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- W3173643568 abstract "The adoption of nanodoped membranes in the areas of gas stream separation, water, and wastewater treatments due to the physical and operational advantages of such membranes has significantly increased. The literature has shown that the surface structure and physicochemical properties of nanodoped membranes contribute significantly to the interaction and rejection characteristics when compared to bare membranes. This study reviews the recent developments on nanodoped membranes, and their hybrids for carbon capture and gas separation operations. Features such as the nanoparticles/materials and hybrids used for membrane doping and the effect of physicochemical properties and water vapour in nanodoped membrane performance for carbon capture are discussed. The highlights of this review show that nanodoped membrane is a facile modification technique which improves the membrane performance in most cases and holds a great potential for carbon capture. Membrane module design and material, thickness, structure, and configuration were identified as key factors that contribute directly, to nanodoped membrane performance. This study also affirms that the three core parameters satisfied before turning a microporous material into a membrane are as follows: high permeability and selectivity, ease of fabrication, and robust structure. From the findings, it is also observed that the application of smart models and knowledge-based systems have not been extensively studied in nanoparticle-/material-doped membranes. More studies are encouraged because technical improvements are needed in order to achieve high performance of carbon capture using nanodoped membranes, as well as improving their durability, permeability, and selectivity of the membrane." @default.
- W3173643568 created "2021-07-05" @default.
- W3173643568 creator A5008909331 @default.
- W3173643568 creator A5016114891 @default.
- W3173643568 creator A5043168426 @default.
- W3173643568 creator A5083771666 @default.
- W3173643568 date "2021-06-18" @default.
- W3173643568 modified "2023-10-17" @default.
- W3173643568 title "Advances in the Use of Nanocomposite Membranes for Carbon Capture Operations" @default.
- W3173643568 cites W1473617730 @default.
- W3173643568 cites W1640327347 @default.
- W3173643568 cites W1830607109 @default.
- W3173643568 cites W1963985515 @default.
- W3173643568 cites W1963999822 @default.
- W3173643568 cites W1966219059 @default.
- W3173643568 cites W1966577943 @default.
- W3173643568 cites W1967743582 @default.
- W3173643568 cites W1971768971 @default.
- W3173643568 cites W1972103123 @default.
- W3173643568 cites W1978184749 @default.
- W3173643568 cites W1980477160 @default.
- W3173643568 cites W1980739266 @default.
- W3173643568 cites W1981291113 @default.
- W3173643568 cites W1982998032 @default.
- W3173643568 cites W1984072579 @default.
- W3173643568 cites W1985997100 @default.
- W3173643568 cites W1987022912 @default.
- W3173643568 cites W1987539917 @default.
- W3173643568 cites W1993446201 @default.
- W3173643568 cites W1993583094 @default.
- W3173643568 cites W1996149899 @default.
- W3173643568 cites W2003417940 @default.
- W3173643568 cites W2008722659 @default.
- W3173643568 cites W2009067224 @default.
- W3173643568 cites W2013313150 @default.
- W3173643568 cites W2013567809 @default.
- W3173643568 cites W2013789135 @default.
- W3173643568 cites W2016991866 @default.
- W3173643568 cites W2023412427 @default.
- W3173643568 cites W2024504475 @default.
- W3173643568 cites W2027887362 @default.
- W3173643568 cites W2029478355 @default.
- W3173643568 cites W2033827665 @default.
- W3173643568 cites W2033986789 @default.
- W3173643568 cites W2038056009 @default.
- W3173643568 cites W2038486373 @default.
- W3173643568 cites W2038884456 @default.
- W3173643568 cites W2039955831 @default.
- W3173643568 cites W2040262949 @default.
- W3173643568 cites W2040580384 @default.
- W3173643568 cites W2045708926 @default.
- W3173643568 cites W2045976736 @default.
- W3173643568 cites W2046777992 @default.
- W3173643568 cites W2047182876 @default.
- W3173643568 cites W2048354724 @default.
- W3173643568 cites W2055816319 @default.
- W3173643568 cites W2057709315 @default.
- W3173643568 cites W2059301415 @default.
- W3173643568 cites W2064626334 @default.
- W3173643568 cites W2065091142 @default.
- W3173643568 cites W2073869397 @default.
- W3173643568 cites W2075651557 @default.
- W3173643568 cites W2075717509 @default.
- W3173643568 cites W2077551370 @default.
- W3173643568 cites W2077871579 @default.
- W3173643568 cites W2078748481 @default.
- W3173643568 cites W2081093938 @default.
- W3173643568 cites W2082371769 @default.
- W3173643568 cites W2086573075 @default.
- W3173643568 cites W2090538517 @default.
- W3173643568 cites W2094679954 @default.
- W3173643568 cites W2100437835 @default.
- W3173643568 cites W2113698449 @default.
- W3173643568 cites W2119398101 @default.
- W3173643568 cites W2120834437 @default.
- W3173643568 cites W2121022470 @default.
- W3173643568 cites W2125368238 @default.
- W3173643568 cites W2126411288 @default.
- W3173643568 cites W2138016416 @default.
- W3173643568 cites W2138914857 @default.
- W3173643568 cites W2140440708 @default.
- W3173643568 cites W2144754980 @default.
- W3173643568 cites W2147707935 @default.
- W3173643568 cites W2148837678 @default.
- W3173643568 cites W2154532491 @default.
- W3173643568 cites W2157588829 @default.
- W3173643568 cites W2161787079 @default.
- W3173643568 cites W2164407162 @default.
- W3173643568 cites W2166304105 @default.
- W3173643568 cites W2166416869 @default.
- W3173643568 cites W2205439981 @default.
- W3173643568 cites W2263022898 @default.
- W3173643568 cites W2286256103 @default.
- W3173643568 cites W2290508795 @default.
- W3173643568 cites W2313025981 @default.
- W3173643568 cites W2321786508 @default.
- W3173643568 cites W2322678714 @default.
- W3173643568 cites W2330263335 @default.