Chitosan/Zeolite composite membranes for eliminating trace metal ions in evacuation permeability process

Trang Thi Cam Truong, Kobayashi Takaomi, Ha Manh Bui

Abstract


Chitosan was combined with zeolites into composite membranes and reinforced with glutaraldehyde crosslinking. The zeolite loading into the composite membranes was varied in its amount across a range of 10-50%, and the resulting membrane loading was varied at 50 wt. %. Zeolite showed better mechanical properties. The elimination of trace metal cations, Cr, As, Cd, and Pb, was examined through the evacuation permeation process (EPP) using the chitosan-zeolite composite membranes. In the permeability at each applied pressure, the composite membranes’ selectivity to the Cr ion was shown in the order of Cr> As> Cd> Pb at pH 5.5. It was noticed that the composite membrane with 20 wt. % zeolite loading showed the highest performance in adsorption selectivity to the Cr cations. These results reveal a potential ability of composite membrane to purify wastewater by removing trace metal ions.


Keywords


evacuation; chitosan membrane; zeolite; trace metals

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DOI: https://doi.org/10.2298/JSC180606085T

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