Advances in Integrated Reservoir Geomechanics
Tuesday, 21 October
Room 342AD
Technical Session
The role of Geomechanics has become increasingly significant over the years as we explore complex and challenging reservoirs for production and carbon storage. This session will cover a wide range of topics linked with geomechanics including experimentation, characterization, modeling and simulation.
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0830-0855 228146Benchmarking Non-isothermal Compositional Flow And Geomechanics Coupled Simulators With Fracture Propagation For Cold Co₂ Injection Scenarios
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0855-0920 228134The Role Of Geomechanics In Pressure Transient Analysis For Reservoir Evaluation
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0920-0945 227996Analysis Of Shut-in Pressure Data From Hydraulic Fracturing With Non-uniform Proppant Distribution: Model And Application
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1015-1040 228100Stress-field Reorientation Mechanisms During Extended Above-fracture-pressure Injection: Numerical Modeling Of Enhanced Fracture Network Complexity In Tight Formations
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1040-1105 228160A Novel Pore-network Model For Shale Oil-water Two-phase Flow Incorporating Lithofacies-dependent Rock Mechanics
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1105-1130 227867Optimizing Water Management In Hydraulic Fracturing: Degradable Fiber Additives For Enhanced Leak-off Control And Efficient Fluid Use
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Alternate 227936Compact Dual-variable Correlation Of Permeability Variation In Naturally Fractured Porous Formations By Stress And Thermal Deformation
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Alternate 228094Quantifying The Effects Of Fluid Flow Along Faults On Formation Geomechanics: Implications For Stability And Reservoir Integrity
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Alternate 228036Quantifying The Impacts Of Shale And Clay Distributions On The Effective Elastic Properties Of Shaly-sandstones
