Hydrogen Peroxide Photohydroionization is a remarkably advanced engineering and technical achievement. It attributes its capabilities to a tight narrowband spectrum UV C light, which is concentrated on a metal catalyst mark. This gear is set into place within a rarefied ozone atmosphere that is maintained at an elevated level of humid moisture. This procedure is designed to create an intricate oxidizing process which produces a group of oxidizers. These oxidizing materials rapidly return back to oxygen and hydrogen, so they are safe with no negative effects on human health. In fact, at a point in our history, hydrogen peroxide has actually been used as an oral medicine.
One of the oxidizing materials made by this process is hydrogen peroxide. This common material is widely used in family disinfection: every woman who highlights her hair is well aware with this strategy. When an indoor space is clouded with the highly weakened hydrogen peroxide atomization, the atoms will counteract or oxidize nearby contaminants. Due to the atomic form of hydrogen peroxide, when it this counteraction procedure is finalized, there is nothing left but basic water humidity.
Some of the test outcomes for photohydroionization units are striking indeed. The California Microbiology Center determined that in four days of use, airborne fungus was reduced by ninety-seven percent and the level of mixed yeasts & funguses was down by ninety percent. A separate series of fifty tests supported these findings, noting that the entire decrease of fungus spores reached ninety-seven percent with a decrease in total airborne fungi, bacteria, and viruses surpassing eighty percent. The Popular Science periodical checked one of the photohydroionization units and determined that it decreased airborne microbial levels by ninety-seven percent. By whatever measure, hydrogen peroxide is an effective cleaner.