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| Home > About Us > How is CSO2 made |
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| What is CSO2™? |
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The first step in understanding CSO2™ is to appreciate the unique, proprietary manufacturing process.
Put simply, deionised water (cleansed of all organic compounds and impurities) is exposed to an electric charge. This process of electrolysis progressively "de-composes" the water by removing hydrogen from the H2O and by uniquely bonding the surplus oxygen molecules together. A small quantity of natural sodium chloride (in the form of sea salt) is added to facilitate an electrolyte solution and enable the solution to remain stable whilst "super concentrating" the oxygen level.
The oxygen is "stabilised" (meaning 'locked in' to solution and prevented from becoming a 'gas'). Samples from the CSO2™ production facility have been shown by independent laboratories to remain stable for at least two years in an unopened container and eight months in the opened container.
This represents a world breakthrough. Not only due to the stable qualities of CSO2™ but due to its balanced pH it is safe to ingest and use topically! Older technologies require a chemical process that results in potentially toxic pH levels.
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Chemical Description: De-Ionised Water, sodium chloride (unrefined Atlantic Sea
Salt) and stabilised diatomic oxygen molecules (O2)
Appearance (liquid): Liquid, non-viscous.
Colour (Gardner): No colour, clear
Odor: Mild chloride smell
Density (g/cm3): 1.08
Specific Gravity: 1.08
pH: (d25' C): 7.6-8.2
Flash Point (C): N/A
Solubility: Water, alcohol, and all non- petroleum solvents.
Acute Oral Toxicology: None
Dermal Toxicity: None
Inhalation Toxicity: None
Eye Irritation: Full strength, none. No eye injury.
CSO2™ is considered biodegradable according to the "Standard Test Method for Determining the Anaerobic Biodegration Potential of Organic Chemicals ", ASRM Standards Section 11, Water and Environmental Technology, Procedure E 1196-2.pp. 879-901, 1993
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