Subsurface Excellence for Large-Scale CCS and Storage
Wednesday, 3 January
Technical Session
This session focuses on the subsurface challenges and innovations enabling safe, scalable, and economically viable CO2 storage. Topics include site screening and ranking, storage capacity estimation, injectivity management, geomechanics, plume migration, pressure interference, monitoring and verification strategies, and integration with existing E&P assets. Emphasis is placed on lessons learned from pilots and early commercial projects and how subsurface uncertainty is being managed as CCS moves toward industrial scale.
Session Chairpersons
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AlternateCompositional Modeling Of CO2 Injection In A Nanoporous Unconventional Reservoir Core
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AlternateImpact Of Co₂ Storage Time On Co₂-brine Relative Permeability In Berea Sandstone
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AlternateAssessing CCS Capillary Trapping Capacity Of Ivar Aasen Field Through Steady State Supercritical CO2-brine Relative Permeability Measurements At Reservoir Conditions
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AlternateA Feasibility Study Of Coupled CO2-EOR And Low-cost Hydrogen Production From A Mature Oil Reservoir
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AlternateInjection Rate Optimization For Enhanced Injectivity During Co₂ Storage In Basalt: Experimental Evidence From Core-scale Reactive Transport.
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AlternateRock-fabric And Textural Heterogeneity Quantification From Thin-section Images For Evaluating Co₂ Injectivity And Storage Capacity
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AlternateKetone-assisted Reduction Of Co₂ Minimum Miscibility Pressure In Wag Injection For Pressure-constrained Carbonate
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AlternateComparative Evaluation Of Physics-based And Machine-learning Models For Co₂-brine Relative Permeability Prediction
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AlternateUnderstanding Ccs Monitoring Techniques: Micro-scale Characterization And In-situ Resistivity Monitoring For Time-dependent Studies In The Silurian Dolomite Formation