Advances in EOR 2: Laboratory, Modeling and Field Deployment
Wednesday, 3 January
Technical Session
This session highlights recent advancements in enhanced oil recovery (EOR) strategies focused on polymer, low-salinity waterflooding, and CO2-based processes, with an emphasis on both technical performance and practical deployment. The session focuses on the roles of these EOR methods from laboratory to field-pilot application in diverse reservoir environments. These contributions highlight cost-effective and technically promising techniques towards improving recovery efficiency.
Session Chairpersons
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AlternateEffectiveness Of Low Concentration Thickener In Secondary/Tertiary And Wag Injection Processes From CO2 Viscosity And Interfacial Elasticity Increase
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AlternateAdvancing Co2-Enhanced Oil Recovery With Technoeconomic Modeling
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AlternateFast-tracking Polymer Injection Development In Small Fields In South Oman Following A Successful Pilot
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AlternateUpside Potential Of Low Salinity Waterflood Eor In Carbonate Reservoirs—Crude Compositional Impact On Oil Recovery
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AlternateWaterflood Mobility Control By Low-Salinity Polymer Flooding At High Adverse Mobility Conditions
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AlternateIntegrated Formulation Optimization And Coreflood Validation Of Surfactant-polymer Flooding In A High-temperature Anhydrite-rich Dolomite Reservoir
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AlternateSurfactant-polymer Interactions Under Reservoir Conditions: Coupled Phase Behavior And Interfacial Tension Measurements For Chemical EOR
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AlternateAdvanced Multivariate Geochemical Fingerprinting Reveals Compartmentalization, Complex Reservoir Filling, And EOR-induced Oil Changes In A Mature Abu Dhabi Oilfield, UAE
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AlternateDefining The Viscosity Limits Of Hybrid Polymer Flooding In Heavy Oils


