Matches in SemOpenAlex for { <https://semopenalex.org/work/W2998150196> ?p ?o ?g. }
- W2998150196 endingPage "120" @default.
- W2998150196 startingPage "85" @default.
- W2998150196 abstract "Advances in separation technology, the continuing development of material science and increased rate of carbon emission have provided an important opportunity to find novel materials for separation of different species from eachother. Membrane-based gas separation technology have been used for capturing CO2 and offered many advantages due to their inherent attributes such as energy-saving and continuous operation compared to traditional methods like absorption and adsorption processes. To fabricate the membranes, various organic and inorganic materials can be utilized. Mixed matrix membranes, a family of the hybrid organic-inorganic membranes, are known as the innovative membranes for separation of CO2 from gas stream. Zeolites, silica, carbon nano tube (CNT), carbon molecular sieve (CMS), metal organic framework (MOF) and graphene are the most popular filler particles which have been utilized for adding into polymer matrix. Each has its own advantages and drawbacks when they are incorporated within the polymer. The performance of the mixed matrix membranes fabricated with different types of filler particles based on existing literature were reviewed with special focus on post- and pre-combustion carbon capture, for separation of CO2/N2 and H2/CO2, respectively. In most of cases, the CO2 permeability and selectivity are increased after embedding of fillers within polymer matrix compared to the neat polymers alone. Mixed matrix membranes preparation methods and formation of interfacial defects were also discussed briefly." @default.
- W2998150196 created "2020-01-10" @default.
- W2998150196 creator A5001699746 @default.
- W2998150196 creator A5069337405 @default.
- W2998150196 creator A5076262907 @default.
- W2998150196 creator A5086476812 @default.
- W2998150196 date "2019-01-01" @default.
- W2998150196 modified "2023-09-23" @default.
- W2998150196 title "Hybrid Membranes for Carbon Capture" @default.
- W2998150196 cites W191862452 @default.
- W2998150196 cites W1965531567 @default.
- W2998150196 cites W1967393886 @default.
- W2998150196 cites W1967850755 @default.
- W2998150196 cites W1968995301 @default.
- W2998150196 cites W1969124086 @default.
- W2998150196 cites W1971098785 @default.
- W2998150196 cites W1975459909 @default.
- W2998150196 cites W1979389366 @default.
- W2998150196 cites W1980521116 @default.
- W2998150196 cites W1985813506 @default.
- W2998150196 cites W1987931234 @default.
- W2998150196 cites W1988039421 @default.
- W2998150196 cites W1990985622 @default.
- W2998150196 cites W1995718896 @default.
- W2998150196 cites W1997685868 @default.
- W2998150196 cites W2003499246 @default.
- W2998150196 cites W2006024805 @default.
- W2998150196 cites W2006338345 @default.
- W2998150196 cites W2009150315 @default.
- W2998150196 cites W2009317080 @default.
- W2998150196 cites W2015183133 @default.
- W2998150196 cites W2015691140 @default.
- W2998150196 cites W2020414767 @default.
- W2998150196 cites W2022030063 @default.
- W2998150196 cites W2026019687 @default.
- W2998150196 cites W2026421869 @default.
- W2998150196 cites W2032891525 @default.
- W2998150196 cites W2033880159 @default.
- W2998150196 cites W2034693106 @default.
- W2998150196 cites W2045976736 @default.
- W2998150196 cites W2046362822 @default.
- W2998150196 cites W2056997483 @default.
- W2998150196 cites W2058093826 @default.
- W2998150196 cites W2065010108 @default.
- W2998150196 cites W2066349179 @default.
- W2998150196 cites W2069114082 @default.
- W2998150196 cites W2069498459 @default.
- W2998150196 cites W2071288545 @default.
- W2998150196 cites W2071555164 @default.
- W2998150196 cites W2071984603 @default.
- W2998150196 cites W2078502090 @default.
- W2998150196 cites W2081186679 @default.
- W2998150196 cites W2085335604 @default.
- W2998150196 cites W2086354604 @default.
- W2998150196 cites W2086414017 @default.
- W2998150196 cites W2092482162 @default.
- W2998150196 cites W2092975054 @default.
- W2998150196 cites W2092985403 @default.
- W2998150196 cites W2094740576 @default.
- W2998150196 cites W2095532821 @default.
- W2998150196 cites W2101412955 @default.
- W2998150196 cites W2114889971 @default.
- W2998150196 cites W2118478025 @default.
- W2998150196 cites W2120489915 @default.
- W2998150196 cites W2122546857 @default.
- W2998150196 cites W2122840059 @default.
- W2998150196 cites W2125053394 @default.
- W2998150196 cites W2133185653 @default.
- W2998150196 cites W2135047376 @default.
- W2998150196 cites W2137492012 @default.
- W2998150196 cites W2138016416 @default.
- W2998150196 cites W2157386310 @default.
- W2998150196 cites W2162810584 @default.
- W2998150196 cites W2164137135 @default.
- W2998150196 cites W2171832109 @default.
- W2998150196 cites W2215119969 @default.
- W2998150196 cites W2290682234 @default.
- W2998150196 cites W2324184849 @default.
- W2998150196 cites W2331605639 @default.
- W2998150196 cites W2332119268 @default.
- W2998150196 cites W2335666893 @default.
- W2998150196 cites W2340158735 @default.
- W2998150196 cites W2507120302 @default.
- W2998150196 cites W2513309985 @default.
- W2998150196 cites W2523390904 @default.
- W2998150196 cites W2527792471 @default.
- W2998150196 cites W2546974804 @default.
- W2998150196 cites W2570219284 @default.
- W2998150196 cites W2583256229 @default.
- W2998150196 cites W2585170584 @default.
- W2998150196 cites W2594388139 @default.
- W2998150196 cites W2737631159 @default.
- W2998150196 cites W2739466757 @default.
- W2998150196 cites W2750772617 @default.
- W2998150196 cites W2774078466 @default.
- W2998150196 cites W2781714095 @default.
- W2998150196 cites W2789619294 @default.
- W2998150196 cites W2794469111 @default.