US has no plan for 2,000 tons of nuclear waste produced yearly
SkimNews Take
Renewed interest in nuclear power, driven by data center demand, highlights how a previously abstract, long-term problem like waste disposal becomes an immediate, practical hurdle when new economic pressures emerge.
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- US nuclear reactors generate approximately 2,000 metric tons of high-level waste annually, with used fuel stored onsite in pools and steel-and-concrete casks that experts consider safe but not permanent, according to MIT Technology Review.
- Yucca Mountain in Nevada was designated by Congress in 1987 as the US spent-fuel destination, but federal funding was halted in 2011 amid political opposition and the site has seen roughly a decade with no activity.
- Finland is furthest along globally, testing its deep geological repository as of 2026 with final approvals expected soon and operations potentially starting later this year — a project that began planning in the 1980s and selected its site in the early 2000s.
- France operates the world's most established spent-fuel reprocessing program at the La Hague plant, separating plutonium and uranium into mixed-oxide (MOX) fuel, and is targeting pilot repository operations by 2035 with initial approvals later this decade.
- China runs the world's fastest-growing nuclear energy program, while Bangladesh and Turkey are building their first reactors, and US tech companies are funding next-generation designs that will produce new waste streams requiring disposal.
- Some experts are calling for a new US organization to manage nuclear waste, modeled on programs in Finland, Canada, and France, rather than leaving the task to the Department of Energy.
- The US hosts more reactors and production capacity than any other country but has yet to break ground on a permanent geological repository, lagging behind peer nations despite a resurgence in industry investment and regulatory approvals.
Why it matters: The US produces 2,000 metric tons of high-level waste a year with no permanent home for it, and the looming wave of next-generation reactors and Big Tech's data-center power deals will only expand that pile — meaning policymakers, utilities, and reactor developers face a narrowing window to site a geological repository before waste volumes and political costs both rise.
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