A nickel-iron-based electrothermal catalyst for oil fume purification, a preparation method and application thereof

Abstract

The application discloses a nickel-iron-based electrothermal catalyst for oil fume purification and a preparation method and application thereof, and belongs to the technical field of catalysts. The method comprises the following steps: (1) under a solution environment, a chlorate of iron (III), a chlorate of nickel (II) and cyanuric acid are subjected to electrodeposition under a constant potential to form an iron-nickel organic framework material; and (2) the iron-nickel organic framework material is calcined in an air atmosphere to obtain the nickel-iron-based electrothermal catalyst for oil fume purification. The raw materials of the preparation process are easy to obtain, and the method is simple. The prepared catalyst has the advantages of rich active sites and high catalytic activity. In application, as a catalytic material for kitchen oil fume, the catalyst utilizes the Joule heating effect of an electric current, has a fast temperature rising rate and a uniform temperature distribution, and avoids problems of sintering and coking caused by uneven local heating and other inactivation problems. The application effectively avoids the shortcomings of traditional physical kitchen oil fume treatment methods, is more beneficial to the environment and human health, and has a good application prospect and economic benefits.

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