Tailoring hydrophobic-aerophilic microenvironment for robust electrochemical ozone production

Jia Liu,Chenglong Qiu,Zaixiang Xu,Mingzhe Xue, Jinfu Cai,Huaijie Shi,Lei Ding,Xiaonian Li,Xing Zhong,Jianguo Wang

Chemical Engineering Journal（2023）

引用 2|浏览5

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摘要

•Cubic-Pb3O4@SiO2 exhibits better EOP performance compare to cubic-Pb3O4.•The Si-CH3 groups contribute to create a hydrophobic-aerophilic microenvironment.•The presence of Si-CH3 groups enhances EOP performance of cubic-Pb3O4@SiO2.•The slow reconstruction of cubic-Pb3O4@SiO2 is benefit to EOP durability.•The developed continuous flow system can efficiently degrade dyes and pesticides.

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关键词

Electrochemical ozone production,Microenvironment,Hydrophobic-aerophilic,Cubic-Pb3O4@SiO2,Process intensification

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