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Uranium Unleashed released a video on July 3 2026. The nuclear energy sector is facing a quiet structural crisis as traditional utilities under contract their annual replacement requirements for the 13th consecutive year. While artificial intelligence data centres drive surging electricity demand, evidenced by Meta locking in up to 7.8 gigawatts of nuclear power purchase agreements and Microsoft securing over 800 megawatts of dedicated reactor capacity in Q1 2026, a massive contracting gap has formed. 

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Over the past five years, global utilities contracted only 589 million pounds of in the long-term market while reactors consumed approximately 815 million pounds, creating a cumulative shortfall of roughly 226 million pounds. In 2025, long-term contracting stood at just 116 million pounds, remaining well below the annual replacement rate proxy of 150 million pounds.

This persistent under contracting has triggered a strong sellers' market, pushing long-term term contract prices to a 14-year high of $90 per pound by the end of Q1 2026 and recently up to 84 to US$87 range. Utilities have historically cushioned this deficit using secondary inventories from the post-Fukushima oversupply period, which are now rapidly thinning.

In the United States, commercial inventories owned by civilian owner/operators (COOs) actually rose 11% to 126 million pounds at the end of 2024, but survey evidence indicates many utilities plan to draw these stockpiles down over the next one to two years. The supply side cannot easily respond to this brewing shortfall. In-situ recovery (ISR) projects in the U.S. require 7 to 10 years from initial permitting to first production, while conventional underground mines in Canada’s Athabasca Basin require 10 to 15 years from discovery to commercial output.

These structural lead times are compounded by immediate supply shocks. Under Niger's military junta, the SOMAÏR mine produced zero output in 2025, Canada's McArthur River mine lowered its 2025 output due to development delays, and Kazatomprom reduced its nominal 2026 production target by 10% under its subsoil agreements, removing roughly 8 million pounds or 5% of global supply.

Combined with policy events like the reinstatement of uranium to the USGS Critical Minerals List in late 2025, the Prohibiting Russian Uranium Imports Act, and Section 232 Proclamation 11001 authorizing minimum import prices, the physical market is heading toward a severe supply squeeze.

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