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Geomechanics
Geomechanics
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Geomechanics

Services

Geomechanical
Model
  • Determine stress magnitudes and orientations
  • Assess pore pressure and depletion effects
  • Characterize stress contrasts for seal efficiency
Geomechanical
Effects
  • Stress changes due to changes in reservoir pressure
  • Cooling effects
  • Risk for fault reactivation
  • Interpretation of induced seismicity
Safe Operating Parameters
  • Determine safe limits for injection volumes
  • Understand limits for reservoir pressure changes
  • Predict and monitor extent of pressure changes

Fault Slip Assessment

  • Fault slip induced by pressure changes is a significant risk that can affect subsurface stability and project safety, making effective management essential.
  • Use Carbon Guardian’s geomechanical expertise to accurately assess the stress state and mechanical parameters of faults, providing crucial insights into fault behavior.
  • Employ the C44 platform to perform detailed probabilistic risk assessments focused on pressure-induced fault slip, allowing for a thorough analysis of potential scenarios.
  • The C44 platform features tools for event detection and localization, visualizing seismic activity within your geological model.
  • Base your analysis on realistic uncertainties related to all physical parameters, enhancing the reliability of your assessments and decision-making.
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