMC110_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = FRRMC110_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = FRRMC110_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = FRRMC110_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = FRRMC110_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = FRRMC110_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = FRRMC110_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = FRRMC110_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = FRRMC110_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = FRRMC110_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = FRRMC110_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = FRRMC110_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = FRRMC110_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = FRRMC110_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = FRRMC110_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = FRRMC110_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = FRRMC110_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = FRRMC110_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = FRRMC110_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = FRRMC110_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = FRRMC110_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = FRRMC110_MOLEFRAC_MEOH.Value End Sub Sub OutputStreamsMEOH2() 'FRRMC120 k = k + 37 Streams.Cells(j + 3, k + 1) = FRRMC120_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = FRRMC120_PRESSURE.Value Streams.Cells(j + 3, k + 3) = FRRMC120_VolFlow.Value Streams.Cells(j + 3, k + 6) = FRRMC120_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = FRRMC120_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = FRRMC120_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = FRRMC120_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = FRRMC120_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = FRRMC120_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = FRRMC120_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = FRRMC120_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = FRRMC120_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = FRRMC120_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = FRRMC120_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = FRRMC120_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = FRRMC120_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = FRRMC120_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = FRRMC120_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = FRRMC120_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = FRRMC120_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = FRRMC120_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = FRRMC120_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = FRRMC120_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = FRRMC120_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = FRRMC120_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = FRRMC120_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = FRRMC120_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = FRRMC120_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = FRRMC120_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = FRRMC120_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = FRRMC120_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = FRRMC120_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = FRRMC120_MOLEFRAC_MEOH.Value 'FRRMC130 k = k + 37 Streams.Cells(j + 3, k + 1) = FRRMC130_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = FRRMC130_PRESSURE.Value Streams.Cells(j + 3, k + 3) = FRRMC130_VolFlow.Value Streams.Cells(j + 3, k + 6) = FRRMC130_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = FRRMC130_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = FRRMC130_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = FRRMC130_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = FRRMC130_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = FRRMC130_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = FRRMC130_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = FRRMC130_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = FRRMC130_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = FRRMC130_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = FRRMC130_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = FRRMC130_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = FRRMC130_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = FRRMC130_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = FRRMC130_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = FRRMC130_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = FRRMC130_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = FRRMC130_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = FRRMC130_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = FRRMC130_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = FRRMC130_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = FRRMC130_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = FRRMC130_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = FRRMC130_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = FRRMC130_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = FRRMC130_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = FRRMC130_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = FRRMC130_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = FRRMC130_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = FRRMC130_MOLEFRAC_MEOH.Value 'GACOLD k = k + 37 Streams.Cells(j + 3, k + 1) = GACOLD_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = GACOLD_PRESSURE.Value Streams.Cells(j + 3, k + 3) = GACOLD_VolFlow.Value Streams.Cells(j + 3, k + 6) = GACOLD_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = GACOLD_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = GACOLD_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = GACOLD_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = GACOLD_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = GACOLD_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = GACOLD_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = GACOLD_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = GACOLD_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = GACOLD_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = GACOLD_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = GACOLD_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = GACOLD_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = GACOLD_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = GACOLD_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = GACOLD_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = GACOLD_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = GACOLD_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = GACOLD_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = GACOLD_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = GACOLD_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = GACOLD_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = GACOLD_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = GACOLD_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = GACOLD_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = GACOLD_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = GACOLD_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = GACOLD_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = GACOLD_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = GACOLD_MOLEFRAC_MEOH.Value 'GAHOT1 k = k + 37 Streams.Cells(j + 3, k + 1) = GAHOT1_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = GAHOT1_PRESSURE.Value Streams.Cells(j + 3, k + 3) = GAHOT1_VolFlow.Value Streams.Cells(j + 3, k + 6) = GAHOT1_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = GAHOT1_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = GAHOT1_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = GAHOT1_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = GAHOT1_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = GAHOT1_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = GAHOT1_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = GAHOT1_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = GAHOT1_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = GAHOT1_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = GAHOT1_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = GAHOT1_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = GAHOT1_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = GAHOT1_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = GAHOT1_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = GAHOT1_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = GAHOT1_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = GAHOT1_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = GAHOT1_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = GAHOT1_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = GAHOT1_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = GAHOT1_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = GAHOT1_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = GAHOT1_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = GAHOT1_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = GAHOT1_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = GAHOT1_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = GAHOT1_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = GAHOT1_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = GAHOT1_MOLEFRAC_MEOH.Value 'GAHOT2 k = k + 37 Streams.Cells(j + 3, k + 1) = GAHOT2_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = GAHOT2_PRESSURE.Value Streams.Cells(j + 3, k + 3) = GAHOT2_VolFlow.Value Streams.Cells(j + 3, k + 6) = GAHOT2_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = GAHOT2_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = GAHOT2_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = GAHOT2_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = GAHOT2_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = GAHOT2_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = GAHOT2_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = GAHOT2_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = GAHOT2_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = GAHOT2_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = GAHOT2_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = GAHOT2_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = GAHOT2_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = GAHOT2_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = GAHOT2_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = GAHOT2_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = GAHOT2_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = GAHOT2_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = GAHOT2_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = GAHOT2_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = GAHOT2_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = GAHOT2_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = GAHOT2_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = GAHOT2_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = GAHOT2_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = GAHOT2_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = GAHOT2_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = GAHOT2_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = GAHOT2_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = GAHOT2_MOLEFRAC_MEOH.Value 'LIGHTS k = k + 37 Streams.Cells(j + 3, k + 1) = LIGHTS_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = LIGHTS_PRESSURE.Value Streams.Cells(j + 3, k + 3) = LIGHTS_VolFlow.Value Streams.Cells(j + 3, k + 6) = LIGHTS_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = LIGHTS_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = LIGHTS_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = LIGHTS_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = LIGHTS_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = LIGHTS_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = LIGHTS_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = LIGHTS_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = LIGHTS_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = LIGHTS_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = LIGHTS_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = LIGHTS_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = LIGHTS_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = LIGHTS_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = LIGHTS_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = LIGHTS_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = LIGHTS_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = LIGHTS_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = LIGHTS_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = LIGHTS_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = LIGHTS_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = LIGHTS_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = LIGHTS_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = LIGHTS_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = LIGHTS_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = LIGHTS_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = LIGHTS_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = LIGHTS_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = LIGHTS_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = LIGHTS_MOLEFRAC_MEOH.Value 'LIQ k = k + 37 Streams.Cells(j + 3, k + 1) = LIQ_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = LIQ_PRESSURE.Value Streams.Cells(j + 3, k + 3) = LIQ_VolFlow.Value Streams.Cells(j + 3, k + 6) = LIQ_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = LIQ_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = LIQ_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = LIQ_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = LIQ_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = LIQ_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = LIQ_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = LIQ_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = LIQ_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = LIQ_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = LIQ_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = LIQ_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = LIQ_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = LIQ_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = LIQ_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = LIQ_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = LIQ_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = LIQ_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = LIQ_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = LIQ_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = LIQ_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = LIQ_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = LIQ_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = LIQ_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = LIQ_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = LIQ_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = LIQ_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = LIQ_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = LIQ_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = LIQ_MOLEFRAC_MEOH.Value 'PRODUCT k = k + 37 Streams.Cells(j + 3, k + 1) = PRODUCT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = PRODUCT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = PRODUCT_VolFlow.Value Streams.Cells(j + 3, k + 6) = PRODUCT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = PRODUCT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = PRODUCT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = PRODUCT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = PRODUCT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = PRODUCT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = PRODUCT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = PRODUCT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = PRODUCT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = PRODUCT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = PRODUCT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = PRODUCT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = PRODUCT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = PRODUCT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = PRODUCT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = PRODUCT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = PRODUCT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = PRODUCT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = PRODUCT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = PRODUCT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = PRODUCT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = PRODUCT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = PRODUCT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = PRODUCT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = PRODUCT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = PRODUCT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = PRODUCT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = PRODUCT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = PRODUCT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = PRODUCT_MOLEFRAC_MEOH.Value 'PUMPOUT k = k + 37 Streams.Cells(j + 3, k + 1) = PUMPOUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = PUMPOUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = PUMPOUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = PUMPOUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = PUMPOUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = PUMPOUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = PUMPOUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = PUMPOUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = PUMPOUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = PUMPOUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = PUMPOUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = PUMPOUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = PUMPOUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = PUMPOUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = PUMPOUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = PUMPOUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = PUMPOUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = PUMPOUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = PUMPOUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = PUMPOUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = PUMPOUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = PUMPOUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = PUMPOUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = PUMPOUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = PUMPOUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = PUMPOUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = PUMPOUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = PUMPOUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = PUMPOUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = PUMPOUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = PUMPOUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = PUMPOUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = PUMPOUT_MOLEFRAC_MEOH.Value 'PURGE k = k + 37 Streams.Cells(j + 3, k + 1) = PURGE_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = PURGE_PRESSURE.Value Streams.Cells(j + 3, k + 3) = PURGE_VolFlow.Value Streams.Cells(j + 3, k + 6) = PURGE_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = PURGE_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = PURGE_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = PURGE_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = PURGE_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = PURGE_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = PURGE_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = PURGE_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = PURGE_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = PURGE_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = PURGE_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = PURGE_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = PURGE_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = PURGE_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = PURGE_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = PURGE_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = PURGE_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = PURGE_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = PURGE_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = PURGE_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = PURGE_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = PURGE_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = PURGE_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = PURGE_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = PURGE_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = PURGE_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = PURGE_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = PURGE_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = PURGE_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = PURGE_MOLEFRAC_MEOH.Value End Sub Sub OutputStreamsMEOH3() 'R100OUT k = k + 37 Streams.Cells(j + 3, k + 1) = R100OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = R100OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = R100OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = R100OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = R100OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = R100OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = R100OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = R100OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = R100OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = R100OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = R100OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = R100OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = R100OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = R100OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = R100OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = R100OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = R100OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = R100OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = R100OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = R100OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = R100OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = R100OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = R100OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = R100OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = R100OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = R100OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = R100OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = R100OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = R100OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = R100OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = R100OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = R100OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = R100OUT_MOLEFRAC_MEOH.Value 'R100INC k = k + 37 Streams.Cells(j + 3, k + 1) = R100INC_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = R100INC_PRESSURE.Value Streams.Cells(j + 3, k + 3) = R100INC_VolFlow.Value Streams.Cells(j + 3, k + 6) = R100INC_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = R100INC_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = R100INC_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = R100INC_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = R100INC_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = R100INC_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = R100INC_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = R100INC_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = R100INC_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = R100INC_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = R100INC_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = R100INC_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = R100INC_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = R100INC_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = R100INC_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = R100INC_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = R100INC_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = R100INC_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = R100INC_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = R100INC_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = R100INC_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = R100INC_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = R100INC_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = R100INC_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = R100INC_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = R100INC_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = R100INC_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = R100INC_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = R100INC_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = R100INC_MOLEFRAC_MEOH.Value 'R100INH k = k + 37 Streams.Cells(j + 3, k + 1) = R100INH_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = R100INH_PRESSURE.Value Streams.Cells(j + 3, k + 3) = R100INH_VolFlow.Value Streams.Cells(j + 3, k + 6) = R100INH_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = R100INH_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = R100INH_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = R100INH_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = R100INH_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = R100INH_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = R100INH_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = R100INH_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = R100INH_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = R100INH_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = R100INH_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = R100INH_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = R100INH_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = R100INH_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = R100INH_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = R100INH_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = R100INH_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = R100INH_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = R100INH_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = R100INH_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = R100INH_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = R100INH_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = R100INH_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = R100INH_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = R100INH_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = R100INH_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = R100INH_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = R100INH_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = R100INH_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = R100INH_MOLEFRAC_MEOH.Value 'MEOHSYN_RSTEAM k = k + 37 Streams.Cells(j + 3, k + 1) = MEOHSYN_RSTEAM_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = MEOHSYN_RSTEAM_PRESSURE.Value Streams.Cells(j + 3, k + 3) = MEOHSYN_RSTEAM_VolFlow.Value Streams.Cells(j + 3, k + 6) = MEOHSYN_RSTEAM_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = MEOHSYN_RSTEAM_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = MEOHSYN_RSTEAM_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = MEOHSYN_RSTEAM_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = MEOHSYN_RSTEAM_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = MEOHSYN_RSTEAM_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = MEOHSYN_RSTEAM_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = MEOHSYN_RSTEAM_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = MEOHSYN_RSTEAM_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = MEOHSYN_RSTEAM_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = MEOHSYN_RSTEAM_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = MEOHSYN_RSTEAM_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = MEOHSYN_RSTEAM_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = MEOHSYN_RSTEAM_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = MEOHSYN_RSTEAM_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = MEOHSYN_RSTEAM_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = MEOHSYN_RSTEAM_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = MEOHSYN_RSTEAM_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = MEOHSYN_RSTEAM_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = MEOHSYN_RSTEAM_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = MEOHSYN_RSTEAM_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = MEOHSYN_RSTEAM_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = MEOHSYN_RSTEAM_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = MEOHSYN_RSTEAM_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = MEOHSYN_RSTEAM_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = MEOHSYN_RSTEAM_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = MEOHSYN_RSTEAM_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = MEOHSYN_RSTEAM_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = MEOHSYN_RSTEAM_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = MEOHSYN_RSTEAM_MOLEFRAC_MEOH.Value 'RWATER k = k + 37 Streams.Cells(j + 3, k + 1) = RWATER_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = RWATER_PRESSURE.Value Streams.Cells(j + 3, k + 3) = RWATER_VolFlow.Value Streams.Cells(j + 3, k + 6) = RWATER_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = RWATER_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = RWATER_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = RWATER_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = RWATER_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = RWATER_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = RWATER_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = RWATER_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = RWATER_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = RWATER_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = RWATER_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = RWATER_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = RWATER_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = RWATER_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = RWATER_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = RWATER_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = RWATER_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = RWATER_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = RWATER_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = RWATER_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = RWATER_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = RWATER_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = RWATER_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = RWATER_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = RWATER_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = RWATER_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = RWATER_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = RWATER_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = RWATER_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = RWATER_MOLEFRAC_MEOH.Value 'S1 k = k + 37 Streams.Cells(j + 3, k + 1) = S1_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = S1_PRESSURE.Value Streams.Cells(j + 3, k + 3) = S1_VolFlow.Value Streams.Cells(j + 3, k + 6) = S1_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = S1_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = S1_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = S1_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = S1_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = S1_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = S1_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = S1_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = S1_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = S1_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = S1_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = S1_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = S1_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = S1_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = S1_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = S1_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = S1_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = S1_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = S1_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = S1_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = S1_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = S1_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = S1_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = S1_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = S1_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = S1_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = S1_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = S1_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = S1_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = S1_MOLEFRAC_MEOH.Value 'SAFE1OUT k = k + 37 Streams.Cells(j + 3, k + 1) = SAFE1OUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = SAFE1OUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = SAFE1OUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = SAFE1OUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = SAFE1OUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = SAFE1OUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = SAFE1OUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = SAFE1OUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = SAFE1OUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = SAFE1OUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = SAFE1OUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = SAFE1OUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = SAFE1OUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = SAFE1OUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = SAFE1OUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = SAFE1OUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = SAFE1OUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = SAFE1OUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = SAFE1OUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = SAFE1OUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = SAFE1OUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = SAFE1OUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = SAFE1OUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = SAFE1OUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = SAFE1OUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = SAFE1OUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = SAFE1OUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = SAFE1OUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = SAFE1OUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = SAFE1OUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = SAFE1OUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = SAFE1OUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = SAFE1OUT_MOLEFRAC_MEOH.Value 'MEOHSYN_SFTWATH1 k = k + 37 Streams.Cells(j + 3, k + 1) = MEOHSYN_SFTWATH1_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = MEOHSYN_SFTWATH1_PRESSURE.Value Streams.Cells(j + 3, k + 3) = MEOHSYN_SFTWATH1_VolFlow.Value Streams.Cells(j + 3, k + 6) = MEOHSYN_SFTWATH1_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = MEOHSYN_SFTWATH1_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = MEOHSYN_SFTWATH1_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = MEOHSYN_SFTWATH1_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = MEOHSYN_SFTWATH1_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = MEOHSYN_SFTWATH1_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = MEOHSYN_SFTWATH1_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = MEOHSYN_SFTWATH1_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = MEOHSYN_SFTWATH1_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = MEOHSYN_SFTWATH1_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = MEOHSYN_SFTWATH1_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = MEOHSYN_SFTWATH1_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = MEOHSYN_SFTWATH1_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = MEOHSYN_SFTWATH1_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = MEOHSYN_SFTWATH1_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = MEOHSYN_SFTWATH1_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = MEOHSYN_SFTWATH1_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = MEOHSYN_SFTWATH1_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = MEOHSYN_SFTWATH1_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = MEOHSYN_SFTWATH1_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = MEOHSYN_SFTWATH1_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = MEOHSYN_SFTWATH1_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = MEOHSYN_SFTWATH1_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = MEOHSYN_SFTWATH1_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = MEOHSYN_SFTWATH1_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = MEOHSYN_SFTWATH1_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = MEOHSYN_SFTWATH1_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = MEOHSYN_SFTWATH1_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = MEOHSYN_SFTWATH1_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = MEOHSYN_SFTWATH1_MOLEFRAC_MEOH.Value 'STFWATC1 k = k + 37 Streams.Cells(j + 3, k + 1) = STFWATC1_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = STFWATC1_PRESSURE.Value Streams.Cells(j + 3, k + 3) = STFWATC1_VolFlow.Value Streams.Cells(j + 3, k + 6) = STFWATC1_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = STFWATC1_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = STFWATC1_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = STFWATC1_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = STFWATC1_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = STFWATC1_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = STFWATC1_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = STFWATC1_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = STFWATC1_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = STFWATC1_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = STFWATC1_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = STFWATC1_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = STFWATC1_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = STFWATC1_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = STFWATC1_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = STFWATC1_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = STFWATC1_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = STFWATC1_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = STFWATC1_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = STFWATC1_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = STFWATC1_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = STFWATC1_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = STFWATC1_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = STFWATC1_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = STFWATC1_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = STFWATC1_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = STFWATC1_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = STFWATC1_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = STFWATC1_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = STFWATC1_MOLEFRAC_MEOH.Value 'STFWATC2 k = k + 37 Streams.Cells(j + 3, k + 1) = STFWATC2_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = STFWATC2_PRESSURE.Value Streams.Cells(j + 3, k + 3) = STFWATC2_VolFlow.Value Streams.Cells(j + 3, k + 6) = STFWATC2_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = STFWATC2_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = STFWATC2_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = STFWATC2_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = STFWATC2_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = STFWATC2_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = STFWATC2_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = STFWATC2_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = STFWATC2_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = STFWATC2_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = STFWATC2_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = STFWATC2_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = STFWATC2_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = STFWATC2_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = STFWATC2_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = STFWATC2_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = STFWATC2_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = STFWATC2_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = STFWATC2_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = STFWATC2_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = STFWATC2_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = STFWATC2_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = STFWATC2_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = STFWATC2_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = STFWATC2_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = STFWATC2_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = STFWATC2_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = STFWATC2_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = STFWATC2_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = STFWATC2_MOLEFRAC_MEOH.Value End Sub Sub OutputStreamsMEOH4() 'TOFLASH k = k + 37 Streams.Cells(j + 3, k + 1) = TOFLASH_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TOFLASH_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TOFLASH_VolFlow.Value Streams.Cells(j + 3, k + 6) = TOFLASH_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TOFLASH_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TOFLASH_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TOFLASH_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TOFLASH_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TOFLASH_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TOFLASH_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TOFLASH_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TOFLASH_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TOFLASH_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TOFLASH_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TOFLASH_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TOFLASH_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TOFLASH_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TOFLASH_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TOFLASH_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TOFLASH_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TOFLASH_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TOFLASH_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TOFLASH_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TOFLASH_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TOFLASH_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TOFLASH_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TOFLASH_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TOFLASH_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TOFLASH_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TOFLASH_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TOFLASH_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TOFLASH_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TOFLASH_MOLEFRAC_MEOH.Value 'TOPUMP k = k + 37 Streams.Cells(j + 3, k + 1) = TOPUMP_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TOPUMP_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TOPUMP_VolFlow.Value Streams.Cells(j + 3, k + 6) = TOPUMP_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TOPUMP_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TOPUMP_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TOPUMP_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TOPUMP_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TOPUMP_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TOPUMP_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TOPUMP_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TOPUMP_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TOPUMP_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TOPUMP_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TOPUMP_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TOPUMP_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TOPUMP_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TOPUMP_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TOPUMP_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TOPUMP_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TOPUMP_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TOPUMP_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TOPUMP_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TOPUMP_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TOPUMP_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TOPUMP_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TOPUMP_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TOPUMP_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TOPUMP_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TOPUMP_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TOPUMP_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TOPUMP_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TOPUMP_MOLEFRAC_MEOH.Value 'TORMC2 k = k + 37 Streams.Cells(j + 3, k + 1) = TORMC2_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TORMC2_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TORMC2_VolFlow.Value Streams.Cells(j + 3, k + 6) = TORMC2_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TORMC2_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TORMC2_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TORMC2_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TORMC2_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TORMC2_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TORMC2_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TORMC2_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TORMC2_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TORMC2_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TORMC2_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TORMC2_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TORMC2_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TORMC2_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TORMC2_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TORMC2_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TORMC2_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TORMC2_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TORMC2_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TORMC2_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TORMC2_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TORMC2_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TORMC2_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TORMC2_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TORMC2_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TORMC2_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TORMC2_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TORMC2_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TORMC2_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TORMC2_MOLEFRAC_MEOH.Value 'TORMC110 k = k + 37 Streams.Cells(j + 3, k + 1) = TORMC110_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TORMC110_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TORMC110_VolFlow.Value Streams.Cells(j + 3, k + 6) = TORMC110_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TORMC110_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TORMC110_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TORMC110_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TORMC110_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TORMC110_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TORMC110_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TORMC110_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TORMC110_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TORMC110_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TORMC110_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TORMC110_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TORMC110_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TORMC110_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TORMC110_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TORMC110_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TORMC110_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TORMC110_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TORMC110_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TORMC110_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TORMC110_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TORMC110_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TORMC110_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TORMC110_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TORMC110_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TORMC110_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TORMC110_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TORMC110_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TORMC110_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TORMC110_MOLEFRAC_MEOH.Value 'TORMC120 k = k + 37 Streams.Cells(j + 3, k + 1) = TORMC120_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TORMC120_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TORMC120_VolFlow.Value Streams.Cells(j + 3, k + 6) = TORMC120_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TORMC120_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TORMC120_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TORMC120_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TORMC120_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TORMC120_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TORMC120_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TORMC120_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TORMC120_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TORMC120_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TORMC120_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TORMC120_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TORMC120_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TORMC120_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TORMC120_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TORMC120_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TORMC120_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TORMC120_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TORMC120_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TORMC120_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TORMC120_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TORMC120_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TORMC120_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TORMC120_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TORMC120_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TORMC120_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TORMC120_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TORMC120_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TORMC120_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TORMC120_MOLEFRAC_MEOH.Value 'TORMC130 k = k + 37 Streams.Cells(j + 3, k + 1) = TORMC130_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TORMC130_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TORMC130_VolFlow.Value Streams.Cells(j + 3, k + 6) = TORMC130_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TORMC130_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TORMC130_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TORMC130_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TORMC130_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TORMC130_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TORMC130_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TORMC130_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TORMC130_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TORMC130_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TORMC130_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TORMC130_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TORMC130_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TORMC130_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TORMC130_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TORMC130_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TORMC130_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TORMC130_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TORMC130_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TORMC130_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TORMC130_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TORMC130_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TORMC130_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TORMC130_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TORMC130_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TORMC130_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TORMC130_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TORMC130_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TORMC130_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TORMC130_MOLEFRAC_MEOH.Value 'TURBIN k = k + 37 Streams.Cells(j + 3, k + 1) = TURBIN_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TURBIN_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TURBIN_VolFlow.Value Streams.Cells(j + 3, k + 6) = TURBIN_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TURBIN_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TURBIN_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TURBIN_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TURBIN_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TURBIN_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TURBIN_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TURBIN_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TURBIN_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TURBIN_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TURBIN_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TURBIN_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TURBIN_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TURBIN_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TURBIN_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TURBIN_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TURBIN_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TURBIN_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TURBIN_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TURBIN_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TURBIN_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TURBIN_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TURBIN_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TURBIN_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TURBIN_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TURBIN_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TURBIN_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TURBIN_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TURBIN_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TURBIN_MOLEFRAC_MEOH.Value 'TURBOUT k = k + 37 Streams.Cells(j + 3, k + 1) = TURBOUT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = TURBOUT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = TURBOUT_VolFlow.Value Streams.Cells(j + 3, k + 6) = TURBOUT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = TURBOUT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = TURBOUT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = TURBOUT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = TURBOUT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = TURBOUT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = TURBOUT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = TURBOUT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = TURBOUT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = TURBOUT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = TURBOUT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = TURBOUT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = TURBOUT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = TURBOUT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = TURBOUT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = TURBOUT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = TURBOUT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = TURBOUT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = TURBOUT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = TURBOUT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = TURBOUT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = TURBOUT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = TURBOUT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = TURBOUT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = TURBOUT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = TURBOUT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = TURBOUT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = TURBOUT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = TURBOUT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = TURBOUT_MOLEFRAC_MEOH.Value 'TURBW k = k + 37 Streams.Cells(j + 3, k + 37) = TURBW_POWER.Value 'VAP k = k + 37 Streams.Cells(j + 3, k + 1) = VAP_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = VAP_PRESSURE.Value Streams.Cells(j + 3, k + 3) = VAP_VolFlow.Value Streams.Cells(j + 3, k + 6) = VAP_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = VAP_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = VAP_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = VAP_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = VAP_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = VAP_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = VAP_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = VAP_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = VAP_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = VAP_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = VAP_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = VAP_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = VAP_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = VAP_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = VAP_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = VAP_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = VAP_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = VAP_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = VAP_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = VAP_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = VAP_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = VAP_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = VAP_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = VAP_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = VAP_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = VAP_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = VAP_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = VAP_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = VAP_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = VAP_MOLEFRAC_MEOH.Value 'VAPHEAT k = k + 37 Streams.Cells(j + 3, k + 1) = VAPHEAT_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = VAPHEAT_PRESSURE.Value Streams.Cells(j + 3, k + 3) = VAPHEAT_VolFlow.Value Streams.Cells(j + 3, k + 6) = VAPHEAT_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = VAPHEAT_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = VAPHEAT_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = VAPHEAT_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = VAPHEAT_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = VAPHEAT_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = VAPHEAT_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = VAPHEAT_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = VAPHEAT_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = VAPHEAT_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = VAPHEAT_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = VAPHEAT_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = VAPHEAT_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = VAPHEAT_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = VAPHEAT_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = VAPHEAT_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = VAPHEAT_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = VAPHEAT_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = VAPHEAT_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = VAPHEAT_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = VAPHEAT_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = VAPHEAT_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = VAPHEAT_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = VAPHEAT_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = VAPHEAT_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = VAPHEAT_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = VAPHEAT_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = VAPHEAT_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = VAPHEAT_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = VAPHEAT_MOLEFRAC_MEOH.Value 'W100 k = k + 37 Streams.Cells(j + 3, k + 37) = W100_POWER.Value 'W110 k = k + 37 Streams.Cells(j + 3, k + 37) = W110_POWER.Value 'W120 k = k + 37 Streams.Cells(j + 3, k + 37) = W120_POWER.Value 'W130 k = k + 37 Streams.Cells(j + 3, k + 37) = W130_POWER.Value 'W200 k = k + 37 Streams.Cells(j + 3, k + 37) = W200_POWER.Value 'WATER k = k + 37 Streams.Cells(j + 3, k + 1) = WATER_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = WATER_PRESSURE.Value Streams.Cells(j + 3, k + 3) = WATER_VolFlow.Value Streams.Cells(j + 3, k + 6) = WATER_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = WATER_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = WATER_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = WATER_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = WATER_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = WATER_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = WATER_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = WATER_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = WATER_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = WATER_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = WATER_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = WATER_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = WATER_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = WATER_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = WATER_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = WATER_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = WATER_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = WATER_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = WATER_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = WATER_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = WATER_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = WATER_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = WATER_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = WATER_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = WATER_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = WATER_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = WATER_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = WATER_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = WATER_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = WATER_MOLEFRAC_MEOH.Value End Sub Sub OutputUnits() 'Output-Commands for the Units 'R100 k = 1 Units.Cells(j + 3, k + 1) = R100_Duty.Value Units.Cells(j + 3, k + 2) = R100_ReactionTemp_min.Value Units.Cells(j + 3, k + 3) = R100_ReactionTemp_max.Value Units.Cells(j + 3, k + 4) = R100_ResidenceTime.Value Units.Cells(j + 3, k + 5) = R100_ThermalFluidInlet.Value 'Flash k = 6 Units.Cells(j + 3, k + 1) = FLASH_OutletTemperature.Value Units.Cells(j + 3, k + 2) = FLASH_OutletPressure.Value Units.Cells(j + 3, k + 3) = FLASH_vaporMolefrac.Value Units.Cells(j + 3, k + 4) = FLASH_vaporMassfrac.Value Units.Cells(j + 3, k + 5) = FLASH_NetDuty.Value Units.Cells(j + 3, k + 6) = FLASH_TotalLiquid.Value 'PURIFY k = 12 Units.Cells(j + 3, k + 1) = PURIFY_T_Condenser.Value Units.Cells(j + 3, k + 2) = PURIFY_DistillateRate.Value Units.Cells(j + 3, k + 3) = PURIFY_RefluxRate.Value Units.Cells(j + 3, k + 4) = PURIFY_RefluxRatio.Value Units.Cells(j + 3, k + 5) = PURIFY_T_Reboiler.Value Units.Cells(j + 3, k + 6) = PURIFY_BottomsRate.Value Units.Cells(j + 3, k + 7) = PURIFY_BoilupRate.Value Units.Cells(j + 3, k + 8) = PURIFY_BoilupRatio.Value End Sub Sub OutputHI_Turbine() 'Output-Commands for all HI_ and TURBINE_Units 'RGC100 k = 1 HI_Turbine.Cells(j + 3, k + 1) = RGC100_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = RGC100_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = RGC100_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = RGC100_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = RGC100_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = RGC100_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = RGC100_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = RGC100_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = RGC100_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = RGC100_Area.Value 'RGC110 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = RGC110_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = RGC110_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = RGC110_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = RGC110_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = RGC110_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = RGC110_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = RGC110_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = RGC110_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = RGC110_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = RGC110_Area.Value 'SGIC100 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = SGIC100_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = SGIC100_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = SGIC100_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = SGIC100_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = SGIC100_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = SGIC100_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = SGIC100_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = SGIC100_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = SGIC100_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = SGIC100_Area.Value 'SGC100 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = SGC100_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = SGC100_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = SGC100_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = SGC100_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = SGC100_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = SGC100_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = SGC100_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = SGC100_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = SGC100_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = SGC100_Area.Value 'SGC110 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = SGC110_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = SGC110_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = SGC110_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = SGC110_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = SGC110_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = SGC110_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = SGC110_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = SGC110_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = SGC110_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = SGC110_Area.Value 'SGC120 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = SGC120_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = SGC120_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = SGC120_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = SGC120_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = SGC120_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = SGC120_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = SGC120_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = SGC120_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = SGC120_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = SGC120_Area.Value 'SGC130 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = SGC130_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = SGC130_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = SGC130_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = SGC130_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = SGC130_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = SGC130_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = SGC130_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = SGC130_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = SGC130_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = SGC130_Area.Value 'RMC100 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = RMC100_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = RMC100_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = RMC100_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = RMC100_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = RMC100_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = RMC100_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = RMC100_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = RMC100_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = RMC100_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = RMC100_Area.Value 'RMC110 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = RMC110_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = RMC110_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = RMC110_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = RMC110_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = RMC110_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = RMC110_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = RMC110_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = RMC110_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = RMC110_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = RMC110_Area.Value 'RMC120 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = RMC120_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = RMC120_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = RMC120_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = RMC120_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = RMC120_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = RMC120_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = RMC120_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = RMC120_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = RMC120_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = RMC120_Area.Value 'RMC130 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = RMC130_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = RMC130_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = RMC130_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = RMC130_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = RMC130_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = RMC130_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = RMC130_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = RMC130_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = RMC130_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = RMC130_Area.Value 'RMC140 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = RMC140_T_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 2) = RMC140_T_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 3) = RMC140_T_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 4) = RMC140_T_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 5) = RMC140_VapFrac_Hot_Inlet.Value HI_Turbine.Cells(j + 3, k + 6) = RMC140_VapFrac_Hot_Outlet.Value HI_Turbine.Cells(j + 3, k + 7) = RMC140_VapFrac_Cold_Inlet.Value HI_Turbine.Cells(j + 3, k + 8) = RMC140_VapFrac_Cold_Outlet.Value HI_Turbine.Cells(j + 3, k + 9) = RMC140_Duty.Value HI_Turbine.Cells(j + 3, k + 10) = RMC140_Area.Value 'SAFE2 k = k + 10 HI_Turbine.Cells(j + 3, k + 1) = SAFE2_T_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = SAFE2_Duty.Value 'SAFE3 k = k + 2 HI_Turbine.Cells(j + 3, k + 1) = SAFE3_T_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = SAFE3_Duty.Value 'AMINESCR k = k + 2 HI_Turbine.Cells(j + 3, k + 1) = AMINESCR_T_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = AMINESCR_Duty.Value 'H100 k = k + 2 HI_Turbine.Cells(j + 3, k + 1) = H100_T_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = H100_Duty.Value 'H110 k = k + 2 HI_Turbine.Cells(j + 3, k + 1) = H110_T_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = H110_Duty.Value 'H120 k = k + 2 HI_Turbine.Cells(j + 3, k + 1) = H120_T_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = H120_Duty.Value 'H130 k = k + 2 HI_Turbine.Cells(j + 3, k + 1) = H130_T_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = H130_Duty.Value 'TURBCOND k = k + 2 HI_Turbine.Cells(j + 3, k + 1) = TURBCOND_T_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = TURBCOND_Duty.Value 'SAFE1 k = k + 2 HI_Turbine.Cells(j + 3, k + 1) = SAFE1_T_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = SAFE1_Duty.Value 'C100 k = k + 2 HI_Turbine.Cells(j + 3, k + 1) = C100_NetWork.Value HI_Turbine.Cells(j + 3, k + 3) = C100_TEMPERATURE_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = C100_PRESSURE_Outlet.Value 'C110 k = k + 3 HI_Turbine.Cells(j + 3, k + 1) = C110_NetWork.Value HI_Turbine.Cells(j + 3, k + 3) = C110_TEMPERATURE_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = C110_PRESSURE_Outlet.Value 'C120 k = k + 3 HI_Turbine.Cells(j + 3, k + 1) = C120_NetWork.Value HI_Turbine.Cells(j + 3, k + 3) = C120_TEMPERATURE_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = C120_PRESSURE_Outlet.Value 'C130 k = k + 3 HI_Turbine.Cells(j + 3, k + 1) = C130_NetWork.Value HI_Turbine.Cells(j + 3, k + 3) = C130_TEMPERATURE_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = C130_PRESSURE_Outlet.Value 'C200 k = k + 3 HI_Turbine.Cells(j + 3, k + 1) = C200_NetWork.Value HI_Turbine.Cells(j + 3, k + 3) = C200_TEMPERATURE_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = C200_PRESSURE_Outlet.Value 'TURBINE k = k + 3 HI_Turbine.Cells(j + 3, k + 1) = TURBINE_NetWork.Value HI_Turbine.Cells(j + 3, k + 3) = TURBINE_TEMPERATURE_Outlet.Value HI_Turbine.Cells(j + 3, k + 2) = TURBINE_PRESSURE_Outlet.Value 'CONDENSER k = k + 3 HI_Turbine.Cells(j + 3, k + 1) = CONDENSER_Duty.Value 'REBOILER k = k + 1 HI_Turbine.Cells(j + 3, k + 1) = REBOILER_Duty.Value End Sub Sub Templates() 'XX Set XX_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\TEMP_OUT\MIXED") Set XX_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\PRES_OUT\MIXED") Set XX_VolFlow = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\VOLFLMX\MIXED") Set XX_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFLMX\MIXED") Set XX_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFLMX\MIXED") Set XX_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\H2") Set XX_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\CO") Set XX_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\CO2") Set XX_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\H2O") Set XX_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\CH4") Set XX_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\C") Set XX_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\O2") Set XX_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\CL2") Set XX_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\S") Set XX_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\N2") Set XX_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\H2S") Set XX_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\COS") Set XX_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\HCL") Set XX_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MASSFRAC\MIXED\MEOH") Set XX_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\H2") Set XX_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\CO") Set XX_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\CO2") Set XX_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\H2O") Set XX_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\CH4") Set XX_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\C") Set XX_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\O2") Set XX_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\CL2") Set XX_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\S") Set XX_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\N2") Set XX_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\H2S") Set XX_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\COS") Set XX_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\HCL") Set XX_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Streams\XX\Output\MOLEFRAC\MIXED\MEOH") 'XX Set XX_TEMPERATURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\TEMP_OUT\MIXED") Set XX_PRESSURE = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\PRES_OUT\MIXED") Set XX_VolFlow = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\VOLFLMX\MIXED") Set XX_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFLMX\MIXED") Set XX_TOTALMOLEFLOW = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFLMX\MIXED") Set XX_MASSFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\H2") Set XX_MASSFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\CO") Set XX_MASSFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\CO2") Set XX_MASSFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\H2O") Set XX_MASSFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\CH4") Set XX_MASSFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\C") Set XX_MASSFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\O2") Set XX_MASSFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\CL2") Set XX_MASSFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\S") Set XX_MASSFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\N2") Set XX_MASSFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\H2S") Set XX_MASSFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\COS") Set XX_MASSFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\HCL") Set XX_MASSFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MASSFRAC\MIXED\MEOH") Set XX_MOLEFRAC_H2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\H2") Set XX_MOLEFRAC_CO = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\CO") Set XX_MOLEFRAC_CO2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\CO2") Set XX_MOLEFRAC_H2O = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\H2O") Set XX_MOLEFRAC_CH4 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\CH4") Set XX_MOLEFRAC_C = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\C") Set XX_MOLEFRAC_O2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\O2") Set XX_MOLEFRAC_CL2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\CL2") Set XX_MOLEFRAC_S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\S") Set XX_MOLEFRAC_N2 = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\N2") Set XX_MOLEFRAC_H2S = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\H2S") Set XX_MOLEFRAC_COS = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\COS") Set XX_MOLEFRAC_HCL = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\HCL") Set XX_MOLEFRAC_MEOH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\XX\Output\MOLEFRAC\MIXED\MEOH") 'XX k = k + 37 Streams.Cells(j + 3, k + 1) = XX_TEMPERATURE.Value Streams.Cells(j + 3, k + 2) = XX_PRESSURE.Value Streams.Cells(j + 3, k + 3) = XX_VolFlow.Value Streams.Cells(j + 3, k + 6) = XX_TOTALMASSFLOW.Value Streams.Cells(j + 3, k + 7) = XX_TOTALMOLEFLOW.Value Streams.Cells(j + 3, k + 8) = XX_MASSFRAC_H2.Value Streams.Cells(j + 3, k + 9) = XX_MASSFRAC_CO.Value Streams.Cells(j + 3, k + 10) = XX_MASSFRAC_CO2.Value Streams.Cells(j + 3, k + 11) = XX_MASSFRAC_H2O.Value Streams.Cells(j + 3, k + 12) = XX_MASSFRAC_CH4.Value Streams.Cells(j + 3, k + 13) = XX_MASSFRAC_C.Value Streams.Cells(j + 3, k + 14) = XX_MASSFRAC_O2.Value Streams.Cells(j + 3, k + 15) = XX_MASSFRAC_CL2.Value Streams.Cells(j + 3, k + 16) = XX_MASSFRAC_S.Value Streams.Cells(j + 3, k + 17) = XX_MASSFRAC_N2.Value Streams.Cells(j + 3, k + 18) = XX_MASSFRAC_H2S.Value Streams.Cells(j + 3, k + 19) = XX_MASSFRAC_COS.Value Streams.Cells(j + 3, k + 20) = XX_MASSFRAC_HCL.Value Streams.Cells(j + 3, k + 21) = XX_MASSFRAC_MEOH.Value Streams.Cells(j + 3, k + 22) = XX_MOLEFRAC_H2.Value Streams.Cells(j + 3, k + 23) = XX_MOLEFRAC_CO.Value Streams.Cells(j + 3, k + 24) = XX_MOLEFRAC_CO2.Value Streams.Cells(j + 3, k + 25) = XX_MOLEFRAC_H2O.Value Streams.Cells(j + 3, k + 26) = XX_MOLEFRAC_CH4.Value Streams.Cells(j + 3, k + 27) = XX_MOLEFRAC_C.Value Streams.Cells(j + 3, k + 28) = XX_MOLEFRAC_O2.Value Streams.Cells(j + 3, k + 29) = XX_MOLEFRAC_CL2.Value Streams.Cells(j + 3, k + 30) = XX_MOLEFRAC_S.Value Streams.Cells(j + 3, k + 31) = XX_MOLEFRAC_N2.Value Streams.Cells(j + 3, k + 32) = XX_MOLEFRAC_H2S.Value Streams.Cells(j + 3, k + 33) = XX_MOLEFRAC_COS.Value Streams.Cells(j + 3, k + 34) = XX_MOLEFRAC_HCL.Value Streams.Cells(j + 3, k + 35) = XX_MOLEFRAC_MEOH.Value End Sub Sub Initialisation_CC() Dim WasteRefinery As IHapp 'Set WasteRefinery = GetObject("C:\Users\ASPEN_3\Documents\Neuer Ordner\Neuer\PatentVariations_MH.bkp") Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'total mass flow of stream YIELD has to be always 1! this is because of transfer to DECOMPO; DECOMPO needs value based on "unit mass" which is apparently per kg Set H2O_MOISTURE = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Input\FLOW\MIXED\O2") Set N_MOISTURE = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Input\FLOW\MIXED\N2") Set N_FEEDASH = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Input\FLOW\MIXED\N2") Set ASH_FEEDASH = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Input\FLOW\MIXED\O2") Set YIELD_HMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\H2") Set YIELD_CMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\C") Set YIELD_OMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\O2") Set N_YIELD = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\N2") Set S_YIELD = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\S") Set CL_YIELD = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\CL2") Set N_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\N2") Set S_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\S") Set CL_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\CL2") Set FEED_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\TOTFLOW\MIXED") FEED_TOTALMASSFLOW.Value = Worksheets("General").Range("H11") Set FEED_HMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\H2") Set FEED_CMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\C") Set FEED_OMASSFRAC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\O2") Set FEED_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\NC\WASTE") FEED_TOTALMASSFLOW.Value = 0.0000000001 'Assign this variables to base case or average composition around which it is varied in bruteforce analysis YIELD_HMASSFRAC.Value = Worksheets("General").Range("C20") / 100 YIELD_CMASSFRAC.Value = Worksheets("General").Range("C19") / 100 YIELD_OMASSFRAC.Value = Worksheets("General").Range("C21") / 100 N_YIELD.Value = 0 S_YIELD.Value = 0 CL_YIELD.Value = 0 N_FEED.Value = 0 S_FEED.Value = 0 CL_FEED.Value = 0 H2O_MOISTURE.Value = 0.0000000001 N_MOISTURE.Value = 0.0000000001 ASH_FEEDASH.Value = 0.0000000001 N_FEEDASH.Value = 0.0000000001 FEED_HMASSFRAC.Value = Worksheets("General").Range("C20") / 100 FEED_CMASSFRAC.Value = Worksheets("General").Range("C19") / 100 FEED_OMASSFRAC.Value = Worksheets("General").Range("C21") / 100 End Sub Sub Initialisation_NC() Dim WasteRefinery As IHapp 'Set WasteRefinery = GetObject("C:\Users\ASPEN_3\Documents\Neuer Ordner\Neuer\PatentVariations_MH.bkp") Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") Set FEED_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\TOTFLOW\MIXED") FEED_TOTALMASSFLOW.Value = 0.000000001 Set FEED_TOTALMASSFLOW = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\NC\WASTE") FEED_TOTALMASSFLOW.Value = FeedVariations.Cells(i, 38) '39 for co2 cases Set C_YIELD = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\C") Set H_YIELD = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\H2") Set O_YIELD = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\O2") Set N_YIELD = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\N2") Set S_YIELD = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\S") Set CL_YIELD = WasteRefinery.Tree.FindNode("\Data\Streams\YIELD\Input\FLOW\MIXED\CL2") Set H2O_MOISTURE = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Input\FLOW\MIXED\O2") Set N_MOISTURE = WasteRefinery.Tree.FindNode("\Data\Streams\MOISTURE\Input\FLOW\MIXED\N2") Set N_FEEDASH = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Input\FLOW\MIXED\N2") Set ASH_FEEDASH = WasteRefinery.Tree.FindNode("\Data\Streams\FEEDASH\Input\FLOW\MIXED\O2") Set C_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\C") Set H_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\H2") Set O_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\O2") Set N_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\N2") Set S_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\S") Set CL_FEED = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\FLOW\MIXED\CL2") Set FEED_MOISTURE = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\PROXANAL\#0") Set FEED_VM = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\PROXANAL\#2") Set FEED_PROXANAL_ASH = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\PROXANAL\#3") Set FEED_ORGANIC = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\SULFANAL\#2") Set FEED_ULTANAL_ASH = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\ULTANAL\#0") Set FEED_ULTANAL_CARBON = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\ULTANAL\#1") Set FEED_ULTANAL_HYDROGEN = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\ULTANAL\#2") Set FEED_ULTANAL_NITROGEN = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\ULTANAL\#3") Set FEED_ULTANAL_CHLORINE = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\ULTANAL\#4") Set FEED_ULTANAL_SULFUR = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\ULTANAL\#5") Set FEED_ULTANAL_OXYGEN = WasteRefinery.Tree.FindNode("\Data\Streams\FEED\Input\ELEM\NC\WASTE\ULTANAL\#6") 'set DECOPO according to Feedstock Ultimate Analysis; from EXCEL to ASPEN C_YIELD.Value = Worksheets("General").Range("C7") / 100 H_YIELD.Value = Worksheets("General").Range("C8") / 100 O_YIELD.Value = Worksheets("General").Range("C9") / 100 N_YIELD.Value = Worksheets("General").Range("C10") / 100 S_YIELD.Value = Worksheets("General").Range("C11") / 100 CL_YIELD.Value = Worksheets("General").Range("C12") / 100 C_FEED.Value = 0 H_FEED.Value = 0 O_FEED.Value = 0 N_FEED.Value = 1 S_FEED.Value = 0 CL_FEED.Value = 0 H2O_MOISTURE.Value = Worksheets("General").Range("C14") / 100 N_MOISTURE.Value = 0 If H2O_MOISTURE.Value = 0 Then N_MOISTURE.Value = 0.000000001 ASH_FEEDASH.Value = Worksheets("General").Range("C13") / 100 N_FEEDASH.Value = 0 If ASH_FEEDASH.Value = 0 Then N_FEEDASH.Value = 0.000000001 Application.CalculateFull 'Worksheets("General").Activate FEEDVM = Worksheets("General").Range("B32") FEEDORGANIC = Worksheets("General").Range("B33") FEED_VM.Value = FEEDVM FEED_ORGANIC.Value = FEEDORGANIC 'Worksheets("FeedVariations").Activate PROXANAL_ASH = FeedVariations.Cells(i, 30) / (1 - FeedVariations.Cells(i, 31) / 100) ULTANAL_ASH = FeedVariations.Cells(i, 30) / (1 - FeedVariations.Cells(i, 31) / 100) ULTANAL_CARBON = FeedVariations.Cells(i, 24) / (1 - FeedVariations.Cells(i, 31) / 100) ULTANAL_HYDROGEN = FeedVariations.Cells(i, 25) / (1 - FeedVariations.Cells(i, 31) / 100) ULTANAL_NITROGEN = FeedVariations.Cells(i, 27) / (1 - FeedVariations.Cells(i, 31) / 100) ULTANAL_CHLORINE = FeedVariations.Cells(i, 29) / (1 - FeedVariations.Cells(i, 31) / 100) ULTANAL_SULFUR = FeedVariations.Cells(i, 28) / (1 - FeedVariations.Cells(i, 31) / 100) ULTANAL_OXYGEN = FeedVariations.Cells(i, 26) / (1 - FeedVariations.Cells(i, 31) / 100) FEEDMOISTURE = FeedVariations.Cells(i, 31) FEED_PROXANAL_ASH.Value = PROXANAL_ASH FEED_ULTANAL_ASH.Value = ULTANAL_ASH FEED_ULTANAL_CARBON.Value = ULTANAL_CARBON FEED_ULTANAL_HYDROGEN.Value = ULTANAL_HYDROGEN FEED_ULTANAL_NITROGEN.Value = ULTANAL_NITROGEN FEED_ULTANAL_CHLORINE.Value = ULTANAL_CHLORINE FEED_ULTANAL_SULFUR.Value = ULTANAL_SULFUR FEED_ULTANAL_OXYGEN.Value = ULTANAL_OXYGEN FEED_MOISTURE.Value = FEEDMOISTURE End Sub Sub GA_Addition_CO2_H2O() Dim WasteRefinery As IHapp 'Set WasteRefinery = GetObject("C:\Users\ASPEN_3\Documents\Neuer Ordner\Neuer\PatentVariations_MH.bkp") Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") WasteRefinery.Run 'Set addition of gasification agents (there must be an initial input in stream FEED for calculating GA addition. 'In best case, for bruteforce analysis, the initial values of feedstream are the base case which is varied around) 'Calculator uses values from stream YIELD Set GA_O2_MOLE = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Input\FLOW\MIXED\O2") Set H_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\2") Set O_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\O:CFEED\Output\READ_VAL\2") Set C_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\1") Worksheets("General").Range("I7") = C_MOLEFLOW_FEED.Value Worksheets("General").Range("I8") = H_MOLEFLOW_FEED.Value Worksheets("General").Range("I9") = O_MOLEFLOW_FEED.Value Set GA_H2O_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFLMX\MIXED") Set GA_CO2_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFLMX\MIXED") Set GA_CO2_MOLE = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MOLEFLMX\MIXED") Set GA_O2_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFLMX\MIXED") GA_O2_MOLE.Value = 0 Worksheets("General").Range("N23") = GA_O2_MOLE.Value 'co2/h2O m_co2_ga = Worksheets("General").Range("P7").Value / (Worksheets("General").Range("O7").Value - 2) b_co2_ga = Worksheets("General").Range("P7").Value - m_co2_ga * Worksheets("General").Range("O7").Value m_h2o_ga = 2 b_h2o_ga = Worksheets("General").Range("K7").Value - m_h2o_ga * Worksheets("General").Range("J7").Value 'intersection of both addition lines (gives amount of water needed) x_OC_co2h2o = (b_co2_ga - b_h2o_ga) / (m_h2o_ga - m_co2_ga) x_HC_co2h2o = m_h2o_ga * x_OC_co2h2o + b_h2o_ga needed_h2o_ga = ((C_MOLEFLOW_FEED.Value * x_HC_co2h2o) - H_MOLEFLOW_FEED.Value) / 2 'in kmol/h If needed_h2o_ga < 0 Then needed_h2o_ga = 0 Worksheets("General").Range("N22") = needed_h2o_ga 'calculation of needed co2 amount '!! the addition of CO2 as GA is not active in this sheet !! final_c_flow = (C_MOLEFLOW_FEED.Value * x_HC_co2h2o) / Worksheets("General").Range("P7").Value needed_co2_ga = final_c_flow - C_MOLEFLOW_FEED.Value If needed_co2_ga < 0 Then Worksheets("General").Range("N21") = 0 If needed_h2o_ga <> 0 Then needed_h2o_ga = ((C_MOLEFLOW_FEED.Value * Worksheets("General").Range("O7") * (m_h2o_ga + b_h2o_ga)) - H_MOLEFLOW_FEED.Value) / 2 If needed_h2o_ga < 0 Then needed_h2o_ga = 0 Worksheets("General").Range("N22") = needed_h2o_ga Else: Worksheets("General").Range("N21") = needed_co2_ga End If 'needed_co2_ga = ((C_MOLEFLOW_FEED.Value * x_OC_co2h2o) - O_MOLEFLOW_FEED.Value) / 2 'Worksheets("General").Range("N21") = needed_co2_ga 'send GA-values to ASPEN Set GA_CO2_MOLE = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Input\FLOW\MIXED\CO2") Set GA_H2O_MOLE = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Input\FLOW\MIXED\H2O") Set GA_H2O_MOLE_PH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Input\FLOW\MIXED\H2O") GA_CO2_MOLE.Value = Worksheets("General").Range("N21") GA_H2O_MOLE.Value = Worksheets("General").Range("N22") GA_H2O_MOLE_PH.Value = Worksheets("General").Range("N22") ' Worksheets("General").Range("H21") = GA_H2O_MASS.Value Worksheets("General").Range("N21") = GA_CO2_MOLE.Value Worksheets("General").Range("O22") = GA_H2O_MASS.Value Worksheets("General").Range("O23") = GA_O2_MASS.Value End Sub Sub GA_Addition_O2_H2O() Dim WasteRefinery As IHapp Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") 'Set WasteRefinery = GetObject("C:\Users\ASPEN_3\Documents\Neuer Ordner\Neuer\PatentVariations_MH.bkp") 'Set addition of gasification agents (there must be an initial input in stream FEED for calculating GA addition. 'In best case, for bruteforce analysis, the initial values of feedstream are the base case which is varied around) 'Calculator uses values from stream YIELD Set GA_CO2_MOLE = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Input\FLOW\MIXED\CO2") Set H_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\2") Set O_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\O:CFEED\Output\READ_VAL\2") Set C_MOLEFLOW_FEED = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\H:CFEED\Output\READ_VAL\1") Set GA_CO2_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFLMX\MIXED") Worksheets("General").Range("I7") = C_MOLEFLOW_FEED.Value Worksheets("General").Range("I8") = H_MOLEFLOW_FEED.Value Worksheets("General").Range("I9") = O_MOLEFLOW_FEED.Value Set GA_H2O_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Output\MASSFLMX\MIXED") Set GA_O2_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Output\MASSFLMX\MIXED") GA_CO2_MOLE.Value = 0 'o2/h2o m_o2_ga = 0 b_o2_ga = Worksheets("General").Range("P7").Value m_h2o_ga = 2 b_h2o_ga = Worksheets("General").Range("K7").Value - m_h2o_ga * Worksheets("General").Range("J7").Value 'intersection of both addition lines (gives amount of water needed) x_OC_o2h2o = (b_o2_ga - b_h2o_ga) / (m_h2o_ga - m_o2_ga) x_HC_o2h2o = m_h2o_ga * x_OC_o2h2o + b_h2o_ga needed_h2o_ga = ((C_MOLEFLOW_FEED.Value * x_HC_o2h2o) - H_MOLEFLOW_FEED.Value) / 2 If needed_h2o_ga < 0 Then needed_h2o_ga = 0 Worksheets("General").Range("N22") = needed_h2o_ga 'calculation of needed o2 amount final_o_flow = C_MOLEFLOW_FEED.Value * Worksheets("General").Range("O7").Value needed_o2_ga = ((final_o_flow - O_MOLEFLOW_FEED.Value - needed_h2o_ga) / 2) Worksheets("General").Range("N23") = needed_o2_ga If needed_o2_ga < 0 Then Worksheets("General").Range("N23") = 0 If needed_h2o_ga <> 0 Then needed_h2o_ga = ((C_MOLEFLOW_FEED.Value * Worksheets("General").Range("O7") * (m_h2o_ga + b_h2o_ga)) - H_MOLEFLOW_FEED.Value) / 2 If needed_h2o_ga < 0 Then needed_h2o_ga = 0 Worksheets("General").Range("N22") = needed_h2o_ga Else: Worksheets("General").Range("N23") = needed_o2_ga End If Worksheets("General").Range("N21") = GA_CO2_MOLE.Value 'send GA-values to ASPEN Set GA_H2O_MOLE = WasteRefinery.Tree.FindNode("\Data\Streams\GAH2O\Input\FLOW\MIXED\H2O") Set GA_O2_MOLE = WasteRefinery.Tree.FindNode("\Data\Streams\GAO2\Input\FLOW\MIXED\O2") Set GA_H2O_MOLE_PH = WasteRefinery.Tree.FindNode("\Data\Blocks\MEOHSYN\Data\Streams\GACOLD\Input\FLOW\MIXED\H2O") GA_H2O_MOLE.Value = Worksheets("General").Range("N22") GA_O2_MOLE.Value = Worksheets("General").Range("N23") GA_H2O_MOLE_PH.Value = Worksheets("General").Range("N22") End Sub Sub Circular_Gas() Dim WasteRefinery As IHapp 'Set WasteRefinery = GetObject("C:\Users\ASPEN_3\Documents\Neuer Ordner\Neuer\PatentVariations_MH.bkp") Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") Set GA_CO2_MOLE = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Input\FLOW\MIXED\CO2") Set CO2_SPLITFACTOR = WasteRefinery.Tree.FindNode("\Data\Blocks\CARBCYCL\Input\FRAC\CO2OFF") Set CO2_TO_SPLIT = WasteRefinery.Tree.FindNode("\Data\Streams\CO2CAPT\Output\MOLEFLOW\MIXED\CO2") Set GA_CO2_MASS = WasteRefinery.Tree.FindNode("\Data\Streams\GACO2\Output\MASSFLMX\MIXED") If needed_co2_ga > CO2_TO_SPLIT.Value Then CO2_SPLITFACTOR.Value = 0 '0 = all goes into gasification; 1 = all co2 is off gas GA_CO2_MOLE.Value = needed_co2_ga - CO2_TO_SPLIT.Value Else If needed_co2_ga < 0 Then CO2_SPLITFACTOR.Value = 1 Else CO2_SPLITFACTOR.Value = 1 - (needed_co2_ga / CO2_TO_SPLIT.Value) End If GA_CO2_MOLE.Value = 0 End If Worksheets("General").Range("N21") = GA_CO2_MOLE.Value WasteRefinery.Run Worksheets("General").Range("O21") = GA_CO2_MASS.Value End Sub Sub SOFC() Dim WasteRefinery As IHapp Dim SOFC_LHV_SOFCHOT As IHNode 'in kJ/kmol Dim SOFC_LHV_COMBIN As IHNode 'in kJ/kmol Dim SOFC_CP_SOFCHOT As IHNode Dim SOFC_CP_COMBIN As IHNode Dim SOFC_P As IHNode Dim SOFC_T_AIN As IHNode Dim SOFC_T_AOUT As IHNode Dim SOFC_H2_P_AIN As Single Dim SOFC_O2_P_AIRHOT As Single Dim SOFC_H2O_P_AIN As Single Dim SOFC_H2_P_AOUT As Single Dim SOFC_O2_P_CAOUT As Single Dim SOFC_H2O_P_AOUT As Single Dim TOTALMOLEFLOW_SOFCHOT As IHNode Dim TOTALMOLEFLOW_AOUT As IHNode Dim SOFC_H2_MOLEFRAC_AIN As IHNode Dim SOFC_O2_MOLEFRAC_AIRHOT As IHNode Dim SOFC_H2O_MOLEFRAC_AIN As IHNode Dim SOFC_CO_MOLEFRAC_AIN As IHNode Dim SOFC_CH4_MOLEFRAC_AIN As IHNode Dim SOFC_H2_MOLEFRAC_AOUT As IHNode Dim SOFC_O2_MOLEFRAC_CAOUT As IHNode Dim SOFC_H2O_MOLEFRAC_AOUT As IHNode Dim SOFC_CO_MOLEFRAC_AOUT As IHNode Dim SOFC_CH4_MOLEFRAC_AOUT As IHNode Dim SOFC_H2_MOLEFRAC_AVG As Single Dim SOFC_O2_MOLEFRAC_AVG As Single Dim SOFC_H2O_MOLEFRAC_AVG As Single Dim SOFC_CO_MOLEFRAC_AVG As Single Dim SOFC_CH4_MOLEFRAC_AVG As Single Dim SOFC_H2_P_AVG As Single Dim SOFC_O2_P_AVG As Double Dim SOFC_H2O_P_AVG As Single Dim SOFC_Q_AHeat As IHNode 'Geometry Constants Dim l_Cell As Single Dim d_Cell As Single Dim GeometryFactor As Single Dim A_Cell As Single Dim t_Anode As Single Dim t_Cathode As Single Dim t_Electrolyte As Single Dim t_Interconnection As Single 'Material Properties Dim rho_Anode As Single Dim rho_Cathode As Single Dim rho_Electrolyte As Single Dim rho_Interconnection As Single Dim w_Interconnection As Single 'Ohmic Loss Constants Dim Const_A As Single Dim Const_B As Single 'Activation Constants Dim k_Anode As LongLong Dim k_Cathode As LongLong Dim m_Slope As Single Dim EA_Anode As Long Dim EA_Cathode As Long 'Other constants Dim Faraday As Single Dim Gasconstant As Single Dim DeltaGH2O As Long Dim p_Ref As Single Dim SOFC_Ua As Single Dim SOFC_Uf As Single Dim SOFC_cells As Long Dim SOFC_stacks As Integer Dim SOFC_stack_size As Long Dim SOFC_total_area As Single Dim SOFC_j As Single Dim SOFC_PWR As Single Dim SOFC_Efficiency As Single 'Geometry Constants l_Cell = 1.5 d_Cell = 0.022 GeometryFactor = 0.8044 A_Cell = l_Cell * d_Cell * 3.14159265358979 * GeometryFactor t_Anode = 0.0001 t_Cathode = 0.0022 t_Electrolyte = 0.00004 t_Interconnection = 0.000085 'Material Properties rho_Anode = 0.00000918883 rho_Cathode = 0.000134733 rho_Electrolyte = 0.18513283 rho_Interconnection = 0.025 w_Interconnection = 0.009 'Ohmic Loss Constants Const_A = 0.804 Const_B = 0.13 'Activation Constants k_Anode = 213000000 k_Cathode = 14900000000# m_Slope = 0.25 EA_Anode = 110000 EA_Cathode = 160000 'Other constants Faraday = 96485.33212 Gasconstant = 8.314462618 DeltaGH2O = -228582 p_Ref = 1 'Basic Stack Constants SOFC_Ua = 0.167 SOFC_Uf = 0.85 SOFC_stacks = 2140 SOFC_stack_size = 100 SOFC_cells = SOFC_stacks * SOFC_stack_size SOFC_total_area = SOFC_cells * A_Cell 'Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\PlasmaGasificationModell\Base Cases\Gasif+ SOFC_Universial VBA\281219_Gasif+SOFC(OnceThrough).bkp") Set WasteRefinery = GetObject("C:\Users\ASPEN_1\Documents\ASPEN Simulationen\ASPEN Starter\191020_O2H2O_AreaVar.bkp") Set TOTALMOLEFLOW_SOFCHOT = WasteRefinery.Tree.FindNode("\Data\Streams\SOFCHOT\Output\MOLEFLMX\MIXED") Set TOTALMOLEFLOW_COMBIN = WasteRefinery.Tree.FindNode("\Data\Streams\COMB-IN\Output\MOLEFLMX\MIXED") Set SOFC_H2_MOLEFRAC_AIN = WasteRefinery.Tree.FindNode("\Data\Streams\A-IN\Output\MOLEFRAC\MIXED\H2") Set SOFC_O2_MOLEFRAC_AIRHOT = WasteRefinery.Tree.FindNode("\Data\Streams\AIRHOT\Output\MOLEFRAC\MIXED\O2") Set SOFC_H2O_MOLEFRAC_AIN = WasteRefinery.Tree.FindNode("\Data\Streams\A-IN\Output\MOLEFRAC\MIXED\H2O") Set SOFC_CO_MOLEFRAC_AIN = WasteRefinery.Tree.FindNode("\Data\Streams\A-IN\Output\MOLEFRAC\MIXED\CO") Set SOFC_CH4_MOLEFRAC_AIN = WasteRefinery.Tree.FindNode("\Data\Streams\A-IN\Output\MOLEFRAC\MIXED\CH4") Set SOFC_H2_MOLEFRAC_AOUT = WasteRefinery.Tree.FindNode("\Data\Streams\A-OUT\Output\MOLEFRAC\MIXED\H2") Set SOFC_O2_MOLEFRAC_CAOUT = WasteRefinery.Tree.FindNode("\Data\Streams\CA-OUT\Output\MOLEFRAC\MIXED\O2") Set SOFC_H2O_MOLEFRAC_AOUT = WasteRefinery.Tree.FindNode("\Data\Streams\A-OUT\Output\MOLEFRAC\MIXED\H2O") Set SOFC_CO_MOLEFRAC_AOUT = WasteRefinery.Tree.FindNode("\Data\Streams\A-OUT\Output\MOLEFRAC\MIXED\CO") Set SOFC_CH4_MOLEFRAC_AOUT = WasteRefinery.Tree.FindNode("\Data\Streams\A-OUT\Output\MOLEFRAC\MIXED\CH4") Set SOFC_LHV_SOFCHOT = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\SOFC\Output\READ_VAL\1") Set SOFC_LHV_COMBIN = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\SOFC\Output\READ_VAL\2") Set SOFC_CP_SOFCHOT = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\SOFC\Output\READ_VAL\3") Set SOFC_CP_COMBIN = WasteRefinery.Tree.FindNode("\Data\Flowsheeting Options\Calculator\SOFC\Output\READ_VAL\4") Set SOFC_P = WasteRefinery.Tree.FindNode("\Data\Blocks\ANODE\Input\PRES") Set SOFC_T_AIN = WasteRefinery.Tree.FindNode("\Data\Streams\A-IN\Output\TEMP_OUT\MIXED") Set SOFC_T_AOUT = WasteRefinery.Tree.FindNode("\Data\Streams\A-OUT\Output\TEMP_OUT\MIXED") 'SOFC Calculations SOFC_T_AVG = (SOFC_T_AIN.Value + SOFC_T_AOUT.Value) / 2 SOFC_H2_MOLEFRAC_AVG = (SOFC_H2_MOLEFRAC_AIN.Value + SOFC_H2_MOLEFRAC_AOUT.Value) / 2 SOFC_O2_MOLEFRAC_AVG = (SOFC_O2_MOLEFRAC_AIRHOT.Value + SOFC_O2_MOLEFRAC_CAOUT.Value) / 2 SOFC_H2O_MOLEFRAC_AVG = (SOFC_H2O_MOLEFRAC_AIN.Value + SOFC_H2O_MOLEFRAC_AOUT.Value) / 2 SOFC_CO_MOLEFRAC_AVG = (SOFC_CO_MOLEFRAC_AIN.Value + SOFC_CO_MOLEFRAC_AOUT.Value) / 2 SOFC_CH4_MOLEFRAC_AVG = (SOFC_CH4_MOLEFRAC_AIN.Value + SOFC_CH4_MOLEFRAC_AOUT.Value) / 2 SOFC_H2_P_AVG = SOFC_P.Value * (SOFC_H2_MOLEFRAC_AIN.Value + SOFC_H2_MOLEFRAC_AOUT.Value) / 2 SOFC_O2_P_AVG = SOFC_P.Value * (SOFC_O2_MOLEFRAC_AIRHOT.Value + SOFC_O2_MOLEFRAC_CAOUT.Value) / 2 SOFC_H2O_P_AVG = SOFC_P.Value * (SOFC_H2O_MOLEFRAC_AIN.Value + SOFC_H2O_MOLEFRAC_AOUT.Value) / 2 'Current density calculations SOFC_I = (TOTALMOLEFLOW_SOFCHOT.Value / 3600) * (SOFC_H2_MOLEFRAC_AVG + SOFC_CO_MOLEFRAC_AVG + 4 * SOFC_CH4_MOLEFRAC_AVG) * 1000 * 2 * Faraday * SOFC_Uf 'in A SOFC_j = SOFC_I / (SOFC_total_area) 'in A/m^2 'Potential calculations, A=Anode, C=Cathode, E=Electrolyte, I=Interconnection U_Nernst = -DeltaGH2O / (2 * Faraday) + ((Gasconstant * SOFC_T_AVG) / (2 * Faraday)) * Application.WorksheetFunction.Ln(SOFC_H2_P_AVG * ((SOFC_O2_P_AVG) ^ (0.5)) / SOFC_H2O_P_AVG) U_Ohm_A = (SOFC_j * rho_Anode * (Const_A * Application.WorksheetFunction.Pi() * d_Cell) ^ 2) / (8 * t_Anode) U_Ohm_C = SOFC_j * rho_Cathode * (Application.WorksheetFunction.Pi() * d_Cell) ^ 2 / (8 * t_Cathode) * Const_A * (Const_A + 2 * (1 - Const_A - Const_B)) U_Ohm_E = SOFC_j * rho_Electrolyte * t_Electrolyte U_Ohm_I = SOFC_j * rho_Interconnection * (Application.WorksheetFunction.Pi() * d_Cell) * t_Interconnection / w_Interconnection U_Ohm = U_Ohm_A + U_Ohm_C + U_Ohm_E + U_Ohm_I U_Act_A = SOFC_j / (2 * Faraday / (Gasconstant * SOFC_T_AOUT.Value) * k_Anode * ((SOFC_H2_P_AVG / p_Ref) ^ m_Slope) * Exp(-EA_Anode / (SOFC_T_AOUT.Value * Gasconstant))) U_Act_C = SOFC_j / (4 * Faraday / (Gasconstant * SOFC_T_AOUT.Value) * k_Cathode * ((SOFC_O2_P_AVG / p_Ref) ^ m_Slope) * Exp(-EA_Cathode / (SOFC_T_AOUT.Value * Gasconstant))) U_Act = U_Act_A + U_Act_C SOFC_U = U_Nernst - U_Ohm - U_Act 'in Volt SOFC_PWR = SOFC_U * SOFC_I / 1000 'In kW; If additional energy is used, do corrections here through substraction SOFC_Efficiency = SOFC_PWR / ((TOTALMOLEFLOW_SOFCHOT.Value / 3600 * SOFC_LHV_SOFCHOT.Value) - ((TOTALMOLEFLOW_COMBIN.Value) / 3600 * SOFC_LHV_COMBIN.Value)) End Sub