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Structure-activity relationship in periodate activation by Fe-MOFs:Why MIL-101(Fe)outperforms other MIL-series in antibiotic degradation

Ning Liu Jingwen Xu Yixuan Zhai Ziyi Zhang Yi Dang Yusong Cao Zhe Li Wenyuan Huang Xiaodong Zhang Liang Tang

Green Energy & Environment2026，Vol.11Issue(2)：P.578-590,13.

Green Energy & Environment2026，Vol.11Issue(2)：P.578-590,13.DOI:10.1016/j.gee.2025.10.006

Structure-activity relationship in periodate activation by Fe-MOFs:Why MIL-101(Fe)outperforms other MIL-series in antibiotic degradation

Ning Liu ¹Jingwen Xu ¹Yixuan Zhai ¹Ziyi Zhang ¹Yi Dang ¹Yusong Cao ¹Zhe Li ²Wenyuan Huang ³Xiaodong Zhang ¹Liang Tang⁴

作者信息

1. School of Environment and Architecture,University of Shanghai for Science and Technology,Shanghai,200093,China
2. Department of Chemistry,King''s College London,London,WC2R 2LS,UK The Francis Crick Institute,London,NW11AT,UK
3. Department of Chemistry,University of Manchester,Manchester,M139PL,UK
4. Key Laboratory of Organic Compound Pollution Control Engineering(MOE),School of Environmental and Chemical Engineering,Shanghai University,Shanghai,200444,China
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摘要

关键词

Periodate/Advanced oxidation processes/Fe-MOFs/Antibiotic degradation/Fe(Ⅲ)-Superoxide

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Ning Liu,Jingwen Xu,Yixuan Zhai,Ziyi Zhang,Yi Dang,Yusong Cao,Zhe Li,Wenyuan Huang,Xiaodong Zhang,Liang Tang..Structure-activity relationship in periodate activation by Fe-MOFs:Why MIL-101(Fe)outperforms other MIL-series in antibiotic degradation[J].Green Energy & Environment,2026,11(2):P.578-590,13.

基金项目

National Natural Science Foundation of China(Nos.42177405,42377359,12075152) （Nos.42177405,42377359,12075152）

Energy Science and Technology discipline under the Shanghai Class IV Peak Disciplinary Development Program for the financial support.W.Y.Huang thanks the China Scholarship Council(CSC)for funding. （CSC）

Green Energy & Environment

ISSN：2096-2797

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