Oregon Uranium Developer Enters World's Top Nuclear ETF Amid Growing US Supply Shortfall
The August index addition gives institutional investors access to the US's largest conventional uranium deposit, with utilities still far short on long-term procurement.
US utilities are short of billions of pounds of uranium they have not yet contracted, and the math of closing that shortfall is becoming harder, Newswire reported on September 3 (2026-09-03). The world's preeminent nuclear ETF (URA) traded at $45.00 on Friday (2026-09-11), effectively flat, as equity markets priced in the supply picture that utility fuel buyers are already living with.6
The fund had already shifted its composition in early August (2026-08-03), adding a Nasdaq-listed US developer whose primary asset is the Aurora deposit in southeastern Oregon. Under the S-K 1300 standard, Aurora hosts 32.75 million pounds Indicated and 4.98 million pounds Inferred of near-surface uranium resource, making it the largest conventional, measured and indicated deposit in the United States. Few US-domiciled companies carry a resource base of that scale.4
The US arrived at this moment with a supply chain it had allowed to weaken. Washington's renewed push into nuclear power, driven by electrification, industrial expansion, and the power demands of AI data centres, exposed how heavily the country had leaned on Russian uranium and fuel services, Newswire reported (2026-07-08). Those dependencies cannot be unwound quickly, as the mining industry has noted repeatedly.2,1
Russia's enrichment role makes the problem harder to address. Canada supplied more than 30% of EU uranium imports in 2024, but substituting Russian enrichment services could take years, Mining.com reported (2026-06-18). The US has made up to $2.7 billion available through contracts to boost domestic production of HALEU (high-assay low-enriched uranium required by many advanced reactor designs), because no commercial-scale HALEU supply exists outside Russia.1
Conventional uranium production in the US remains thin. Energy Fuels operates the White Mesa Mill in Utah, the only conventional uranium mill currently running in the country, and had forecast U3O8 output of 1.6 million pounds by the end of June 2026. The company has also diversified into rare earth processing alongside its uranium operations.1,6
Larger producers are expanding their positions. Cameco is paying C$115.75 million to raise its stake in Cigar Lake, described by Mining.com as the world's highest-grade uranium mine, taking its ownership to 57.418% as Orano's share rises to 42.582%. The company has locked in commitments to deliver an average of 28 million pounds of uranium annually through 2030. NexGen Energy plans to break ground at Rook I in northern Saskatchewan, a C$2.2 billion project holding the largest development-stage uranium deposit in Canada.1
Reactor commitments continue to build on the demand side. The US Department of Energy conditionally committed $17.5 billion in loans to finance up to 10 Westinghouse AP1000 reactors, in which Cameco holds a 49% stake alongside Brookfield Renewable Partners. Nuclear plants run at a capacity factor of around 92%, roughly 1.5 times natural gas and four times solar, according to DOE data. Constellation Energy, the largest US nuclear operator, controls 22 gigawatts of capacity across 14 generating stations and supplies about 10% of the country's clean electricity.5
Purepoint Uranium CEO Chris Frostad said in July (2026-07-15) that securing enough uranium to keep existing reactors running is a more pressing challenge for North America than the pace of new reactor construction. An ETF inclusion does not change that calculus.3
Aurora is a resource estimate, not a producing mine. The distance from an Oregon deposit to fuel in a US reactor is measured in capital, permits and years — none of which an ETF inclusion provides.4