Membranes Prepared via Phase Inversion
Membranes Prepared via Phase Inversion
The most important part in membrane reactors is the membrane itself. The traditional membrane separation processes such as reverse osmosis, micro-, ultra- and nanofiltration, electrodialysis, pervaporation, and so on, already largely used in many different applications, are today combined with membrane systems as catalytic membrane reactors.
Membrane preparation - by means of phase inversion, PVDF-based asymmetric membranes - prepared, characterised and used in different membrane reactors for oxidation reactions, Use of polymeric membranes in MRs - and advantage of combining reactions with membrane separation, and new possibilities, Solvent/nonsolvent pair - DMA/water or DMA/1-octanol, affecting membrane morphology more than temperature of casting solution, Membranes prepared via phase inversion, Traditional membrane separation processes - as reverse osmosis, micro-, ultra- and nanofiltration, electrodialysis, pervaporation, Inorganic catalytic membranes, applied in high temperature reactions - suffering from important drawbacks, Membrane reactors and membrane itself - the most important part, Wet impregnation of membrane - in a catalyst precursor solution, Phase inversion process, a thermodynamically stable polymer solution - cast polymer film, separating into a polymer-rich and polymer-lean phase
Membrane preparation - by means of phase inversion, PVDF-based asymmetric membranes - prepared, characterised and used in different membrane reactors for oxidation reactions, Use of polymeric membranes in MRs - and advantage of combining reactions with membrane separation, and new possibilities, Solvent/nonsolvent pair - DMA/water or DMA/1-octanol, affecting membrane morphology more than temperature of casting solution, Membranes prepared via phase inversion, Traditional membrane separation processes - as reverse osmosis, micro-, ultra- and nanofiltration, electrodialysis, pervaporation, Inorganic catalytic membranes, applied in high temperature reactions - suffering from important drawbacks, Membrane reactors and membrane itself - the most important part, Wet impregnation of membrane - in a catalyst precursor solution, Phase inversion process, a thermodynamically stable polymer solution - cast polymer film, separating into a polymer-rich and polymer-lean phase
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