“Advance Geomechanics, Reservoir Characterization and Imaging Specialist”
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SHALE GAS RESERVOIR CHARACTERIZATION
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Rock Fluid Imaging Lab offers analytical services to ascertain the properties of shale gas reservoirs through a method that is distinct and different from conventional reservoir characterization. This method integrates various strategies, including:
- Fracture Prediction
- Rigidity of Shale (Rock Mechanics and Mineralogy)
- Role of Rock Physics in Shale Gas Prediction
- Geothermal Heat Flow and Gas Maturity
- Pore Pressure Prediction
- Spectral Gamma Survey
- TOC (Total Organic Carbon) Prediction Using Seismic Rock Physics
Targets:
- Characterizing the subsurface natural fractures zone of shale gas layer
- Rock Physics characteristics of shale, especially in generating fractured zone
- Brittleness
- Mineral content of shale
- Rock mechanics test
- Folding parameter for fracture generation
- Natural fracture environment
- Rock Physics
- Fracture based on hybrid impedance - flattening coherence-semblance
- Folding environment
- TOC information of target area
- Temperature window, gradient geothermal or geothermal heat flow
Output Study of Shale Gas Characterization:
- Location
- Subsurface structure using Bourgeur anomaly modeling
- Depositional environment
- Stress regime
- TOC (Total Organic Carbon)
- Geothermal Heat Flow
- Rock Physics characteristics of Shale, especially in creating fractures zone
- Brittleness
- Mineral content of shale
- Rock mechanic test
- Folding parameter for fracture generation
- Natural Fracture environment
- Fracture based on coherence
- Fracture based on hybrid impedance - flattening coherence-semblance
- Fracture based on folding environment
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