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- W3039709585 endingPage "126084" @default.
- W3039709585 startingPage "126084" @default.
- W3039709585 abstract "CO2 removal from gas streams using energy-efficient and environmentally friendly separation technologies can contribute to achieving a low-carbon energy future. Carbon membrane systems for hydrogen purification, post-combustion CO2 capture, and natural gas (NG) sweetening are considered as green processes because of their low energy consumption and negligible environmental impact. Much effort has been devoted to enhancing gas permeance and/or selectivity of carbon membranes by tailoring micropore structures to accomplish different CO2 removal processes. In this review, the status of tuning microstructure and fabrication of the ultrathin selective layer of carbon membranes, as well as membrane module upscaling was analyzed. The precursors made from a clean process using the solvent of ionic liquids have a particular interest, and high-performance asymmetric carbon hollow fiber membranes (CHFMs) without complex pre-treatment were highlighted towards technology advances of carbon membrane development. Energy-efficient processes of carbon membranes for CO2 removal in oil/gas/chemical industries and power plants were discussed for decreasing production costs, environmental impact, energy consumption, and improving process flexibility. Future perspectives on advanced carbon membrane material development based on renewable precursors and simple carbonization processes, as well as module design and process optimization, were proposed." @default.
- W3039709585 created "2020-07-10" @default.
- W3039709585 creator A5011876320 @default.
- W3039709585 creator A5014040924 @default.
- W3039709585 creator A5036010470 @default.
- W3039709585 creator A5040974899 @default.
- W3039709585 creator A5044754090 @default.
- W3039709585 creator A5045790623 @default.
- W3039709585 date "2020-12-01" @default.
- W3039709585 modified "2023-10-18" @default.
- W3039709585 title "Carbon membranes for CO2 removal: Status and perspectives from materials to processes" @default.
- W3039709585 cites W1492546771 @default.
- W3039709585 cites W1963999822 @default.
- W3039709585 cites W1964621494 @default.
- W3039709585 cites W1965018381 @default.
- W3039709585 cites W1967246137 @default.
- W3039709585 cites W1967748203 @default.
- W3039709585 cites W1968762137 @default.
- W3039709585 cites W1969293146 @default.
- W3039709585 cites W1969404510 @default.
- W3039709585 cites W1970158426 @default.
- W3039709585 cites W1971098785 @default.
- W3039709585 cites W1977115100 @default.
- W3039709585 cites W1977784561 @default.
- W3039709585 cites W1979803935 @default.
- W3039709585 cites W1982483886 @default.
- W3039709585 cites W1982687919 @default.
- W3039709585 cites W1984453446 @default.
- W3039709585 cites W1984574859 @default.
- W3039709585 cites W1988577537 @default.
- W3039709585 cites W1991619674 @default.
- W3039709585 cites W1993446201 @default.
- W3039709585 cites W1993859927 @default.
- W3039709585 cites W1995512473 @default.
- W3039709585 cites W1996537601 @default.
- W3039709585 cites W1996856266 @default.
- W3039709585 cites W1998033310 @default.
- W3039709585 cites W1999655374 @default.
- W3039709585 cites W1999969505 @default.
- W3039709585 cites W2002301145 @default.
- W3039709585 cites W2004145641 @default.
- W3039709585 cites W2004925784 @default.
- W3039709585 cites W2008840030 @default.
- W3039709585 cites W2008847537 @default.
- W3039709585 cites W2010760304 @default.
- W3039709585 cites W2012155212 @default.
- W3039709585 cites W2012810124 @default.
- W3039709585 cites W2013855544 @default.
- W3039709585 cites W2015517429 @default.
- W3039709585 cites W2016413530 @default.
- W3039709585 cites W2016911518 @default.
- W3039709585 cites W2022044585 @default.
- W3039709585 cites W2022353023 @default.
- W3039709585 cites W2028167233 @default.
- W3039709585 cites W2032516697 @default.
- W3039709585 cites W2036014793 @default.
- W3039709585 cites W2037467529 @default.
- W3039709585 cites W2037719297 @default.
- W3039709585 cites W2039143976 @default.
- W3039709585 cites W2040057498 @default.
- W3039709585 cites W2042322244 @default.
- W3039709585 cites W2043377468 @default.
- W3039709585 cites W2049157494 @default.
- W3039709585 cites W2056074660 @default.
- W3039709585 cites W2057275422 @default.
- W3039709585 cites W2060569287 @default.
- W3039709585 cites W2066445079 @default.
- W3039709585 cites W2070977353 @default.
- W3039709585 cites W2071981651 @default.
- W3039709585 cites W2072611698 @default.
- W3039709585 cites W2072823483 @default.
- W3039709585 cites W2073484537 @default.
- W3039709585 cites W2074223573 @default.
- W3039709585 cites W2077680215 @default.
- W3039709585 cites W2080604841 @default.
- W3039709585 cites W2080831652 @default.
- W3039709585 cites W2081436874 @default.
- W3039709585 cites W2082243469 @default.
- W3039709585 cites W2091071296 @default.
- W3039709585 cites W2091510357 @default.
- W3039709585 cites W2091779314 @default.
- W3039709585 cites W2091888496 @default.
- W3039709585 cites W2092176036 @default.
- W3039709585 cites W2095784506 @default.
- W3039709585 cites W2099976341 @default.
- W3039709585 cites W2108098890 @default.
- W3039709585 cites W2116713892 @default.
- W3039709585 cites W2125053394 @default.
- W3039709585 cites W2131382161 @default.
- W3039709585 cites W2145606209 @default.
- W3039709585 cites W2166304105 @default.
- W3039709585 cites W2168965842 @default.
- W3039709585 cites W2283446155 @default.
- W3039709585 cites W2288055357 @default.
- W3039709585 cites W2294121828 @default.
- W3039709585 cites W2319534406 @default.
- W3039709585 cites W2330479301 @default.
- W3039709585 cites W2330757026 @default.