Choosing VOC exhaust treatment equipment and ensuring transparency in pricing is a concern for many companies. Some manufacturers only give a total price when quoting, including how much the equipment costs, how much the shipping costs, how much the installation and debugging costs, and how much the follow-up services costs, all mixed together,
2026-05-15Dichloromethane is a common solvent in the chemical and pharmaceutical industries, but its waste gas treatment is really difficult. Low boiling point, volatile fast at room temperature; chlorine, combustion method is easy to produce by-products, the equipment also has the risk of corrosion. Activated carbon adsorption can absorb a
2026-05-15The application scenarios of membrane separation in pharmaceutical industry waste gas treatment face challenges such as complex composition, high solvent volatility, and strict emission standards. Membrane separation technology is widely used in pharmaceutical waste due to its advantages of high separation efficiency, low energy consumption, and no secondary pollution
2026-05-13The concentration effect of membrane separation in coating production waste gas. During the coating production process, processes such as feeding, dispersion, grinding, and packaging generate a large amount of organic waste gas. These exhaust gases usually have high air volume and low concentration, with the main components being ethyl acetate, toluene, xylene, and other soluble substances
2026-05-13The role of membrane separation in the pretreatment of waste gas in chemical storage tank areas. Chemical storage tank areas are a key area for unorganized emissions of VOCs. When the storage tank is loading and unloading materials and the temperature difference between day and night changes, the breathing valve frequently opens, emitting a large amount of high concentration organic waste gas. This type of exhaust gas
2026-05-13The configuration scheme of membrane separation in the three stage oil and gas recovery at gas stations mainly focuses on the treatment of volatile oil and gas generated by respiration and temperature changes in storage tanks. Membrane separation technology is characterized by high separation efficiency, low energy consumption, and no secondary pollution
2026-05-13Application of compression condensation membrane separation in chemical plants: waste gas recovery in storage tank area The storage tank area of the chemical plant is the key area for the unorganized emission of VOCs. Due to the temperature difference between day and night and frequent opening and closing of the breathing valve, the exhaust gas emitted has large concentration fluctuations and oxygen content.
2026-05-12Can't change activated carbon, RTO can't afford to burn? Try compression condensation membrane separation Many small and medium-sized enterprises are caught in a dilemma. Add activated carbon, the frequency of carbon change is getting higher and higher, it has to be changed once a week or two, plus hazardous waste disposal, tens of thousands of dollars a year.
2026-05-12What working conditions are suitable for compression condensation membrane separation? Concentration, air volume and components are clarified at one time The process of compression condensation membrane separation is not suitable for all exhaust gas scenes, and its maximum value can be brought into play only by selecting the right working conditions. The following from the concentration, air volume, component three dimensions to explain it
2026-05-12Compression condensation membrane separation process Introduction Compression condensation membrane separation process is a combination technology for the recovery and treatment of medium and high concentration organic waste gas, which combines compression condensation and gas separation membrane two physical separation methods to achieve VO.
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