An investigation of the activity and mechanism of the catalytic oxidation of toluene by FeMnOx catalyst

Guanqing Cheng,Zhongxian Song, Jingfei Zhang, Guanghui Qi,Tianshui Liang, Qishan Cui,Zhiqiang Guo,Mengmeng Jin,Haiyang Li,Lutao Mao,Dandan Pang,Jiayun Fan

Molecular Catalysis（2023）

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摘要

•The formation of Fe3+-O-Mn3+ over FeMnOx affected catalytic activity, stability and reaction rate.•Oxygen vacancies are altered by Fe and Mn interactions.•Oxygen adsorbed on the surface of FeMnOx was the active species.•The possible reaction mechanism of toluene was proposed by DRIFT analysis.

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关键词

femno catalyst,catalytic oxidation,toluene

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