เครื่องกำจัดควัน (Deodorizer)



The WT series plasma waste gas purifier uses advanced adsorption decomposition carbonization technology, has a dry process and does not require regeneration of raw materials. It is easy to replace and maintain, and does not increase exhaust. The purifier is made of standard or stainless steel materials with an air volume of 6000-60000m/h. It is designed for the treatment of industrial organic waste gases and has a compact structure, low investment and convenient operation.


  1. Plasma is the fourth state of matter and is generated by a high frequency and high voltage discharge. This plasma can break down air and waste gas molecules, producing reactive gases such as free radicals and ions. These active free radicals can effectively destroy viruses and bacteria by disrupting their metabolic processes, leading to death. The plasma can also decompose or reduce organic odor molecules, as well as effectively adsorb and treat fine organic exhaust particulates.
  2. The low temperature plasma is characterized by high electron temperatures in the discharge process, but low temperatures of heavy particles. This results in the overall low temperature state of the system. The degradation of pollutants is achieved through the interaction of energetic electrons, free radicals, and other active particles with pollutants in the exhaust gas, leading to their rapid decomposition and subsequent reactions.
  3. The basic process of low temperature plasma degradation of pollutants involves several steps:

Direct bombardment of high energy electrons

Oxidation of O atoms or ozone (O2+e to O2+)

Oxidation of H2O (H2O + e to OH + H, H2O + 0 to 2OH, H + O2 to OH + O) leading to the formation of OH free radicals

Reactions of molecular fragments with oxidation.

  1. The treatment of untreated waste gases involves the use of a special TiO2 photocatalyst to oxidize hydrogenated filter cotton. This, in combination with ozone, ecological oxygen, and active free radicals, results in multilevel purification of harmful gases, such as waste gas, before they are discharged.
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  1. This advertisement is for the sale of heaters for welding applications. The heaters come in three materials: PTFE, stainless steel, and titanium. The company, Sun General, claims to carefully inspect the quality of their products before delivery and offers consultation on how to use the product. The heaters are energy-efficient and are sold at affordable prices.
  2. This text describes a process for decomposing organic waste gas. It uses a combination of magnetic convection, high energy ultraviolet light, and ozone generation to convert the waste gas into carbon dioxide and water. The process involves the use of ozone to oxidize the waste gas and remove unpleasant odors.
  3. The foul gas is treated using purification equipment that uses high energy UV light and ozone to decompose the malodorous substances into low molecular compounds, water and carbon dioxide, which are then exhausted to the outside through the exhaust pipe.
  4. The high energy UV beam is used to break the molecular bonds of bacteria in the malodorous gas, destroying its DNA and then oxidizing it with ozone to achieve the goal of deodorization and killing bacteria.


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The magnetic UV photolysis purifition equipment integrated machine

Working principle diagram of magnetic UV photolysis purifier

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The magnetic UV photolysis purifition equipment integrated machine

Organic waste gas → High magnetic + Ultraviolet (UV light) ++O2 + Photolysis coal → O-+O* (active oxygen)
O + O2 + Bubble micro filtration → O3 → CO2 + H2O (Discharge standard)

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