The high energy and high ozone UV beam is used to differentiate oxygen molecules in the air to generate free oxygen, that is, active oxygen. Because the positive and negative electrons carried by free oxygen are unbalanced, it needs to combine with oxygen molecules to generate ozone. Ozone has a strong oxidizing effect on organic matter, and has a quick and successful elimination effect on odor gas and other irritating odors. 3. After the odor gas is input into the purification equipment through the exhaust equipment, the purification equipment uses the high-energy UV beam and ozone to carry out the cooperative differentiation and oxidation reaction on the odor gas, so that the odor gas substances can be degraded into low molecular compounds, water and carbon dioxide, and then discharged out of the room through the exhaust pipe.

Biopharmaceutical waste gas purification, chemical plant waste gas purification: amine, sulfide, acid and alkali waste gas, ethylene glycol, evaporative organic solvents, etc; 7. Waste gas purification in welding workshop: carbon monoxide, carbon dioxide, sulfur dioxide and other welding dust, particles, benzene organic matter, nitrogen oxides, ozone, etc; 8. Waste gas purification of furniture factory: benzene waste gas treatment, toluene waste gas treatment, xylene waste gas treatment, formaldehyde, etc; 9. Waste gas purification of power plant: sulfur dioxide, nitrogen dioxide, carbon monoxide, unburned hydrocarbons, soot particles, dust, etc; 10. Rubber plant waste gas purification: organic sulfide, benzene waste gas treatment, toluene waste gas treatment, xylene waste gas treatment, organic gas containing phosphorus, phenol, ketone and other toxic and harmful ingredients, alkanes, industrial dust, etc.

UV photolysis uses high-energy UV light beam to differentiate oxygen molecules in the air to produce free oxygen (i.e., active oxygen). Because free oxygen carries unbalanced positive and negative electrons, it needs to combine with oxygen molecules, and then ozone occurs. Ozone has strong oxidizability. Through ozone, organic waste gas and malodorous gas are subject to synergistic photolysis and oxidation, so that organic waste gas Odor gas substances are degraded into low molecular compounds, water and carbon dioxide. 2. The waste gas purification tower for washing method uses the neutralization method, absorption method, water washing method, etc. commonly used now, and the packed turbulent ball tower for acid-base neutralization. This equipment has a large processing ability, small resistance, and high absorption efficiency. It is a gas purification equipment widely used now. The treated gas is then separated by gas and water for dehydration treatment, and then discharged into the atmosphere through the discharge pipeline, Then reach the national emission regulations.

Carbon and nitrogen compounds have some impurities, such as heavy metals, mercury, mercury, lead, and carbon oxides, which are harmful to people's bodies. Most of them are slowly poisoned, affecting people's hematopoietic system and respiratory system. How does vinyl chloride, the monomer used to produce PVC in plastic factories, or ethylene, the monomer of polyethylene, come out with the exhaust gas? Ethylene is a kind of plant hormone, which can promote the ripening of plant fruits, and in case of excess, it will lead to defoliation and even death of plants. It will cause disasters to the surrounding vegetation. If the plants are gone, the rest will be a thing of the past.

You need to check the parts of the equipment regularly. You can't wait for the equipment to have problems and then repair it. After good maintenance, you can extend the service life of the exhaust gas management equipment. Waste gas management in the electronic industry mainly comes from the use of solvent based coatings in the surface coating process of semiconductor devices, electronic components, electronic components, flat panel displays, and machine casings, and the use of organic degreasing agents and dehydrating agents in the cleaning process.

Because the triphenyl used in the paint is insoluble with water, it can be recovered directly. Environmental protection smoke box install Activated carbon adsorption technology is mainly used for recovery of simple components and organic substances in waste gas high quality Environmental protection smoke box In the case of high use value, the size and cost of the waste gas treatment equipment are proportional to the amount of VOCs in the gas, but relatively independent of the waste gas flow; Therefore, carbon adsorption bed is more inclined to dilute large gas flow, and is generally used when VOCs concentration is less than 5000PPM.