Blood Center Laboratory Wastewater Treatment Equipment Professional Equipment Integrated Wastewater Treatment Equipment

Blood Center Laboratory Wastewater Treatment Equipment Specialtyequipment

Central blood station sewage treatment equipment

1The new standards comprehensively control the sewage, exhaust gas, and sludge generated by hospitals, emphasizing the disinfection effect on pathogen containing sewage while also considering ecological environment safety.

2In terms of biological indicators, the new standard sets different requirements for hospital wastewater discharged into sewers and water bodies. The new standard strictly distinguishes the nature of hospitals and divides them into two levels based on the destination of sewage, and proposes strict control indicators for each level on the basis of the original standard.

3The new standard takes into account disinfection effectiveness and ecological safety issues, and specifies the disinfection time and residual chlorine amount for different types of hospitals and sewage destinations, strictly enforcing the upper limit of residual chlorine standards.

4In terms of physical and chemical indicators, for hospital wastewater discharged into surface water bodies and infectious disease hospital wastewaterCODTheBOD5TheSSThe indicators of animal and vegetable oils, petroleum products, anionic surfactants, etc. have been strictly controlled based on the original standards to enhance the risk resistance of the sewage treatment system. Considering that ammonia nitrogen also consumes disinfectants, strict requirements have been put forward for ammonia nitrogen.At present, the disinfectant used in domestic hospitals is mainly sodium hypochlorite. Although the price is relatively low, the safety is poor, it is prone to leakage, and chlorine reacts with organic matter to generate organic halogenated compounds, which can cause new pollution when entering water bodies, posing a threat to human health. Although chlorine generators do not have the above dangers, their key components are damaged, their volume is large, and their power and salt consumption are high. They are easy to operate and manage. Chlorine dioxide is hygienic（WHOConfirmed as a safe and efficient strong disinfectant, it has good disinfection effects on pathogenic microorganisms transmitted through water, including chlorine resistant viruses, spores, heterotrophic bacteria, sulfate reducing bacteria, and fungi in water systems. The sterilization speed of chlorine dioxide is fast, and it only takes a few minutes to achieve the sterilization rate99%Above all, chlorine dioxide can also react with local organic compounds in sewage, reduce the odor of sewage, and will not generate carcinogens such as trihalomethanes. The residual amount of chlorine dioxide formed after disinfection can prevent the reproduction of bacteria. The composite method chlorine dioxide generator independently developed by the company is in a leading position in the industry. Currently, the company's leading products include chlorine dioxide generator dosing equipment, wall mounted, titration, fully automatic, high-purity, composite method, chemical method, high-efficiency method, and electrolytic method chlorine dioxide generators, which enjoy high reputation in the field. In addition, the company strives for excellence in sewage treatment in rural areas, communities, residential areas, hospitals, medical facilities, township health centers, and reclaimed water reuse.

Central blood station sewage treatment equipment

1The new standards comprehensively control the sewage, exhaust gas, and sludge generated by hospitals, emphasizing the disinfection effect on pathogen containing sewage while also considering ecological environment safety.

2In terms of biological indicators, the new standard sets different requirements for hospital wastewater discharged into sewers and water bodies. The new standard strictly distinguishes the nature of hospitals and divides them into two levels based on the destination of sewage, and proposes strict control indicators for each level on the basis of the original standard.

3The new standard takes into account disinfection effectiveness and ecological safety issues, and specifies the disinfection time and residual chlorine amount for different types of hospitals and sewage destinations, strictly enforcing the upper limit of residual chlorine standards.

4In terms of physical and chemical indicators, for hospital wastewater discharged into surface water bodies and infectious disease hospital wastewaterCODTheBOD5TheSSThe indicators of animal and vegetable oils, petroleum products, anionic surfactants, etc. have been strictly controlled based on the original standards to enhance the risk resistance of the sewage treatment system. Considering that ammonia nitrogen also consumes disinfectants, strict requirements have been put forward for ammonia nitrogen.At present, the disinfectant used in domestic hospitals is mainly sodium hypochlorite. Although the price is relatively low, the safety is poor, it is prone to leakage, and chlorine reacts with organic matter to generate organic halogenated compounds, which can cause new pollution when entering water bodies, posing a threat to human health. Although chlorine generators do not have the above dangers, their key components are damaged, their volume is large, and their power and salt consumption are high. They are easy to operate and manage. Chlorine dioxide is hygienic（WHOConfirmed as a safe and efficient strong disinfectant, it has good disinfection effects on pathogenic microorganisms transmitted through water, including chlorine resistant viruses, spores, heterotrophic bacteria, sulfate reducing bacteria, and fungi in water systems. The sterilization speed of chlorine dioxide is fast, and it only takes a few minutes to achieve the sterilization rate99%Above all, chlorine dioxide can also react with local organic compounds in sewage, reduce the odor of sewage, and will not generate carcinogens such as trihalomethanes. The residual amount of chlorine dioxide formed after disinfection can prevent the reproduction of bacteria. The composite method chlorine dioxide generator independently developed by the company is in a leading position in the industry. Currently, the company's leading products include chlorine dioxide generator dosing equipment, wall mounted, titration, fully automatic, high-purity, composite method, chemical method, high-efficiency method, and electrolytic method chlorine dioxide generators, which enjoy high reputation in the field. In addition, the company strives for excellence in sewage treatment in rural areas, communities, residential areas, hospitals, medical facilities, township health centers, and reclaimed water reuse.

Blood Center Laboratory Wastewater Treatment Equipment Specialtyequipment