SPE Reservoir Engineering · 1987 · 84 citations · 14 references
EngineeringChemical EngineeringPetroleum EngineeringComputational Fluid DynamicsFluid DynamicsReservoir SimulationFlow ModelingFluid PropertiesPolymer FloodingPolymer Phase BehaviorPolymer PhysicsPolymer SimulationAdsorption ModelingCapillary NumberMicellar FloodingNumerical Simulation Of Polymer FloodingPermeability ReductionPhysical ModelsPhysical PropertiesThree-dimensional Flood Modeling
Summary This is one of three companion papers describing a micellar/polymer or chemical flood simulator and comparing it to experimental data. A three-dimensional version of this simulator has been developed, but in this paper we describe only the one-dimensional (1D) flow equations because we focus on comparisons with linear coreflood data and related physical properties. All physical property models are the same in both versions, however. The property models described in this paper are (1) inaccessible PV, (2) permeability reduction, (3) polymer-phase viscosity, (4) adsorption, (5) residual phase saturations as a function of capillary number, and (6) relative permeabilities.
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Principles of Polymer Chemistry.
Maurice L. Huggins · Journal of the American Chemical Society · 1954 · 16.6K citations