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Site-designed dual-active-center catalysts for co-catalysis in advanced oxidation processes
AbstractAdvanced Oxidation Processes (AOPs) are promising for treating persistent pollutants, yet challenges arise due to the step-wise oxidants activation process, which traditional single-active-center catalysts struggle to facilitate effectively. Recently, dual-active-center catalysts have emerged as a solution by enabling synergistic reactions. This review covers advances in these catalysts, their co-catalytic mechanisms, and applications in electro-Fenton, photocatalytic, peroxymonosulfate-, and pollutant-as-electron-donor based Fenton-like processes, along with active site design considerations and future challenges.
Site-designed dual-active-center catalysts for co-catalysis in advanced oxidation processes
AbstractAdvanced Oxidation Processes (AOPs) are promising for treating persistent pollutants, yet challenges arise due to the step-wise oxidants activation process, which traditional single-active-center catalysts struggle to facilitate effectively. Recently, dual-active-center catalysts have emerged as a solution by enabling synergistic reactions. This review covers advances in these catalysts, their co-catalytic mechanisms, and applications in electro-Fenton, photocatalytic, peroxymonosulfate-, and pollutant-as-electron-donor based Fenton-like processes, along with active site design considerations and future challenges.
Site-designed dual-active-center catalysts for co-catalysis in advanced oxidation processes
npj Mater. Sustain.
Sun, Wenxin (author) / Liu, Guoshuai (author) / Zou, Hua (author) / Wang, Shaobin (author) / Duan, Xiaoguang (author)
2025-01-07
Article (Journal)
Electronic Resource
English
Site-designed dual-active-center catalysts for co-catalysis in advanced oxidation processes
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