SPE Reservoir Engineering · 1993 · 40 citations · 12 references
EngineeringLiquid-liquid FlowFluid MechanicsMechanical EngineeringPhase EquilibriaExperimental ThermodynamicsLiquid DensitiesGas-liquid FlowEquilibrium VaporReservoir EngineeringTwo-phase FlowPetroleum ReservoirFluid PropertiesPetroleum ProductionHeavy Oil RecoveryThermodynamicsCo2 Miscible FloodingExperimental Phase DensitiesCo2 Immiscible FloodingEnhanced Oil RecoveryMultiphase FlowCo2/reservoir-oil SystemInterfacial TensionsPhase EquilibriumSummary Experimental DataEnhanced Oil Production
Summary Experimental data are presented for equilibrium vapor and liquid densities and interfacial tensions (IFT's) for two multi-component mixtures. Data are presented at 120 and 150°F for a CO2/synthetic-oil (containing the n-paraffins, methane to tetradecane) and at 130°F for a CO2/recombined-reservoir-oil system. In both systems, measurements include the near-critical region, where IFT's become very low. These data should be useful in developing and testing models to predict phase behavior and IFT's for CO2 EOR operations.
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N. Nagarajan, Robert L. Robinson · Journal of Chemical & Engineering Data · 1986 · 211 citations
Engineering, Phase Equilibria, Altmetric Attention Score +20
Jack J. C. Hsu, N. Nagarajan, Robert L. Robinson · Journal of Chemical & Engineering Data · 1985 · 147 citations
Engineering, Phase Equilibria, Altmetric Attention Score +18