Technical Committee
The foundations for understanding the sustainable use of the deep underground are created by the geosciences. In every phase of a project, be it for a planned extraction of raw materials, the storage of gases or for geothermal energy production, a wide variety of geological and geophysical investigations & evaluations are required.
With our research we would like to contribute to a better understanding of the geological subsurface. The results and innovations obtained from our research projects are relevant to the entire industry as well as to other sectors.
Dr. Johannes Schoenherr
Chairman
ExxonMobil Production Germany GmbH
Hanover
Your Contact to the DGMK Office
Dr. Susanne Kuchling
Head of the Geo-Energy-Systems and Subsurface Technologies Department
Helen Werner
Scientific Officer of the Department of Geo-Energy Systems and Underground Technologies
Current Issues
Projects
883-3
Technical Committee Earth Sciences
Geosonde400+heat network | Integration of medium-depth geothermal probes into the municipal heat supply system
883-2
Technical Committee Earth Sciences
Geosonde400+Perform | Optimized operation of medium-depth geothermal probes
883-1
Technical Committee Earth Sciences
Geosonde400+Bau | Optimized construction of medium-depth geothermal probes
825
Technical Committee Earth Sciences
Development of an Evaluation Matrix of Geological Control Factors for Production-Induced Seismicity in North German Gas Fields
Publications
819
Geo-Energy Systems and Subsurface Technologies
Application of a Probabilistic Moment Tensor Inversion to Data Recorded above the Northgerman Gas Fields
825
Geo-Energy Systems and Subsurface Technologies
Development of an Evaluation Matrix of Geological Control Factors for Production-Induced Seismicity in North German Gas Fields
803
Geo-Energy Systems and Subsurface Technologies
SECURE - Sustainable dEployment and Conservation of Underground Reservoirs and Environment
802
Geo-Energy Systems and Subsurface Technologies
MERID - Microstructural influence on reservoir integrity under variable hydromechanical pressure conditions