To make highly oxygenated water, you add a stabilized aqueous PVP-H2O2 solution to purified distilled water. Specifically, for water containing 20 times the normal oxygen quantity, add 25 milligrams or less of this solution per liter of purified distilled water and mix it for at least 2 hours.
In more detail:
Oxidized water, often referred to as oxygenated water, is essentially water with a higher concentration of oxygen than normally found in regular water. The process described in the provided reference utilizes a stabilized hydrogen peroxide (H2O2) solution to achieve this.
Here's a breakdown of the process:
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Purified Distilled Water: Start with high-quality, purified distilled water. This ensures that there are minimal impurities that could interfere with the oxygenation process or affect the stability of the final product.
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Stabilized Aqueous PVP-H2O2 Solution: This is a crucial component. PVP stands for polyvinylpyrrolidone, a polymer that helps stabilize the hydrogen peroxide. Hydrogen peroxide (H2O2) naturally decomposes into water and oxygen. The PVP helps to slow down this decomposition, allowing for a more controlled release of oxygen into the water. The concentration of H2O2 in the PVP solution is important and should be determined based on desired oxygen levels and safety considerations.
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Mixing: Thorough mixing is essential for even distribution of the stabilized H2O2 solution within the water. The reference specifies mixing for at least 2 hours, suggesting a slow and consistent process is beneficial.
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Quantity: The amount of stabilized PVP-H2O2 solution used is critical to achieving the desired oxygenation level. The reference suggests 25 milligrams or less per liter for water with 20 times the normal oxygen concentration. The exact amount may need to be adjusted depending on the concentration of the PVP-H2O2 solution and the desired level of oxygenation.
Important Considerations:
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Concentration of PVP-H2O2 Solution: The concentration of the stabilized hydrogen peroxide solution will directly impact the amount you need to add. It's imperative to know this concentration to accurately calculate the dosage.
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Safety: Hydrogen peroxide can be a skin and eye irritant. Use appropriate protective measures (gloves, eye protection) when handling the PVP-H2O2 solution. The final oxygenated water, if prepared correctly with a low concentration of H2O2, should be safe for consumption (though it's always recommended to consult with a medical professional or relevant expert for any safety-related concern regarding ingested substances).
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Storage: Oxygenated water has a limited shelf life. The oxygen will eventually dissipate over time. Storing the water in a cool, dark place can help prolong its shelf life.
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Applications: The use of highly oxygenated water varies. There have been suggestions for its uses in improving athletic performance and wound healing, however, these claims require rigorous scientific backing.
In summary, creating oxidized water involves carefully adding a stabilized hydrogen peroxide solution (PVP-H2O2) to purified water and mixing thoroughly. The correct ratio of solution to water is key to achieving the desired oxygen concentration.
