(1) Efficiency: Ozone disinfection uses air as the medium and does not require any other auxiliary materials or additives. During disinfection, the ozone generator generates a certain amount of ozone. In a relatively sealed environment, it is evenly dispersed and has good inclusiveness, overcoming the many blind spots of ultraviolet sterilization. It can kill various viruses such as bacterial reproduction, spores, hepatitis A and B viruses, fungi, and protozoa, as well as destroy botulinum toxin, toxins, and rickettsia. It also has strong functions in removing mold, fishy smell, and odor.
(2) High cleanliness: The characteristic of rapid natural decomposition of ozone into oxygen is a common advantage of ozone as a disinfectant. Ozone is generated by the use of oxygen in the air. During the disinfection and oxidation process, the remaining oxygen (O) forms oxygen molecules (O2) after 30 minutes, without any residue. This solves the problem of secondary pollution caused by disinfectant disinfection methods and eliminates the need for further cleaning after disinfection.
(3) Convenience: Ozone sterilizers are generally installed in clean rooms, air purification systems, or sterilization rooms (such as ozone sterilization cabinets, transfer windows, etc.).
(4) Economy: Compared with other methods, ozone disinfection has significant economic and social benefits in the application and operation of many pharmaceutical professions and medical and health units after ozone disinfection and sterilization. In today's rapidly developing industry, environmental concerns are particularly important, and ozone disinfection avoids secondary pollution caused by other disinfection methods.

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