CO₂ Storage Engineering: From Subsurface Integrity to System Design
Wednesday, 21 October
Room 371 AD
Technical Session
This session explores the evolution of CO2 storage from a subsurface capacity problem to an integrated engineering system, covering capture-to-storage integration, transport and injection performance, geomechanics and caprock integrity, multiphase flow, and advanced modeling for regulatory and operational assurance. Case studies, experiments, and next-generation simulation and data-driven methods illustrate how multidisciplinary engineering enables safe, scalable, commercial-scale CCUS.
Session Chairpersons
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1400-1425 233928Fault Weakening in Carbonates Induced by Clay Enrichment during CO2 Storage
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1425-1450 233980What To Log In CCS Appraisal Well? Lesson Learned From Offshore UK
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1450-1515 234006Closing The Loop From Seismic To Dynamic And Back To Seismic, Iterations To Reach Spatial History Match
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1545-1610 233874Surface-Wellbore-Reservoir Coupled Modeling for CO₂ Storage: Quantifying Operational Controls and Predictive Biases in Injection Performance
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1610-1635 233952Dimensional and Scaling Analysis of Binary Gas in Shale Reservoirs
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1635-1700 233944Experimental Investigation of the Effect of Gas Impurities on Carbon Dioxide (CO2)/Brine Interfacial Tension for CCUS Applications
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Alternate 233880Reconstruction of Legacy PVT Data for CO₂-EOR and Storage Feasibility Studies Using a Fit-for-Purpose EOS
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Alternate 234043Effect of Injection Strategy on Co2 Mineralization in Basalt
