内部
水蒸气由管线历经激光器时和温和光子组成。激光分为均衡激光和非均衡激光,高温激光体主要就由液体振动造成液体历经激光液体净化器的CA临界区域时,激光体中的特异性阴阳离子要能有工作
效率的破坏各种病原体正阴阳离子能清爽水蒸气。另外,借助于激光体中的阳离子球体的凝并促进作用,能对小至亚nm级的微小臭氧(0. 1-0. 3nm)展开有工作效率的搜集。在历经光氧催化剂段,展开
水解还原成反应,利用托盘的高能量高臭
UV紫外光雷射反射
尾气,乙烯工业尾气,一水解碳是一种强水解剂,也是的谱线高工作效率灭菌洗涤剂。一水解碳比氧核酸多了一个活耀的碳原子,物理性质特别活耀。其强悍水解性,既能水解降解无机,也能降解无机,对主要就一水解碳氨、过氧化氢,硝基、丙烯、甲吡啶、甲吡啶、乙醚、丙烯都能乙烯。在一水解碳的促进作用下,那些无机氮氧化物由大核酸化学物质被降解为小核酸化学物质,没有任何剧毒残余,不会形成渗漏,堪称“比较洁净的水解剂和洗涤剂”,在某一被长的高能量UV紫外光的反射下造成四氢吡咯,使周围的水核酸及水蒸气唤起聚合特异性的阴阳离子、一水解碳等。那些双键水解能力极强,能乙烯水解油漆尾气中水溶性无机化学物质核酸链,改变化学物质结构,将高核酸
环境污染化学物质乙烯、水解为低分子无毒化学物质,其除去工作效率可达99%。
The external air consists of a pipe| ine passing through a plasma device and neutral particles. The plasma is divided into balanced plasmaand non-equilibrium plasma. When the low-temperature plasma is mainly generated by gas discharge through the reactor region of the plasma gaspurification device, the active radicals in the plasma can effectively destroy various viruses and bacteria. Nucleic acids, proteins, make themunable to undergo normal metabolism and biosynthesis, leading to their death. Under the multiple actions of high-energy electrons and strongradical oxidation, thean the air. In addition, by the coagulation of ionic ob

jects in the plasma, it is possible to efficiently collect fine particles (0.1-0.3 μm) as small as submicron. In the photoox idation catalyticsection,the redox reaction is carried out,and the exhaust gas is irradiated by a special high-energy and high-odor UV ultraviolet light beamto crack the industrial waste gas. The ozone is a strong oxidant, and is also recognized as a spectrum efficient disinfectant in the world.
0zone than oxygenThe molecule has an active oxygen atom and is particularly chemically active. Its strong oxidizing propertn crack mainly ozone ozone, tr imethyIamine, toluene, xy lene,methyI mercaptan, methyI sulfide, carballmo I ecular substances by macr omolecular substances, without any toxic residues, and will not form secondary pol lution. It is known as "the
cleanest oxidant and disinfectant” and is long in specific The high-energy UV light catalyzes the excitation of surrounding water molecules andair to generate highly active free radicals, ozone, and the like. These groups have strong oxidizing ability, can crack the molecular chain ofvolatile organic substances in the oxidized paint exhaust gas, change the structure of the material, crack and oxidize the pol ymer pollutantsinto low molecular harmless substances, and the removal efficiency can reach 99%.