Activation of peroxymonosulfate by tannin-derived porous carbon for enhanced bisphenol A degradation: Synergistic effect of surface nitrogen and oxygen functional groups

Beili Lu,Fengzhen Wu,Zhu Yin,Changfu He, Jiamei Qian,Yiming Mao,Xinda You,Guanfeng Lin,Xuan Yang,Biao Huang

APPLIED SURFACE SCIENCE（2023）

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摘要

•A N-doped/O-self-doped carbon material with superior PMS activation performance was fabricated.•A high TOC removal efficiency toward BPA could be achieved in NOPC-700/PMS system.•The synergistic effect of surface N/O functional groups significantly boosted the PMS activation efficiency of NOPC.•The main ROSs responsible for BPA degradation could be tuned by N doping.

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关键词

Biomass,Porous carbon,N/O functional groups,Tannin,Peroxymonosulfate activation

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