ArticleNature communications2026
Gas separation performance in ultrathin zeolite membranes by topotactic conversion and induction of nanosheets.
Article in Nature communications, 2026. The graph could read no effect estimate from its abstract, so it casts no vote on the map. Not yet cited in PubMed.
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10 authors.
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Abstract
Microporous framework materials, particularly in their nanosheet form, are promising building blocks for the construction of continuous molecular-sieving membranes and films, enabling a wide range of applications. However, the limited availability of such microporous nanosheets has restricted their broader use in the construction of microporous membranes. Herein, we introduce a topotactic conversion and induction (TCI) strategy that enables the rapid fabrication of ultrathin, continuous zeolite membranes on commercial substrates from heterogeneous zeolite nanosheets, thereby broadening the applicability of nanosheets in gas separation membranes. The versatility of the TCI route is demonstrated by constructing continuous CHA and MEL zeolite membranes through MFI-to-CHA and MFI-to-MEL conversions. This TCI route has the potential to enhance the fabrication of ultrathin, continuous and nanosheet-based microporous membranes and films for diverse applications. Using this route in an active gel, the all-silica CHA (Si-CHA) membrane exhibits CO
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