Fabrication of a novel Ti3C2-modified Sb-SnO2 porous electrode for electrochemical oxidation of organic pollutants

Shuaishuai Man,Shanbin Zhou,Zehao Yin,Man Zhang,Qing Sun,Haifeng Yang,Ke Xu,Hebin Bao,Lei Xu,Wenjing Yang,Zhihong Mo,Xueming Li

Separation and Purification Technology（2023）

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摘要

•Ti3C2 served as a pore-forming agent for preparing porous Sb-SnO2 electrode.•Ti3C2-contained electrolyte could regulate the Sb-Sn alloy nucleation process to decrease its domain size.•High-conductive Ti3C2 improves the metal ions diffusion process to increase the Sb-SnO2 loading amount.•Ti3C2-modified Sb-SnO2 electrode achieved good degradation performance for methylene blue, methylene orange, norfloxacin, and P-phenylenediamine.

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关键词

MXene,Sb-SnO2,Wastewater treatment,Electrochemical oxidation,Porous

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