Dry deodorization filling deodorization equipment

Dry deodorizing fillerThe chemical catalytic oxidation reaction of technology is based on physical adsorption, and a series of catalytic oxidation reactions are carried out on the adsorbed pollutants by synthesizing catalytic oxidants on the filter material, thereby achieving the goal of removing pollutants.

Deodorizing filler is a new deodorization technology originating from the United States. Its core is a specially processed filter material, which can be classified into various types based on its internal chemical composition and purpose, but basically has the following characteristicsIt uses activated alumina (i.e. alumina) as the substrate to synthesize catalytic oxidants such as manganese oxide, magnesium oxide, sodium permanganate, phosphoric acid, etc., shaping them into honeycomb like structures similar to activated carbonPorous structure achieves deodorization through physical adsorption and chemical reactions. Physical adsorption is the main way for chemical adsorption filter media to capture and collect odor molecules. Through physical adsorption, various odor molecules in the exhaust gas are effectively attached to the chemical filter media, providing conditions for subsequent chemical reaction decomposition processes. Chemical reactions are the main means of deodorization. By synthesizing effective chemical components on the filter media, the adsorbed pollutants undergo chemical reaction decomposition, generating stable salt substances or other monomer substances, thereby eliminating the impact of odor substances and achieving the ultimate goal of deodorization.

Dry deodorizing fillerThis deodorization process is particularly effective in treating low threshold odor components that cannot be treated or cannot be treated by general treatment processes on the marketDeodorizing equipment has a small footprint and is suitable for treating exhaust gases of various concentrations. It does not have strict requirements for external factors such as temperature and humidity, and has strong impact resistance; The reaction products can be directly disposed of by sanitary landfill without causing secondary pollution.