geomecon
  • About
  • Services
  • roxol
  • Research
  • Portfolio
  • Contact
  •  DE

induced seismicity

A technically sound and well-founded examination of induced seismicity is one of the basic requirements for the public acceptance and licensing approval of projects such as geothermal power plants, hydrocarbon production, sequestration or dams.

The foundation for a deterministic geomechanical analysis of the induced seismicity potential is a sound estimate of the stress field. Modelling with a subsequent numerical simulation of the geomechanical system behaviour allows to assess the influence of production and injection on fault stability, subsidence, and borehole integrity. The influence of loads created by filling and emptying water reservoirs can similarly be evaluated. The approach taken by geomecon GmbH considers all relevant geological structures and simulates the system behaviour incorporating both poroelastic and fracture mechanical models. This distinctly sets apart the geomechanical analyses by geomecon GmbH from the competition.
Our approach allows to further use the created models for classic reservoir engineering and operational optimisation.

outcome

  • maximum moment magnitude
  • optimization of injection and production rates
  • optimization of well trajectories

selected references

  • Central European Petroleum - analysis of fault reactivation potential during stimulation
  • G.E.O.S. Freiberg - simulating the influence of the stresses on a fault system
  • BMWi - analysis of the St. Gallen incident
GEOMECON GmbH

 Reuchlinstr. 10
 10553 Berlin
 Germany

CONTACT

phone +49 30 28097973
email solutions@geomecon.de
 career
linkedin linkedin

KEY SERVICES
 laboratory
 stress field modelling
 induced seismicity
 more services...
CUSTOMER SERVICE

 imprint
 library
 data protection