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      uv光氧催化設備

      關于UV光氧催化裝置的工作原理

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      關于UV光氧催化裝置的工作原理

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      關于UV光氧催化裝置的工作原理

      瀏覽量:?? 來源:http://www.mothersdaygifts123.com??作者:鑫佳銘

      UV光氧催化設備的原理,特別制作UV紫外線滅菌燈:運用特別制作的震撼高活性氧UV紫外光光線直射有機廢氣,裂化有機廢氣如:氨、三甲胺、氯化氫、甲硫氫、甲硫醇、甲硫醚、乙酸丁酯、乙酸乙酯、二甲二硫、二硫化碳和丁二烯,硫化物H2S、VOC類,苯、二甲苯、甲苯的分子結構鏈構造,使有機化學或無機物高分子材料惡臭味化學物質分子結構鏈,在震撼紫外光光線直射下,溶解轉化成低分子結構化學物質,如CO2、H2O等。利用高能高臭氧UV紫外線光束分解空氣中的氧分子產生游離氧,即活性氧,因游離氧所攜正負電子不平衡所以需與氧分子結合,進而產生臭氧。 UV+O2→O-+O*(活性氧)O+O2→O3(臭氧),眾所周知臭氧對有機物具有極強的氧化作用,對工業廢氣及其它刺激性異味有立竿見影的清除效果。工業廢氣利用排風設備輸入到本凈化設備后,油煙凈化器應用震撼UV紫外光光線及活性氧對有機廢氣開展協作溶解氧化還原反應,使有機廢氣化學物質其溶解轉換成低分子結構化學物質、水和CO2,再根據排煙管道道排出來戶外。利用高能-C光束裂解工業廢氣中細菌的分子鍵,破壞細菌的核酸(DNA),再通過臭氧進行氧化反應,徹底達到凈化及殺滅細菌的目的.從凈化室內空氣高效率考慮到,人們挑選了-C股票波段紫外光和活性氧發融合電暈放電電流量較高化設備選用單脈沖電暈放電放吸咐技術相結合的基本原理對有害物質開展清除,其中-C波段紫外線主要用來去除硫化氫、氨、苯、甲苯、二甲苯、甲醛、乙酸乙酯、乙烷、丙酮、尿烷、樹脂等氣體的分解和裂變,使有機物變為無機化合物。

      The principle of UV photocatalytic oxidation equipment, especially the production of UV ultraviolet sterilization lamp: the use of specially produced shocking reactive oxygen UV ultraviolet light direct emission of organic waste gas, cracking organic waste gas, such as ammonia, trimethylamine, hydrogen chloride, methyl sulphur hydrogen, methyl mercaptan, methyl sulfide, butyl acetate, ethyl acetate, two methyl two sulfur, carbon disulfide and butadiene, sulfide H2S, VOC, benzene, xylene, Molecular structure chain structure of toluene makes the molecular structure chain of odorous chemical substances in organic or inorganic polymer materials dissolve into low molecular structure chemical substances such as CO 2 and H 2 under shock ultraviolet light. High-energy and high-ozone ultraviolet (UV) beams are used to decompose oxygen molecules in the air to produce free oxygen, i.e. reactive oxygen species. Ozone is produced by combining oxygen molecules with oxygen molecules because of the unbalanced positron and negative electrons carried by free oxygen. UV + O2 to O-+O * (reactive oxygen) O+O2 to O3 (ozone), it is well known that ozone has a strong oxidation effect on organic compounds, and has an immediate effect on industrial waste gas and other irritating odor. After the industrial exhaust gas is input into the purification equipment by exhaust air equipment, the soot purifier uses shaking UV ultraviolet light and reactive oxygen species to carry out cooperative dissolution oxidation-reduction reaction on the organic waste gas, so that the organic waste gasification chemical substances can be dissolved into low molecular structured chemical substances, water and carbon dioxide, and then discharged outdoors according to the exhaust pipe. Using high energy-C beam to crack the molecular bonds of bacteria in industrial exhaust gas, destroy bacterial nucleic acid (DNA), and then oxidize through ozone to completely purify and kill bacteria. Considering the high efficiency of purifying indoor air, people have selected the equipment with high corona discharge current in-C stock band, which combines ultraviolet light with active oxygen, and uses single pulse corona discharge to release and absorb charges. The basic principle of technology is to eliminate harmful substances. -C band ultraviolet is mainly used to remove the decomposition and fission of hydrogen sulfide, ammonia, benzene, toluene, xylene, formaldehyde, ethyl acetate, ethane, acetone, urethane, resin and other gases, and turn organic matter into organic compounds.

      特別制作金屬催化劑:依據不一樣的有機廢氣成份配備27種左右相對性應的可塑性金屬催化劑,金屬催化劑選用空泡不銹鋼絲網孔做為質粒載體,多方位與燈源觸碰,可塑性金屬催化劑在338納米技術燈源下列產生催化反應速度,放大10-30倍光源效果,使其與廢氣進行充分反應,縮短廢氣與光源接觸時間,從而提高廢氣凈化效率,催化劑還具有類似于植物光合作用,對廢氣進行凈化效果。

      Specially prepared metal catalysts: according to different organic exhaust gas components, 27 kinds of relative metal catalysts should be provided. The metal catalysts should be vacuolated stainless steel mesh holes as carrier vectors. The metal catalysts will react with the lamp source in various directions. The plastic metal catalyst will generate catalytic reaction speed under the 338 nanometer technology source, and magnify 10-30 times the effect of light source, so that it can be carried out with exhaust gas. Full reaction can shorten the contact time between exhaust gas and light source, so as to improve the purification efficiency of exhaust gas. Catalyst also has a purification effect similar to plant photosynthesis.

      環??萍既芙庥袡C廢氣分子結構:應用253.7納米技術股票波段光激光切割、斷鏈、點燃、裂化有機廢氣分子結構鏈,更改分子式,為第一重解決;取185納米技術股票波段光對有機廢氣分子結構開展催化反應,使毀壞后的分子結構中子或分子以O3開展融合,使有機或無機高分子惡臭化合物分子鏈,在催化氧化過程中,轉變成低分子化合物CO2、H2O等,為第二重處理;再根據不同的廢氣成分配置27種以上相對應的惰性催化劑,催化劑采用蜂窩狀金屬網孔作為載體,全方位與光源接觸,可塑性金屬催化劑在338納米技術燈源下列產生催化反應速度,變大10-30倍燈源實際效果,使其與有機廢氣開展充足反映,減少有機廢氣與燈源觸碰時間,從而提高廢氣凈化效率,催化劑還具有類似于植物光合作用,對廢氣進行凈化效果,為第三重處理,通過三重處理后的廢氣其除臭最高可達99%以上,凈化、脫臭效果大大超過GB16297-1996《大氣污染物綜合排放標準》二級排放標準,GB14554-93《惡臭污染物排放標準》。最后經高能紫外線光解催化氧化處理后的廢氣通過后端風機抽風形成負壓從15m煙囪安全、達標的排放到大氣中。

      Environmental Science and technology dissolved organic waste gas molecular structure: application of 253.7 nanometer technology, stock band laser cutting, chain breaking, ignition, cracking of organic waste gas molecular chain, change the molecular formula, for the first time to solve; take 185 nanometer technology stock wave light on the organic waste gas molecular structure catalytic reaction, so that the damaged molecular structure of neutron or molecule to O3 fusion, organic or not. The molecular chain of the macromolecule odorous molecule is transformed into low molecular compound CO2, H2O and so on during the process of catalytic oxidation, which is the second treatment. According to different exhaust components, 27 or more inert catalysts are arranged. The catalyst uses honeycomb metal mesh as the carrier, and it contacts with the light source in all directions. The plastic metal catalyst is generated under the 338 nanometer technology lamp source. The reaction speed is increased by 10-30 times of the actual effect of the lamp source, so that it can adequately reflect with the organic waste gas, reduce the contact time between the organic waste gas and the lamp source, thus improving the efficiency of waste gas purification. The catalyst also has the similar effect of plant photosynthesis, purifying the waste gas as the third treatment. The maximum deodorization of the waste gas after triple treatment can reach 99%. The purification and deodorization of the waste gas can be achieved by triple treatment. The effect greatly exceeded the second level emission standard of GB16297-1996 "Comprehensive Emission Standard of Air Pollutants" and GB14554-93 "Odor Pollutants Emission Standard". Finally, the exhaust gas after high-energy ultraviolet photolysis catalytic oxidation is exhausted through the back-end fan to form negative pressure, which is discharged safely and up to the standard from a 15-meter chimney to the atmosphere.

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