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American Rare Earths Partners with University of Wyoming to Explore Byproducts Associated with Future Rare Earths Production at Halleck Creek

Rhea-AI Impact
(Moderate)
Rhea-AI Sentiment
(Positive)
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partnership

American Rare Earths (ADR: AMRRY) and its subsidiary Wyoming Rare (USA) Inc. partnered with the University of Wyoming School of Energy Resources to receive a STAR Project award under UW's NSF-funded ART program on Jan 22, 2026.

The award will fund milestone-driven research to assess tailings and byproducts from the Halleck Creek rare earths project, producing a database of material properties, computational evaluations of end-uses, and small-scale lab validation to assess technical viability and potential economic impact.

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News Market Reaction

+1.52%
1 alert
+1.52% News Effect

On the day this news was published, AMRRY gained 1.52%, reflecting a mild positive market reaction.

Data tracked by StockTitan Argus on the day of publication.

Market Reality Check

Price: $14.40 Vol: Volume 1,681 is about 42%...
low vol
$14.40 Last Close
Volume Volume 1,681 is about 42% of the 4,012 share 20-day average, indicating light trading ahead of this news. low
Technical Price at 14.775 is trading above the 200-day MA of 11.84, reflecting a pre-existing upward bias before this announcement.

Peers on Argus

AMRRY was up 1.55%, while key peers ARRNF (-2.36%), HUSIF (-3.65%), BMOOF (-0.53...

AMRRY was up 1.55%, while key peers ARRNF (-2.36%), HUSIF (-3.65%), BMOOF (-0.53%) and CVVUF (-0.35%) were down; XTPT gained 4.4%. This pattern points to stock-specific factors rather than a broad sector move.

Common Catalyst Only one peer, CVVUF, reported same-day drill assay news, suggesting limited shared catalysts across the group.

Historical Context

5 past events · Latest: Dec 16 (Positive)
Pattern 5 events
Date Event Sentiment Move Catalyst
Dec 16 Processing results Positive -2.5% High MREO recoveries and major uranium reduction at Halleck Creek.
Dec 08 Leadership change Positive -5.2% New CEO appointed to lead transition toward U.S. production.
Nov 20 Funding strategy Positive -2.7% Expanded Tetra Tech role to pursue U.S. government funding.
Nov 19 Resource update Positive +0.0% Cowboy State Mine resource increased and upgraded with new data.
Nov 13 AGM update Positive -1.9% AGM detailed large Halleck Creek resource and funding milestones.
Pattern Detected

Recent positive operational and strategic updates have often been followed by flat-to-negative price reactions, indicating a pattern of market skepticism or profit-taking on good news.

Recent Company History

Over the last few months, American Rare Earths has focused on advancing the Halleck Creek project. On Nov 13, 2025, the AGM address detailed a 2.63 billion tonne JORC resource and key funding initiatives, yet shares fell modestly. Subsequent updates on the Cowboy State Mine resource, expanded work with Tetra Tech on U.S. funding, a CEO appointment effective Jan 5, 2026, and strong processing results with high rare earth recoveries also saw mostly negative or flat reactions. Today’s partnership-focused news fits into this ongoing build-out of the Halleck Creek development story.

Market Pulse Summary

This announcement highlights a research partnership aimed at finding end-uses for tailings and other...
Analysis

This announcement highlights a research partnership aimed at finding end-uses for tailings and other byproducts from future rare earths production at Halleck Creek. The focus on byproduct utilization and reduced project footprint complements earlier work on resources, processing, and funding. Investors may watch for deliverables such as a database of material properties, computational modeling results, and laboratory validation, as these could inform project economics and potential commercialization pathways over time.

Key Terms

tailings, rare earth elements, computational modeling
3 terms
tailings technical
"examine and explore end-uses for the tailings and other byproducts"
Tailings are the leftover rock, water and fine particles produced when ore is crushed and processed to extract metals or minerals. Think of them as the muddy residue from a kitchen filtering process: they are stored in ponds or engineered dams and can carry chemical contaminants, so they matter to investors because they represent ongoing cleanup costs, regulatory liabilities and operational risks that can affect a mining company’s finances and reputation.
rare earth elements technical
"byproducts resulting from rare earth elements production at Halleck Creek"
Rare earth elements are a set of 17 chemical metals used to make powerful magnets, batteries, catalysts and many tiny components inside electronics, renewable energy equipment and defense systems. They matter to investors because they are essential inputs for fast‑growing industries, and limited or concentrated supply can drive prices, create production bottlenecks or shift competitive advantage — like a factory running short of a specialized ingredient that halts output and affects profits.
computational modeling technical
"through computational modeling; and small-scale laboratory experiments"
Computational modeling is using computer-based simulations to represent how a product, process, or system behaves under different conditions — like a virtual test or flight simulator for an idea. For investors, these models help estimate outcomes, compare scenarios, and identify risks before spending large sums, so they can judge whether a technology, drug, or strategy is likely to work and how much uncertainty remains.

AI-generated analysis. Not financial advice.

Highlights

  • American Rare Earths in partnership with the University of Wyoming has been selected for a research award to examine and explore end-uses for the tailings and other byproducts resulting from rare earth elements production at Halleck Creek.
  • Determining viable end-uses for byproducts may potentially enhance Halleck Creek’s economics and reduce the project’s overall footprint.

DENVER, Jan. 22, 2026 (GLOBE NEWSWIRE) -- American Rare Earths (ASX: ARR | OTCQX: ARRNF | ADR: AMRRY) (“ARR” or the “Company”), through its fully owned subsidiary Wyoming Rare (USA) Inc., in partnership with the University of Wyoming (“UW”) School of Energy Resources (“SER”) has been selected for a Seed Translational Acceleration of Research (“STAR”) Project award. This competitive funding, provided through UW’s National Science Foundation (“NSF”) Accelerating Research Translation (“ART”) award, will advance the assessment of potential byproducts associated with rare earth elements at the Halleck Creek Project in Wyoming.

The STAR Project awards are a core component of the NSF-funded ART project at UW, which aims to emphasize applied research innovations across the university that have high potential for commercialization.

“The intent is to fund projects on a milestone-driven basis with usable outcomes for the industry partner at the end of the project,” says Parag Chitnis, UW’s Vice President for research and economic development, and the principal investigator of the ART grant. “These projects will serve as a basis for training graduate students and postdoctoral fellows, while simultaneously advancing tangible research that directly impacts development projects in Wyoming.”

Led by Tyler Brown, minerals program manager in SER’s Center for Economic Geology Research, the project team will work directly with Wyoming Rare to examine the tailings and byproducts resulting from rare earth elements extraction at Halleck Creek -- and explore potential applications for those materials to determine potential technical viability for end-use applications, processing requirements and implications to overall project economics.

Deliverables for the project team will include a comprehensive database of material properties; an evaluation of the potential uses of tailings and byproducts through computational modeling; and small-scale laboratory experiments to validate a selected list of high-potential applications.

“Applied, industry-sponsored research holds immense practical value because it is typically directed toward solving immediate, real-world problems and creating marketable innovations,” Brown says. “The SER Minerals Team possesses a profound depth of knowledge in critical minerals and rare earths. When this expertise is directly applied in collaboration with a Wyoming industry partner, it creates a powerful synergy, one that is essential for significantly advancing our energy-driven economic development within the state.”

About the NSF ART and STAR Awards

UW is part of the inaugural cohort of institutions to receive the NSF ART award, which provides $6.3 million over four years to reengineer its research and commercialization enterprise. The STAR Projects provide seed funding and training, specifically designed to advance innovations with validated commercial potential that can be completed in one year.

About the School of Energy Resources

UW’s School of Energy Resources collaborates with stakeholders at the state, national and international levels to develop energy technologies and policies to grow and support Wyoming’s robust energy sector. SER’s mission is to advance energy-driven economic development for the state, and it leads UW’s talent and resources for interdisciplinary research and outreach, fulfilling Wyoming’s promise to be a global leader in a thriving and sustainable energy future.

This release was authorized by the board of American Rare Earths.

Investors can follow the Company’s progress at www.americanree.com

 About American Rare Earths Limited:  

American Rare Earths (ASX: ARR | OTCQX: ARRNF | ADR: AMRRY) is a critical minerals company at the forefront of reshaping the U.S. rare earths industry. Through its wholly owned subsidiary, Wyoming Rare (USA) Inc. (“WRI”), the company is advancing the Halleck Creek Project in Wyoming—a world-class rare earth deposit with the potential to secure America’s critical mineral independence for generations. Located on Wyoming State land, the Cowboy State Mine within Halleck Creek offers cost-efficient open-pit mining methods and benefits from streamlined permitting processes in this mining-friendly state.  

With plans for onsite mineral processing and separation facilities, Halleck Creek is strategically positioned to reduce U.S. reliance on imports—predominantly from China—while meeting the growing demand for rare earth elements essential to defense, advanced technologies, and economic security. As exploration progresses, the project’s untapped potential on both State and Federal lands further reinforces its significance as a cornerstone of U.S. supply chain security. In addition to its resource potential, American Rare Earths is committed to environmentally responsible mining practices and continues to collaborate with U.S. Government-supported R&D programs to develop innovative extraction and processing technologies for rare earth elements.  

For more information:

Media Contact:

Susan Assadi
sassadi@americanree.com
347 977 7125

Investor Relations US Contact:

Beverly Jedynak
Beverly.jedynak@viriathus.com
312 943 1123


FAQ

What did American Rare Earths (AMRRY) announce on January 22, 2026?

AMRRY announced a partnership with the University of Wyoming SER and receipt of a STAR Project award to study Halleck Creek tailings and byproducts.

What is the goal of the STAR Project awarded to AMRRY and University of Wyoming?

The goal is to evaluate potential end-uses for Halleck Creek tailings and byproducts via material databases, computational modeling, and lab tests.

How could the UW STAR Project affect Halleck Creek economics for AMRRY (AMRRY)?

The study aims to identify viable byproduct uses that may enhance project economics and reduce the overall footprint, subject to technical validation.

Who will lead the Halleck Creek byproducts study for the University of Wyoming?

Tyler Brown, minerals program manager in SER’s Center for Economic Geology Research, will lead the project team.

What deliverables will the AMRRY–UW STAR Project produce and when did funding begin?

Deliverables include a comprehensive material properties database, computational evaluations of uses, and small-scale lab validation; funding began with the Jan 22, 2026 award.
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