Introducing Bluezone® By Middleby

The air filtration technology is designed to purify indoor air and destroy 99.9995% of infectious airborne particles according to a laboratory study

Recently, Middleby announced the debut of its patented air filtration technology, Bluezone by Middleby. The technology is designed to purify indoor air and destroy 99.9995% of infectious airborne particles according to a laboratory study. Currently in use by the U.S. military, the patented solution is always active and kills microbes, bacteria, mold and other indoor space contaminants.

“Our partnership with Bluezone allows us to make restaurants and all indoor spaces safer by offering a proven technology that outperforms HEPA and other systems currently in the marketplace, “said Middleby CEO Tim FitzGerald.

Bluezone by Middleby Viral Kill units are now available for indoor use at restaurants and other establishments. The system, which does not require a filter, is proven to destroy infectious airborne contaminants. This is believed to be one of the three the most prevalent ways the Coronavirus is spread.

Third party laboratory testing

The unit works by pulling indoor air into the Bluezone reaction chamber and through a patented process of combined technologies it breaks down the RNA of the COVID-19 virus, making reproduction impossible and killing the virus. Third party laboratory testing has proven Bluezone technology kills 99.9995% of the MS2 virus (SARS-CoV-2 surrogate) after 60 minutes.

Bluezone by Middleby Viral Kill units are available for in-ceiling mount or in a freestanding credenza or tower.

Bluezone by Middleby Food Preservation units are configured to extend the shelf life of fruits and vegetables by inactivating mold and bacteria, and converting ethylene gas into CO2 and H2O. This innovation has been available for some time in Viking residential refrigeration and will now expand to a broader collection of both Middleby residential and commercial refrigeration.

Further details:

Visit www.bluezone.com for more information.

 

 

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