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The science behind how you can take the carbon makeup of your loved one’s ashes and turn it into real diamonds. Ashes to Diamonds: The Science Behind Cremation Diamonds Skip to main content
The first lab-made diamonds can be dated back to the 1950s, [1] and memorial diamonds started to appear in the market in the early 2000s. More than one company has claimed to be the first to provide memorial diamonds, and both Heart In Diamond [2] and LifeGem [3] have claimed to have a patent covering the growing of a "personalized gem diamond".
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Each cremation requires about 110 L (28 US gal) of fuel and releases about 240 kg (540 lb) of carbon dioxide into the atmosphere. Thus, the roughly 1 million bodies that are cremated annually in the United States produce about 240,000 t (270,000 short tons) of carbon dioxide, which is more CO 2 pollution than 22,000 average American homes ...
Cremation ashes, also called cremated remains or "cremains," are the bodily remains left from cremation. [7] They often take the form of a grey powder resembling coarse sand. While often referred to as ashes, the remains primarily consist of powdered bone fragments due to the cremation process, which eliminates the body's organic materials. [8]
Tom Harries, CEO and founder of Earth Funeral, explains the process of being turned into soil in about 30 days — and how your loved ones can then decide what to do with it.
An alkaline hydrolysis disposal system at the Biosecurity Research Institute inside of Pat Roberts Hall at Kansas State University. Alkaline hydrolysis (also called biocremation, resomation, [1] [2] flameless cremation, [3] aquamation [4] or water cremation [5]) is a process for the disposal of human and pet remains using lye and heat; it is alternative to burial, cremation, or sky burial.
There is growing interest in the conversion of sequestered atmospheric carbon dioxide into synthetic diamond, [2] a process pioneered by a New York based company called Aether Diamonds. So far, the only method used for creating synthetic diamonds from carbon dioxide sequestered from the atmosphere is by chemical vapour deposition. [3] [4]
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