and Deep Geothermal installations
numerical simulations to explore and characterize the
undisturbed conditions of the subsurface and to forecast
the long term response of the geothermal resources during
Based on validated data and a
well-founded reservoir model, the exploitation of the
resource can be optimized. Our expertise in the areas of
geology, borehole geophysics and petrophysics on the one
hand, and in numerical modeling one the other side allows
an optimal characterization of the subsurface.
Particularly we offer:
temperature predictions using temperature models
of the long term behavior of injection and production
of optimal borehole depths based on available data
for porous and fractured media
studies for risk assessment
given for a regional temperature model. Displayed is the
temperature distribution at a surface of a geological unit.
The size of the model is about 50 km x 30 km
on the top of Zechstein salt domes and walls , which are
typical elements of the North German Sedimentary Basin.
Displayed is a numerical model covering the area of the City of
Hamburg, Northern Germany.
Example for a reservoir model. The figure shows the
flow and temperature conditions in the surrounding of a deep
geothermal doublet after several years of operation.