Oregon Uranium Developer Earns Spot in World's Largest Nuclear ETF as US Domestic Supply Remains Thin
The Aurora deposit's inclusion highlights the gap between US nuclear ambition and domestic uranium production.
A US uranium developer won inclusion in what its backers describe as the world's preeminent nuclear exchange-traded fund, according to reporting published Monday (2026-08-03). The centrepiece of its resource base is the Aurora deposit in southeastern Oregon, which carries 32.75 million pounds Indicated and 4.98 million pounds Inferred of uranium under the S-K 1300 standard, alongside the adjacent Cordex deposit. The company describes this combination as the largest conventional, measured and indicated uranium deposit in the United States.6
The uranium ETF benchmark URA rose 3.94% through Tuesday's close (2026-08-04) to $42.49. Fund inclusion places an early-stage Oregon resource in front of institutional capital tracking the nuclear theme, at a moment when US-origin uranium is drawing significant policy attention in Washington.6
The attention is grounded in numbers. The World Nuclear Association expects global uranium demand to rise 28% by 2030 and more than double by 2040. The United States has targeted quadrupling nuclear capacity from roughly 100 gigawatts in 2024 to 400 gigawatts by 2050. Bank of America puts the resulting market opportunity at $10 trillion.1
Supply is tightly held. Kazatomprom of Kazakhstan produced 21% of global uranium in 2024, Cameco of Canada produced roughly 17%, and France's Orano came third at 11%. Those three producers dominate roughly half the world's output, and the US has moved to reduce its reliance on Russian uranium and fuel services. But as mining.com reported in June (2026-06-18), nuclear fuel supply chains cannot be rebuilt overnight.1,4
Advanced reactor designs compound the problem. Many small modular reactor configurations require HALEU, or high-assay low-enriched uranium, which is not yet commercially available outside Russia. The US government has awarded domestic HALEU contracts, but production timelines remain uncertain.4
Goldman Sachs updated its uranium demand model in a note by analyst Brian Lee published in May (2026-05-19). The bank added roughly 46 gigawatts of SMR deployments to its 2045 forecast. That revision alone generates an additional 62 million pounds of uranium demand, a 17% upside to Goldman's prior long-term estimate. Uranium spot prices were holding in the mid-to-high $80s per pound at the time of the note, with term pricing near $90 per pound.2,3
Goldman's model also flagged a cumulative supply deficit of 2.3 billion pounds between 2025 and 2045. Short of substantial new mine development, that gap does not close on current production trajectories.2
The reactor pipeline is already building. In South Carolina, the 759-megawatt Robinson Unit 2 received federal approval to operate until 2050 under accelerated licensing timelines, according to Goldman's note. Westinghouse, in which Cameco holds a 49% stake, is part of an $80 billion agreement with the US government to build new reactors supporting AI deployment in the United States.2,1
Chris Frostad, chief executive of Purepoint Uranium Group, said in July (2026-07-15) that securing enough uranium to fuel planned expansion was already a more pressing near-term concern than building the reactors themselves. His company operates in Canada, but the supply constraints are shared across North American fuel chains.5
Near-surface conventional deposits under a recognised resource standard are scarce in the US domestic inventory. The Aurora project's ETF inclusion gives it institutional visibility. Whether the resource translates into permitted mine capacity on any commercially relevant timeline is what neither fund membership nor the geological estimate can answer.6