Oregon Uranium Deposit Joins Leading Nuclear ETF as Washington Expands Fuel Security Spending

Oregon Uranium Deposit Joins Leading Nuclear ETF as Washington Expands Fuel Security Spending A US junior with the country's largest conventional uranium deposit entered the leading nuclear ETF in August, as federal commitments reshape which domestic resources attract institutional capital. Bank of America analysts projected uranium's spot price reaching $130 per pound in 2027, in forecasts reported Tuesday (2026-09-08), well above current market levels and reinforcing the federal spending now drawing institutional attention to domestic US uranium assets.⁵ One of those assets took a formal step upward last month. A US uranium company holding what is classified as the largest conventional uranium deposit in the United States earned a place in the world's preeminent nuclear exchange-traded fund on Monday (2026-08-03). The Aurora deposit in southeastern Oregon holds 32.75 million pounds Indicated and 4.98 million pounds Inferred of near-surface uranium under the S-K 1300 reporting standard.³ The leading uranium ETF stood at $42.98 as of Tuesday morning (2026-09-22), off 0.49%. That gap between analyst price targets and fund performance reflects how much execution risk sits between a classified resource and an operating mine. Purepoint Uranium CEO Chris Frostad has argued that the more pressing challenge in North American nuclear development is not reactor construction but securing enough uranium to fuel the reactors already in the pipeline.² Washington has made supply security a fiscal priority. The US DOE conditionally committed $17.5 billion in loans to finance up to 10 Westinghouse AP1000 reactors, with Cameco holding a 49% stake in Westinghouse.⁴ Separately, the US has awarded contracts for domestic production of high-assay low-enriched uranium, with up to $2.7 billion available, because HALEU is required for many advanced reactor designs and is not commercially available outside Russia at scale.¹ Russia remains embedded in the fuel chain. Canada supplied more than 30% of European Union uranium imports in 2024, but replacing Russian enrichment services, which sit downstream from raw ore and require dedicated industrial infrastructure, could take years according to mining.com reporting.¹ European utilities and US planners face the same dependency even as political pressure to exit it grows. Cameco, operating in the Athabasca Basin with contracted deliveries of 28 million pounds of uranium annually through 2030, has deepened its upstream position. It paid C$115.75 million to raise its stake in Cigar Lake, described as the world's highest-grade uranium mine, lifting its ownership to 57.418% while Orano's share rises to 42.582%.¹ Those locked-in volumes give Cameco revenue certainty that an Oregon deposit still in resource classification cannot match. Energy Fuels, one of the more active US producers, projected U3O8 production of 1.6 million pounds by end of June 2026 — a volume that underscores how far current domestic output sits from the quantities Washington's reactor commitments imply.¹ Nuclear's underlying economics remain intact. DOE data show US nuclear plants run at around a 92% capacity factor, roughly 1.5 times higher than natural gas and four times that of solar. Constellation Energy, the largest US nuclear operator, controls 22 gigawatts across 14 generating stations and supplies approximately 10% of the country's carbon-free electricity.⁴ The global uranium market is projected to reach $13.59 billion by 2033, with Washington emerging as the sector's largest institutional counterparty, per a market analysis published Wednesday (2026-09-09).⁶ That growth trajectory is what makes Aurora's ETF entry legible: domestic US uranium resources are scarce enough that near-surface, near-infrastructure ore of this scale now qualifies for benchmark inclusion. But ETF eligibility and commercial production remain separate milestones. HALEU capacity outside Russia does not yet exist commercially, enrichment infrastructure takes years to rebuild, and Aurora's path to permitted production still requires capital, permitting approvals, and operational execution that index inclusion does not provide.^1,3