The structure of ozone deodorization lies in the secret of its electrolysis. The constituent atoms of ozone-the oxygen atom (O) has a negative charge, the oxygen molecule (O2) has a positive charge, and the ozone has a negative charge. If you look for a positively charged binding object, ozone will oxidize, and this effect is related to electrolysis, which causes a great deodorization effect. In other words, the foul smell is mostly positively charged, and after ozone is combined with it (ion combined), it will react to become other substances. The deodorization effect can be achieved. This effect is the same as that of sterilization. The deodorization effect is achieved through oxidative decomposition. Instead of using the unique odor of ozone to cover up the odor, the source of the odor is decomposed.

For example: the reaction formula of methane (the smell of fart and methane gas) and ozone: EX: CH4 (methane) + O3 (ozone) → CO (carbon monoxide) + 2H2O (moisture) CO (carbon monoxide) + O3 (ozone) → CO2 (Carbon dioxide)+O2 (oxygen) methane combines with ozone to become two kinds of odorless, non-toxic and stable chemical substances: carbon dioxide and oxygen.