Real Money Is Moving Now

For years, Washington's rare earth strategy was PowerPoints and press releases. That is starting to change — slowly, and with a long way to go.

On December 1, 2025, the U.S. Department of Energy's Office of Critical Minerals and Energy Innovation announced a Notice of Funding Opportunity for up to $134 million to build domestic rare earth extraction and separation facilities, according to Energy.gov. The funding specifically targets recovery from unconventional feedstocks — mine tailings, e-waste, and other industrial waste streams.

This isn't just digging new holes in the ground. It's trying to squeeze rare earth elements out of material America already has sitting around.

What the $134 Million Actually Does

According to the DOE announcement, the program — run under the Rare Earth Demonstration Facility initiative — is designed to prove commercial-scale integrated extraction and separation is viable on U.S. soil.

The specific elements targeted include Praseodymium, Neodymium, Terbium, and Dysprosium. Those aren't household names, but they're in every high-performance magnet used in F-35 fighters, submarines, EVs, and wind turbines.

Letters of intent were due December 10, 2025. Full applications are pending. No contracts awarded yet — this is the opening phase of the process.

Energy Secretary Chris Wright didn't mince words: "For too long, the United States has relied on foreign nations for the minerals and materials that power our economy. Years of complacency ceded America's mining and industrial base to other nations."

China controls roughly 60% of rare earth mining, 85% of processing capacity, and over 90% of permanent magnet production, according to the U.S. Department of Commerce figures cited by National Defense Magazine.

North Carolina Startup Puts Skin in the Game

While the government writes funding notices, at least one private company is already on the factory floor.

Vulcan Elements, a startup in Durham, North Carolina, has been quietly building a pilot facility for rare earth-enhanced magnets. According to NPR's Jay Price, reporting from Morning Edition on October 14, 2025, the company recently closed a $65 million Series A funding round.

CEO John Maslin told NPR the company currently produces about 10 metric tons per year — a fraction of national demand. The Series A is meant to fund a full-scale factory that Maslin says will push output to "several hundred tons."

Still a drop in the bucket relative to China's industrial scale. But it's a real factory with real magnets, not a government feasibility study.

What Triggered the Urgency

NPR's reporting makes the geopolitical context plain. Beijing announced new export restrictions on 17 hard-to-extract metals — timing that coincided with the Trump administration's threats of 100% tariffs on Chinese goods.

China isn't just a supplier anymore. It's actively weaponizing rare earth access as a trade war tool. An F-35 uses about 900 pounds of rare earth materials. A submarine can require more than 9,000 pounds, according to NPR. That's a serious vulnerability.

What Mainstream Coverage Is Getting Wrong

Left-leaning outlets like NPR are covering the supply chain story with appropriate alarm about China's leverage — but they consistently frame the solution through the lens of EV manufacturing and green energy goals. The defense application gets secondary billing, even though that's the national security argument that actually moves money and policy.

Meanwhile, the Bloomberg source for this story was blocked by a paywall bot — so whatever angle they're pushing on "US Races to Create Domestic Rare Earths Supply" remains behind a subscription wall. Not exactly public-interest journalism.

The National Defense Magazine piece from February 2023 laid out the technical barriers clearly — separation processes requiring up to 100 steps, environmentally hazardous chemicals, and costs that drove U.S. industry offshore over decades. DARPA program manager Linda Chrisey put it bluntly: rare earth elements can differ by fractions of an angstrom in diameter, making physical separation nearly impossible without complex chemistry.

The DOE's focus on waste-stream recovery is a different approach. You skip the mining permitting nightmare and go straight to processing existing material. Whether it scales is the open question.

What's Changed

Two concrete developments in the last 60 days — $134 million in federal funding and a $65 million private investment — represent tangible movement beyond the previous decade's worth of task forces and strategy documents.

China's processing dominance wasn't built in a quarter. The mid-2030s timeline outlined previously remains unchanged. What's different is that the money is real, the urgency is bipartisan, and at least one American factory is making magnets today instead of planning to someday.