Ucore Rare Metals Inc. (TSXV: UCU / OTCQX: UURAF) has secured US$22.4 million in US Department of Defense funding to deploy its proprietary RapidSX™ separation technology at a commercial facility in Louisiana — positioning ucore rare metals as one of the most advanced non-Chinese rare earth processors currently under development in North America.
Ucore Rare Metals: Company Overview
Founded in 2006 and originally incorporated as Ucore Uranium Inc., the company rebranded as Ucore Rare Metals in 2010 to reflect its strategic pivot toward rare earth elements. Headquartered in Bedford, Nova Scotia, Canada, Ucore operates as a technology-led processor rather than a conventional miner — its near-term priority is establishing domestic rare earth separation capacity in the United States before advancing its upstream Alaskan asset.
The company’s approach is deliberately sequenced: prove the separation technology at commercial scale, secure allied feedstock, then integrate upstream production from its 100%-owned Bokan-Dotson Ridge deposit in Alaska. Pat Ryan serves as Chairman and CEO; Mike Schrider, P.E., is VP and COO.
RapidSX™: The Core Technology
Ucore’s central asset is RapidSX™, a proprietary rare earth separation technology developed in partnership with Kingston Process Metallurgy Inc. (KPM) and Innovation Metals Corp. (IMC). The company claims the system delivers two to four times faster throughput than conventional solvent extraction — the dominant separation method used in Chinese processing operations.
Since December 2023, Ucore has run approximately 5,700 hours of continuous processing trials at its 52-stage RapidSX™ Demonstration Plant, located at the Commercialisation and Demonstration Facility (CDF) in Kingston, Ontario. The facility has produced multiple separated rare earth groups — including terbium, dysprosium, NdPr, and SmEuGd — with over 25,000 samples analysed to date. Commercial-scale OPEX and CAPEX validation remains in progress.
Louisiana Strategic Metals Complex
Ucore’s primary near-term asset is the Louisiana Strategic Metals Complex (SMC), an 80,800 sq ft brownfield facility at England Airpark, Alexandria, Louisiana. The SMC is designed to produce mid and heavy rare earth oxides — samarium, europium, gadolinium, terbium, dysprosium, and potentially yttrium — alongside NdPr oxide.
The ramp-up timeline targets 2,000 tonnes per annum (tpa) in 2026, scaling to 5,000 tpa in 2027 and 7,500 tpa in 2028. Installation of RapidSX Machine #1 is planned for mid-2026. All processing equipment is sourced exclusively from North American and allied-nation suppliers — no Chinese-origin equipment is included in the facility build.
Funding for the Louisiana SMC has been secured from multiple sources. The US Army Contracting Command-Orlando awarded Ucore a US$22.4 million Other Transaction Agreement (OTA) in May 2025, structured as a US$4 million Phase 1 grant and US$18.4 million Phase 2 for full-scale RapidSX construction. Louisiana state incentives add a further US$15 million package, including a US$900,000 infrastructure grant and a US$360,000 GAEDEA facility grant for the first two years of operation. The project is projected to create 100 family-wage jobs in Central Louisiana.
Feedstock Strategy and Downstream Partners
Ucore does not operate a captive mine in production — feedstock supply is its most significant near-term risk. The company has entered a non-binding agreement with Critical Metals Corp. for heavy rare earth concentrate from the Tanbreez project in Greenland, targeting up to 10,000 metric tonnes per year from 2027 under a 10-year arrangement. The allied feedstock strategy explicitly excludes China-sourced inputs.
On the downstream side, Ucore holds an MOU with Vacuumschmelze GmbH & Co. (VAC) for rare earth magnet supply chain integration, and a separate MOU with Vulcan Elements to develop a domestic rare earth magnet supply chain targeting defence and commercial applications.
As part of the broader rare earth supply chain restructuring underway across Western markets, Ucore’s allied feedstock model reflects the strategic logic now underpinning most non-Chinese REE processing projects: control the separation step, then work outward to secure feedstock and downstream offtake. The company expressed public support for Trump Section 232 actions on critical minerals processing in January 2026.
Bokan-Dotson Ridge: Upstream Asset (Longer-Term)
Ucore’s upstream asset, the Bokan-Dotson Ridge deposit on Prince of Wales Island in Southeast Alaska, is 100% owned but remains at pre-feasibility stage. The resource is estimated at 4.79 million metric tonnes indicated, containing approximately 31,722 metric tonnes of total rare earth oxides. The deposit is notably heavy REE-rich, with terbium and dysprosium as primary targets — elements currently commanding significant price premiums in US rare earth supply chain discussions.
Ucore has shipped 1.5 tonnes of Bokan feedstock to the Kingston CDF for RapidSX separation trials. A future Alaska SMC, planned for Ketchikan, is envisioned as the processing hub for Bokan and allied feedstocks — but no production timeline for the mine has been confirmed. Bokan represents longer-term optionality rather than a near-term production catalyst.
Ucore Rare Metals: Company Snapshot
| Founded | 2006 (as Ucore Uranium Inc.); renamed Ucore Rare Metals 2010 |
|---|---|
| Headquarters | Bedford, Nova Scotia, Canada |
| Listing | TSXV: UCU / OTCQX: UURAF |
| Company Type | Rare earth separation technology developer and processor |
| Core Technology | RapidSX™ (proprietary solvent extraction) |
| Primary Facility | Louisiana Strategic Metals Complex, Alexandria, Louisiana |
| Key Elements | Terbium, dysprosium, NdPr, samarium, europium, gadolinium |
| DoD Funding | US$22.4M OTA (US Army Contracting Command-Orlando) |
| Upstream Asset | Bokan-Dotson Ridge, Prince of Wales Island, Alaska (pre-feasibility) |
| CEO | Pat Ryan |
This article is for informational purposes only and does not constitute investment advice. Prices are subject to change without notice.
What does Ucore Rare Metals do?
Ucore Rare Metals Inc. (TSXV: UCU / OTCQX: UURAF) is a Canadian rare earth technology company focused on building domestic rare earth separation capacity in the United States. Its primary technology, RapidSX™, is a proprietary solvent extraction system currently in commercial-scale demonstration. The company is not yet a producing miner — its near-term focus is processing, not extraction.
What is RapidSX™ and how does it work?
RapidSX™ is Ucore’s proprietary rare earth separation technology, developed with Kingston Process Metallurgy Inc. and Innovation Metals Corp. The company claims it delivers two to four times faster throughput than conventional solvent extraction. Since December 2023, Ucore has run approximately 5,700 hours of continuous processing trials at its Kingston, Ontario demonstration facility, producing separated terbium, dysprosium, NdPr, and other rare earth groups.
Where is Ucore’s Louisiana facility and what will it produce?
The Louisiana Strategic Metals Complex (SMC) is located at England Airpark in Alexandria, Louisiana, in an 80,800 sq ft brownfield facility. It is designed to produce mid and heavy rare earth oxides — including terbium, dysprosium, samarium, europium, gadolinium, and NdPr oxide. The ramp-up plan targets 2,000 tpa in 2026, scaling to 7,500 tpa by 2028.
How is Ucore Rare Metals funded?
Ucore has secured a US$22.4 million Other Transaction Agreement from the US Army Contracting Command-Orlando for full-scale RapidSX construction at the Louisiana SMC. Louisiana state incentives add a further US$15 million in support, including infrastructure and facility grants. The company is also listed on the TSXV and OTCQX, with equity funding underpinning exploration and development activities.
What is the Bokan-Dotson Ridge deposit?
Bokan-Dotson Ridge is Ucore’s 100%-owned upstream rare earth deposit on Prince of Wales Island in Southeast Alaska. The indicated resource stands at 4.79 million metric tonnes containing approximately 31,722 metric tonnes of total rare earth oxides, with a heavy REE-rich profile emphasising terbium and dysprosium. The project is at pre-feasibility stage with no confirmed production timeline — it represents longer-term optionality behind the Louisiana processing facility.
