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- W3021495718 endingPage "107337" @default.
- W3021495718 startingPage "107337" @default.
- W3021495718 abstract "Abstract In the drilling and development of gas fields, gas exhibits good solubility in drilling fluids and in the formation water under high temperatures and pressures. Therefore, the prediction of the amount of dissolved gas in water plays a vital role in the development of natural gas. In this work, the principle of equal fugacity in a gas-liquid equilibrium, a non-iterative gas solubility prediction model was established. The gas-phase fugacity coefficient was calculated by the Peng-Robinson equation of state combined with the non-random mixing rule, and the liquid phase was calculated by Henry's law. The model can predict the solubility of CO2, CH4 and C2H6 in pure water at temperatures of 273–448 K and pressures of 0–100 MPa, with an error of less than 5.5%; however, the calculation accuracy for H2S was low. It is found that the effect of moisture in the gas phase of gas-liquid equilibrium cannot be ignored. Compared with the existing mixed gas solubility experimental data, this model could accurately calculate the solubility of non-polar mixed gases, such as CO2 + CH4, and CH4 + C2H6 mixture. For the mixtures containing a polar gas, the lower the polar gas content, the smaller was the prediction error of the model for the non-polar gas in the mixture. On the contrary, the higher the content of polar gas, the larger was the deviation in the prediction of non-polar gas in the mixture, but lower was the deviation in the prediction of polar gas. Finally, the ability of Krichevsky-Kasarnovsky equation to predict the solubility of pure gas was evaluated." @default.
- W3021495718 created "2020-05-13" @default.
- W3021495718 creator A5010508884 @default.
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- W3021495718 creator A5091143353 @default.
- W3021495718 date "2020-09-01" @default.
- W3021495718 modified "2023-09-24" @default.
- W3021495718 title "A constitutive model for predicting the solubility of gases in water at high temperature and pressure" @default.
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- W3021495718 cites W1967196818 @default.
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- W3021495718 cites W1971649105 @default.
- W3021495718 cites W1975306696 @default.
- W3021495718 cites W1977481991 @default.
- W3021495718 cites W1977998257 @default.
- W3021495718 cites W1980944749 @default.
- W3021495718 cites W1982733509 @default.
- W3021495718 cites W1983922143 @default.
- W3021495718 cites W1984517249 @default.
- W3021495718 cites W1991198786 @default.
- W3021495718 cites W1992691508 @default.
- W3021495718 cites W1994358809 @default.
- W3021495718 cites W1995481729 @default.
- W3021495718 cites W2000568246 @default.
- W3021495718 cites W2004644371 @default.
- W3021495718 cites W2006853934 @default.
- W3021495718 cites W2007538096 @default.
- W3021495718 cites W2007877890 @default.
- W3021495718 cites W2010198346 @default.
- W3021495718 cites W2012881143 @default.
- W3021495718 cites W2013663302 @default.
- W3021495718 cites W2016887343 @default.
- W3021495718 cites W2019231063 @default.
- W3021495718 cites W2020807353 @default.
- W3021495718 cites W2024796433 @default.
- W3021495718 cites W2031119545 @default.
- W3021495718 cites W2032788233 @default.
- W3021495718 cites W2035695555 @default.
- W3021495718 cites W2042101891 @default.
- W3021495718 cites W2042512312 @default.
- W3021495718 cites W2042586818 @default.
- W3021495718 cites W2043204592 @default.
- W3021495718 cites W2043265793 @default.
- W3021495718 cites W2043502390 @default.
- W3021495718 cites W2050739689 @default.
- W3021495718 cites W2050983629 @default.
- W3021495718 cites W2053159782 @default.
- W3021495718 cites W2056917994 @default.
- W3021495718 cites W2057905177 @default.
- W3021495718 cites W2060308713 @default.
- W3021495718 cites W2061512640 @default.
- W3021495718 cites W2064572976 @default.
- W3021495718 cites W2065236035 @default.
- W3021495718 cites W2065977791 @default.
- W3021495718 cites W2075342187 @default.
- W3021495718 cites W2083463148 @default.
- W3021495718 cites W2083976914 @default.
- W3021495718 cites W2087959943 @default.
- W3021495718 cites W2090375997 @default.
- W3021495718 cites W2092181124 @default.
- W3021495718 cites W2094818470 @default.
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- W3021495718 cites W2114152862 @default.
- W3021495718 cites W2127041725 @default.
- W3021495718 cites W2130145081 @default.
- W3021495718 cites W2130706941 @default.
- W3021495718 cites W2161931994 @default.
- W3021495718 cites W2171250148 @default.
- W3021495718 cites W2241009457 @default.
- W3021495718 cites W2316979445 @default.
- W3021495718 cites W2317228350 @default.
- W3021495718 cites W2317264025 @default.
- W3021495718 cites W2318735327 @default.
- W3021495718 cites W2321567077 @default.
- W3021495718 cites W2323549983 @default.
- W3021495718 cites W2330504324 @default.
- W3021495718 cites W2560700522 @default.
- W3021495718 cites W2576318021 @default.
- W3021495718 cites W2735930422 @default.
- W3021495718 cites W2792958075 @default.
- W3021495718 cites W2959815894 @default.
- W3021495718 cites W4253884177 @default.
- W3021495718 doi "https://doi.org/10.1016/j.petrol.2020.107337" @default.
- W3021495718 hasPublicationYear "2020" @default.
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