2008 · 16 citations · 11 references
EngineeringGlass-forming LiquidFluid MechanicsDisplacement MechanismsGlass MaterialPorous BodyRheological MeasurementRheologyMicrobial EcologyEnvironmental MicrobiologyMicrofluidicsBiophysicsMior Displacement MechanismsEnhanced Oil RecoveryRheology ControlPlasticityMultiphase FlowPore Level StudyPore StructureOil RecoveryMicrofabricationPorosityMicrobiologyAbstract Micromodel ExperimentsMedicine
Abstract Micromodel experiments have been executed in order to have better insight into the displacement mechanisms allowing Rhodococcus sp. 094 to increase oil recovery. Changes caused by the bacteria in the fluid interfaces and pore walls have been recorded and are presented. The previously suspected mechanisms are further confirmed by the results, but a much better insight into the details of how the process occurs has been obtained and a theory for this process is developed.
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Potential Uses of Microorganisms in Petroleum Recovery Technology
R.S. Bryant · 1987 · 38 citations · Full text
Dejun Deng, Chenglong Li, quanyi Ju et al. · SPE Asia Pacific Oil and Gas Conference and Exhibition · 1999 · 33 citations
Engineering, Microbial Eor Mechanisms, Abstract Microbial Eor +17