EIA: U.S. Uranium Output at Eight-Year High, Foreign Suppliers Still Dominate Reactor Deliveries
American mines produced 2.1 million pounds of U3O8 in 2025, their highest since 2017, but foreign suppliers still provided 93% of U.S. reactor deliveries.
U.S. uranium concentrate production reached 2.1 million pounds of triuranium octoxide (U3O8) in 2025, the most since 2017 and more than three times the 2024 total, the Energy Information Administration reported on August 28 (2026-08-28).6,3
The tripling headline obscures where the industry actually stands. Domestic material accounted for only 7% of uranium deliveries to U.S. nuclear plants in 2025, per EIA data. The reactor fleet purchased 46.9 million pounds of U3O8 equivalent across the year. Against that figure, 2.1 million pounds of domestic output is a floor, not a recovery.6
Canada held its position as the dominant supplier at 32% of deliveries, followed by Kazakhstan at 28% and Australia at 15%, EIA figures show. The supply chain runs through jurisdictions that American policymakers have defined as either strategic partners or acceptable counterparties, but the distribution leaves the U.S. reactor fleet exposed to disruption in any one of them. A full ban on unirradiated Russian uranium, scheduled under legislation signed by President Biden in 2024, takes effect in 2028.6,1
Buyers paid more despite buying less. The weighted-average price across 2025 purchases hit $58.46 per pound, up 11% from the 2024 average of $52.71 per pound, per EIA data. Total volumes purchased declined to 46.9 million pounds from 55.9 million pounds in 2024. The URA uranium equity ETF traded at $43.94 on September 2 (2026-09-02), down 0.39%, diverging from any momentum the production figures might suggest.6
Drilling activity points to continued expansion. Exploration drilling totaled 1,824 holes with more than 1.0 million feet of total footage in 2025, against 1,324 holes and 0.6 million feet in 2024, EIA data show. Development drilling reached 3,708 holes and 1.30 million feet, compared with 2,462 holes and 1.26 million feet the year before. Both categories reflect early-to-mid cycle activity — results that may take years to translate into output.6
The percentage gain in production is partly a function of the depth of the prior collapse. A GlobeNewswire commentary published August 10 (2026-08-10) noted the U.S. consumed roughly 50 million pounds of uranium annually while producing around 677,000 pounds at its recent low. American mines ran at approximately 44 million pounds a year during their 1980s peak, with Wyoming contributing around 12 million of those pounds, according to industry figures cited by Cowboy State Daily.5,2
Production is only part of the fuel cycle problem. Enrichment is the bottleneck. The Department of Energy in January 2026 (2026-01) committed $2.7 billion over a decade to expand domestic enrichment capacity, splitting the allocation as three grants of $900 million each to American Centrifuge Operating (a Centrus Energy subsidiary), General Matter, and Orano Federal Services to build or expand enrichment facilities. Centrus separately announced facility expansions, Engineering News-Record reported in July 2026 (2026-07-07).1,4
The timing gap between policy ambition and operational capacity is visible in new mine development. Wyoming projects currently in engineering and permitting phases are targeting first production in 2029 or 2030 at the earliest, Cowboy State Daily reported, with hydrogeological studies on key deposits still underway.2
That leaves a two-to-three year window between the Russian ban taking full effect in 2028 and any meaningful contribution from the next generation of U.S. mines. Purchase prices already rising at an 11% annual pace suggest the market is pricing that gap.6,1