Effects of light catalytic DH-ECQ series of malodorous gases oxide purification equipment Products Products technical principles one, malodorous exhaust ventilation equipment input to the use of the purification equipment, to go through the filter to remove macromolecules and particles, both on the primary exhaust gas treatment; secondly use of a special purification equipment and high-energy light odorous gases ozone oxidative decomposition reaction synergistic use of high-energy light waves in the molecular bond cleavage malodorous gases bacteria, the bacteria damage the nucleic acid (DNA), and then by ozone oxidation and deodorization reach completely kill The purpose of bacteria; Second, the use of high energy light decomposition of ozone in the air to produce free oxygen molecules of oxygen, i.e., reactive oxygen species, due to the oxygen carried by the free electrons and positrons to be combined with oxygen so unbalanced molecules and produce ozone. Ozone is known to have a strong oxidation of organic matter; Third, under the action of light, the photocatalyst will have a strong catalytic degradation function: can effectively degrade toxic gases in the air, can effectively kill a variety of bacteria, and can bacteria or fungal toxin released and harmless, but it also has deodorant, stain and other functions. To this end, this device can also be Jia Nami grade TiO2 purification module (parameter scale developed by the company, are confidential patent) means, once again on the exhaust gas purification catalytic oxidation; Fourth, for some of the more complex exhaust gas composition, stubborn handle objects We use the latest research and development, multi-band technology for processing - also known as microwave photocatalytic treatment technology. It is the use of specific microwave generator for generating light energy of a specific wavelength, the light source of the exhaust gas through the polar molecular chain cleavage expertise. First, the use of induced draft fan and pipe molecular contaminants introduced photocatalytic area, generally to experience strong oxidant OH electron bombardment --- --- energetic light oxidation catalytic decomposition of ozone oxidation --- --- --- Strong electron bombardment --- oxide --- ozone oxidation and oxidation processes are oxygen ions of oxidant-OH. From the structure of space in terms of pollutants through the filter area in turn, high-energy light photolysis zone photocatalyst area, oxidation zone. Multi-level structure is not only to ensure that the catalytic oxidation catalytic surface area, while playing a uniform diversion features, in a limited space to maximize space and ensure full access to a special light lamps, increase and enhance the activity of particles and pollutants accessibility and time. From a micro perspective, the use of 172 nanometer band cutting, chain scission, pyrolysis gas molecular chains, changing the exhaust structure of DNA; value of 253.7 nm wavelength for oxidation gas molecules, so that after the destruction of O3 molecules or neutrons to combine with the organic malodorous compound or an inorganic polymer molecular chain in the catalytic oxidation process, the transition to a low molecular compound to make it into CO2, H2O and the like. Deodorizing up more than 99%, purification, deodorization effect greatly exceeds the stench pollutant discharge standards (GB14554-93) issued by the State in 1993, "Air Pollutant Emission Standards" (GB16297-1996); "Design of Industrial Enterprises health standards "GBZ1-2002. DH-ECQ malodorous gases effects photolysis (i) catalytic oxidation performance advantages purification equipment, efficient addition to the stench: the main pollutants can efficiently remove volatile organic compounds (VOC), inorganics, hydrogen sulfide, ammonia, mercaptans, etc., as well as the kinds of odor, deodorization efficiency up to 99%, much higher than the odor deodorizing effect of pollutant emission standards promulgated by the State in 1993 (GB14554-93) "Air Pollutant Emission Standards," and in 1996 enacted (GB16297-1996 ), "Design of Industrial Enterprises health standards" GBZ1-2002. (Ii) without adding any substance: only need to set the appropriate exhaust pipes and exhaust power, so that by the stench of exhaust gas purification equipment for deodorizing decomposition, without adding any substance involved in a chemical reaction. Iii, adaptable: DH-ECQ series malodorous gas purification equipment catalytic oxidation effects of light can be adapted to high concentrations of atmospheric volume, different industrial gas sweetening matter, purification, can work 24 hours a day, stable and reliable operation. (Iv), low running costs: DH-ECQ series malodorous emissions effects of light cracking catalytic oxidation purification equipment without any mechanical movement, no noise, no special management and routine maintenance, just to make regular checks, low power consumption of the device, the device is extremely low drag <50pa, can save a lot of exhaust power consumption. (V) equipment, small footprint, light weight: suitable for compact layout, small venues and other special conditions, equipment covers <1 m2 / processing 10000m3 / h air flow. (Vi), high-quality imported materials: fire, high corrosion resistance, safe and stable equipment performance, stainless steel, equipment service life of more than fifteen years. (Vii), green tech patent products: using the most advanced technology concepts, by foreign experts and technicians of our company's long-term repeated tests, developed out of a high-tech environmentally friendly cleaning products completely independent intellectual property rights can be completely decomposed stench toxic and harmful substances in the exhaust gas, and can achieve a perfect deodorization, purification effect, industrial emissions through decomposition and can fully meet the harmless emissions and no secondary pollution, while achieving effective disinfection and sterilization effect.