The compound chlorine dioxide (ClO2) is not a recent discovery. The gas was first produced by Humphrey Davy in 1811 when reacting hydrochloric acid with potassium chlorate. ClO2 is a strong oxidizing agent and a particularly fast disinfectant, however there are no reports in the scientific literature of toxicity by skin contact or ingestion, or moreover of mutagenicity.

Pure chlorine dioxide is recognized by WHO as harmless to humans and with excellent efficacy. It is classified as the highest safety class A-1 (removes more than 660 kinds of viruses and bacteria). It is a widely used oxygen based disinfectant for water, food, medical care (for ex. topical treatment for skin diseases, wound care, etc.), as well as a cold sterilant on instruments and glassware.

ClO2 in some respects is chemically similar to chlorine or hypochlorite, the familiar household bleach. However, ClO2 reactions with other organic molecules are relatively limited as compared to chlorine. When ClO2 is added to a system – whether a wound or a water supply – more of the biocide is available for disinfection and not consumed by other materials which makes it far less toxic and irritating then hypochlorite when applied to the human body and wounds.

ClO2 does not hydrolyze to form HCl as does chlorine, but remains a true gas dissolved in solution. ClO2, unlike chlorine or hypochlorite, does not form chlorinated hydrocarbons - a prime concern since many chlorinated hydrocarbons are known to be carcinogenic when in contact with organic matter., as well as it does not readily add to double bonds. Of all the amino acids, the building blocks of proteins, only aromatic amino acids and those containing sulfur react with ClO2.

Currently, we are offering 2 products that are Classified as sterilization and deodorization products for living spaces. They have been rigorously tested by a number laboratories around the world (You can view the accreditation here) and has consistently been classified as safe and non-toxic to use when the best practice guidelines are maintained.

Pure O2 Stick

Pure O2 Solid

Scientific Data

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