Geo-mechanical studies - Field Lifecycle are critical for understanding subsurface rock behavior in response to natural and induced stresses. These studies help optimize drilling, reservoir management, and production strategies while minimizing risks such as wellbore instability, fractures, and induced seismicity.

We provide the following services under 1D, 3D, and 4D geomechanical studies -

• 1D Geomechanical Studies
Vertical analysis of a single wellbore or location.
Stress-Strain Analysis(vertical, minimum horizontal, and maximum horizontal).
Rock Property Estimation
Wellbore Stability Analysis
Pore Pressure Prediction
Mechanical Earth Model (1D MEM)
Drilling Optimization
• 3D Geomechanical Studies
Spatial (volumetric) analysis of a reservoir or field.
Reservoir-Scale Mechanical Earth Modeling (3D MEM)
Stress Field Mapping
Fault and Fracture Stability Analysis
Hydraulic Fracturing Design
Reservoir Compaction and Subsidence Prediction
• 4D Geomechanical Studies
Time-lapse analysis to study changes in rock properties and stresses over time.
Time-Lapse Stress Analysis
Reservoir Deformation Monitoring
Seismicity and Induced Earthquake Risk Assessment
EOR and Injection Monitoring
Geomechanical Feedback for Production Optimization
Integrated Reservoir Management