The waste gas has a pungent odor, slightly toxic, and has a greater impact on human health Waste gas treatment company harm. Unscheduled discharge of styrene, toluene, organic waste gas, etc. will affect the environment regular Waste gas treatment As a result of severe pollution, it will also pose a great harm to human health, so the waste gas from the production line of the plastic factory has to be treated carefully. Injection molding waste gas contains many components harmful to human health, such as acrylonitrile, non methane total hydrocarbon, vinyl chloride, etc. If it is not treated in a timely and useful manner, it will pose a huge threat to the health of workshop staff and pose a threat to the environment.

Characteristics of biological treatment of organic waste gas 1. It is applicable to a wide range of volatile organic compounds (VOCs) and other toxic or odorous gases, such as NH3 and H2S. Hazardous pollutants in chemical, pharmaceutical, electroplating, paint spraying, printing and other industries, as well as odor in wastewater treatment plants, composting plants and waste landfill plants. 2. High removal efficiency The removal efficiency of ordinary air pollutants exceeds 90%. 3. Low energy consumption biological reaction is carried out under normal temperature and pressure, and the energy comes from the energy generated by microorganisms using VOCs.

In order to ensure the normal operation of the dedusting system and avoid environmental pollution again, the dust collected by the deduster should be properly treated. The treatment principle is to reduce the secondary dust, protect the environment and recover for use, turn harm into benefit, turn waste into treasure, and improve economic benefits. According to the production process conditions, dust nature, recycling value, and the amount of dust to be treated and other factors, on-site recycling, centralized recycling and centralized waste can be selected. How to deal with noise and coal mine dust in workshop? Coal mine dust is produced by various coal particles and rock particles in the process of coal production.

Air and waste gas purification in spice workshop, cosmetics workshop and food workshop: methyl methacrylate, ethyl acetate, ethyl acetoacetate, aldehydes, ammonia, trimethylamine, hydrogen sulfide, methyl mercaptan, methyl sulfide, dimethyl disulfide, etc; 3. Air and waste gas purification of petrochemical plants: sulfur dioxide, nitrogen oxides, smoke, benzopyrene, non methane hydrocarbon, hydrogen sulfide, evaporated phenol, amine, hydrocarbon, benzene, acrylonitrile, cyclohexane, ammonia, ethylene, styrene, butadiene, propylene, vinyl chloride, etc; 4. Waste gas treatment of iron and steel plants and steelmaking plants: sulfur dioxide, carbon dioxide, carbon monoxide, hydrogen fluoride, some evaporative organic matter, smoke and dust; 5. Air and waste gas purification of printing workshop: benzene waste gas treatment, toluene waste gas treatment, xylene waste gas treatment; Butyl acetate, non methane hydrocarbon, etc.

A detailed introduction to the waste gas treatment method of injection molding processing industry Injection molding is a common process in modern plastic processing and production. Products generally use rubber injection molding and plastic injection molding. In the process of application, if the waste gas generated by this process is not treated effectively, it will have a destructive impact on the atmosphere. Injection molding waste gas treatment mainly includes active adsorption, UV photolysis, plasma, incineration and other methods. 1、 Sources and hazards of waste gas in injection molding processing industry Organic waste gas occurs during injection molding heating, and its primary components are dust particles, non methane total hydrocarbons and other harmful substances.

Previously, activated carbon adsorption was selected for rubber vulcanization waste gas, and the main treatment fields include: production of electronic components, production of batteries (batteries), pickling workshop, laboratory exhaust, metallurgy, chemical plants, pharmaceutical manufacturers, coating workshops, food and brewing, furniture production, etc. It is especially suitable for waste gas treatment of rubber vulcanization, foaming and rubber refining processes in rubber industry, tire industry, seal manufacturing enterprises, rubber and plastic industry, etc. The adsorption characteristics of activated carbon are mainly used to adsorb the waste gas of organic solvents such as benzene, alcohol, ketone, ester and gasoline. However, since the activated carbon after full adsorption is a hazardous waste, it needs to find a professional solid waste or hazardous waste treatment unit for treatment, and a hazardous waste treatment agreement needs to be signed. Therefore, activated carbon adsorption has been gradually replaced by other waste gas treatment equipment, Before understanding the rubber vulcanization waste gas treatment equipment, let's first understand in which process the waste gas mainly occurs.