Air disinfection can be divided into dynamic disinfection and static disinfection: the selected disinfection products has direct or indirect harm to human body. During air disinfection, operators need to be equipped with protective measures, and others can't stay in the space being disinfected. This disinfection method is called static disinfection.
Dynamic disinfection: The selected disinfection products is harmless to human body. In view of the fact that people do not need to leave the disinfection place and have no side effects during air disinfection, this disinfection method is called dynamic disinfection. Family: Avoid putting a lot of extra burden on human immune system due to poor indoor air, causing physical fatigue and reducing productivity and work efficiency. Reduce immune system diseases induced by air pollution, such as leukemia, asthma and emphysema, and promote human physical and mental health.
Factory: Air disinfection is used in the production of food, cosmetics and medicines. To prevent the secondary pollution of bacteria in the air during production, cooling, filling and inner packaging, and ensure the quality and safety of products.
Hospital: effectively control the secondary pollution caused by air flow between departments and sick rooms, reduce the secondary cross-infection between patients and caregivers, patients and medical staff, and make patients recover quickly.
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Air bactericide
PCO Personal Data Privacy Commissioner Biotransformation Office Biotransformation Core Technology Process Technology &; The technology of how it works and how it works.
Airocide biotransformation system. Airocide biotransformation system. Inside this cover is a reaction chamber, which is densely covered with tiny glass tubes, each of which is wrapped with a highly delicate and pressurized titanium dioxide mesh. On this cover is a reaction chamber, in which tiny glass tubes are densely arranged, and each glass tube is highly refined and pressurized. Untreated air is sucked into the device by a high-precision fan, and then enters and passes through a microchannel filled with 254 nm light. Untreated air is sucked into the device through a high-precision fan, and then enters and passes through a micro-tunnel route that collects 254 nanometers of light. Surface-bound (OH-) radicals bubble from the tubular surface, waiting for any organic substance to contact them. Surface-bound (OH-) free radicals wait from the renal tubule for organic contact with any foam on its surface.
Airocide biotransformation technology developed by NASA is converted into harmless water vapor, which will not produce ozone or other harmful by-products to destroy molds, microorganisms, dangerous pathogens, destructive volatile organic compounds and biogas. Green and energy-saving, the treated air is 99.999% pathogen-free fresh air when it passes for the first time. Green and energy-saving, the treated air outlet is 99.999%, and the fresh air that passes once is free of germs. FDA approval, airocide is effective. Approved by Airocide FDA, it is a project.
medical care
Nasa story NASA story technology case study case study product press room press room contact us contact our doctor's office doctor's office hospital waiting area examination room. Outpatient clinic newborn operating room operating room outpatient surgery hospital
People come to recover. . . . . And then get sick.
Adding an Airocide-Ampreg biotransformation system equals the transformation, and the number of colony forming units (CFUS) drops sharply. The number of colony forming units is added to the formula airocide &; Reg biotransformation system price drops. This is all because the Airocide system almost eliminated all the microorganisms they encountered. All systems, because Airocide destroyed almost all microorganisms encountered. 99.999% people passed at one time. In the first stage, 99.999% people. Clinical research has proved that. Clinical research has proved that. Proved in the real world hospital operating room. Proved in the real world hospital operating room. Airocide's biotransformation technology can eliminate bacteria, viruses, molds and molds, and remove harmful volatile organic compounds, which is the result of continuous disinfection of the surface. Airocide's biotransformation technology eliminates bacteria, viruses, molds and molds, eliminates harmful volatile organic compounds, and realizes continuous surface disinfection.
Statistics prove this point. Statistics prove this point.
Research shows that up to 30% of hospital-acquired infections are caused by airborne pathogens spread in hospital air. Studies have shown that up to 30% of hospital-acquired infections cause pathogens to spread in hospital air. Pathogens in the air include methicillin-resistant Staphylococcus aureus (MRSA), vancomycin-resistant Enterococcus (VRE) and Aspergillus spp., even in the environment considered as steroids. Pathogens in the air include methicillin-resistant Staphylococcus aureus, VRE and Penicillium, even in a sterile environment.
Despite the hospital-level HEPA filtration and laminar flow system, airborne pathogens still exist in hospitals, because the effective range of filtration is from 0. 3 to 0. 1 micron. Pathogens in the air persist, although there is a hospital-level HEPA filtration laminar flow system in the hospital, because the effective filtration range is 0.3 to 0. 1 micron. However, the dead pathogen is smaller than this. However, the most deadly pathogen is less than. Even their larger colleges can circulate most systems. Even larger colleagues can avoid most systems. When people enter the operating room, they bring pollutants in. When people enter the operating room, they bring their pollutants. Three-dimensional robes collect hitchhikers along the way. Sterile robes collect hitchhikers on the way. The operating room nurse prepared the room and stayed with the company regardless of preventive measures. The companion brought by the room prepared by the operating room nurse still exists despite the preventive measures.
This is just in the operating room. This is just in the operating room. Then there is recovery, pre-operation, intensive care and other places where pathogens lurk-even waiting rooms. The following recovery, transport, intensive care and other local pathogens lurk, even in the waiting room.
State-of-the-art hospitals have recorded an alarming reduction in airborne pathogens, including pathogens that are resistant to treatment after installing the Airocide b Ioconversion system. The state-of-the-art hospitals in the country have recorded an alarming reduction in pathogens in the air, including treatment after installing a biotransformation system of air-resistant pesticides. Explore evidence. Evidence of exploration. Then let Airocide work for your team. Case Study–Click here and then work for your team.