US Uranium Buyers Shift to Restocking Mode as China Locks In African and Domestic Supply
A US pivot to long-term uranium contracting since late 2025 brings Washington into direct competition with Beijing's grip on African mines and Russian enrichment.
The URA uranium equity ETF slipped 0.46% to $45.51 on Tuesday (2026-09-01) even as the underlying supply picture tightened: US nuclear operators have accelerated procurement under long-term contracts since the second half of 2025, shifting the uranium market from an inventory destocking phase into a restocking cycle, according to analysis published on August 24 (2026-08-24). Ten years of underinvestment in new mines left buyers with little slack when demand turned.7
Beijing's position explains the urgency of that shift. China buys enriched uranium from Russia's Rosatom, which controls roughly 40% of global enrichment capacity, while China's own enrichment infrastructure covers an estimated 13% of the global total. Western governments working to reduce reliance on Moscow face a market where Rosatom alone holds more enrichment share than any alternative bloc can quickly assemble.2
The mine side is equally concentrated. The top five uranium-producing nations supply close to 90% of global output, with Kazakhstan and Canada providing the core of low-cost, high-grade material, according to ceoworld.biz. China, producing domestically but well short of what its expanding reactor fleet requires, has secured equity in mines in Namibia and Kazakhstan.1
Namibia's positioning has become more defined. During a state visit to Beijing in the week of July 6 (2026-07-06), Namibia and China signed eight cooperation agreements covering energy, critical minerals, infrastructure and agriculture. China's presence in Namibia extends beyond uranium: Shell and TotalEnergies have already discovered an estimated 2.6 billion barrels of crude offshore, with production expected before the end of this decade, and Beijing is establishing itself as an infrastructure and trade partner ahead of that.4
China is also developing domestic uranium supply. In July 2025, it extracted its first uranium from the Ordos Desert in Inner Mongolia using in-situ leaching technology. The China Geological Survey estimates the deposit could hold up to 30 million tons, a figure that, if confirmed, would be significant, though independent verification of early-stage resource estimates typically takes years and such numbers carry wide uncertainty.2
Centrus Energy agreed in early August (2026-08-06) to supply X-energy with enriched uranium fuel for planned next-generation reactors, expanding US domestic nuclear fuel capacity on a commercial basis. The deal is among several indicators that American operators are building supply chains without waiting for federal coordination.6
China's demand side offers little relief to tight supply. Beijing's National Energy Administration and National Development and Reform Commission unveiled a plan in the week of June 22 (2026-06-22) to generate 50% of the country's electricity from non-fossil sources, including nuclear, hydro, wind and solar, by 2030. Nuclear is central to that plan because of its dispatchability. China builds reactors in roughly five years at about $2.7 billion per unit, against timelines and costs that typically run far higher in the US and Europe.2
India is competing for the same material. State-owned NTPC, the country's biggest utility, is seeking stakes in overseas uranium assets to fuel an expansion from 8.8 gigawatts of installed nuclear capacity to 100 gigawatts by 2047, a buildout a government panel has estimated at around $204 billion, or 19.28 trillion Indian rupees. NTPC is expected to account for 30% of new capacity additions.3
Australia is positioning to supply some of that demand. Prime Ministers Albanese and Modi signed an agreement in Melbourne during the week of July 6 (2026-07-06) opening Australian uranium exports to India for the first time. Each tonne contracted to New Delhi is one fewer available to other buyers in a market already moving into restocking.5
Enrichment capacity is where the competition becomes hardest to resolve. Even if US-aligned buyers lock up mine production across Africa and Central Asia, converting natural uranium into reactor fuel requires enrichment infrastructure that is overwhelmingly Russian or Chinese in origin. Rosatom's roughly 40% share of global enrichment cannot be replicated in years, let alone a single procurement cycle. Centrus's deal with X-energy is a commercial step, but US enrichment capacity is a fraction of what Washington's projected reactor additions would eventually demand.2,6
Whether China's Ordos Desert program delivers on its early estimates carries implications well beyond China's borders. If the 30 million ton resource figure proves out, Beijing's domestic uranium position changes considerably. If the numbers are revised down, as often happens in early-stage assessments, Chinese buyers will need more of the African and Central Asian mine supply that US and Indian operators are also pursuing on long-term contract, squeezing a market where enrichment capacity is already the harder constraint.2,7