Field Development and Geoscience: Enhanced Oil Recovery (EOR): Chemical, CO2, and Gas Applications II
Wednesday, 11 June
Hall D1
Technical Session
This session delves into advanced Enhanced Oil Recovery (EOR) techniques and CO2 storage. Topics include polymer injection EOR in complex fields, CO2 injection and storage design for triple porosity reservoirs, and CO2-switchable surfactants for foam optimization. We'll also discuss transforming polymer floods in Oman, polymer flooding in the Matzen Field for EOR and CO2 reduction, sustainable biopolymer projects, and zonal quantification of gas and condensate inflow using gas tracer systems and wellbore inflow modeling. Join us for these innovative insights.
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1525-1550 225547Polymer Injection Enhanced Oil Recovery (EOR) In Complex Fields: Challenges, Lessons Learned And Future Applications
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1550-1615 225539Full Cycle Design Of A CO2 Injection And Storage For A Triple Porosity Carbonate Reservoir
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1615-1640 225576Co2-switchable Surfactants For Foam Behavior Optimization: Experimental Insights For Co2 Storage Applications
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1640-1705 225509Transforming Ongoing Field Scale Polymer Flood In Oman To A Lean And Competitive Polymer Development Using Insights From Miscible/Miscible Displacement Instabilities Study
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Alternate 225564Polymer Flooding In The Matzen Field: A Pathway To Enhanced Oil Recovery And Co2 Emission Reduction
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Alternate 225590Novel Approach In CEOR: Sustainable And Cost-effective Biopolymer Project To Extend The Life Of Oil Fields
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Alternate 225562Zonal Quantification Of Gas And Condensate Inflow By Combination Of Gas Tracer Systems And Wellbore Inflow Modelling