Improved Oil Recovery by Waterflooding - University of Wyoming
Improved Oil Recovery by Waterflooding - University of Wyoming
Improved Oil Recovery by Waterflooding - University of Wyoming
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Project Personal<br />
• Norman Morrow<br />
• Carol Robinson (administration)<br />
• Winoto Winoto, Ph.D.<br />
– Low salinity, removal <strong>of</strong> water blocks, rate effect, and core properties for screening cores<br />
• Nina Loahardjo, Ph.D.<br />
– Low salinity, sequential waterflooding, and interfacial properties<br />
• Siluni Wickramatilaka, Ph.D.<br />
– Spontaneous Imbibition – scaling <strong>of</strong> viscosity ratio etc., gravity dominated imbibition, MRI imaging<br />
<strong>of</strong> an imbibition front, low salinity imbibition at Sor, surfactant enhanced imbibition<br />
• Pu Hui, Ph.D.<br />
– Low salinity flooding <strong>of</strong> reservoir cores including CBM water, chemical analysis and inline<br />
monitoring <strong>of</strong> pH and conductivity <strong>of</strong> effluent brine<br />
• Behrooz Raeesi, Ph.D. Student<br />
– Drainage/imbibition capillary pressure data, theory and experiments on surface energy, wetting and<br />
surface roughness<br />
EORI staff<br />
• Peugui Yin<br />
– Petrophysics: thin section analysis and data acquisition: surface areas, clay analysis, cation<br />
exchange capacities (Susan Schwapp)<br />
• Shaochang Wo<br />
– Data analysis, modelling, simulation<br />
Machine shop<br />
E N H A N C E D O I L R E C O V E R Y I N S T I T U T E<br />
• Ron Borgialli, George Twitchell, and Dean Twitchell
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