Ozone is a gas with good diffusivity, instability and strong oxidation. It has no dead angle when sterilizing and disinfecting. Ozone can be rapidly decomposed into oxygen and monoatomic oxygen, which can also combine to form oxygen molecules by itself. Ozone has no secondary pollution problem and is generally recognized as a green disinfectant.
Bactericidal capacity is 600-3000 times higher than that of chlorine and is not affected by change of PH value and ammonia.
Use DBD method with low energy consumption and high output to simulate the way natural lightning generates ozone
The most environmentally friendly technology at present is to dissociate oxygen (02) molecules with dry air or oxygen at an AC voltage of 5~25kV and then collide and polymerize them into 03 molecules. Ozone is highly oxidizing and non-toxic. But in practice, ozone is inhaled in large quantities and causes severe damage to the human respiratory tract. The concentration in air that can be sensed by smell is 0.02ppm, the maximum concentration allowed to work in ozone environment for a long period of time (8 hours) is 0.15ppm, and the concentration of ozone harmful to human body is <2ppm.
