Uranium Supply Gains Momentum as Nuclear Energy Returns to the Spotlight

Why It Matters

Higher uranium output and critical‑mineral status strengthen domestic supply chains, reducing reliance on foreign sources and supporting the global shift toward low‑carbon nuclear energy.

Key Takeaways

• Global uranium output rose 6.1% in 2025, led by Kazakhstan.
• US production jumped to 1,316 tonnes, driven by Pinyon Plain.
• DOE added uranium to Critical Minerals list, boosting policy focus.
• 2026 forecast shows 10.1% production increase, 5.8% CAGR to 2035.
• New projects in Canada, Australia, and Africa expand supply pipeline.

Pulse Analysis

The renewed focus on climate‑friendly power generation has placed nuclear energy back in the spotlight, and uranium is the linchpin of that transition. Governments and utilities are increasingly viewing nuclear as a reliable, low‑carbon baseload option, driving demand for primary uranium. This macro trend dovetails with tighter emissions regulations and the need for energy security, creating a favorable market environment for producers and investors alike.

In 2025, Kazakhstan solidified its dominance, contributing 39% of global uranium and benefitting from the Budenovskoye joint‑venture expansion. The United States posted a dramatic production surge, thanks to the Pinyon Plain ramp‑up and higher‑grade ore, while the DOE’s decision to list uranium as a Critical Mineral signals potential subsidies, streamlined permitting, and strategic stockpiling. These policy moves aim to curb dependence on imports—over 95% of U.S. uranium currently originates abroad—by bolstering domestic mining, conversion and enrichment capabilities.

Looking ahead, the outlook remains robust. Forecasts project a 10.1% rise in 2026 output and a 5.8% compound annual growth rate through 2035, fueled by a pipeline of projects in Canada’s McClean Lake, Australia’s Olympic Dam, and Africa’s Niger and Namibia. Investors should watch for policy incentives, supply‑chain diversification, and the scaling of new mines, all of which could reshape the global uranium market and reinforce nuclear power’s role in the low‑carbon energy mix.