The Cirrus 3 precisely replicates the chemical composition of fresh air and its natural purification capabilities by producing a continual stream of hydroxyl radicals that literally wipe the air clean. This is done in a controlled way and can be adapted for a range of retail, commercial and transport situations and is completely safe to anyone breathing the air.
Find out more about how Cirrus 3 works and the benefits for you.
The clean air being emitted from the Cirrus 3 destroys harmful bacteria and protects the air, keeping it clear of 99.9999% of viruses and bacteria that can survive on surfaces or in an airborne state.
Working in just a matter of minutes, the Cirrus 3 provides continuous 24/7 protection to any given location, substantially lowering the risk of infection amongst visitors and staff.
Unlike other products on the market, the Cirrus 3 does not need to filter all the air in a room to be effective - it creates an invisible defence cloud to kill germs before they spread from person to person.
Extensive testing of the Cirrus 3 technology by the Health Protection Agency has proved its effectiveness against the most virulent viruses.
A flu pandemic (such as bird or swine flu) is forecast to cost the global economy up to $2 trillion of GDP with a mortality rate of 70 million people worldwide. (source: Global Development Finance, World Bank, 2 May 2006)
Hydroxyl Radicals: a naturally occurring compound found in outdoor air. The hydroxyl radical is often referred to as the "detergent" of the atmosphere because it reacts with pollutants, bacteria and viruses, acting as the first step to their removal.
Volatile Hydrocarbons: these organic compounds are given off by plants, usually in a gaseous state. Once in the air, and mixed with UV light, these Volatile Hydrocarbons create Hydroxyl Radicals that then clean up the air.
UV Light: Ultraviolet (UV) light is the light found in sunlight. It can cause chemical reactions with particles it meets in the air. When mixed with Volatile Hydrocarbons it causes the production of Hydroxyl Radicals.
