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Reference type: Journal
Authors: He DM, Susanto H, Ulbricht M
Article Title: Photo-irradiation for preparation, modification and stimulation of polymeric membranes.
Publication date: 2009
Journal: Progress in Polymer Science
Volume: 34
Issue: (1)
Page numbers: 62-98.
DOI: 10.1016/j.progpolymsci.2008.08.004
Alternative URL: http://www.sciencedirect.com/science/article/B6TX2-4TMJ3V1-1/2/29ec744688c673cac1583aac8d39d8dd

Abstract: The recent developments in combining photo-irradiation-based and membrane technologies are analyzed in this review. It is emphasized that the effects of photo-initiated reactions onto properties of polymeric membranes will largely depend on the nature of the membrane's barrier (i.e., porous vs. non-porous, uncharged vs. charged, or involving affinity interactions). For de novo preparation of membranes from low molar mass or soluble precursors, photo-initiated polymerization and photo-cross-linking are the main pathways, while photo-degradation for pore formation is only rarely applied. Membrane functionalization (modification) is described with many examples, organized into photo-cross-linking of membranes and photo-grafting of membrane surfaces, either via "grafting-to" or via "grafting-from" routes. Photo-stimulation of barrier properties is an attractive concept to create stimuli-responsive membranes, and various ways to use photo-chromic moieties for that purpose are discussed. Overall, photo-irradiation-based methods can be very versatile enabling technologies to improve the performance of polymeric membranes in technical separations (e.g., in gas separation, pervaporation, ultra- and microfiltration or as membrane adsorbers) and other processes (e.g., for controlled release or in sensor systems), and they will definitely also contribute to the development of entirely novel membrane-based materials
Template and target information: Review - photo-initiated modification of membranes
Author keywords: Photo-irradiation, UV irradiation, Photo-polymerization, photo-grafting, Polymeric membrane, Membrane preparation, Membrane modification, Stimuli-responsive membrane, membrane separation


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