Energy Fuels Successfully Produces First Kilogram of 99.9% Purity Dysprosium Oxide at its White Mesa Mill in Utah; on Track to Commence Terbium Production in Q4 2025
Energy Fuels (NYSE:UUUU) has achieved a significant milestone by producing its first kilogram of 99.9% pure dysprosium (Dy) oxide at its White Mesa Mill in Utah, exceeding the 99.5% commercial specification. The company plans to produce 2 kilograms per week until reaching approximately 15 kilograms, followed by terbium oxide production targeted for Q4-2025.
As the first U.S. company to produce and publicly disclose high-purity Dy oxide production, Energy Fuels is sourcing monazite from Florida and Georgia to establish a non-Chinese rare earth oxide supply chain. The company plans to construct and commission commercial-scale dysprosium, terbium, and potentially other heavy rare earth separation capacity at White Mesa Mill by Q4 2026.
This achievement builds upon Energy Fuels' successful commissioning of its commercial-scale "light" rare earth oxide circuit, which produces neodymium-praseodymium (NdPr) oxide for permanent magnets used in EVs, robotics, and defense technologies.
Energy Fuels (NYSE:UUUU) ha raggiunto un importante traguardo producendo il suo primo chilogrammo di ossido di disprosio (Dy) al 99,9% di purezza presso il White Mesa Mill nello Utah, superando la specifica commerciale del 99,5%. L'azienda prevede di produrre 2 chilogrammi alla settimana fino a raggiungere circa 15 chilogrammi, per poi avviare la produzione di ossido di terbio prevista per il quarto trimestre del 2025.
In quanto prima società statunitense a produrre e rendere pubblico l'output di ossido di Dy ad alta purezza, Energy Fuels si rifornisce di monazite dalla Florida e dalla Georgia per creare una filiera di ossidi di terre rare non dipendente dalla Cina. L'azienda intende costruire e mettere in servizio capacità commerciali di separazione per disprosio, terbio e possibilmente altri elementi pesanti delle terre rare al White Mesa Mill entro il quarto trimestre del 2026.
Questo risultato si aggiunge al successo dell'entrata in funzione del circuito commerciale per le terre rare “leggere� di Energy Fuels, che produce ossido di neodimio-praseodimio (NdPr) utilizzato in magneti permanenti per veicoli elettrici, robotica e tecnologie di difesa.
Energy Fuels (NYSE:UUUU) ha alcanzado un hito importante al producir su primer kilogramo de óxido de disprosio (Dy) con un 99,9% de pureza en su White Mesa Mill en Utah, superando la especificación comercial del 99,5%. La compañÃa planea producir 2 kilogramos por semana hasta alcanzar aproximadamente 15 kilogramos, y posteriormente iniciar la producción de óxido de terbio prevista para el cuarto trimestre de 2025.
Como la primera empresa estadounidense en producir y revelar públicamente óxido de Dy de alta pureza, Energy Fuels está obteniendo monacita de Florida y Georgia para establecer una cadena de suministro de óxidos de tierras raras no dependiente de China. La compañÃa pretende construir y poner en marcha capacidad comercial de separación para disprosio, terbio y posiblemente otros elementos pesados de tierras raras en White Mesa Mill para el cuarto trimestre de 2026.
Este logro se suma a la exitosa puesta en marcha del circuito comercial de tierras raras “ligerasâ€� de Energy Fuels, que produce óxido de neodimio-praseodimio (NdPr) para imanes permanentes usados en vehÃculos eléctricos, robótica y tecnologÃas de defensa.
Energy Fuels (NYSE:UUUU)ëŠ� ìœ íƒ€ì£� í™”ì´íŠ� 메사 ë°€(White Mesa Mill)ì—서 99.9% ìˆœë„ ë””ìŠ¤í”„ë¡œìŠ�(Dy) ì‚°í™”ë¬� 1kgì� 최초ë¡� ìƒì‚°í•� ìƒì—… 규격ì� 99.5%ë¥� 넘어서는 성과ë¥� 거뒀습니ë‹�. 회사ëŠ� ì•� 15kgì—� ë„달í•� 때까지 주당 2kg ìƒì‚°ì� 계íší•˜ê³ 있으ë©�, ì´í›„ 2025ë…� 4분기ì—는 터븀(Tb) ì‚°í™”ë¬� ìƒì‚°ì� 목표ë¡� í•˜ê³ ìžˆìŠµë‹ˆë‹¤.
ë¯¸êµ ê¸°ì—… ì¤� 처ìŒìœ¼ë¡œ ê³ ìˆœë� Dy ì‚°í™”ë¬� ìƒì‚°ì� 공개í•� Energy FuelsëŠ� 플로리다와 조지아ì—ì„� 모나ìžì´íŠ¸ë¥¼ 조달í•� 중êµì—� ì˜ì¡´í•˜ì§€ 않는 í¬í† ë¥� ì‚°í™”ë¬� 공급ë§ì„ êµ¬ì¶•í•˜ê³ ìž� 합니ë‹�. 회사ëŠ� 2026ë…� 4분기까지 í™”ì´íŠ� 메사 ë°€ì—� ìƒì—… 규모ì� 디스프로슘·터븀 ë°� 가능하ë©� 기타 ì¤�(é‡�)í¬í† ë¥� 분리 설비ë¥� 건설·가ë™í• 계íšìž…니ë‹�.
ì´ë²ˆ 성과ëŠ� ì „ê¸°ì°�, 로봇공학 ë°� 방위 ê¸°ìˆ ì—� 사용ë˜ëŠ” ì˜êµ¬ìžì„ìš� 네오디뮴-프ë¼ì„¸ì˜¤ë””ë®´(NdPr) ì‚°í™”ë¬¼ì„ ìƒì‚°í•˜ëŠ” Energy Fuelsì� ìƒì—… 규모 "ê²�(è¼�)í¬í† ë¥�" 회로ì� 성공ì � ê°€ë™ì„ 바탕으로 합니ë‹�.
Energy Fuels (NYSE:UUUU) a franchi une étape importante en produisant son premier kilogramme d'oxyde de dysprosium (Dy) à 99,9 % de pureté à son site de White Mesa Mill dans l'Utah, dépassant la spécification commerciale de 99,5 %. La société prévoit de produire 2 kilogrammes par semaine jusqu'à atteindre environ 15 kilogrammes, puis de lancer la production d'oxyde de terbium prévue au T4 2025.
Première entreprise américaine à produire et à divulguer publiquement une production d'oxyde de Dy de haute pureté, Energy Fuels s'approvisionne en monazite en Floride et en Géorgie afin d'établir une chaîne d'approvisionnement en oxydes de terres rares indépendante de la Chine. La société prévoit de construire et de mettre en service des capacités commerciales de séparation pour le dysprosium, le terbium et éventuellement d'autres terres rares lourdes à White Mesa Mill d'ici le T4 2026.
Cette réussite s'ajoute à la mise en service réussie du circuit commercial des terres rares « légères » d'Energy Fuels, qui produit de l'oxyde de néodyme-praséodyme (NdPr) pour aimants permanents utilisés dans les véhicules électriques, la robotique et les technologies de défense.
Energy Fuels (NYSE:UUUU) hat einen wichtigen Meilenstein erreicht: Im White Mesa Mill in Utah wurde das erste Kilogramm 99,9% reines Dysprosium (Dy)-Oxid hergestellt und damit die handelsübliche Spezifikation von 99,5% übertroffen. Das Unternehmen plant, 2 Kilogramm pro Woche zu produzieren, bis etwa 15 Kilogramm erreicht sind, gefolgt von der geplanten Produktion von Terbium-Oxid im vierten Quartal 2025.
Als erstes US-Unternehmen, das die Produktion von hochreinem Dy-Oxid herstellt und öffentlich bekannt gibt, bezieht Energy Fuels Monazit aus Florida und Georgia, um eine von China unabhängige Lieferkette für seltene Erden-Oxide aufzubauen. Das Unternehmen beabsichtigt, bis Q4 2026 kommerzielle Trennkapazitäten für Dysprosium, Terbium und gegebenenfalls weitere schwere Seltene-Erden-Elemente am White Mesa Mill zu errichten und in Betrieb zu nehmen.
Dieser Erfolg baut auf der erfolgreichen Inbetriebnahme der kommerziellen „leichten� Seltene-Erden-Anlage von Energy Fuels auf, die Neodym-Praseodym (NdPr)-Oxid für Permanentmagnete für Elektrofahrzeuge, Robotik und Verteidigungstechnologien produziert.
- Successfully produced 99.9% pure dysprosium oxide, exceeding 99.5% commercial specifications
- Established first U.S.-based heavy rare earth oxide production capability
- Created complete non-Chinese rare earth oxide supply chain using domestic monazite sources
- Multiple magnet manufacturers and OEMs have expressed strong interest in samples
- Plans for commercial-scale production expansion by Q4 2026
- Already producing qualified NdPr oxide used in EVs and hybrid vehicles globally
- Currently only at pilot-scale production of 2kg per week
- Commercial-scale production not expected until Q4 2026
- Success of heavy REE pilot project and commercial expansion subject to various risks and uncertainties
Insights
Energy Fuels achieves milestone in U.S. rare earth production with high-purity dysprosium oxide, strengthening domestic critical minerals supply chain.
Energy Fuels has achieved a significant breakthrough in U.S. rare earth element (REE) production by successfully producing its first kilogram of 99.9% pure dysprosium oxide at its White Mesa Mill in Utah. This exceeds the 99.5% commercial specification standard, positioning the company as a pioneering domestic producer of this critical material.
The achievement represents a crucial step in developing a non-Chinese supply chain for heavy rare earth elements, which are essential components in high-performance permanent magnets used in electric vehicles, wind turbines, and defense applications. Dysprosium is particularly valuable as it enhances magnet performance at high temperatures, commanding prices of
The company's pilot production rate of 2 kilograms per week may seem modest, but demonstrates process viability using domestic monazite ore from Florida and Georgia. The planned progression to terbium oxide production by Q4-2025 and commercial-scale separation capacity by Q4-2026 establishes a clear development timeline for multiple heavy REE products.
This follows Energy Fuels' earlier success with commercial-scale production of "light" rare earth oxides (neodymium-praseodymium), which have already been qualified by global magnet manufacturers. The company's ability to produce both light and heavy REEs positions it uniquely in the U.S. market.
Energy Fuels' advantage stems from leveraging its existing licensed uranium processing facility rather than building new infrastructure from scratch. This integrated approach to critical minerals production (uranium, rare earths, vanadium, and potentially medical isotopes) creates operational synergies that few competitors can match in the emerging U.S. rare earth supply chain.
Energy Fuels is planning to install large-scale dysprosium, terbium, and potentially other "heavy" rare earth oxide production capacity at its White Mesa Mill in
Energy Fuels believes the quantity and purity of its Dy oxide production is unmatched in
Due to the ongoing success of this "heavy" REE pilot project, the Company intends to construct and commission commercial-scale Dy, Tb, and potentially other "heavy" REE separation capacity at its White Mesa Mill, which could be in production as soon as Q4 2026.
"Energy Fuels' high purity Dy oxide production is a major leap toward securing a
Last year, Energy Fuels announced the completion and commissioning of its commercial scale "light" rare earth oxide circuit at the Mill with a successful run of 'on-spec' neodymium-praseodymium (NdPr) oxide used in permanent magnets for electric mobility, robotics, drones, wind energy and defense technologies. That material has been tested and qualified by magnet makers around the world and is expected to be used in EVs and hybrid vehicles available for sale in the
These production accomplishments demonstrate the Company's growing capabilities to deliver critical minerals to
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