39 Challenging Recovery for Challenging Systems
Tuesday, 4 October
371 A-C
Technical Session
A range of mechanisms is investigated to improve recovery in transmissibility-challenged systems, ranging from shale oil to heavy oil. Polymer-augmented aqueous injection, miscible gas huff-and-puff, cyclic solvent injection, nano-engineered gel displacement, and hybrid cyclic steam injection are the mechanisms explored. Further investigation into flow in nano-channels is described.
Session Chairperson(s)
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1400-1425 210233Polymer Augmented Low Salinity Flooding In Low Permeability Carbonate Reservoirs
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1425-1450 210028The Impact Of Gas-Oil Miscibility On Oil Recovery During Huff-and-Puff EOR In Organic-Rich Shales
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1450-1515 210480Diffusion-based Multiphase Multicomponent Modeling Of Cyclic Solvent Injection In Ultratight Reservoirs
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1545-1610 210259Mechanically-robust Nanocellulose Engineered Preformed-particle-gel For Conformance Control In Fractured Tight Reservoirs: Transport Through Proppant-packed Porous Media
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1610-1635 210467Capillary Rise In Nano-channels Accounting For Boundary Layer Effects And Wall Roughness For Shale Oil
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1635-1700 210459Evaluating Performance And Energy Efficiency Of Hybrid Cyclic Steam Stimulation Technologies With A Novel Experimental Setup
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Alternate 210456Improving Machine Learning Predictions Of Rock Electric Properties Using 3D Geometric Features
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Alternate 210042Is Smart Water Flooding Smarter Than Seawater Flooding In A Fractured Chalk Reservoir?
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Alternate 210009Onshore And Offshore EOR Applications In Brazil: A Review Study