Washing and absorption: A countercurrent packed absorption tower is used. When the gas passes through the tower, it fully contacts and mixes with continuously circulating acidic and alkaline washing liquids, respectively absorbing alkaline and acidic gases in the flue gas, including ammonia, amines, hydrogen sulfide, and low-level fatty acids.

 

UV photolysis: UV photolysis catalytic oxidation waste gas purification equipment is a mature process that activates nano catalysts (TiO2) through ultraviolet radiation of a specific wavelength, generating electron hole pairs, allowing the photocatalyst to interact with H2O molecules and O2 molecules, combining to generate hydroxyl radicals (· OH), which are used to decompose harmful component molecules, thereby achieving the goal of deodorization and eliminating air pollution.

Activated carbon adsorption: After treatment by a spray tower and UV photocatalysis system, the vast majority of the components in the exhaust gas are decomposed, but there are still some components that are difficult to decompose. Subsequently, the exhaust gas enters the activated carbon adsorption equipment, and through the intermolecular attraction generated by its highly developed microporous structure, the odor components, volatile organic molecules, or molecular groups distributed in the gas phase are adsorbed, thereby achieving deodorization The purpose of eliminating air pollution.