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IOR 2009 - 15th European Symposium on Improved Oil Recovery
- Conference date: 27 Apr 2009 - 29 Apr 2009
- Location: Paris, France
- ISBN: 978-90-73781-60-3
- Published: 27 April 2009
61 - 64 of 64 results
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Investigation of Field Scale Dispersion
Authors A. K. John, L. W. Lake, S. L. Bryant and J. W. JenningsSummary not available
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Improved Oil Recovery from Tensleep Sandstone – Studies of Brine-Rock Interactions by Micro-CT and AFM
Authors E. Lebedeva, T. J. Senden, M. Knackstedt and N. MorrowNumerous laboratory studies show that oil recovery by waterflooding can depend on the composition of
the injected water. In particular, low salinity water injection has been shown to improve oil recovery in
both laboratory core floods and field pilot tests. While the presence of clay, crude oil, and an initial water
saturation have all been identified as minimal and necessary conditions for increased recovery from clastic
rocks, their relationship as well as other relevant conditions remain uncertain.
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Single-Well Chemical Tracer Tests (SWTT) experience in the Mature Handil Field: Evaluating Stakes before launching an EOR Project.
Authors C. Romero, F. Aubertin, E. Cassou, P. Cheneviere, J. S. Tang, J. Odiorne, P. Cordier and J. BatiasThe success of EOR projects in targeting residual reserves in mature fields strongly depends on having an adequate description of both remaining oil distribution (ROS) and reservoir heterogeneity to correctly locate EOR objectives. As a consequence, many projects are incorporating the use of tracers to better characterize candidate fields and to identify, among others, remaining oil and the existence of preferential flow paths or flow barriers that could affect EOR recovery.
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