From Capture to Storage: Next-Generation Technologies for CO2 Management
Tuesday, 21 October
Room 332CF
Technical Session
Explore innovations and multidisciplinary approaches to enhance Carbon Dioxide (CO2) Capture, Utilization, and Storage (CCUS) systems. Topics include novel materials for caprock integrity, optimized wellbore strategies, and permeability changes during CO2-saturated brine injection. Discover energy-efficient carbon mineralization, catalytic enhancements for CO2 sequestration, and microbial systems for improved carbon capture. Gain insights into offshore CO2 storage challenges, high-temperature polymer composites, and geomechanical simulations for injection pressure evaluation. Integrating numerical modeling, experimental studies, and industry initiatives, this session fosters collaboration to overcome barriers in sustainable climate mitigation through CCUS technologies.
Session Chairpersons
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1400-1425 228030Development Of High-temperature Fiber Reinforced Polymer Composites For Cost-effective Carbon Capture, Utilization, And Storage (ccus) Operations
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1425-1450 227948Remediating Caprock Integrity Of Deep Saline Aquifers For Safe CO2 Geological Storage Using A CO2-responsive Hybrid Gel With Delayed Gelation Time And Rock Adhesion
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1450-1515 2280894-D Coupled Geomechanics Simulation For CO2 Critical Injection Pressure Evaluation In Offshore China
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1545-1610 228197Optimized Wellbore Completion Strategies Secures Co₂ Storage In Multilayered Saline Aquifers
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1610-1635 228169Impact Of Co2 Injection Well Transients On CCUS Systems: A Comprehensive Integrated Surface Subsurface Modeling Approach
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1635-1700 228047Co2 Capture By Energy-efficient Carbon Mineralization
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Alternate 228087Numerical And Experimental Study Of The Kinetics Of Permeability Changes In CO2-saturated Brine Injection Process For Enhanced CO2Sequestration
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Alternate 227968Integrated Study Of Screening And Evaluation For Offshore CO2 Storage Sites: China’s First 10 Mtpa CCS Project
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Alternate 228011SPE CO2 Storage Work Group: Uniting Industry To Overcome Regulatory, Economic, And Technical Challenges