Just 7% of America’s Nuclear Fuel Comes From Home

The Trump administration is urging for a resurgence of nuclear power in the United States. While the nation is the largest producer of nuclear energy globally, it faces significant hurdles without substantial policy shifts and investments at both state and federal levels. The aging nuclear energy fleet is being decommissioned at a higher rate than new plants are being built.

Additionally, the US is heavily reliant on foreign uranium imports, which could undermine the administration's goal of becoming a dominant force in the global nuclear energy market and poses energy security risks. Currently, 93 percent of the country's nuclear fuel comes from overseas.

This dependence on foreign uranium presents vulnerabilities, with tight supplies and geopolitical risks threatening existing reactor costs and advanced reactor development. The World Nuclear Association projects a 28 percent surge in global uranium demand by 2030 and nearly a doubling by 2040, with prices already on the rise. Furthermore, the US is lagging in securing deals as countries like Russia and China are aggressively competing for Central Asian and African resources, creating a tense environment.

Despite these challenges, the US is making progress towards achieving domestic uranium supplies. Presently, just 7 percent of reactor uranium deliveries originate from domestic sources. Various projects are underway to boost these figures rapidly, employing innovative techniques. One such initiative involves the federal government's substantial investment in recycling and recovering viable uranium from spent nuclear fuel, which could potentially increase resource utilization by 95 percent.

In April, uranium production commenced at the largest in-situ recovery site in over a decade, situated on 20,000 acres in South Texas, capable of generating 6,155,000 pounds of U3O8, the most stable form of uranium oxide. Additionally, the administration is exploring the conversion of over 50 tons of Cold War weapons-grade plutonium into commercial reactor fuel, engaging in advanced discussions with several nuclear startups interested in acquiring it.