Let us exploit any aspect of geomechanics to help you optimally appraise waste storage sites.
Human activity produces undesirable waste such as spent radioactive fuel and CO2, which have negative ecologic and human health impacts if they are not disposed of carefully. To safely use underground waste storage options requires a comprehensive knowledge of the subsurface including the geometry, the natural fracture characteristics, and the potential risk of fault reactivation.
Let our experts in that field merge your data with geomechanically-based simulations to help make the right appraisal on:
How to evaluate fault reactivation during tunnel drilling
How to assess safe waste storage locations with respect to future fault reactivation risk
How to appraise CO2 storage within depleted fractured reservoirs
Let us exploit any aspect of geomechanics to help you optimally appraise waste storage sites.