Thanks for your response.
I'm hoping to deflouridate fluoridated water, turning the toxic sodium fluoride into neutral calcium fluoride.
At the level of fluoridation in my municipality (1.5 mg/liter), there is about 300mg of fluoride in a 55 gallon bathtub full of water. That is about the same amount of calcium in a vitamin calcium (with magnesium) dietary supplement tablet.
I have read that about 68% of the fluoride dose we get from fluoridated water is absorbed through our skin when we wash and bathe. If I grind up the calcium tablet and stir it into the bathwater, would this convert the sodium fluoride, readily absorbed through the skin, into the larger calcium fluoride molecule that is not toxic because it is not metabolized by the human body?
If this did work, I might apply the same method to drinking water with a very minute amount of the calcium powder added to a jug of fluoridated water. (.0045 of a calcium capsule would match the amount of fluoride in a liter of fluoridated water.)
I might also consider adding this minute trace amount to tea as there is a concern about fluoride in tea leaves.
From what I've read, fluoride is a common part of rock and soil everywhere but there is usually sufficient calcium present to bind to the fluorine to turn it into calcium fluoride, which passes through the human body unmetabolized and is harmless.
In areas of China and India where there is not sufficient calcium in the rock and soil, people suffer severe debility from fluorine poisoning.
The fluoride put in our water supply is the toxic variety, with a toxicity level somewhere between lead and arsenic. They claim that it prevents tooth decay but concede that this is only true to the extent that it is applied topically. Drinking it is, then, like drinking extremely toxic sun tan lotion. That is my concern, that I'd rather not be dosed by sodium fluoride in this way.
I know very little about chemistry. I'm wondering if the chemical reaction would actually play out in the way of my hopeful guessing as I described earlier.
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