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• W2766094025 startingPage "295" @default.
• W2766094025 abstract "Given their unique and tunable properties as solvents, ionic liquids (ILs) have become a favorable solvent option in separation processes, particularly for capturing carbon dioxide (CO2). In this work, a simple method that can be used to screen the suitable IL candidates was implemented in our modified gas–liquid membrane contactor system. Solubilities, selectivities of CO2, nitrogen (N2), and oxygen (O2) gases in imidazolium-based ILs and its activity coefficients in water and monoethanolamine (MEA) were predicted using conductor-like screening model for real solvent (COSMO-RS) method over a wide range of temperature (298.15–348.15 K). Results from the analysis revealed that [emim] [NTf2] IL is a good candidate for further absorption process attributed to its good hydrophobicity and CO2/O2 selectivity characteristics. While their miscibility with pure MEA was somehow higher, utilizing the aqueous phase of MEA would be beneficial in this stage. Data on absorption performances and selectivity of CO2/O2 are scarce especially in gas–liquid membrane contactor system. Therefore, considering [emim] [NTf2] IL as a supporting material in supported ionic liquid membranes (SILMs), using aqueous phase of MEA as an absorbent would result in a great membrane-solvent combination system in furthering our gas–liquid membrane contactor process. In conclusion, COSMO-RS is a potentially great predictive utility to screen ILs for specified separation applications. In addition, this work provides useful results for the [emim] [NTf2]-SILMs to be extensively applied in the field of CO2 capture and selective O2 removal." @default.
• W2766094025 created "2017-11-10" @default.
• W2766094025 creator A5038566404 @default.
• W2766094025 creator A5046337419 @default.
• W2766094025 creator A5069020297 @default.
• W2766094025 date "2018-01-16" @default.
• W2766094025 modified "2023-09-25" @default.
• W2766094025 title "Prediction of CO₂/O₂ absorption selectivity using supported ionic liquid membranes (SILMs) for gas–liquid membrane contactor" @default.
• W2766094025 cites W1656511176 @default.
• W2766094025 cites W1964788192 @default.
• W2766094025 cites W1966219611 @default.
• W2766094025 cites W1967115221 @default.
• W2766094025 cites W1968099746 @default.
• W2766094025 cites W1968494442 @default.
• W2766094025 cites W1969328176 @default.
• W2766094025 cites W1970402588 @default.
• W2766094025 cites W1971362027 @default.
• W2766094025 cites W1973503860 @default.
• W2766094025 cites W1975072153 @default.
• W2766094025 cites W1975803180 @default.
• W2766094025 cites W1975825154 @default.
• W2766094025 cites W1977803061 @default.
• W2766094025 cites W1977926975 @default.
• W2766094025 cites W1978787531 @default.
• W2766094025 cites W1983045788 @default.
• W2766094025 cites W1983107047 @default.
• W2766094025 cites W1989947640 @default.
• W2766094025 cites W1991816360 @default.
• W2766094025 cites W1993254667 @default.
• W2766094025 cites W1993659868 @default.
• W2766094025 cites W1996746932 @default.
• W2766094025 cites W1998053455 @default.
• W2766094025 cites W2003617032 @default.
• W2766094025 cites W2004620717 @default.
• W2766094025 cites W2005507814 @default.
• W2766094025 cites W2006747104 @default.
• W2766094025 cites W2013789135 @default.
• W2766094025 cites W2014464559 @default.
• W2766094025 cites W2024059379 @default.
• W2766094025 cites W2024378364 @default.
• W2766094025 cites W2024785746 @default.
• W2766094025 cites W2026578895 @default.
• W2766094025 cites W2027369113 @default.
• W2766094025 cites W2030812686 @default.
• W2766094025 cites W2034774750 @default.
• W2766094025 cites W2035207163 @default.
• W2766094025 cites W2036212091 @default.
• W2766094025 cites W2040106036 @default.
• W2766094025 cites W2046261719 @default.
• W2766094025 cites W2047208289 @default.
• W2766094025 cites W2047352517 @default.
• W2766094025 cites W2050184926 @default.
• W2766094025 cites W2050248922 @default.
• W2766094025 cites W2050445907 @default.
• W2766094025 cites W2051458656 @default.
• W2766094025 cites W2055591872 @default.
• W2766094025 cites W2063714800 @default.
• W2766094025 cites W2063937842 @default.
• W2766094025 cites W2065504901 @default.
• W2766094025 cites W2065964209 @default.
• W2766094025 cites W2066894208 @default.
• W2766094025 cites W2071915141 @default.
• W2766094025 cites W2075579559 @default.
• W2766094025 cites W2076482689 @default.
• W2766094025 cites W2077576790 @default.
• W2766094025 cites W2077960881 @default.
• W2766094025 cites W2078244194 @default.
• W2766094025 cites W2083216596 @default.
• W2766094025 cites W2083773083 @default.
• W2766094025 cites W2084216794 @default.
• W2766094025 cites W2087050504 @default.
• W2766094025 cites W2088208704 @default.
• W2766094025 cites W2089604333 @default.
• W2766094025 cites W2093396953 @default.
• W2766094025 cites W2096392387 @default.
• W2766094025 cites W2103909145 @default.
• W2766094025 cites W2117925963 @default.
• W2766094025 cites W2122813875 @default.
• W2766094025 cites W2125125086 @default.
• W2766094025 cites W2141375504 @default.
• W2766094025 cites W2161631462 @default.
• W2766094025 cites W2165703451 @default.
• W2766094025 cites W2168486645 @default.
• W2766094025 cites W2317882422 @default.
• W2766094025 cites W2320482296 @default.
• W2766094025 cites W2321777693 @default.
• W2766094025 cites W2322187672 @default.
• W2766094025 cites W2334638937 @default.
• W2766094025 cites W2495248929 @default.
• W2766094025 cites W2525383628 @default.
• W2766094025 cites W4248104288 @default.
• W2766094025 doi "https://doi.org/10.1080/00986445.2017.1387854" @default.
• W2766094025 hasPublicationYear "2018" @default.
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