This blog post is about the role of ozone in the coronavirus. The ozone molecule has been shown to play a role in inhibiting the virus, and may be a key to developing therapies. In this post, we will explore the evidence for this claim and discuss how ozone could be used to prevent coronavirus outbreaks. Stay tuned for more information!

SARS-CoV-2 has been found to be highly persistent on aerosols and surfaces, with one study reporting that it remained viable for up to four days after being deposited.

A Research From Tel Aviv University

Researchers from Tel Aviv University have now shown that low levels of ozone, which has been used for decades to disinfect surfaces against Coronavirus, effectively sanitize them. Dr. Ines Zucker from the Ivy and Eldar Fleischman Faculty of Engineering at Tel Aviv University’s Porter School of the Environment and Earth Sciences led the research team. Dr. Zucker worked with Drs. Moshe Dessau and Yaal Lester from the Azrieli College at Tel Aviv University in Jerusalem, as well as Dr. Azrieli Faculty of Medicine at Bar Ilan University in the Galilee, to evaluate the possibility of ozone for SARS-CoV-2 indoor disinfection. [1]

The majority of people are aware of ozone as a thin layer in the Earth’s atmosphere that protects us from UV radiation’s negative effects. Ozone is also known as an aggressive oxidant and antiseptic, which is utilized in water and wastewater treatment processes. The research team decided to modify the methods by which they utilize ozone to break down organic pollutants from polluted water, as well as demonstrate the anticipated effectiveness of ozone in neutralizing Coronavirus, within the study framework.

Also Read: US Standards On Drinking Water Disinfection

Ozone is produced by electrical discharge (the breakdown of chemical compounds into their components using electric current), in which oxygen molecules are rebuilt in the form of ozone molecules. The researchers showed that various infected surfaces, even those located in difficult-to-reach areas, were inhibited.

The researchers tested nine different types of commercially available, hand-disinfecting wipes on bacteria-laden surfaces. They were able to eradicate the germs in less than a minute, even on surfaces that didn’t require using manually applied liquid disinfectants with a statistical success rate of over 90 percent. The process involves low-cost and readily accessible technology that may be used to disinfect hospitals, schools, hotels, aircraft and entertainment halls, according to Dr. Ines Zucker.

“Gaseous ozone is generated from oxygen gas by electrical discharge. Now, for the first time, we have managed to prove that it is highly efficient in combating Coronavirus as well,” stresses Dr. Zucker. “Its advantage over common disinfectants (such as alcohol and bleach) is its ability to disinfect objects and aerosols within a room, and not just exposed surfaces, rapidly and with no danger to public health.” [2]

Dr. Zucker believes that, because the gas is inexpensive and simple to produce, it should be feasible to install ozone disinfection systems on a large commercial scale to combat COVID-19 infections.

Bottom Line

As the coronavirus pandemic continues to spread, more and more people are looking for ways to protect themselves from the virus. While there is no surefire way to prevent infection, using an ozone generator may be one of the best steps you can take to help reduce your risk of exposure.

Ozone generators have been shown to kill viruses and bacteria, making them a powerful tool in the fight against coronavirus. If you’re looking for a way to improve your protection against coronavirus, consider purchasing an ozone generator today.