Hydrogen sulfide gas photolysis purification equipment WZ-Series evil odorless gas (industrial emissions) photolysis of the catalytic oxidation equipment / scope of products: sewage treatment plant, garbage plants, pharmaceutical plants, oil refineries, chemical plants, slaughter plants, plant breeding, feed mills, paper mills, printing, plastics recycling plant, laboratories, and other evil odorless gas off the olfactory purification. : Summary of product performance: 1, efficient and evil forces sniffing: photolysis catalytic oxidation equipment to efficiently remove the major pollutants, volatile organic compounds (VOCs), inorganic substances, hydrogen sulfide, ammonia, thiols, etc., as well as all kinds of evil odor, off the olfactory efficiency up to 99% off the olfactory effect is much higher than the pollutant emission standards promulgated by the country in 1993 (GB14554-93) evil olfactory. Nine categories, 114 kinds of pollutants are released by the U.S. Environmental Protection Agency confirmed that the solution of catalytic oxidation to be governed by light, even for atomic organic compounds such as halogenated hydrocarbons, fuel, nitrogen-containing organic compounds, organophosphorus pesticides have good removal effect. 2, without adding any chemical substances: only need to set up the exhaust pipe and exhaust power, evil sniffing gas through the device off the olfactory decomposition purification, without adding any chemicals involved in chemical reactions. 3, the wide range of applications: can be adapted to the high and low concentration, atmospheric volume, different evil odorless gas substances off the olfactory purification, 24 hours of continuous work, stable and reliable. 4, low operating costs: This equipment without any mechanical movement, no noise, no special management and routine maintenance, just to make periodic inspection of the equipment, low energy consumption, low device drag <50Pa, it can save a lot of exhaust power energy consumption . 5, the equipment footprint is small and light weight: suitable for compact layout, venue narrow special conditions, high quality imported materials: water, fire, explosion-proof, anti-corrosion, long service life. 7, high technology content: state-of-the-art advanced oxidation technology, breaking the limitations of a single system response, the reaction system, two kinds of strong oxidizing ability of the oxidant-O3? OH involved in the reaction, making the effect of de-sniffing more evil higher degree of mineralization of the odorless gas, can be harmless emissions and no secondary pollution. Completely independent intellectual property rights, high-tech environmentally friendly cleaning products: technical principles: WZ-Series photolysis catalytic oxidation equipment, high-energy ultraviolet beam with air, the reaction of ozone generated? OH (hydroxyl radical) evil sniffing gas synergistic decomposition of the oxidation reaction, while the macromolecular evil sniffing gas in the ultraviolet under the action of its chain structure fracture, so that the evil odorless gas substances into odor of small molecule compounds or completely mineralized, generating water and CO2, after compliance by the exhaust tube into the atmosphere, the entire decomposition of the oxidation process is completed within one second. Olfactory oxygen generation: the use of high-energy ultraviolet beam, to produce large amounts of free electrons in the air, most of these electrons can be oxygen, the formation of negative oxygen ions (O3-), the instability of negative oxygen ions, it is easy to lose a electrons into the reactive oxygen species (olfactory oxygen), sniffing oxygen is senior oxidants, both oxidation and decomposition of organic and inorganic, the main olfactory gas ammonia, tri , hydrogen sulfide, methyl mercaptan, dimethyl sulfide, dimethyl disulfide , carbon disulfide, styrene, and sniffing oxygen reaction in the olfactory role of oxygen, these evil odorless gas is broken down by the macromolecules of small molecules, until mineralization. Olfactory oxygen production process is shown as follows:
? Of OH (hydroxyl radical) to produce:? Of OH (hydroxyl radical) is one of the most active oxidant, oxidation was significantly higher than the general oxidant, the reaction with the stench of gas, a higher degree of mineralization. Sterilization:
The use of high-energy UV beam cracking the molecular bonds of malodorous gases in bacteria, destroy the bacterial nucleic acids (DNA), then through? OH, O3 oxidation reaction completely deodorizing and kill bacteria.
