ReElement Technologies and American Resources: Could This Be the U.S. Breakthrough in Rare Earths?

Aug 22, 2025

black and white photo of a man in a suit, showcasing the elegance often associated with chromatography refining

Highlights

  • American Resources Corporation develops breakthrough chromatography technology with Purdue University to separate rare earth elements more efficiently and cost-effectively.
  • ReElement aims to supply 100% of U.S. defense industry's rare earth needs while creating jobs in Indiana by converting a shuttered TV factory into a refining hub.
  • The company offers a potential non-Chinese rare earth supply chain solution, though scaling and independent verification remain critical challenges.

For years, America has wrestled with the iron grip of China on rare earths, the atomic vitamins that make modern technology spinโ€”from EV motors and wind turbines to guided missiles and MRI machines. Into this breach steps Mark Jensen (opens in a new tab), CEO of American Resources Corporation (opens in a new tab) and its subsidiary ReElement Technologies (opens in a new tab), with a bold claim: not only can they compete with China on cost, but they can also supply 100% of the U.S. defense industryโ€™s rare earth needs.

The Rare Earth Exchanges Dustin Olsen and Daniel Oโ€™Connor recently sat down and interviewed CEO Jensen onlineโ€”see the interview here.

Mark Jensen, CEO and Chairman of American Resources Corporation; CEO of ReElement Technologies

The Core Innovation

At the heart of ReElementโ€™s pitch is chromatography technology developed with Purdue Universityโ€™s Dr. Linda Wang (opens in a new tab). Unlike solvent extractionโ€”the traditional, toxic, and expensive refining methodโ€”chromatography uses resin-packed columns to separate rare earth elements with less chemical waste and lower operating costs. If scalable at the levels Jensen suggests, this could be a genuine game-changer. Proof of concept is already demonstrated: ReElement says it is producing high-purity oxides, including dysprosium, terbium, yttrium, and even gallium, at competitive cost.

The Defense Angle

The defense sector looms large in Jensenโ€™s narrative. With U.S. advanced weaponry still overwhelmingly dependent on Chinese inputs, ReElement positions itself as a patriotic supplier. Current output at its Indiana facilities is modestโ€”hundreds of tonnes annuallyโ€”but Jensen asserts their modular systems can rapidly expand to thousands of tonnes, covering the Pentagonโ€™s relatively small but highly sensitive needs. Contracts ,he insists, are already in hand with several large defense contractors.

Where the Enthusiasm Runs Ahead

Here lies the speculative enthusiasm. While modular chromatography is promising, scaling any new refining technology from pilot to industrial capacity is notoriously difficult. Chinaโ€™s decades-long dominance is built not just on geology, but on logistics, pricing power, and a trained workforce. ReElementโ€™s goal of matching Chinese prices is boldโ€”but sustaining that at scale remains unproven. Investors should also note that Jensenโ€™s revenues and contracts, while significant, remain partly forward-looking.

But Jensenโ€™s zest, drive and obsession to drive success should not be discounted.

The Workforce Piece

Jensen is equally passionate about workforce development to the delight of Rare Earth Exchanges. In Marion, Indiana, his team is converting a shuttered TV factory into a refining hub, promising hundreds of jobs. Training unskilled labor into chemical plant operators is already underway, a model thatโ€”if replicatedโ€”could restore industrial pride to communities hollowed out by offshoring. Itโ€™s an inspiring story, though questions remain whether the labor challenge in mining and processing will become a bottleneck once scaling ramps up.

Investor Takeaways

  • Fact: Chromatography-based refining is real, permitted, and operational in Indiana.
  • Speculation: Supplying 100% of the U.S. defense industryโ€™s rare earth needs is possible in theory, but hinges on funding, scaling, and stable feedstock.
  • Healthy Bias: Jensenโ€™s framing is steeped in competitive patriotismโ€”โ€œwe want to win against Chinaโ€โ€”which is energizing but glosses over supply chain and financing hurdles.
  • Market Insight: If ReElementโ€™s cost claims hold true, the company could become a cornerstone of a non-China rare earth supply chain, particularly for heavy rare earths critical to defense. But investors should demand independent verification of output, contracts, and pricing claims before fully buying in.

REEx openly supports ReElementโ€™s mission, and we acknowledge that this reflects our own bias. Our mandate is clear: to help accelerate the development of an ex-China rare earthโ€”and by extension, critical mineralsโ€”market.

Bottom line

ReElement may be one of the most exciting ex-China entrants in rare earth refining. The opportunity is real, but the story is still being writtenโ€”and the market will be watching whether this Indiana โ€œgemโ€ delivers industrial-scale proof.

Visit our Rare Earth Exchanges YouTube channel (opens in a new tab) to view the interview.

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By Daniel

Inspired to launch Rare Earth Exchanges in part due to his lifelong passion for geology and mineralogy, and patriotism, to ensure America and free market economies develop their own rare earth and critical mineral supply chains.

3 Comments

  1. Rare Earths Investor

    They are likely to run into US strategically backed MP and Lynas as direct competition both for military and commercial offtakes. GLTA – REI

    Reply
  2. Mike Verkamp

    Perhaps, but they have a differentiated advantage of LAD chromatography vs. traditional solvent based processing. Meaning 90% less foot print, reduced waste, modular build, and higher purity. Ultimately the better technology wins.

    Reply
  3. Jon taulbee

    I would like to hear about processing coal ash into rare earth elements
    From a laymanโ€™s point of view this would be attractive to the owners of the coal ash stockpiles as we as I would assume lower cost feedstock

    Reply

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