U.S. Air Force / Wikimedia Commons
Why It Matters
As U.S. military operations in the Middle East intensify demand for advanced weapons, the Pentagon is moving to reduce dependence on Chinese-processed rare earth minerals essential for missiles and interceptors. A $500 million federal loan to a New Hampshire-based manufacturer signals a broader shift to secure domestic supply chains for materials critical to American defense capabilities.
What’s Happening
Phoenix Tailings, a Massachusetts-based company that began eight years ago in a backyard laboratory, now operates a refinery in an Exeter, New Hampshire office park processing critical minerals for military applications. The Pentagon’s substantial loan supports the company’s plan to dramatically expand production capacity to meet mounting demand from weapons manufacturers.
The White House has also imposed stricter rules requiring military contractors to source critical minerals domestically rather than from China, tightening pressure on defense suppliers to develop alternative sources.
Samarium—a rare earth element used in permanent magnets for missile guidance systems and interceptors—exemplifies the supply challenge. The U.S. defense sector needs between 50 and 100 tons annually. Phoenix Tailings currently produces approximately 200 kilograms (440 pounds) per year, a fraction of national demand. The company plans to reach 5 tons of capacity within three months and scale to 120 tons by 2027 or 2028, though constructing the larger facility will take up to eighteen months.
The current conflict in Iran is driving urgency. Tomahawk cruise missiles and THAAD interceptors—systems deployed heavily in the region—depend on these materials. A single weapons system can contain $20,000 to $30,000 worth of critical minerals, making supply disruptions costly and operationally significant.
By the Numbers
- $500 million — Pentagon loan to Phoenix Tailings for capacity expansion
- 50–100 tons — Annual critical minerals demand from the U.S. defense sector
- 200 kilograms — Phoenix Tailings’ current annual production capacity
- 120 tons — Targeted production capacity by 2027 or 2028
- 18 months — Estimated construction timeline for the larger facility
The Broader Supply Chain Challenge
Phoenix Tailings sources its raw materials from mining waste, recycled magnets, and disk drives—a domestic recycling approach that avoids reliance on foreign ore extraction. This strategy reflects lessons learned by other manufacturers. Arnold Magnetic Technologies, a U.S. supplier, previously sourced samarium from China. European competitor Solvay, headquartered in Belgium, abandoned processing rare earths from French mining material in La Rochelle during the 2000s, ceding the market to Chinese competitors.
Last year, China restricted the flow of processed rare earths, amplifying national security concerns. The new Pentagon policy aims to prevent similar disruptions from affecting U.S. defense production.
Anthony Balladon, speaking about the expansion effort, acknowledged the scale of the undertaking: “It will be a tall order and a challenge to replenish these stocks and scale up in the timeframe needed to meet defense demand and regulations.” He framed the project in strategic terms, calling it “the freedom facility because, ultimately, the purpose of this is to ensure that the entire Western Hemisphere, the United States and its allies are free of Chinese influence within the rare-earth space.”, as first reported by the Post Register
What’s Next
Phoenix Tailings will begin construction on its expanded facility, targeting operational status within eighteen months. The company’s ramp-up from 200 kilograms to 120 tons annually represents a sixfold increase in domestic capacity—though still below the estimated 50–100-ton annual defense requirement. Other manufacturers and recyclers are likely to follow suit as Pentagon contracting rules tighten, potentially creating a distributed domestic supply network.
The initiative reflects broader U.S. strategy to secure defense supply chains independent of adversarial nations, particularly as military commitments in the Middle East and broader deterrence postures demand sustained production of advanced weapon systems.
About the Author
