Product advantages:

● Strong adaptability: can adapt to most high, medium and low concentrations

● Efficient deodorization: efficient removal of volatile organic compounds

● Low operation cost: the equipment is free of any mechanical device and motion noise

● Safe and reliable: high fire and corrosion resistance, safe and stable equipment performance

● No pretreatment: no special pretreatment is required for organic gas

● Flexible configuration and installation: the number of photodegradation and oxidation modules can be flexibly configured according to the air volume and gas concentration

Product introduction:

The high-energy ultraviolet beam is used to react with air and TiO2 to generate ozone. The high-energy ultraviolet beam is used to generate a large number of free electrons in the air. Most of these electrons can be obtained by oxygen, forming negative oxygen ions. Negative oxygen ions are unstable, and it is easy to lose an electron in the air and become active oxygen (ozone). Ozone is a senior oxidant, It can oxidize and decompose organic and inorganic substances. High molecular substances such as benzene, toluene, xylene, styrene, alcohols and esters can react with ozone. Under the action of ozone, these malodorous gases are decomposed from large molecular substances to small molecular substances until they are mineralized. The ultraviolet light beam generates · OH (hydroxyl radical) under the catalysis of TiO2. The potential of this substance is higher than that of ozone, and it is a stronger oxidant. It carries out a cooperative decomposition and oxidation reaction on macromolecular gas, breaking its chain structure, so that odorous gas and macromolecular substances can be converted into odorless small molecular compounds, and finally raw water and carbon dioxide.