Microscopically tuning the graphene oxide framework for membrane separations: a review

Membrane-based separations have been widely applied in gas, water and organic solvent purifications to reduce energy consumption and minimize environmental pollution. In recent years, graphene oxide (GO) membranes have attracted increasing attention due to their self-assembly ability and excellent s...

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Veröffentlicht in:Nanoscale advances 2021-09, Vol.3 (18), p.5265-5276
Hauptverfasser: Li, Bofan, Wang, Chen-Gang, Surat'man, Nayli Erdeanna, Loh, Xian Jun, Li, Zibiao
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container_end_page 5276
container_issue 18
container_start_page 5265
container_title Nanoscale advances
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creator Li, Bofan
Wang, Chen-Gang
Surat'man, Nayli Erdeanna
Loh, Xian Jun
Li, Zibiao
description Membrane-based separations have been widely applied in gas, water and organic solvent purifications to reduce energy consumption and minimize environmental pollution. In recent years, graphene oxide (GO) membranes have attracted increasing attention due to their self-assembly ability and excellent stability. In this review, publications within the last 3 years on microscopically tuning the GO framework are summarized and reviewed. Various materials, including organic molecules, polymers, inorganic particles, ions and 2D materials, have been deployed to intercalate with GO nanosheets. Due to the varied interlayer spacing and packing structure, the developed GO composites exhibit enhanced stabilities and separation performances. In addition, designing horizontal GO membranes and functionalizing GO nanosheets have also been reported to improve the performance. This review sheds light on the techniques to microscopically tune the GO framework and the resulting macroscopic changes in membrane properties and performances. This mini-review summarizes the publications within the last 3 years on microscopically tuning the interlayer spacing, lateral size and functional group to improve the properties and separation performance of graphene oxide membranes.
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title Microscopically tuning the graphene oxide framework for membrane separations: a review
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