UV photolysis Waste gas treatment working principle:

1. The special high-energy and high ozone UV beam irradiation is used to split the emitted exhaust gas. The molecular chain structure of the exhaust gas enables the molecular chain of organic or inorganic macromolecular exhaust compounds to degrade and transform into low molecular compounds, such as CO2, H2O, etc., under the irradiation of high-energy UV beam, so as to achieve effective treatment and achieve standard emissions.

2. The high-energy and high ozone UV beam is used to decompose oxygen molecules in the air to produce free oxygen, that is, active oxygen. Because the positive and negative electrons carried by free oxygen are unbalanced, it needs to be combined with oxygen molecules to produce ozone. Ozone has a strong oxidizing effect on the organics decomposed by ultraviolet beam irradiation, and has a good removal effect on malodorous gases and other irritating odors.

3. After the odorous gas enters the reaction chamber equipped with UV efficient photodegradation and oxidation module through the exhaust gas collection and exhaust equipment, the high-energy UV light beam and ozone carry out cooperative decomposition and oxidation reaction on the odorous gas, so that the odorous gas substances can be degraded into low molecular compounds, water and carbon dioxide, and then discharged out of the room through the exhaust duct.

4. The high-energy UV beam is used to split the molecular bond of bacteria in the odor gas, destroy the nucleic acid (DNA) of bacteria, and then carry out the oxidation reaction through ozone to completely achieve the purpose of deodorization and killing bacteria.

Features of UV photolysis waste gas treatment:

When the exhaust gas enters the purification equipment of the plasma photodegradation machine, it first goes through the plasma chemical reaction process, that is, the electron first obtains energy from the electric field, transfers energy to molecules or atoms through excitation or ionization, and the molecules or atoms that obtain energy are excited, while some molecules are ionized, thus becoming active groups; Then these active groups collide with molecules or atoms, and between active groups and active groups to generate stable products and heat.