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Geogenic Petrothermal Potential Assessment based on a Stratigraphic Grid of the Hessian Mid-German Crystalline High

dc.contributor.author Weinert, Sebastian
dc.date.accessioned 2023-01-23T09:49:14Z
dc.date.available 2023-01-23T09:49:14Z
dc.date.created 2023-01-23
dc.date.issued 2023-01-23
dc.description Large scaled geothermal potential assessments often require geological 3D-structural models of the area of interest. For assessing petrothermal potentials of the Hessian basement, a regional scaled geological 3D-structural model of the hessian Mid German Crystalline High (Weinert et al. 2022a) was created within the scope of the project Hessen 3D 2.0 (Federal Ministry for Economic Affairs and Energy; funding number:0325944A). The spatial confinement is defined by the scope of Hessen 3D 2.0, and therefore, the lateral extension of the basement model is constrained within the (simplified) boarder of federal state of Hesse. Vertical constraints are set to 400 m b.g.l. and a maximum model depth of 6,000 m below sea level. A qualitative petrothermal potential assessment is calculated based on a SKUA-GOCAD SGrid of the Hessian Mid-German Crystalline High (Weinert et al. 2023). In total, the SGrid contains 8 modeling units comprising (I) Frankenstein complex, (II) Flasergranitoid zone, (III) Weschnitz pluton, (IV) Tromm pluton, (V) Heidelberg granites, (VI) granites and granodiorites, (VII) diorites and gabbros and (VIII) metamorphic rocks. Data in the repository is provided as GOCAD-SKUA stratigraphic grid in .sg-file format. The provided SGrid is parameterized and contains the following properties: (I) cell volume of all regions (II) results of a heat in place calculation and (III) results of a heat in place calculation per m³. de_DE
dc.identifier.uri https://tudatalib.ulb.tu-darmstadt.de/handle/tudatalib/3699
dc.identifier.uri https://doi.org/10.48328/tudatalib-1044
dc.language.iso en de_DE
dc.rights.licenseCC-BY-4.0 (https://creativecommons.org/licenses/by/4.0)
dc.subject.classification 3.42-01
dc.subject.ddc 550
dc.title Geogenic Petrothermal Potential Assessment based on a Stratigraphic Grid of the Hessian Mid-German Crystalline High de_DE
dc.type Dataset de_DE
dcterms.accessRights openAccess
person.identifier.orcid 0000-0001-8256-7235
tuda.history.classification Version=2020-2024;314-01 Geologie, Ingenieurgeologie, Paläontologie
tuda.unit TUDa

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NameDescriptionSizeFormat
GeogenicPotential_SGrid_200_200_100_CellVolume_180@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_CellVolume_Total@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_Result_HeatInPlace@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_Result_HeatInPlace_60@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_Result_HeatInPlace_60_per_m3@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_Result_HeatInPlace_80@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_Result_HeatInPlace_80_per_m3@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_Result_HeatInPlace_130@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_Result_HeatInPlace_130_per_m3@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_Result_HeatInPlace_180@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_Result_HeatInPlace_180_per_m3@@115.06 MBUnknown data format Download
GeogenicPotential_18.95 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100__flags@@117.26 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100__region_flags@@58.63 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100__points@@351.77 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_CellVolume_60@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_CellVolume_80@@115.06 MBUnknown data format Download
GeogenicPotential_SGrid_200_200_100_CellVolume_130@@115.06 MBUnknown data format Download

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