In the process of drug production, it is often necessary to control the most important aspect of air sterilization in GMP workshops. Traditional methods such as ultraviolet disinfection, ozone disinfection, formaldehyde fumigation, and Novofel fumigation are used. Most pharmaceutical companies have problems such as incomplete disinfection or secondary pollution, So if used in low demand situations such as transfer windows, ozone or ultraviolet disinfection can achieve the desired effect. The “Disinfection Technical Specifications” provide detailed information that for surfaces and spaces immersed in ozone gas, contact for a period of time can kill surface bacteria and bacteria in the air. However, spores cannot be completely killed. Application of Ultraviolet in GMP Ultraviolet radiation kills bacteria through the action of light waves, which propagate in a straight line. Its intensity is inversely proportional to the square of the distance, and only when it reaches the location and meets the irradiation standard can it have a bactericidal effect. And the bactericidal ability of all ultraviolet rays decreases with increasing usage time. The main problem with ultraviolet sterilization is that it has low penetration ability and poor disinfection effect in areas where ultraviolet radiation cannot reach; Its antivirus ability decreases with the increase

Modern public places – such as hotels, guesthouses, karaoke, nightclubs, clubs, bars, internet cafes, game rooms, and other entertainment venues, Public places such as stations and shopping malls, as well as office buildings, are heavily decorated with toxic and harmful volatile substances such as benzene and formaldehyde Decorative materials; The use of air conditioning also causes doors and windows to be tightly closed, resulting in a large number of people and noise, making it difficult for indoor air to circulate, and increasing the number of various bacteria and microorganisms Sharp rise. Indoor air pollution seriously endangers people’s physical health. The air sterilization and disinfection purification machine has functions such as purifying air, disinfecting, disinfecting, removing mold, smoke, odor, and other odors, and is aware of various pathogenic bacteria, viruses, and microorganisms Significant inhibitory effects can effectively prevent the occurrence of diseases and create fresh and pleasant indoor air. There is a manual automatic time controller available for selection.

High diffusivity: Novofel can be converted into gas, with good diffusivity, no dead corners, and uniform concentration distribution. Strong bactericidal ability: The bactericidal ability of Novofux is higher than that of ozone and peracetic acid, and even higher than other disinfectants. Broad spectrum: Suitable for various pathogenic microorganisms, it has good killing effects on various microorganisms such as Escherichia coli, Salmonella, Staphylococcus aureus, hepatitis A and B bacteria, fungi, etc. Easy to use: The Novo Fungicide is directly sprayed with specialized equipment, making it very simple and convenient to use. Environmental friendliness: Novofel can quickly decompose into oxygen and water, so there is no problem of secondary pollution. It is widely recognized as a green disinfectant.

Air sterilization and disinfection refers to the disinfection treatment of microorganisms and bacteria in the air. Disinfectants have the ability to kill bacteria, disinfect and purify air, with an instant sterilization rate of 99.999%, effectively eliminating and preventing various diseases, while maintaining a constant natural fragrance in the air; It can effectively maintain sterilization and disinfection effects for a long time, with high application elasticity and almost unaffected by temperature, light, and even enhanced disinfection ability at high temperatures; Pure ecology, safety, environmental protection, the decomposed products are water and oxygen, harmless to humans and animals, without residue or corrosiveness; Two basic components, hydrogen peroxide (H2O2) and colloidal silver ions, collaborate to improve the bactericidal effect more quickly and centrally; It can be used for air sterilization in GMP workshops and can replace ozone and formaldehyde fumigation. a. Colorless, odorless, completely environmentally friendly, with only water and oxygen remaining, it is the world’s first truly residue free air sterilization disinfectant b. Super sterilization ability. Through more than 200 EU sterilization tests, it can kill more than 200 harmful microorganisms, including influenza virus, poliovirus, HIV-1 virus and hepatitis B virus, c. Long lasting effect, once used, the effect can last for

The installation position of the dynamic plasma air disinfection machine should be selected in a well ventilated area and not obstructed by obstacles to ensure smooth air circulation and achieve the best disinfection effect of the dynamic plasma air disinfection machine. The usage time should be adjusted according to the actual situation, and it is usually recommended to disinfect during production intervals or rest periods to ensure that personnel are not affected. The dynamic plasma air disinfection machine requires regular maintenance during use, including cleaning the body, replacing the filter screen, and other operations to ensure its disinfection effect and long-term stable operation

The dynamic plasma air disinfection machine is suitable for air disinfection in food processing workshops. Food processing workshops usually have a high concentration of microorganisms, and the use of dynamic plasma air disinfection machines can effectively kill bacteria, viruses, and other microorganisms in the air, improving the quality of food hygiene. The food stored in the food warehouse may be contaminated by the environment. The use of dynamic plasma air disinfection machines can effectively kill microorganisms in the warehouse, ensuring the hygiene quality of the food. Beverage production factories need to ensure the hygiene quality during the production process. The use of dynamic plasma air disinfection machines can efficiently kill microorganisms in the air and ensure the hygiene quality of beverages. Dairy production factories need to strictly control the hygiene of the production environment. The use of dynamic plasma air disinfection machines can efficiently kill microorganisms in the air and ensure the hygiene quality of dairy products. Restaurants and restaurants are one of the important places for food hygiene. The use of dynamic plasma air disinfection machines can effectively kill bacteria, viruses, and other microorganisms in the air of restaurants and restaurants,