Catalytic removal of attached tetrabromobisphenol A from microplastic surface by biochar activating oxidation and its impact on potential of disinfection by-products formation

Shujing Ye,Xiaofei Tan,Hailan Yang,Jianhua Xiong,Hongxiang Zhu,Hainong Song,Guoning Chen

Water Research（2022）

引用 7|浏览4

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摘要

•TBBPA-attached microplastics showed highest DBP formation potential during chlorination.•Magnetic graphitized biochar activated PDS achieved 96.7% removal of TBBPA from microplastics.•Aging of microplastic make differences on TBBPA attachment and subsequent removal.•Biochar/PDS reduce the species and amount of DBPs generated from TBBPA-attached microplastics.

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关键词

Microplastics,Tetrabromobisphenol A,SR-AOPs,Biochar,Disinfection by-products

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