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Sludge odor control equipment product scope sewage treatment plants, waste plants, pharmaceutical plants, oil refineries, chemical plants, slaughter plants, plant breeding, feed mills, paper mills, printing, plastics recycling plant, laboratory and other evil sniff sniff off the gas purification treatment. I: Performance Summary: 1, high-crime smell: photolytic oxidation equipment to efficiently remove volatile organic compounds (VOC), inorganic substances, hydrogen sulfide, ammonia, thiols and other major pollutants, and a variety of evil odor, odor removal efficiency of up to 99% off the olfactory effect of greatly exceeding the national promulgated in 1993 (GB14554-93) evil smell emission standards. U.S. Environmental Protection Agency released nine categories of 114 kinds of pollutants were shown to be oxidation by photolytic treatment, even for atoms, such as halogenated organic compounds, fuel, nitrogen-containing organic compounds, organophosphorus pesticides have a very good removal of effect. 2, without adding any chemical substances: only need to set the corresponding exhaust pipe and exhaust power, so that the evil smell of gas through the decomposition of the equipment off smell clean, without adding any chemicals involved in chemical reactions.
  3, for a wide range: can be adapted to high and low concentration, the amount of atmosphere, different substances off the evil smell smell gas purification, can work 24 hours a day, stable and reliable.
  4, low operating cost: the equipment without any mechanical movement, no noise, no special management and maintenance, only for regular inspection of the equipment low energy consumption, low air resistance equipment <50pa, power consumption can save a lot of exhaust . 5, equipment, small footprint, light weight: suitable for a compact layout, the venue is small and other special conditions 6, high-quality imported materials: water, fire, explosion, corrosion, long service life. 7, high-tech: the use of advanced technology, advanced oxidation, the reaction system is confined to a single break in the whole reaction system, there are two strong oxidants oxidation-O3 and? OH involved in the reaction, making the off sniff was more, evil odorless gas higher degree of mineralization can be harmless emissions, no secondary pollution. With completely independent intellectual property rights of high-tech environmentally friendly cleaning products 2: Technical principles: WZ-series in the photolysis of oxidation equipment, the high-energy ultraviolet light beam and the air, produced by the reaction of ozone,? OH (hydroxyl radical) evil smell of gas co-decomposition of oxidation, while the evil smell gas molecules in its chain structure under the action of ultraviolet light breaks, the bad smell gas odor-free material into small molecules or completely mineralized to produce water and CO2, after compliance by the exhaust tube into the atmosphere, the decomposition of the oxidation process in 1 seconds.
1, olfactory oxygen species: the use of high-energy ultraviolet light beam, the air in a large amount of free electrons, most of these electrons can be obtained by oxygen to form negative oxygen ions (O3-), negative oxygen ions unstable, it is easy to lose a electrons into active oxygen (oxygen smell), smell is high oxygen oxidant, oxidation of both organic and inorganic substances, the main gas smell ammonia, tri , hydrogen sulfide, methyl mercaptan, dimethyl sulfide, dimethyl disulfide , carbon disulfide, styrene, oxygen can react with the smell, the smell of oxygen under the influence of these evil smell gas from the macromolecules are broken down into small molecules, until the mineralization. Olfactory oxygen production process is shown as follows:
2,? OH (hydroxyl radical) production:? OH (hydroxyl radicals) is one of the most active oxidants, oxidative capacity was significantly higher than normal oxidant, react with malodorous gas, a higher degree of mineralization. 3 Sterilization:
The use of high-energy UV beam cracking malodorous gases in the molecular bonds of bacteria, bacterial DNA damage (DNA), and through? OH, O3 oxidation reaction, and kill the bacteria completely achieve the purpose of deodorization.

Huadu District, Guangzhou Westcoast green plant parts of a classic case: Jiangxi Copper: exhaust gas treatment equipment, waste gas volume 100000cm3 / h, material: purification rate of 97%, 2006.8, listed companies.

SAIC: waste gas treatment equipment, waste gas volume 50000cm3 / h, material: purification rate of 95%, 2009.5, Fortune 500 companies.

Zhangjiagang City garbage incineration power plant: waste gas treatment equipment, waste gas volume 80000cm3 / h, material: purification rate of 96%, 2009.7, Zhangjiagang government key projects.

Shenzhen Haibin Pharmaceutical companies: waste gas treatment equipment, waste gas volume 18000cm3 / h, material: purification rate of 98%, 2008.10, listed companies.

American Avery (Suzhou) pressroom: exhaust gas treatment equipment, waste gas volume 150000cm3 / h, material purification rate of 97%, 2007.9, the world's largest manufacturer of adhesives.

US Cleary printing (Shanghai) Company: exhaust gas treatment equipment, bio-scrubbers, exhaust volume 60000cm3 / h, material: purification rate of 95%, 2008.5, US listed companies.

Germany's Siemens (Shanghai) Company: exhaust gas treatment equipment, waste gas volume 27000cm3 / h, material: purification rate of 96%, 2008.6, the world's five hundred.

Japan Friends of the Electrical and Mechanical (Hangzhou) Co., Ltd.: gas treatment equipment, waste gas volume 90000cm3 / h, material: purification rate of 96%, 2007.7, Japanese listed companies.

Olympic rowing paint waste gas treatment: waste gas treatment equipment, waste gas volume 40000cm3 / h, material: purification rate of 96%, 2007.5, national key projects.

Sinoma Technology Co., Ltd. Nanjing: waste gas treatment equipment towers, exhaust gas volume 110000cm3 / h, material: purification rate of 98%, 2008.9, listed companies.