The Science

The multiple nanometer wavelength and frequencies catalysis the breaking of ambient oxygen and water vapor molecules into the ‘H and ‘-OH’ (hydroxyl). These short lived Hydroxyls go on their oxidation work over more complex molecules of the contaminant and the Hydroxyls themselves get used up in the process. The end result is a sequential and instantaneous gas breakdown leaving only trace amounts of by-product in the form of harmless C02, water vapor, molecular oxygen, trace ozone, elemental forms of N, S. CL and weak minerals acids.

The wave-length frequency emitted by Odorox Hydroxyl Optic are “tuned up” to treat the gas molecules of a wide range of compounds, including ammonias, petrochemical and sulfur, such as H2S and mercaptans.

UV light technology has been used to clean air and water, however, there is a significant difference in this process because of the patented frequencies and strength created by the Odorox machine to generate “hydroxyls” that can live long enough and travel far enough to clean all surfaces and air in a room, building or confined space.  Other UV technology can only clean the air that travels over the lights because they are not capable of Hydroxyl generation.