Enhanced degradation of sulfamethazine in boron-doped diamond anode system via utilization of by-product oxygen and pyrite: Mechanism and pharmaceutical activity removal assessment

Qiulian Yang,Yanhua Liu,Jian Ke,Chenyang Li,Yuhui Ge,Jianqiu Chen,Ruixin Guo

Separation and Purification Technology（2022）

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摘要

•Simple pyrite addition enhanced performance of BDD anode system in SMZ degradation.•Utilization of by-product oxygen generated at BDD anode to produce H2O2 was achieved.•Formation of OH and O2− in BDD-NiF-pyrite system contributed to SMZ degradation.•In vivo pharmaceutical activity removal was assessed by zebrafish inflammation model.

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关键词

Sulfamethazine,By-product oxygen utilization,Fenton reaction,BDD-NiF-pyrite electrochemical system,In vivo pharmaceutical activity assessment

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