Ozone Kills Bacteria & Viruses

OZONE Kills Bacteria & Viruses

Ozone kills bacteria, viruses

Ozone treatment can be one of the most effective disinfection techniques, but does the ozonator work on viruses?

Bacteria and viruses are responsible for a wide variety of infections. One way to deal with them is to disinfect surfaces, hands and rooms. While you can only wash your hands with soap under running water, disinfecting rooms, vehicles and various surfaces is bit more difficult. An ozonator is excellent alternative to using chemicals.

Ozone – a powerful ally
Many people have doubts about whether ozone kills viruses, bacteria, fungi and mould spores and they wonder how it works. Before you use our services, it’s worth knowing more about how ozonator works and how is ozone effective against viruses and microbes.

The ozonator is a device that generates ozone which is a very strong oxidant and in the right concentration destroys bacteria, viruses, fungi, moulds, and also eliminates odours and can be even used for water treatment.

The ozonator emits ozone. The exact operating parameters of the device depend on its performance – the higher it is, the faster a high concentration of ozone can be achieved. The average time for ozonizing of a car or a small room is 30 minutes.

Ozone against viruses, bacteria and fungi – how does it work?

Ozone, which is generated by the ozonator, is a strong oxidant that oxidises the cell walls of microorganisms which leads to their destruction.

Ozone does not damage the disinfected surfaces, it breaks down back to oxygen thus is safe for the environment. It is a natural gas that occurs in the upper atmosphere. Ozone reaches all corners of the disinfected rooms, which effectively removes microbes from all surfaces.The ozonator for viruses, bacteria and fungi is very popular both in industrial and domestic applications.

Ozone – what viruses and bacteria does it work on?

Ozone is one of the strongest oxidants and its disinfecting effect has been known and appreciated for a long time. The best proof of this is the use of ozone for water treatment, as well as ozone disinfection of vehicles, ambulances, buses, clinics, kindergartens and numerous public places.

Ozonator and viruses – what bacteria, viruses and microorganisms does ozone eliminate?

• Bacteria – ozonation effectively removes most bacteria, including the dangerous bacteria Salmonella, E. Coli, Clostridium and Cryptosporidium (the last two are resistant to chlorine).
• Viruses – ozonation is also effective in eliminating viruses. By strong oxidising effects, ozone damages them and reduces the risk of infection with influenza virus. Studies also indicate that ozonation is also effective against coronaviruses.
• Mould spores – are effectively eliminated both from rooms and surfaces, as well as from all corners and ventilation systems.
• Fungi spores – are also effectively removed in the ozonation process.

Ozonation removes viruses, bacteria and fungi with considerable efficiency and what does the issue of ozone effectiveness against insects look like? Does ozone kill fleas, mites or bed bugs?

Ozone is effective against all insects

• Ozone for flying insects – ozone is very effective against midges, mosquitoes and flies.
• Ozone for running insects – ozone is extremely effective against bedbugs, ants, spiders, as well as for lice, cockroaches, mites and many others.
• Ozone for crawling insects – like silverfish and larvae.
• Ozone for jumping insects – especially fleas

Ozone treatment is a very effective and valued method of eliminating bacteria, viruses, fungi, but also insects. Ozonation for midges, flies and mosquitoes will help reduce their population at home or business.

What concentration must ozone reach for disinfection?

To be effective, ozonation must be performed at the appropriate ozone concentration. The operating parameters of the device should be selected for specific places and applications.

• For regular cleaning of rooms and vehicles, an average device with a capacity of 500 mg/h, which will work for about 30 minutes, is sufficient.
• A minimum concentration of 2 ppm should be used for disinfection. The disinfection time depends on the concentration. At 2 ppm it should be 3 hours, but at 5 ppm disinfection will take 1.5 hours.

Ozone treatment is an increasingly popular method of dealing with insects, mould, fungi, bacteria and viruses, as well as against unpleasant odours. Ozonator for mould, viruses and fungi is useful in both professional and home use. A properly selected device will also be useful for cleaning vegetables from pesticide residues, as well as for cleaning air from vapours and unpleasant odours.