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The resulting CMS dense film separation performance was evaluated using both pure and mixed N2/CH4 permeation tests.
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We are able to prepare a very cheap and very thin liquid film with high separation performance of test CO2/CH4 mixture.
A novel approach has been demonstrated to improve the separation performance of thin film composite (TFC) forward osmosis (FO) membranes, which were interfacial polymerized on the surface functionalized porous polymeric substrates.
Take advantages of superhydrophobic/oleophilic properties and microporous morphological structures of the resulting CMPs, a CMPs-based mesh film and a flexible, superhydrophobic, transparent CMPs-based film were prepared, which exhibit good oil/water separation performance and moderate transmittance.
Fillers with large aspect ratios and/or in nanoparticulate form seem to be the most feasible ones to achieve improved separation performance and thin films, the latter being a must to achieve the necessary productivities for pre- and post-combustion CO2 capture.
The separation performance of all CMS dense films significantly exceeds the polymer precursor dense film.
Interfacially synthesized polyamide (PA) thin-film composite (TFC) membranes are widely employed in forward osmosis (FO) applications because of the easy fabrication and excellent separation performance.
The design of membrane separation processes requires quantitative expressions relating the separation performance to material properties.
Based on separation performance, kinetic separation appeared to be superior.
Separation performance did not deteriorate as adsorption column pressures increased.
The separation performance improved as adsorption column pressures increased.
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