3D geological information for professionals and the public

Transkript

1 3D geological information for professionals and the public Two examples for providing target group based data sets by the State Geological Survey of Baden-Württemberg (Germany) Isabel Rupf & the LGRB 3D-Modelling team

2 3D geological information for professionals and the public Two examples for providing target group based data sets by the State Geological Survey of Baden-Württemberg (Germany)

3 3D geological information for professionals and the public Two examples for providing target group based data sets by the State Geological Survey of Baden-Württemberg (Germany) Agenda ISONG GeORG geoportal Future tasks

4 User groups

5 Information system for shallow geothermal energy (ISONG) Information about the planning of geothermal heat exchangers Protection of groundwater Protection of mineral resources Information about drilling risks karst formations artesian aquifers

6 Information system for shallow geothermal energy (ISONG) Geological 3D-model Horizons - up to 24 horizons - Base Quarternary to Top Basement Faults - based on geological map 1: vertical

7 Information system for shallow geothermal energy (ISONG)

8 Information system for shallow geothermal energy (ISONG) Drilling restrictions & risks Restriction of drilling depth

9 Information system for shallow geothermal energy (ISONG) Drilling restrictions & risks Occurrence of artesic aquifers

10 Information system for shallow geothermal energy (ISONG) Geothermal Potential Heat extraction rates

11 Information system for shallow geothermal energy (ISONG) Further topics Heat Exchangers

12 Information system for shallow geothermal energy (ISONG) Site Evaluation

13

14 Information system for shallow geothermal energy (ISONG) Future tasks Extension of prognostic profiles with information about aquifers and aquitards

15 Geopotentials of the deep Upper Rhine Graben (GeORG) Rhineland- Palatinate Baden-Württemberg France Assessment of geopotential: deep geothermal energy CO 2 sequestration deep aquifers based on a geological 3D model and a geostatistical temperature model Switzerland

16 Geopotentials of the deep Upper Rhine Graben (GeORG)

17 Geopotentials of the deep Upper Rhine Graben (GeORG) Temperature Top Basement Geothermal Potential

18 Geopotentials of the deep Upper Rhine Graben (GeORG) Position Base Froidefontaine-Fm. CO 2 Storage-Potential

19 Geopotentials of the deep Upper Rhine Graben (GeORG) Prognostic borehole profile

20 Geopotentials of the deep Upper Rhine Graben (GeORG) Prognostic vertical profile

21 Geopotentials of the deep Upper Rhine Graben (GeORG) Prognostic horizontal profile

22 Future tasks Cross sections for the whole country

23 We are on the way. Inuit hunters, East Greenland by Isabel Rupf Thank you very much for your attention!

24 Gips/Anhydrit führende Modelleinheiten kmgr EWS 1 EWS 2 mms kmgr mms Bohrstopp beim ersten Auftreten von Gips/Anhydrit im Bohrgut (Vor-Ort-Betreuung)

25 Bohrtiefenbegrenzung - Grundwasservorkommen - Steinsalz EWS 3 Steinsalz Steinsalz

26 3D-Modell als Werkzeug Geologische Karten Bohrungen Seismik Hydrogeologische Parameter Hydrogeologische Parameter 3D Visualisierung Prognostische Bohrprofile Profilschnitte Schichtlagerungsinformationen Angewandte Fragestellungen