Will the use of biosafety cabinets cause environmental pollution? How to reduce the impact on the en

Biosafety cabinets are mainly used in biological laboratories, and the following are some experiments that may produce pollutants:
Cultivating cells and microorganisms: Experiments on cultivating cells and microorganisms in biosafety cabinets typically require the use of culture media, reagents, chemicals, etc. These substances may produce pollutants such as gases, vapors, or particulate matter.
Separation and purification of proteins: This experiment typically requires the use of high-pressure liquid chromatography, electrophoresis, and other equipment and reagents, where organic solvents and acid-base solutions may produce pollutants such as gases, vapors, and particulate matter.
Molecular biology experiments: PCR, DNA/RNA extraction, and sequencing experiments may be conducted in a biosafety cabinet using organic solvents, enzymes, buffer solutions, and other reagents that may produce pollutants such as gases, vapors, or particulate matter.
Animal experiments: Conduct animal experiments in biosafety cabinets, such as mice, rats, etc. These experiments may require the use of anesthetics, drugs, and syringes, which may produce pollutants such as gases, vapors, or particulate matter.
During the use of biosafety cabinets, some potential environmental factors may be generated, such as exhaust gas, wastewater, waste liquid, waste, etc. Therefore, in order to reduce the environmental pollution caused by biosafety cabinets, the following measures need to be taken:
Reasonable selection of experimental methods and reagents: Choose green and environmentally friendly experimental methods and reagents, avoid the use of harmful chemical reagents and highly toxic biological products, and reduce waste generation.
Waste classification and treatment: For the waste generated by biosafety cabinets, it should be classified, stored, and treated according to different types, such as biochemical waste, medical waste, chemical waste, etc.
Proper waste gas treatment: During the use of the biosafety cabinet, some waste gases may be generated, including volatile organic compounds and odors. A ventilation system should be installed in the laboratory to exhaust the exhaust gas outdoors or after effective treatment.
Reasonable use of water resources: Avoid excessive use of water resources and reduce wastewater generation. For experiments that require water, water-saving experimental equipment should be chosen as much as possible, and laboratory tap water and pure water should be used reasonably.
Regular inspection and maintenance: Regularly inspect and maintain the biosafety cabinet to maintain the equipment in good condition, reduce leaks and malfunctions, and avoid unnecessary pollution to the environment.
Emergency response measures should be taken in a timely manner to avoid environmental pollution and personal injury in case of unexpected events such as leaks, fires, etc. that occur during the use of biosafety cabinets.