CCUS - Unlocking the Potential of a Decarbonized Future
Tuesday, 24 September
Room 220 - 222
Technical Session
Carbon Capture, Utilization, and Storage (CCUS) is a crucial technology for tackling climate change by capturing carbon emissions from various industries, producing cleaner energy, and potentially removing existing carbon dioxide. Its multi-faceted approach reduces greenhouse gas emissions, improves energy security, and creates economic opportunities. This session explores CCUS technologies, their potential, advancements, utilization options, geomechanical risks, and safe storage methods, highlighting their role in the global transition to decarbonized energy future.
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0830-0855 220974Quantification of the Effect of CO2 Storage on CO2-Brine Relative Permeability in Sandstone Reservoirs: An Experimental Study
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0855-0920 220803Improving Saline Aquifer Caprock Integrity In CO2 Geosequestration Using Waste Plastics
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0920-0945 220867Enhancing Cement Integrity In CO2 Sequestration Wells - Advanced Strategies And Implications For Environmental Regulatory Standards
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1015-1040 220246Energy-efficient Amine Regeneration For Absorption-based Carbon Capture: Detailed Kinetic Studies For CO2 Mineralization
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1040-1105 220743Improving Injectivity Of CO2 In Saline Aquifers Through Chemical Additives
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1105-1130 220815Accelerated Carbon Capture and Storage via Mineral Carbonation: A Laboratory-Scale Investigation
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Alternate 220753Insights Into The Impacts Of Heterogeneity And Capillary Pressure In CO2 Storage In Depleted Gas Reservoirs With A Focus On Water Backflow And Hydrate Formation
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Alternate 221060Physiochemical And Mechanical Aspects Of CO2 Storage In Deep Saline Aquifers: An Experimental Study
