Advances in EOR 1: Laboratory, Modeling and Field Development
Wednesday, 3 January
Technical Session
This session brings together cutting-edge research on chemical enhanced oil recovery (CEOR) and CO2 injection strategies to maximize oil recovery across conventional and unconventional reservoirs. Topics include experimental and modeling studies as well as field applications. Collectively, these works highlight integrated approaches to improving recovery efficiency while addressing reservoir challenges.
Session Chairpersons
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AlternateSystematic Experimental Evaluation Of Co2 - Dimethyl Ether (dme) Blends For Miscibility And Oil Recovery Enhancement In Dead And Live Crude Oil Systems
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AlternateSurfactant Vs. Surfactant-polymer Flooding In Laboratory And Field-scale Studies
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AlternateExperimental Investigation Of Ketone-surfactant Synergism For Improving Oil Recovery In Unconventional Low Permeability Oil Reservoirs
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AlternateGeophysics-informed Deep Reinforcement Learning Co-optimization Of Enhanced Oil Recovery And Carbon Storage Under Dynamic Geological And Economic Uncertainty
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AlternateModeling Of Optimum Salinity For Formulations With Multiple Surfactants And Alcohol
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AlternateAlkali‑Polymer Eor From Pores To Field: An Evidence‑Based Scale‑Up Framework
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AlternateMitigating Mineral Dissolution-precipitation Damage Via Acid-surfactant Treatments In Carbonate Saline Aquifers Exposed To Co₂
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AlternateMechanism Of Environmental-friendly Surfactant Molecule In Stabilizing N2 Nanobubbles And Enhancing Oil Recovery Simultaneously In Low Permeability Reservoir
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AlternateTotal, Mobile, And Non-producible Oil: A Game-changing Geochemical Method For Optimum Perforation Interval Selection And EOR Strategies


