Nuclear energy is gearing up for a major comeback in the United States. President Donald Trump has made reviving the domestic nuclear energy sector a key goal of his administration, with the stated objective of returning the U.S. to a position of global leadership in the field. The idea is that modernizing and expanding the aging American nuclear fleet will give the country a significant boost in terms of energy independence and sovereignty.

However, the nuclear energy sector in the United States like the vast majority of the nuclear sector globally relies heavily on imported nuclear fuel, particularly from Kazakhstan and Russia. Uranium prices are also rising in global markets due to the resurgence of interest in nuclear power worldwide. The World Nuclear Association expects global uranium demand to rise by 28% by 2030 and nearly double by 2040, leading to increased competition among nuclear energy producers around the world.

Currently, there are only five facilities in the world that convert uranium on a large scale, and Russia controls nearly half of the global capacity, creating a major resource bottleneck and sensitive geopolitical vulnerabilities. As a result, "the U.S. nuclear energy sector faces fragility in fuel supply chains, with a shortage of uranium supplies, geopolitical risks, and rising costs that threaten both existing reactors and the development of advanced reactors," according to a January report from Stanford Energy.

Furthermore, China and Russia have secured nuclear fuel supply chains over decades, at a time when Western countries were retreating from the use of nuclear energy. With the world now returning to embrace this controversial source, it may be too late for Europe and the United States to gain a foothold in key uranium markets. Benjamin Godwin of Prism Strategic Intelligence told the Financial Times last year: "Russian and Chinese players were very keen to secure access to resources in Central Asia and Africa, creating a highly competitive environment."

Therefore, achieving true independence in nuclear energy requires the United States to develop an integrated domestic nuclear fuel sector. Fortunately, the United States possesses vast quantities of uranium, but building supply chains to extract and enrich this uranium requires significant time and costs. To move these chains inward efficiently and affordably, several approaches are needed, including extracting new uranium resources as well as recycling spent nuclear fuel. The United States is making remarkable progress in both areas.

This month, uranium production operations began at the largest site of its kind relying on In-Situ Recovery (ISR) technology in the country in more than a decade. A report by Interesting Engineering published last week stated that "the estimated resources of the project, located on an area of 20,000 acres, currently stand at 6,155,000 pounds of U3O8, the most stable form of uranium oxide." The Burke Hollow site in South Texas is the latest project of Uranium Energy Corporation, which also owns a similar site in Wyoming.

U.S. Energy Secretary Chris Wright said: "UECs recent achievements in Texas and Wyoming highlight the importance of uranium production as a foundation for a secure and domestic nuclear fuel cycle. As we continue to rebuild the full fuel cycle, including critical downstream infrastructure, this progress proves we can build it here and lead from within."

The United States is also funding advanced research into recycling spent nuclear fuel, which could enhance resource efficiency by up to 95%. Assistant Secretary of Energy for Nuclear Energy Ted Garrish told World Nuclear News in February: "Used nuclear fuel represents a massive untapped resource in the United States." He added: "The Trump administration is taking a practical approach to ensure our resources are used in the most efficient ways possible to enhance American energy independence and support economic growth."

These measures combined are expected to be transformative for the independence of the U.S. nuclear energy sector, which is the largest in the world. These efforts may also represent an important step toward boosting clean energy production at a time of increasing sentiment against renewable energy, especially since nuclear energy does not produce carbon dioxide emissions.