US turns radioactive tank waste into 4.2 metric tons of glass daily
The U.S. Department of Energy is working to stabilize radioactive waste at the Hanford Site by converting it into glass through a process called vitrification. This initiative aims to address decades of nuclear waste accumulation resulting from Cold War-era plutonium production.
Why it matters
Managing legacy nuclear waste is a critical environmental and safety challenge that requires long-term industrial solutions to prevent contamination of local water sources.
Along with Russia, the United States possesses nearly 90% of all nuclear weapons on Earth. The country has over 5,044 total warheads and is known to have the most balanced and heavily maintained strategic triad delivery systems. While it has no need to amp up on developing more nuclear weapons, it needs to urgently clear out the nuclear waste that has been silently accumulating for more than three decades.The Hanford SiteIn 1943, 5 years after chemists and physicists discovered nuclear fission, Hanford, Washington, was chosen as the top-secret site for producing the Manhattan Project’s plutonium supply. The element is not found in nature, is more radioactive than uranium, and provided the US with an additional route to building atomic bombs. The nearby Columbia River could provide power and water to cool the reactors, and the area was sparsely populated.
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