UV oxidation technology
Oxygen oxidation refers to a certain wavelength light conditions, semiconductor materials occurring in the separation of photogenerated carriers, and then photogenerated electrons and holes in the combination of ions or molecules to generate an oxidizing or reducing active radicals, this active radicals can be organic molecules degradation of large molecules of carbon dioxide or other small molecules of organic matter, as well as water, the reaction in the process of this semiconductor material is also the photoelectricity. In the process of reaction, the semiconductor material is the photolysis agent itself does not change. HJUV --- series TiO2 photolysis catalytic oxidation equipment is a new generation of TiO2 photolysis catalytic oxidation equipment improved by our company according to the technology of domestic and foreign waste gas treatment equipment and on the basis of our company's many years of production of photolysis catalytic oxidation equipment, this product uses UV ultraviolet light technology (wavelength band 184.9 nm-253.7 nm) to produce ozone, free active oxygen ions. Through high-energy ultraviolet light to destroy the degradation of molecular bonds and synergistic decomposition and oxidation reaction to remove organic pollutants.
When a chemical substance absorbs energy (e.g., heat, photon energy, etc.), it can make its own chemical properties become more active or even be cleaved. When the absorbed energy is greater than the bonding energy of the chemical bond, it can make the chemical bond broken, forming a free atom or group with energy. When the band of vacuum ultraviolet (wavelength range of 184.9nm-253.7nm), prompting organic waste gas material through the absorption of photons in this band, and the photon energy of this band is greater than most of the chemical bonding energy, so that the organic material can be cracked; and then through the cracking of the ozone produced by the oxidation of simple, harmless, stable substances, such as H2O and CO2 and so on.
Activated carbon adsorption technology
The exhaust gas is adsorbed through the primary filter in the adsorption tower to remove solid particles, and then enters the tower, and is adsorbed through the activated carbon layer to remove the organic waste gas molecules in the gas, and then the purified gas that meets the emission standard is discharged to the outdoor through the fan.