In a cavernous, Pentagon-sized facility nestled in an Appalachian valley, thousands upon thousands of empty holes line the bare concrete floor.

A mere 16 of them house the spindly, 30-foot-tall centrifuges that enrich uranium, converting it into the key ingredient that fuels nuclear power plants. And for now, they are dormant.

But if each hole housed a working centrifuge, the facility could get the United States out of a predicament that has implications for both the war in Ukraine and for America’s transition away from burning fossil fuels. Today, American companies are paying around $1 billion a year to Russia’s state-owned nuclear agency to buy the fuel that generates more than half of the United States’ emissions-free energy.

It is one of the most significant remaining flows of money from the United States to Russia, and it continues despite strenuous efforts among U.S. allies to sever economic ties with Moscow. The enriched uranium payments are made to subsidiaries of Rosatom, which in turn is closely intertwined with Russia’s military apparatus.

The United States’ reliance on nuclear power is primed to grow as the country aims to decrease reliance on fossil fuels. But no American-owned company enriches uranium. The United States once dominated the market, until a swirl of historical factors, including an enriched-uranium-buying deal between Russia and the United States designed to promote Russia’s peaceful nuclear program after the Soviet Union’s collapse, enabled Russia to corner half the global market. The United States ceased enriching uranium entirely.

The United States and Europe have largely stopped buying Russian fossil fuels as punishment for the Ukraine invasion. But building a new enriched uranium supply chain will take years — and significantly more government funding than currently allocated.

That the vast facility in Piketon, Ohio, stands nearly empty more than a year into Russia’s war in Ukraine is a testament to the difficulty.

Roughly a third of enriched uranium used in the United States is now imported from Russia, the world’s cheapest producer. Most of the rest is imported from Europe. A final, smaller portion is produced by a British-Dutch-German consortium operating in the United States. Nearly a dozen countries around the world depend on Russia for more than half their enriched uranium.

The company that operates the Ohio plant says it could take more than a decade for it to produce quantities that rivaled Rosatom. The Russian nuclear agency, which produces both low-enriched and weapons-grade fuel for Russia’s civilian and military purposes, is also responsible in Ukraine for commandeering the Zaporizhzhia nuclear power plant, Europe’s biggest, sparking fears that a battle over it could cause leaks of radioactive material or even a larger meltdown.

“We cannot be held hostage by nations that don’t have our values, but that’s what has happened,” said Senator Joe Manchin III, the West Virginia Democrat who leads the Senate’s energy committee. Mr. Manchin is the sponsor of a bill to rebuild American enrichment capacity that would promote federal subsidies for an industry the United States privatized in the late 1990s.

Nuclear-power vulnerability

The reliance also leaves current and future nuclear plants in the United States vulnerable to a Russian shutdown of enriched uranium sales, which analysts say is a conceivable strategy for President Vladimir V. Putin, who often wields energy as a geopolitical tool.

Yet with the war well into its second year and no end in sight, the U.S. government has shown little alacrity in kick-starting domestic enrichment. Billions of dollars in potential federal funding remain stuck in bureaucratic processes.

“It’s inexplicable that over a year after Russia invaded Ukraine, the Biden administration does not appear to have a plan to end this dependence,” said James Krellenstein, the director of GHS Climate, a clean energy consulting firm that recently issued a white paper on the subject. “We could eliminate almost all of America’s dependence on Russian enrichment by finishing the centrifuge plant in Ohio.”

The American Centrifuge Plant in Ohio will also be key to producing another, more concentrated form of enriched uranium crucial to the development of smaller, safer and more efficient next-generation reactors. That evolution in nuclear power, decades in the making, has received billions of dollars in federal development funds. Nevertheless, in the United States, next-generation reactors remain in the design stage.

One American company, TerraPower, which was founded by Bill Gates, has had to delay the opening of what could be the United States’ first new-age nuclear plant by at least two years in part because it has pledged to not use Russian enriched uranium.

TerraPower’s facility will be built on the site of a coal-burning plant in remote Kemmerer, Wyo., to be decommissioned in 2025. TerraPower has promised jobs and retraining for all the coal plant’s workers. But the delays have left some in Kemmerer with doubts.

All of this makes for an unlikely linking of Piketon and Kemmerer, towns of 2,400 people apiece nestled in American coal country, both hoping that the crisis facing the U.S. government will translate into a boon for their economies. “Some of the biggest national security questions facing the country run through Piketon and Kemmerer,” said Jeff Navin, TerraPower’s director of external relations.”

A Post-Soviet deal

American reliance on foreign enriched uranium echoes its competitive disadvantages on microchips and the critical minerals used to make electric batteries — two essential components of the global energy transition.

But in the case of uranium enrichment, the United States once had an advantage and chose to give it up.

In the 1950s, as the nuclear era began in earnest, Piketon became the site of one of two enormous enrichment facilities in the Ohio River Valley region, where a process called gaseous diffusion was used.

Meanwhile, the Soviet Union developed centrifuges in a secret program, relying on a team of German physicists and engineers captured toward the end of World War II. Its centrifuges proved to be 20 times as energy efficient as gaseous diffusion. By the end of the Cold War, the United States and Russia had roughly equal enrichment capacities, but huge differences in the cost of production.

In 1993, Washington and Moscow signed an agreement, dubbed Megatons to Megawatts, in which the United States purchased and imported much of Russia’s enormous glut of weapons-grade uranium, which it then downgraded to use in power plants. This provided the U.S. with cheap fuel and Moscow with cash, and was seen as a de-escalatory gesture.

But it also destroyed the profitability of America’s inefficient enrichment facilities, which were eventually shuttered. Then, instead of investing in upgraded centrifuges in the United States, successive administrations kept buying from Russia.

The centrifuge plant in Piketon, operated by Centrus Energy, occupies a corner of the site of the old gaseous diffusion facility. Building it to its full potential would create thousands of jobs, according to Centrus. And it could produce the kinds of enriched uranium needed in both current and new-age nuclear plants.

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