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Hebei Guanglv Environmental Protection Equipment Co., Ltd
Treatment plan for organic waste gas (methanol, methyl mercaptan chloroform, dichloroethane, etc.) in the pharmaceutical industry
NegotiableUpdate on 02/02
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Overview
Treatment plan for organic waste gas (methanol, methyl mercaptan chloroform, dichloroethane, etc.) in the pharmaceutical industry
Product Details
Treatment plan for organic waste gas (methanol, methyl mercaptan chloroform, dichloroethane, etc.) in the pharmaceutical industry
Keywords: pharmaceutical waste gas treatment, waste gas treatment solutions,Waste gas treatment equipment
During the production process of a certain pharmaceutical and chemical company's products, various harmful exhaust gases are directly and freely discharged, affecting residential areas in the downwind direction and seriously polluting the ecological environment. In addition, the factory has a wastewater treatment station, and during the operation of facilities such as regulating tanks, grid wells, blow off tanks, and aerobic tanks, unpleasant odors are also emitted into the atmosphere. In order to meet the national emission standards for the factory's waste gas, a suitable process needs to be found to collect and effectively treat the waste gas.
After communicating and contacting our company's technical personnel, we have designed a solution for the treatment of organic waste gas in the pharmaceutical industry.
Engineering case:
Exhaust gas volume: 30000m3/h
Concentration: 300-4000mg/m3
Waste gas components: Organic waste gas from the pharmaceutical industry (methanol, methyl mercaptan chloroform, dichloroethane, etc.)
Adopting process: spraying+carbon fiber+steam desorption
Implement waste gas classification collection and treatment in the pharmaceutical and chemical industry. Prioritize the use of recycling technologies such as condensation and adsorption regeneration; For those that are difficult to recycle, treatment technologies such as combustion, adsorption concentration, and combustion should be used. Water soluble and acid-base VOCs waste gas should be treated using multi-stage chemical absorption technology. Odorous exhaust gases should further strengthen deodorization treatment.
