Molecularly engineered biomass-based nanofiltration membranes enabling sustainable purification of natural products

Youqing Tian; Jiamei Sun; Jiyi Cai; Zehui Li; Muyang Li; Dai Shi; Jiande Lin; Xuezhen Feng; Hanyang Liu; Yumeng Zhao; Dong Wang; Lirong Tang; Beili Lu; Xing-Zhong Cao; Leixin Yang; Biao Huang; Hong Wu; Xinda You

doi:10.1039/d6ta06053f

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Pressure-driven tannic acid infiltration followed by Fe 3+ coordination selectively regulates large pores in cellulose membranes, enabling precise, durable, and sustainable nanofiltration of natural products.

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Tian et al. (2026) studied this question.

synapsesocial.com/papers/6ab3875f769159bd191b4f05 https://doi.org/10.1039/d6ta06053f

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Molecularly engineered biomass-based nanofiltration membranes enabling sustainable purification of natural products

Abstract

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Molecularly engineered biomass-based nanofiltration membranes enabling sustainable purification of natural products

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