Ozone is generated naturally by corona discharge, it has a high oxidative power and it is highly reactive, so it interacts with most contaminates and allergens it encounters, rendering them harmless while also removing odors, it can be effective against chemical sources, bacteria, mold, odors, etc.

The power of ozone is extremely high and, since the pollutant is oxidized by ozone, it loses its toxic, allergenic or odor-causing factor, thus, even if an oxidized contaminant remains in the air and is inhaled, it has no negative effect.

The sterilizing power of ozone is used against bacteria, microorganisms, fungi, and certain insect larvae. For example, microorganisms such as fungal spores or bacteria after being exposed to ozone are no longer able to reproduce, which causes their numbers to decrease rapidly. Ozone is at least ten times stronger than chlorine as a disinfectant. Ozone kills about 99.99% of known bacteria, destroying the cell wall. This process eliminates the contaminant while reverting the ozone back to oxygen. This way, ozone does not leave any residual in the air.

In this way, simple and efficient, ozone (since handled following safety standards) is the most efficient air purifier to disinfect, sterilize and deodorize ambient air indoors. Specially, places such as home, offices, hospitals, clinics and beauty centers, shopping centers, restaurants or any other enclosed places where the air is likely to be contaminated.

Ensuring that places where it is possible to detect more viruses and bacteria maintain a clean and disinfected air is the first step to control the propagation of these same pathogens; however, ensuring correct ventilation, maintaining a reasonable temperature and controlling humidity levels are also important factors not only for improving air quality but also for improving ozone efficiency.