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Application scenarios and importance of bag-in-bag-out filters
Application scenarios and importance of bag-in-bag-out filters(I) Wide application fieldsBag-in-bag-out filters are often used in pharmaceutical engineering to supply and exhaust air in vaccine production workshops, hormone and cytotoxic drug production workshops, and other areas. They can effectively filter harmful substances in the air and ensure the cleanliness of the drug production environment. Nuclear power plants are used in the ventilation system of nuclear facilities to prevent the leakage of radioactive substances and ensure the safe operation of nuclear power plants. In isolation wards, operating rooms, and other areas of hospitals, they can prevent the spread of pathogens and provide a safe air environment for patients and medical staff. In biological laboratories, especially highly pathogenic and high-risk laboratories, they can effectively control the spread of harmful microorganisms and chemicals to ensure the safety of experimental research. (II) Indispensable significance Bag-in-bag-out filters play a key role in preventing the spread of harmful aerosols. It can efficiently capture and filter tiny particles and harmful substances to prevent them from spreading in the air. In places with dense personnel and extremely high air quality requirements, such as hospitals and laboratories, it ensures the health and safety of personnel. For the environment, it avoids the emission of harmful pollutants and reduces potential threats to the ecosystem. In places involving the handling of highly dangerous and highly pathogenic substances, such as nuclear power plants and biological laboratories, it is the last line of defense to ensure the safety of personnel and the environment, ensuring that the spread of harmful substances can be effectively controlled even in extreme cases to avoid serious consequences. |
