Specification
Photooxidation waste gas treatment equipment description: Optical oxygen catalytic exhaust fumes means add a certain amount of photo catalyst to the reaction solution to generate •OH under UV ray, then, take advantage of the strong oxidation of the •OH to degrade organic pollutants. Our company produced optical oxygen catalytic exhaust fumes equipment is reliable and stable. The routine maintenance of the purification equipment only requires cleaning the UV lamp. When plugged in, the equipment will work properly, the maintenance bill is extremely low, and it is widely used in domestic environmental engineering projects. Our company produced optical oxygen catalytic exhaust fumes equipment mainly consists of two parts: UV lamp and photocatalyst filter.

Photooxidation waste gas treatment equipment working principle: Using specially-made high-energy high-ozone UV rays to irradiate exhaust gases and pyrolyse industrial gases, such as ammonia, trimethylamine, hydrogen sulfide, methyl mercaptan, dimethyl sulfide, butyl acetate, ethyl acetate, dimethlyldisulfide, carbon disulfide, styrene, sulfide (H2S), VOC, benzene, methylbenzene, and xylene, to pyrolyse
organic or inorganic polymer rotten compound to ions under UV rays. (hr→H2S=H++H-+S)
uses high-energy high-ozone UV rays to decompose air oxygen molecule to generate free oxygen, because free oxygen has uneven positron-electron, it must be combined with
oxygen molecule to generate ozone (e.g: hr→O2=O-+O+; hr+O2+O+→O3). Ozone has
strong oxidation with organics, so has instant effect on cleaning industrial gases. Ion has either negative or positive charge, UV rays catalyze nanometer photocatalyst to generate free hydroxy. Free hydroxy has strong oxidizing property and negative charge, photolysed positive ions can easily be oxidized by free hydroxy, to generate small molecule compound. Besides, free hydroxy can oxide nitrogen. Excess ozone can be oxidized by free
hydroxy to generate H2O(hr+TiO2=H2O→TiO2+ OH-+H; OH-+C+H+O2→CO2+H2O;O3+OH
→H2O; H++OH-→H2O).