U.S. Uranium Output Triples But Covers Just 7% of Reactor Demand
EIA data show domestic uranium production hit a nine-year high in 2025, yet nuclear plants purchased more than 22 times as much uranium as the country produced.
U.S. uranium production reached 2.13 million pounds in the first half of 2026, EIA data show, extending a recovery that more than tripled full-year 2025 output to 2.1 million pounds of uranium oxide. That annual total was the highest since 2017. It represented a 223% increase over 2024, mining.com reported, citing EIA production figures.2,1
The supply gap makes the production milestone hard to read as a simple win. American nuclear-plant operators purchased 46.9 million pounds of uranium in 2025, more than 22 times what the country produced that year, EIA data show. Just 7% of utility deliveries came from U.S. sources. Canada, Kazakhstan and Australia combined to supply 75%.2
Most measures of U.S. uranium activity reached their highest levels in almost a decade last year, mining.com noted, citing the same EIA data. A single-year spike driven by price or one isolated project looks different from coordinated expansion across drilling, spending and plant reactivation simultaneously. The 2025 data show all three moving together.1,2
Installed capacity puts the utilization problem in plain terms. EIA figures show 13.3 million pounds of annual capacity at operating U.S. in-situ recovery plants at the end of 2025, against actual production of 2.1 million pounds, a utilization rate of roughly 16%. That gap suggests production has substantial room to grow before operators need to commission entirely new facilities.2
Investment is accelerating. Exploration drilling jumped two-thirds to 1.02 million feet in 2025, and combined spending on land, drilling, production and reclamation climbed 47% to $234.7 million, its highest level since 2014, the EIA's annual production report shows. Second-quarter 2026 production rose 4.7% to 1.09 million pounds. The consecutive gains suggest the recovery is not a one-year anomaly.2
Five additional in-situ recovery plants were on standby at the end of 2025, meaning they retain operating licenses but are not actively producing. Seven proposed facilities carry combined planned capacity of 10.5 million pounds. But even if every proposed plant reaches full production alongside current operators, total domestic output would still fall well short of the 46.9 million pounds utilities consumed in 2025 alone.2
U.S. utilities expect to require as much as 360 million pounds of uranium through 2035, EIA data show. Annualizing the first-half 2026 production pace gives roughly 4.26 million pounds for the full year, or just above 1% of that decade-long demand figure. Even aggressive domestic expansion would leave substantial import exposure given that U.S.-origin uranium covered just 7% of utility deliveries last year.2
The URA uranium ETF traded at $44.32 on Thursday (2026-09-03), up 0.48% on the day. An oilprice.com analysis released alongside these figures framed the sector's challenge directly: the U.S. is "climbing from a base so depleted that a threefold increase still leaves America dependent on imports for most of its reactor fuel."2
Canada, Kazakhstan and Australia controlled three-quarters of U.S. reactor fuel deliveries in 2025. Any disruption to those supply routes would reach American nuclear operators well before domestic production could compensate. Permitting and construction cycles for new in-situ recovery facilities typically run several years, meaning the spending surge of 2025 is not guaranteed to translate into output by the time utilities need the fuel. Against a decade-ahead demand forecast of 360 million pounds, that development timeline is the sector's most consequential uncertainty.2