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• W3127686079 endingPage "2935" @default.
• W3127686079 startingPage "2914" @default.
• W3127686079 abstract "Enhancing oil recovery by injecting CO2 into the reservoirs is a widely employed technique in the oil industry. The density of solutions is a key property to affect the performance and design of CO2-enhanced oil projects. A comprehensive review is presented on the available density data and correlations of the equation of state (EOS) for CO2–alkane binary and ternary solutions in this paper. A sufficient set of data is available for CO2–alkane binary solutions, especially for CO2–decane solutions; however, for the rest of the CO2–alkane binary solutions, data of density are limited to a certain range of pressure and temperature at the phase-equilibrium and compressed-liquid states. The data have been used for EOS validations and the development of EOS correlations. Furthermore, data on CO2–alkane ternary solutions are limited. The temperatures and pressures in the seven available data sets reach 373.2 K and 19 MPa, respectively, which are limiting the development of EOS correlations. No density data are available for CO2–heptadecane/nonadecane binary solutions. From the validations of four selected EOS correlations, viz., Soave–Redlich–Kwong (SRK), Peng–Robinson (PR), Benedict–Webb–Rubin–Starling (BWRS), and perturbed-chain statistical associating fluid theory (PC-SAFT) EOSs, the SRK EOS is recommended for predicting the density of CO2–heptane/decane/tetradecane binary solutions. The rank of the correlations is SRK EOS, PC-SAFT EOS, PR EOS, and BWRS EOS." @default.
• W3127686079 created "2021-02-15" @default.
• W3127686079 creator A5022362214 @default.
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• W3127686079 creator A5088003172 @default.
• W3127686079 date "2021-01-28" @default.
• W3127686079 modified "2023-10-05" @default.
• W3127686079 title "Review of Density Measurements and Predictions of CO₂–Alkane Solutions for Enhancing Oil Recovery" @default.
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