1. Research progress in catalytic oxidation of volatile organic compound acetone
- Author
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Xiaotian Mu, Kaina Qiu, Weiguo Pan, Junchi Ma, Kai Zhang, Du Wei, Zhou Qi, and Honglei Ding
- Subjects
inorganic chemicals ,chemistry.chemical_element ,Precious metal ,02 engineering and technology ,010501 environmental sciences ,engineering.material ,01 natural sciences ,Catalysis ,chemistry.chemical_compound ,Acetone ,Chemical Engineering (miscellaneous) ,Organic chemistry ,Volatile organic compound ,Waste Management and Disposal ,0105 earth and related environmental sciences ,chemistry.chemical_classification ,Process Chemistry and Technology ,021001 nanoscience & nanotechnology ,Pollution ,chemistry ,Catalytic oxidation ,engineering ,Noble metal ,0210 nano-technology ,Platinum ,Cobalt - Abstract
Acetone, as a kind of typical volatile organic compounds (VOCs), is mainly discharged into the atmosphere through exhaust emissions, fuel combustion, pharmaceuticals, and printing, etc. It not only causes water pollution but also inhibits the people’s central nervous system, posing a great threat to the ecological environment and human health. Due to its economy and compatibility, the catalytic oxidation method is considered to be one of the effective methods for removing acetone. The development of low-cost and high-efficiency catalysts can bring higher economic benefits. This review covers the research progress of acetone oxidation by noble metal and non-noble metal catalyst systems, and discusses the effects of metal composition, support, preparation method, and morphology on the catalyst activity. Comparison shows that both manganese-based and cobalt-based catalysts are the good substitutes for precious metal platinum-based and palladium-based catalysts, in which the concentration of oxygen vacancies, the number of active oxygen species, and the interaction between substrates are the key factors. In addition, the possible mechanism of catalytic oxidation of acetone is given, and the development of catalytic oxidation of acetone is prospected.
- Published
- 2021
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