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• W3138676048 endingPage "2396" @default.
• W3138676048 startingPage "2380" @default.
• W3138676048 abstract "Summary Phase behavior and physical properties including saturation pressures, swelling factors (SFs), phase volumes, dimethyl ether (DME) partition coefficients, and DME solubility for heavy-oil mixtures containing polar substances have been experimentally and theoretically determined. Experimentally, novel phase behavior experiments of DME/water/heavy-oil mixtures spanning a wide range of pressures and temperatures have been conducted. More specifically, a total of five pressure/volume/temperature (PVT) experiments consisting of two tests of DME/heavy-oil mixtures and three tests of DME/water/heavy-oil mixtures have been performed to measure saturation pressures, phase volumes, and SFs. Theoretically, the modified Peng-Robinson equation of state (EOS) (PR EOS) together with the Huron-Vidal mixing rule, as well as the Péneloux et al. (1982) volume-translation strategy, is adopted to perform phase-equilibrium calculations. The binary-interaction parameter (BIP) between the DME/heavy-oil pair, which is obtained by matching the measured saturation pressures of DME/heavy-oil mixtures, works well for DME/heavy-oil mixtures in the presence and absence of water. The new model developed in this work is capable of accurately reproducing the experimentally measured multiphase boundaries, phase volumes, and SFs for the aforementioned mixtures with the root-mean-squared relative error (RMSRE) of 3.92, 9.40, and 0.92%, respectively, while it can also be used to determine DME partition coefficients and DME solubility for DME/water/heavy-oil systems." @default.
• W3138676048 created "2021-03-29" @default.
• W3138676048 creator A5015928844 @default.
• W3138676048 creator A5055543136 @default.
• W3138676048 creator A5061583002 @default.
• W3138676048 date "2021-03-11" @default.
• W3138676048 modified "2023-10-16" @default.
• W3138676048 title "Phase Behavior and Physical Properties of Dimethyl Ether/Water/Heavy-Oil Systems Under Reservoir Conditions" @default.
• W3138676048 cites W1660037234 @default.
• W3138676048 cites W1967568411 @default.
• W3138676048 cites W1970714737 @default.
• W3138676048 cites W1978743252 @default.
• W3138676048 cites W1979263955 @default.
• W3138676048 cites W1980414205 @default.
• W3138676048 cites W1981524396 @default.
• W3138676048 cites W1982894666 @default.
• W3138676048 cites W1986099760 @default.
• W3138676048 cites W1990353836 @default.
• W3138676048 cites W2002062524 @default.
• W3138676048 cites W2005610502 @default.
• W3138676048 cites W2008818384 @default.
• W3138676048 cites W2011043234 @default.
• W3138676048 cites W2013915446 @default.
• W3138676048 cites W2016347476 @default.
• W3138676048 cites W2022321332 @default.
• W3138676048 cites W2029736218 @default.
• W3138676048 cites W2032151585 @default.
• W3138676048 cites W2032495830 @default.
• W3138676048 cites W2043381579 @default.
• W3138676048 cites W2045500079 @default.
• W3138676048 cites W2053412108 @default.
• W3138676048 cites W2055354478 @default.
• W3138676048 cites W2075808267 @default.
• W3138676048 cites W2087998473 @default.
• W3138676048 cites W2088284529 @default.
• W3138676048 cites W2098740155 @default.
• W3138676048 cites W2108805704 @default.
• W3138676048 cites W2129288307 @default.
• W3138676048 cites W2139034939 @default.
• W3138676048 cites W2159574810 @default.
• W3138676048 cites W2237829339 @default.
• W3138676048 cites W2288934811 @default.
• W3138676048 cites W2302318293 @default.
• W3138676048 cites W2303852142 @default.
• W3138676048 cites W2323444365 @default.
• W3138676048 cites W2325906383 @default.
• W3138676048 cites W2327223886 @default.
• W3138676048 cites W2328512276 @default.
• W3138676048 cites W2332022572 @default.
• W3138676048 cites W2334672967 @default.
• W3138676048 cites W2344840254 @default.
• W3138676048 cites W2395333160 @default.
• W3138676048 cites W2485650723 @default.
• W3138676048 cites W2524715309 @default.
• W3138676048 cites W2535443828 @default.
• W3138676048 cites W2537880889 @default.
• W3138676048 cites W2548731196 @default.
• W3138676048 cites W2555046277 @default.
• W3138676048 cites W2559999441 @default.
• W3138676048 cites W2573895353 @default.
• W3138676048 cites W2584206776 @default.
• W3138676048 cites W2614038160 @default.
• W3138676048 cites W2624258325 @default.
• W3138676048 cites W2710628617 @default.
• W3138676048 cites W2735216833 @default.
• W3138676048 cites W2744756999 @default.
• W3138676048 cites W2753582956 @default.
• W3138676048 cites W2754169350 @default.
• W3138676048 cites W2767509613 @default.
• W3138676048 cites W2790404439 @default.
• W3138676048 cites W2793702764 @default.
• W3138676048 cites W2805772109 @default.
• W3138676048 cites W2809673526 @default.
• W3138676048 cites W2897556324 @default.
• W3138676048 cites W2914118163 @default.
• W3138676048 cites W2915024708 @default.
• W3138676048 cites W2948373802 @default.
• W3138676048 cites W2959255714 @default.
• W3138676048 cites W2969595177 @default.
• W3138676048 cites W2980792818 @default.
• W3138676048 cites W2980952970 @default.
• W3138676048 cites W2986716963 @default.
• W3138676048 cites W2996223679 @default.
• W3138676048 cites W2998006929 @default.
• W3138676048 cites W3010308511 @default.
• W3138676048 cites W3010794106 @default.
• W3138676048 cites W3011157152 @default.
• W3138676048 cites W3011277790 @default.
• W3138676048 cites W3016925333 @default.
• W3138676048 cites W3040492384 @default.
• W3138676048 cites W3040730029 @default.
• W3138676048 cites W3045235460 @default.
• W3138676048 cites W4251838010 @default.
• W3138676048 cites W4300503707 @default.
• W3138676048 doi "https://doi.org/10.2118/205353-pa" @default.
• W3138676048 hasPublicationYear "2021" @default.
• W3138676048 type Work @default.
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