FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2524090582> ?p ?o ?g. }

• W2524090582 abstract "Abstract Geologic formations with abnormally high pressure and temperature are capable of storing huge amounts of methane, the production of methane while storing CO2 in aquifer could help offset the cost of CO2 capture and sequestration. The effect of dissolved CO2 in the water-rich phase on the total methane recovery from a CH4-saturated aquifer is still not clear, due to the lack of reliable equation of state to model water-containing reservoir gas systems. Modeling vapor-liquid phase equilibria of water-containing reservoir gas systems is previously considered a challenge for the cubic equation of state models. A concise and reliable phase behavior model for compositional reservoir simulation is presented that uses a modified Wong-Sandler mixing rule with Non-Random-Two-Liquid (NRTL) model to perform flash calculation and stability analysis for gas-water systems (CH4-H2O, CO2-H2O, CO2-CH4-H2O, etc) at reservoir temperatures and pressures. The proposed model is able to handle both strongly polar fluid system and hydrocarbon fluid system under the same thermodynamic framework. The model performance for the CH4-H2O and CO2-CH4-H2O systems was validated by a large amount of experimental data. As for the CH4-H2O system, the average absolute deviation of model calculated phase composition from the experimental data is around 5% for the gas phase and 7% for the aqueous phase. The model was used to simulate the two processes of CH4 recovery by CO2 injection: 1) the forward multiple-contact process; and 2) the backward multiple-contact process. The results showed that the forward multiple-contact process dominates CH4 recovery by CO2 injection. The maximum CH4 recovery factor (MRF) from CH4-saturated water by CO2 injection is approximately 50% to 70% and it is achieved only within a narrow temperature range (350 to 370K), regardless of pressure. The multiple-contact phase behavior simulation showed that, in typically reservoir pressures and temperatures (20 to 160 MPa, and 300 to 470K), 5 to 12 mole CO2 may be needed to recovery 1 mole of CH4 from CH4-saturated water." @default.
• W2524090582 created "2016-10-07" @default.
• W2524090582 creator A5023782808 @default.
• W2524090582 date "2016-09-26" @default.
• W2524090582 modified "2023-09-26" @default.
• W2524090582 title "Flash Calculation and Phase Stability Analysis of Reservoir Gas-Water System—Implication for Extracting Dissolved CH4 by CO2 Injection" @default.
• W2524090582 cites W1444398867 @default.
• W2524090582 cites W1656388686 @default.
• W2524090582 cites W1837366799 @default.
• W2524090582 cites W1963763094 @default.
• W2524090582 cites W1966409448 @default.
• W2524090582 cites W1970689830 @default.
• W2524090582 cites W1971613502 @default.
• W2524090582 cites W1971649105 @default.
• W2524090582 cites W1972807145 @default.
• W2524090582 cites W1973575989 @default.
• W2524090582 cites W1973847387 @default.
• W2524090582 cites W1974315408 @default.
• W2524090582 cites W1974430435 @default.
• W2524090582 cites W1976883040 @default.
• W2524090582 cites W1978881510 @default.
• W2524090582 cites W1979359711 @default.
• W2524090582 cites W1979495765 @default.
• W2524090582 cites W1983500024 @default.
• W2524090582 cites W1986350522 @default.
• W2524090582 cites W1987873485 @default.
• W2524090582 cites W1992171359 @default.
• W2524090582 cites W1992477923 @default.
• W2524090582 cites W1992623294 @default.
• W2524090582 cites W1992691508 @default.
• W2524090582 cites W1994310840 @default.
• W2524090582 cites W1994358809 @default.
• W2524090582 cites W1999190409 @default.
• W2524090582 cites W1999924339 @default.
• W2524090582 cites W2000568246 @default.
• W2524090582 cites W2004317072 @default.
• W2524090582 cites W2005441389 @default.
• W2524090582 cites W2007245419 @default.
• W2524090582 cites W2007877890 @default.
• W2524090582 cites W2008312376 @default.
• W2524090582 cites W2009620117 @default.
• W2524090582 cites W2010198346 @default.
• W2524090582 cites W2010344523 @default.
• W2524090582 cites W2011043234 @default.
• W2524090582 cites W2012775422 @default.
• W2524090582 cites W2015282119 @default.
• W2524090582 cites W2016398658 @default.
• W2524090582 cites W2019231063 @default.
• W2524090582 cites W2020807353 @default.
• W2524090582 cites W2021304100 @default.
• W2524090582 cites W2024796433 @default.
• W2524090582 cites W2025817103 @default.
• W2524090582 cites W2026210300 @default.
• W2524090582 cites W2027667091 @default.
• W2524090582 cites W2027790149 @default.
• W2524090582 cites W2032227328 @default.
• W2524090582 cites W2037351876 @default.
• W2524090582 cites W2045175011 @default.
• W2524090582 cites W2046255530 @default.
• W2524090582 cites W2047518132 @default.
• W2524090582 cites W2048492158 @default.
• W2524090582 cites W2050739689 @default.
• W2524090582 cites W2052761668 @default.
• W2524090582 cites W2057905177 @default.
• W2524090582 cites W2060308713 @default.
• W2524090582 cites W2061254544 @default.
• W2524090582 cites W2061586430 @default.
• W2524090582 cites W2067749101 @default.
• W2524090582 cites W2067930162 @default.
• W2524090582 cites W2069996092 @default.
• W2524090582 cites W2071759559 @default.
• W2524090582 cites W2076089593 @default.
• W2524090582 cites W2077568922 @default.
• W2524090582 cites W2080271004 @default.
• W2524090582 cites W2083976914 @default.
• W2524090582 cites W2085237940 @default.
• W2524090582 cites W2086081942 @default.
• W2524090582 cites W2088228478 @default.
• W2524090582 cites W2088957237 @default.
• W2524090582 cites W2091390476 @default.
• W2524090582 cites W2094572804 @default.
• W2524090582 cites W2094818470 @default.
• W2524090582 cites W2097494644 @default.
• W2524090582 cites W2098740155 @default.
• W2524090582 cites W2102004977 @default.
• W2524090582 cites W2105898331 @default.
• W2524090582 cites W2109812242 @default.
• W2524090582 cites W2112617880 @default.
• W2524090582 cites W2121214624 @default.
• W2524090582 cites W2127041725 @default.
• W2524090582 cites W2129288307 @default.
• W2524090582 cites W2146039463 @default.
• W2524090582 cites W2167017834 @default.
• W2524090582 cites W2171250148 @default.
• W2524090582 cites W2207158931 @default.
• W2524090582 cites W2245096976 @default.
• W2524090582 cites W2281151995 @default.
• W2524090582 cites W2332074678 @default.
• W2524090582 cites W2497853401 @default.
• W2524090582 cites W4776909 @default.

• next