Uranium American Resources Advances High-Grade U-V Targeting at Stateline Project
Uranium American Resources (OTC:UARI) has provided a technical update on its Stateline Project in Colorado and Utah, part of its recent Jag Minerals acquisition. The project, spanning 2.75 square miles, contains over 19 historic mines with exceptional vanadium grades ranging from 1% to 3% V₂O₅.
The project is located in the La Sal Uranium-Vanadium District, with mineralization hosted in the Salt Wash Member of the Morrison Formation. Notable historic mines include the Maud Mine (3.01% V₂O₅, 0.43% U₃O₈) and Morning Glory (2.56% V₂O₅, 0.26% U₃O₈).
The company is implementing advanced exploration techniques, including airborne EM surveys, passive seismic, and AI-driven drainage modeling to identify high-grade uranium-vanadium deposits beneath the surface.
Uranium American Resources (OTC:UARI) ha rilasciato un aggiornamento tecnico sul progetto Stateline, tra Colorado e Utah, acquisito con l'operazione Jag Minerals. L'area, di 2,75 miglia quadrate, comprende oltre 19 miniere storiche con eccezionali concentrazioni di vanadio, variabili dall'1% al 3% di V₂O₅.
Il progetto si trova nel distretto uranio-vanadio di La Sal, con mineralizzazione ospitata nel Salt Wash Member della Morrison Formation. Tra le miniere storiche di rilievo figurano la Maud Mine (3,01% V₂O₅, 0,43% U₃O₈) e la Morning Glory (2,56% V₂O₅, 0,26% U₃O₈).
La società sta adottando tecniche esplorative avanzate, tra cui indagini EM aerotrasportate, sismica passiva e modellazione dei bacini con intelligenza artificiale per individuare depositi uranio-vanadio ad alto tenore sotto la superficie.
Uranium American Resources (OTC:UARI) ha publicado una actualización técnica sobre su proyecto Stateline en Colorado y Utah, parte de la reciente adquisición de Jag Minerals. El proyecto, que abarca 2,75 millas cuadradas, incluye más de 19 minas históricas con remarcables leyes de vanadio de entre el 1% y el 3% de V₂O₅.
El proyecto se ubica en el distrito de uranio-vanadio de La Sal, con mineralización alojada en el Salt Wash Member de la Morrison Formation. Minas históricas destacadas son la Maud Mine (3,01% V₂O₅, 0,43% U₃O₈) y Morning Glory (2,56% V₂O₅, 0,26% U₃O₈).
La compañía está aplicando técnicas avanzadas de exploración, incluidos estudios EM aerotransportados, sísmica pasiva y modelado de drenaje impulsado por IA para identificar depósitos subterráneos de uranio-vanadio de alta ley.
Uranium American Resources (OTC:UARI)는 최근 Jag Minerals 인수에 포함된 콜로라도·유타의 Stateline 프로젝트에 대한 기술 업데이트를 발표했습니다. 이 프로젝트는 2.75 평방마일에 걸쳐 있으며 19개 이상의 역사적 광산을 포함하고, 바나듐 함유량이 V₂O₅ 기준으로 1%에서 3% 사이로 매우 높은 편입니다.
해당 프로젝트는 La Sal 우라늄-바나듐 지구에 위치하며, 광화는 Morrison Formation의 Salt Wash Member에 자리잡고 있습니다. 주목할 만한 과거 광산으로는 Maud Mine (V₂O₅ 3.01%, U₃O₈ 0.43%)과 Morning Glory (V₂O₅ 2.56%, U₃O₈ 0.26%)가 있습니다.
회사는 공중 전자기(EM) 탐사, 수동 지진 탐사, AI 기반 유역(배수) 모델링 등 고급 탐사 기법을 도입해 지표 아래의 고등급 우라늄-바나듐 광상을 식별하고자 합니다.
Uranium American Resources (OTC:UARI) a publié une mise à jour technique sur son projet Stateline au Colorado et en Utah, issu de l'acquisition récente de Jag Minerals. Le projet, couvrant 2,75 miles carrées, comporte plus de 19 mines historiques avec des teneurs remarquables en vanadium, comprises entre 1 % et 3 % de V₂O₅.
Le site se situe dans le district uranium-vanadium de La Sal, la minéralisation étant hébergée dans le Salt Wash Member de la Morrison Formation. Parmi les anciennes mines notables figurent la Maud Mine (3,01 % V₂O₅, 0,43 % U₃O₈) et Morning Glory (2,56 % V₂O₅, 0,26 % U₃O₈).
La société met en œuvre des techniques d'exploration avancées, notamment des levés EM aéroportés, de la sismique passive et de la modélisation hydrologique assistée par IA pour repérer des gisements d'uranium-vanadium à haute teneur sous la surface.
Uranium American Resources (OTC:UARI) hat ein technisches Update zu seinem Stateline-Projekt in Colorado und Utah veröffentlicht, das Teil der jüngsten Jag Minerals-Übernahme ist. Das Projekt umfasst 2,75 Quadratmeilen und weist über 19 historische Bergwerke mit auffällig hohen Vanadiumgehalten von 1 % bis 3 % V₂O₅ auf.
Das Projekt liegt im La Sal Uranium-Vanadium-Distrikt; die Mineralisierung sitzt im Salt Wash Member der Morrison Formation. Nennenswerte historische Gruben sind die Maud Mine (3,01 % V₂O₅, 0,43 % U₃O₈) und Morning Glory (2,56 % V₂O₅, 0,26 % U₃O₈).
Das Unternehmen setzt fortschrittliche Erkundungsmethoden ein, darunter luftgestützte EM-Messungen, passive Seismik und KI-gestützte Einzugsgebietsmodellierung, um hochgradige Uran-Vanadium-Lagerstätten unter der Oberfläche aufzuspüren.
- Project contains 19 historic mines with high-grade vanadium (1-3% V₂O₅), significantly above North American peer averages
- Strategic location in the prolific La Sal Uranium-Vanadium District, adjacent to the La Sal Complex
- Implementation of advanced exploration technologies including AI-driven modeling and airborne EM surveys
- Strong geological similarities to productive Athabasca-style deposits
- Exploration challenges due to clay-rich cover obscuring target zones
- Project is still in early exploration phase with no current production
- Requires significant investment in geophysical surveys and modeling
Highlights
Stateline lies in the heart of the prolific La Sal Uranium-Vanadium District, adjacent to the La Sal Complex.
Hosts >19 historic mines with vanadium grades ranging from
1% to3% V₂O₅, averaging1.5% , significantly higher than North American peers.Geological setting consistent with roll-front uranium or paleochannel-style U-V systems.
Focus on advanced airborne EM and AI-driven modelling to target high-value channel bends and trap zones beneath cover.
WOODLAND HILLS, CA / ACCESS Newswire / September 3, 2025 / Uranium American Resources, Inc. (OTC PINK:UARI) is pleased to provide a technical update on its Stateline Project, located in Montrose County, Colorado and San Juan County, Utah. This project, part of the recently announced acquisition of Jag Minerals Pty Ltd, presents a rare opportunity to explore and develop a high-grade vanadium-rich uranium system in one of the most geologically favorable parts of the U.S. uranium belt.
Figure 1: Stateline Project Location.
Geological Context and Deposit Model
Stateline is hosted within the Salt Wash Member of the Morrison Formation, a classic environment for roll-front or paleo-drainage U-V mineralisation. The project covers 2.75 mi² (7.12 km²) and includes over 19 historic mines, with grades such as:
Maud Mine:
3.01% V₂O₅ and0.43% U₃O₈Morning Glory:
2.56% V₂O₅ and0.26% U₃O₈
(see Table 2 on page 4 of acquisition document).
The favorable channel sands in this area were deposited in a meandering, dendritic system. Reducing environments-created when organic material settled in low-energy pools-led to the precipitation of uranium from oxidised fluids. This mechanism mirrors Athabasca-style deposits, where carbonaceous or graphitic host rocks act as chemical traps.
According to technical reviewers, these deposits are likely sourced from mafic volcanics, which explain the unusually high vanadium content and potential for associated metals. The presence of evaporites in the surrounding basin adds to the metal-leaching potential of circulating brines.
Figure 2: Stateline Project, UAR rock chip samples, over USGS Uranium-Vanadium deposits of the La Sal Quadrangle, pp508.1
Targeting Next-Gen Discovery
Past exploration relied heavily on intercept trend mapping. However, Uranium American Resources is now advancing a more modern, technology-driven exploration program that includes:
Airborne EM (AEM): To detect conductivity contrasts associated with alteration halos and carbon-rich lenses.
Passive Seismic: To model paleo-topography and channel systems in 3D, revealing likely trap zones.
AI Drainage Modelling: Use of genetic algorithms and fuzzy logic to predict sedimentary trends using historic drill data.
These efforts aim to identify tight meander bends, downstream fault-controlled basins, and organic-rich trap sites, all of which are prime depositional environments for high-grade U-V mineralisation.
"The challenge is targeting these channel-hosted reductant zones beneath clay-rich cover, but the upside is immense. Combining AEM, seismic, and AI modelling gives us a real edge," said CEO William Hunter.
Next Steps
The company is in discussions with geophysical contractors including SkyTEM and Expert Geophysics, and is preparing for fieldwork including:
Core sampling for conductivity modelling,
Forward-modelling of AEM responses through overlying units,
Prioritising seismic imaging and inversion modelling.
With strong shareholder support and a technically robust asset base, Uranium American Resources is positioned to become a leading developer of U.S.-based critical minerals for the clean energy transition.
Enquiries
For further information, please contact:
William Hunter
CEO, Uranium American Resources, Inc.
M: +1 203 856 7285
E: bhunter@uraniumamericanresources.com
SOURCE: Uranium American Resources, Inc.
View the original press release on ACCESS Newswire
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