外部空气由管道经过等离子装置时和中性粒子组成。等离子分为平衡等离子和非平衡等离子，低温等离子体主要由气体放电产生气体经过等离子气体净化装置的反应器区域时，等离子体中的活性自由基要可以有效的破坏各种病毒、组菌中的核酸，蛋白质，使其不能进行正常的代谢和生物合成，从面导致其死亡。在高能电子和自由基强氧化等多重作用下，气体中的有机物分子链被断开，发生一系列复杂的氧化还原反应，生产C02、H20等无害物质，正负离子可以清新空气。另外，借助等离子体中的离子物体的凝并作用，可以对小至亚微米级的细微颗粒物(0. 1-0. 3微米)进行有效的收集。在经过光氧催化段，进行氧化还原反应，利用特制的高能高臭UV紫外线光束照射废气，裂解工业废气，臭氧是一种强氧化剂，也是的光谱高效杀菌消毒剂。臭氧比氧分子多了一个活跃的氧原子，化学性质特别活跃。其强大氧化性，既可以氧化分解有机物，也可以分解无机物，对主要臭氧氨、三甲胺,甲苯、二甲苯、甲硫醇、甲硫醚、二硫化碳、苯乙烯都可以裂解。在臭氧的作用下，这些有机污染物由大分子物质被分解为小分子物质，没有任何有毒残留，不会形成二次污染，被誉为“最清洁的氧化剂和消毒剂”，在特定被长的高能UV紫外线的照射下产生催化作用，使周围的水分子及空气激发生成活性的自由基、臭氧等。这些基团氧化能力很强，能裂解氧化喷漆废气中挥发性有机物质分子链，改变物质结构，将高分子污染物质裂解、氧化为低分子无害物质，其去除效率可达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， the molecular chain of organic molecules in the gas is broken, and a series of complex redox reactions occur, produc ingnon-hazardous substances such as C02 and H20，ａnd positive and negative ions can clean 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 property can not only oxi-dize and decompose organic matter， but also decompose inorganic substances. It can crack mainly ozone ozone， tr imethyIamine, toluene， xy lene,methyI mercaptan， methyI sulfide, carbon disulfide and styrene. Under the action of ozone, these organic pollutants are decomposed into smallmo 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%.
