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Applicable industries of bag-in-bag-out filters
Applicable industries of bag-in-bag-out filters(I) Medical fieldBag-in-bag-out filters are widely used in the medical field. In pharmaceutical engineering, such as exhaust in vaccine production workshops, exhaust and air supply in animal rooms in vaccine workshops, exhaust and air supply in hormone and cytotoxic drug production workshops, exhaust and air supply in highly active chemical production workshops, exhaust, and air supply in anticancer preparation workshops, etc., it can effectively filter harmful gases and prevent them from spreading to the external environment. In hospital isolation areas, especially negative pressure isolation areas, the purification requirements are high, and the air treated is highly pollutant and infectious. Bag-in-bag-out filters can provide better exhaust equipment to prevent indoor air from polluting outdoor air. At the same time, some large hospitals use bag-in-bag-out filters at the exhaust end of negative pressure wards to better protect the environment. In addition, it can also play an important role in the supply and exhaust of isolation equipment, protecting operators from contamination when changing filters, and ensuring that the exhausted air will not pollute the environment and human health. (II) Laboratory field In biosafety laboratories, bag-in-bag-out filters are important air purification equipment. It is often connected to the exhaust system to prevent laboratory pollutants from leaking out and protect the safety of operators and the outdoor environment. Pharmaceutical laboratories also cannot do without bag-in-bag-out filters, mainly used in the exhaust section of the ventilation system to treat polluted air and prevent the leakage of polluted air from causing harm to the environment. Biomedical research and genetic engineering facilities have extremely high requirements for air purification. Bag-in-bag-out filters can effectively isolate radioactive gases, pathogens, and chemical contamination to ensure the safety of operators. For example, by adopting the design of a single or multiple filtration system, primary and secondary efficiency filtration sections, double high-efficiency filtration sections, disinfection sections, PAO scanning sections, etc. can be added according to demand to meet the requirements of large-volume air filtration. (III) Industrial field In industrial treatment and emission systems, bag-in-bag-out filters can be used to filter industrial toxic and harmful waste gases. For example, in the exhaust system filtration solution of toxic waste gases, Jiefeiran air filters generally use activated carbon filters or BIBO filters. In the treatment of harmful waste gas emissions from industrial production, bag-in-bag-out filters can effectively collect dangerous gases to ensure the safety of workers and the environment from pollution. In terms of chemical processing equipment, for industrial research on the treatment of chemical, biological, radioactive, or carcinogenic substances, bag-in-bag-out filters provide a safe and reliable air filtration method to prevent the leakage of harmful pollutants. (IV) Other fields In nuclear power plants and fuel processing facilities, bag-in-bag-out filters provide a safe and reliable method for replacing air filters or chemical filters in hazardous environments to prevent the leakage of harmful pollutants. Military bases also have high requirements for air purification. Bag-in-bag-out filters can effectively handle chemical, biological, radioactive, or carcinogenic substances in military facilities to protect the safety of operators and the environment. In animal disease laboratories, bag-in-bag-out filters can prevent the spread of animal diseases and protect researchers and the outside environment. Toxic waste quarantine plants also need bag-in-bag-out filters to handle harmful exhaust gases and prevent environmental pollution. |
