Unleashing a Clean Energy Trifecta: Integrating Geothermal, CCUS, and Hydrogen for a Seamless Energy Transition
Wednesday, 25 September
Room 210
Technical Session
Integrating CCUS, geothermal, and hydrogen technologies by innovation creates a powerful trio for a sustainable energy future. This session explores the critical role of integrating geothermal, CCUS, hydrogen technologies, and emerging knowledge in achieving a seamless energy transition. This session also delves into developing solutions and innovations for this geothermal-CCUS-hydrogen nexus, production strategies, efficient storage, distribution, and applications that can accelerate a clean energy economy.
Session Chairpersons
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1400-1425 220792Quantitative Laboratory Assessment Of Caprock Integrity For Geological Carbon And Hydrogen Storage
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1425-1450 220692Modeling Hydrogen Storage In El Carito-Mulata And Santa Barbara Fields, Eastern Venezuela Basin: Focus On The Cushion Gas Effect And Identification Of Recovery Mechanisms
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1450-1515 220927Integrated Thermo-hydro-chemo-mechanical (THCM) Analysis For Evaluating Co2 Plume Geothermal System Potential
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1515-1540 220868Assessment Of Storage Efficiency Factor Of Deep Saline Aquifers Using Early 500 Ktonnes Of Injected CO2 At The Aquistore CCS Site
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1540-1605 220739The Role Of Pulsed-neutron Technology For Long-term Carbon Monitoring: Sensitivity Assessment Of Co2 And H2 In Geosequestration Applications From Monte Carlo Particle Transport Modeling
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1605-1630 220823Fostering Storage Integrity In Offshore Geological Hydrogen Storage Sites: Insights From Coupled Flow And Geomechanical Studies
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Alternate 220799Debonding Phenomena At Cement-Sandstone Interface During Underground Hydrogen Storage
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Alternate 220996Feasibility And Optimization Of CO2 Storage In Depleted Hydrate Reservoirs
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Alternate 220767Process Simulation Of Adsorption Process In Hydrogen Purification: A Pathway For Cleaner Energy Production Through Carbon Capture & Storage
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