Field Development and Geoscience: Enhanced Oil Recovery (EOR): Chemical, CO2, and Gas Applications I
Tuesday, 10 June
Hall D1
Technical Session
This session covers advanced Enhanced Oil Recovery (EOR) techniques, including the impact of HPAM on foam flooding, polymer qualification for low permeability reservoirs, and optimizing surfactant blends for high-temperature, high-salinity carbonate reservoirs. It also addresses fluid model development for the Volve Field, recovery optimization in marginal compartmentalized reservoirs, and the evaluation of oilfield emulsions stability and water-oil separation processes. Additionally, the session examines the reinvasion phenomenon and the effect of concentric casings on pulsed neutron technology in mature carbonate reservoirs.
Session Chairpersons
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1300-1325 225468Impact Of HPAM On Oil Recovery During Foam Flooding Using Nanotube-stabilized Foams.
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1325-1350 225477Polymer Qualification For Low Permeability Reservoirs In Austria: Liquid Vs. Powder
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1350-1415 225503Optimizing Surfactant Blends For Eor Application In High-temperature, High-salinity Carbonate Reservoirs
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1415-1440 225470End-to-end Fluid Model Development For The Volve Field
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Alternate 225481Recovery Optimization Of A Marginal Compartmentalized Austrian Heavy Oil Reservoir Applying Water Flooding And Chemical EOR
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Alternate 225504Polymers In Production Water: Evaluation Of Oilfield Emulsions Stability And Water-oil Separation Processes
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Alternate 225483Evaluating Reinvasion Phenomenon And The Effect Of Concentric Casings On Pulsed Neutron Technology In A Giant Mature Carbonate Reservoir