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成熟光氧催化设备是环境保护高新科技

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成熟光氧催化设备是环境保护高新科技

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成熟光氧催化设备是环境保护高新科技

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光氧催化设备:人们现下的生活 自然环境跟生活品质早已愈来愈好啦,人们的机器设备制造行业如今发展趋势的也早已愈来愈成熟期了,这款好的成熟期的商品出現,就能够为我们的日常生活产生更大的改进。

Now people's living environment and quality of life have become better and better, and the development trend of people's machine and equipment manufacturing industry has become more and more mature. The appearance of this good mature commodity can make greater improvements in our daily life.

光催化反应技术性在废水治理和废气治理全是这项成熟期的加工工艺,加工工艺实效性的关键所在紫外光的抗压强度和金属催化剂的催化反应工作能力及其催化反应時间。从光触媒除甲醛空气净化机到催化氧化废气处理设备,能够发现许多非常不科学的设计,例如废气在处理设备中的停留时间;催化剂的面积;催化剂的纯度和TiO2的纳米直径;催化剂的固化结构;紫外线灯的设置(数量、距离),都直接决定和影响光催化氧化的能力。

Photocatalytic reaction technology in wastewater treatment and waste gas treatment is the mature processing technology. The key to the effectiveness of the processing technology lies in the ultraviolet compressive strength, the catalytic reaction ability of metal catalysts and the catalytic reaction time. From Photocatalyst formaldehyde removal air purifier to catalytic oxidation waste gas treatment equipment, many very unscientific designs can be found, such as residence time of waste gas in treatment equipment; catalyst area; catalyst purity and nanometer diameter of titanium dioxide; catalyst curing structure; setting of ultraviolet lamp (quantity, distance). All of them directly determine and influence the photocatalytic oxidation ability.

机器设备合适较低浓度的废气治理、室内空气治理、加工工艺组成“水喷淋+光催化”,例如:医院、实验室空气净化、市政污水处理厂除臭、污水泵站除臭、工业车间除臭、烘干工艺废气、垃圾中转站废气。设备分有臭氧和无臭氧两类。

Machinery and equipment suitable for lower concentration of waste gas treatment, indoor air treatment, processing technology consist of "water spray + photocatalysis", such as: hospital, laboratory air purification, municipal sewage treatment plant deodorization, sewage pump station deodorization, industrial workshop deodorization, drying process waste gas, waste gas from refuse transfer station. The equipment is divided into ozone and ozone-free.

一、本产品利用特制的高能高臭氧UV紫外线光束照射恶臭气体,改变恶臭气体如:氨、三甲胺、硫化氢、甲硫氢、甲硫醚、二甲二硫、二硫化碳和苯乙烯,硫化物H2S、VOC类,苯、甲苯、二甲苯的分子链结构,使有机或无机高分子恶臭化合物分子链,在高能紫外线光束照射下,降解转变成低分子化合物,如CO2、H2O等。

1. The product irradiates odorous gases by special high-energy and high-ozone ultraviolet rays, changing the molecular chain structure of organic or inorganic polymers such as ammonia, trimethylamine, hydrogen sulfide, methyl sulfide, methyl sulfide, dimethyl disulfide, carbon disulfide and styrene, sulfide H2S, VOC, benzene, toluene and xylene. Molecular chains of odorous compounds are degraded into low molecular compounds, such as CO 2 and H 2, under the irradiation of high-energy ultraviolet light.

二、利用高能高臭氧UV紫外线光束分解空气中的氧分子产生游离氧,即活性氧,因游离氧所携正负电子不平衡所以需与氧分子结合,进而产生臭氧。UV+O2→O-+O(活性氧)O+O2+O3(臭氧),众所周知臭氧对有机物具有极强的氧化作用,对恶臭气体及其它刺激性异味有立竿见影的消除效果。

Secondly, using high energy and high ozone ultraviolet ray beam to decompose oxygen molecules in the air to produce free oxygen, i.e. reactive oxygen species. Ozone is produced by the combination of oxygen molecules and oxygen molecules because of the unbalance of positive and negative electrons carried by free oxygen. UV + O 2 O - + O (reactive oxygen species) O + O 2 + O 3 (ozone), it is well known that ozone has a strong oxidative effect on organic matter, and has an immediate effect on the elimination of odorous gases and other irritating odors.

三、恶臭味汽体运用排风系统机器设备键入本油烟净化器后,油烟净化器运作震撼UV紫外光光线及活性氧对恶臭味汽体开展协作溶解氧化还原反应,使恶臭气体物质其降解转化成低分子化合物、水喝二氧化碳,再通过排风管道排出室外。

3. After the odor vapor is typed into the oil fume purifier by using exhaust system equipment, the operation of the oil fume purifier shocks UV ultraviolet light and reactive oxygen species to carry out cooperative dissolution and redox reactions on the odor vapor, so that the odor vapor substances can be degraded into low molecular compounds, water and carbon dioxide, and then discharged through the exhaust duct. Out of doors.

四、利用高能UV光束裂解恶臭气体中细菌的分子键,破坏细菌的核酸(DNA),再通过臭氧进行氧化反应,彻底达到脱臭及杀灭细菌的目的。

4. Deodorizing and killing bacteria can be achieved thoroughly by using high-energy UV beam to crack the molecular bonds of bacteria in odor gas, destroy bacterial nucleic acid (DNA), and then oxidize by ozone.

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