Antiseptic gate of performance model with desired composite design and electric door

The tunnel disinfecting people, such as devices used in the implementation of hospital systems and operating rooms to remove more microorganisms such as germs and viruses from the UV lamp system and ozone technology of generators in the ventilation system, was our duty to design disinfectant systems for different environments using this expertise.

The tunnel disinfecting people, such as devices used in the implementation of hospital systems and operating rooms to remove more microorganisms such as germs and viruses from the UV lamp system and ozone technology of generators in the ventilation system, was our duty to design disinfectant systems for different environments using this expertise.

In the tunnel disinfecting people, the reason for the use of oson gas is 3000 times more than chlorine due to its high disinfectant power. Also, according to the World Health Organization report, the limit of the use of this gas in disinfectant equipment is 0.125 PPM, which does not pose any risk to the human health system In the design of these systems, the focus on standardization of concentration has been used, which resulted in obtaining permission from the Pioneer Clean Air Organization for the permitted use of oozons in this system by 0.078 PPM to 360187 registration number.

Another advantage of using oson gas is that unlike other disinfectants such as chlorine and formalin, it does not cause the production of any toxic or harmful substances and after 5 to 10 minutes it becomes oxygen, which during this cleanup operation is still ongoing, so it does not cause any negative impact on humans.