Atomic Minerals Corp.
Exploring Uranium Across North America
SYMBOLS:
TSX-V: ATOM | OTC: ATMMF | WKN: A3EWWR
- Outstanding Shares: 87,393,302
- Options: 8,160,000
- Warrants: 37,622,286
- Website: AtomicMinerals.ca
Why Atomic Minerals
Atomic Minerals (TSXV: ATOM) is a junior uranium explorer strategically positioned in North America’s two largest uranium provinces with leveraged exposure to the uranium sector’s supply-demand imbalance at the exploration stage.
Premier North American Uranium Districts
Colorado Plateau, USA
- Largest uranium province in the United States
- Estimated 1.2-billion-pound endowment with 597 million pounds produced to date
- Four key projects targeting the prolific Triassic Chinle Formation with drill permits in process: Harts Point, South Lisbon Valley East, 10 Mile, and Dolores Anticline
Athabasca Basin, Saskatchewan
- Largest uranium province in Canada
- Estimated 1.5-billion-pound endowment with 985 million pounds of U₃O₈ produced through 2022
Quebec
- Mont Laurier project at exploration stage, expanding geographic diversification
Market Context
Understanding the Uranium Opportunity
Key factors industry analysts are monitoring in the global uranium market
AI Data Center Energy Demand
Industry analysts project data center electricity demand could increase significantly through 2030, with nuclear emerging as a preferred baseload power source for major technology companies.
Global Nuclear Capacity Growth
The World Nuclear Association projects global nuclear capacity could reach 746 gigawatts by 2040 under mid-range estimates, potentially doubling uranium demand for nuclear reactors.
Clean Baseload Power
Nuclear power plants operate at full capacity more than any other energy source, providing reliable, carbon-free electricity around the clock—a key advantage as corporations pursue decarbonization goals.
Source: U.S. Department of Energy
Supply Chain Considerations
Industry observers note that current uranium production levels and geopolitical factors have contributed to discussions about supply security among nuclear utilities globally.
Source: Nuclear Energy Agency
Video Spotlight
Atomic Minerals Leadership Team
Clive Massey
Experience
Matthew Schwab, P.Geo
Experience
Dick Dorman, P.Geo
Experience
James Romano
Experience
Alexander Helmel
Experience
Note: The technical content of the presentation has been reviewed and approved by R. Timothy Henneberry, P.Geo (BC) and Advisor to the Company and a Qualified Person under National Instrument 43-101.
U.S. Project Spotlight
Colorado Plateau
- The 336,700 sqkm (130,000 sqmi) Colorado Plateau hosts the largest uranium province in the United States, with an estimated endowment of over 1.2B lbs , which includes a remarkable 597M lbs produced as of 2023.
- Uranium mineralization is hosted in the Jurassic Morrison Formation and the Triassic Chinle Formation, largely in roll front or penecordant deposits, commonly in defined “belts” associated with synclines and anticlines.
- Atomic holds a 100% interest in four projects in the Plateau focused on the Chinle Formation, where 80M lbs of U3O8 was produced from 17 mines from the 1950’s through the 1980’s along a 16km belt along the SW side of the anticline at Lisbon Valley.
The term peneconcordant is proposed to describe the form of the numerous and highly productive U deposits in sedimentary rocks of the Colorado Plateau, Wyoming, the Dakotas, and Texas. Peneconcordant U deposits are tabular, lenticular, or irregularly-shaped masses of widely differing size that are, in general, concordant to the gross sedimentary structures of the enclosing rock but that in detail cut across sedimentary structures.
Harts Point Project
Harts Point
The Harts Point Project consists of 324 claims and covers the flank of the Harts Point anticline, approximately 40 miles by road west of Energy Fuels Inc.’s White Mesa Mill uranium processing facility. Three historic oil and gas holes drilled approximately 2.8 miles apart all located gamma ray log anomalies within the basal portion of the Chinle Formation.
Downhole Gamma Probe Results:
- Drillhole HP24-001 intersected a total of 12.9 m (42.3 ft) of elevated radioactivity with downhole probe readings from 252 counts per second (“cps”) up to 653 cps from 151.5 to 421.5 m (497.0 to 1,382.8 ft)
- Drillhole HP24-001 Including 270 to 653 cps over 1.0 m (3.2 ft) from 415.1 to 416.1 m (1,361.9 to 1,365.1 ft)
- Drillhole HP24-002 intersected a total of 16.2 m (53.1 ft) of elevated radioactivity with downhole probe readings from 252 cps up to 2,162 cps from 107.8 to 390.4 m (353.6 to 1,280.7 ft)
- Drillhole HP24-002 Including 263 to 2,162 cps over 2.4 m (7.9 ft) from (1,261.2 to 1,269.1 ft
South Lisbon Valley East Project
South Lisbon Valley East
South Lisbon Valley East is located ~35 km northeast of Monticello, 2 km from the power grid, and 65 km from the White Mesa Uranium Mill. The project sits within the Lisbon Valley district, an area historically recognized as one of the most productive uranium belts in the United States, with 80 million pounds of U₃O₈ produced between the 1950s and early 1980s.
Atomic Minerals controls mineral rights across the southern part (about 30%) of a curved zone that earlier oil and gas drilling suggests may contain a significant underground geological feature.
Geological Setting
- Hosted in the Triassic Chinle Formation, a major uranium-bearing unit on the Colorado Plateau.
- Historic drilling has defined an arcuate structural belt interpreted as the continuation of the Lisbon Valley trend but displaced to the northeast by faulting.
- The target horizon corresponds to zones where oil and gas wells recorded anomalous gamma activity.
10 Mile Project
10 Mile
The 10 Mile anticline was first identified in 1972. In 2022, Atomic Minerals staked 5,020 acres in two claim blocks at 10 Mile. A review of oil and gas gamma ray logs revealed radiation anomalies within the lower Chinle Formation, outlining a suspected 15-kilometer arcuate belt along the west side of the anticline.
On the east side, the Moab Fault has down-dropped the Chinle Formation to depths exceeding 3,500 feet. Uniquely at 10 Mile, a significant number of gamma ray anomalies were also identified in the shallower Morrison Formation.
Exploration Plans
The permitting process has been initiated for the 10 Mile Anticline Project, where historical oil and gas drilling has indicated potential uranium mineralization. The plan includes conducting exploratory drilling to further assess the uranium potential.
Delores Anticline Project
Delores Anticline
Atomic Minerals staked the Dolores claim block in 2022 targeting both the Chinle Formation and the Morrison Formation at the southern end of the Uravan Mineral Belt. The Uravan Mineral Belt produced 75.5M lbs. of U3O8 and 331.8M lbs. of V2O5 from 1,200 mines in the Salt Wash Member of the Jurassic Morrison Formation between 1947 and 1979.
Exploration Plans
Atomic Minerals has completed a thorough review of historical drilling data and is preparing to commence the permitting process. Plans for exploratory drilling are guided by historical data indicating potential uranium mineralization in the Moss Back Member of the Chinle Formation.
Canadian Project Spotlight
Athabasca Basin
- The 100,000 sqkm Athabasca Basin is the largest uranium province in Canad
- Estimated 1.5-billion-pound endowment with 985 million pounds of produced through 20222
- Uranium found in three settings:
- At the sandstone / basement unconformity: Hurricane, Phoenix
- In the overlying sandstone: JEB
- In the underlying basement rock, both under and outside of the sandstone cover: McArthur River, Roughrider; Triple R, Arrow
- Atomic’s 26,073.5ha Mozzie Lake Project lies in the basement rock, north of sandstone cover
- Two mineralized areas: Zone 20A with an historic resource and Pinkham Lake showings
Mozzie Lake Project
Mozzie Lake
The Mozzie Lake project consists of two properties situated approximately 25km northeast of the Athabasca Basin, located within the Charlebois-Higgingson Lake Uranium District. Uranium mineralization on the properties is hosted within pegmatite intrusions.
Pegmatite deposits of the Charlebois-Higgingson Lake Uranium District have remained largely dormant since it was first explored in the 1940’s. There are historical references to rare-earth-element (REE) bearing minerals in the region, including at the Pinkham Lake prospects on the Mozzie Lake property. Atomic believes that a re-evaluation of the district with respect to REE mineralization should be conducted to potentially bolster the uranium potential of the project.
Atomic is targeting basement-hosted uranium at Mozzie Lake.
Definition: A pegmatite is a type of igneous rock (formed from cooling magma) that has very large crystals, often big enough to see easily with the naked eye.
Basement-Hosted Uranium
Basement-hosted uranium deposits are a unique and highly valuable mineralization in the Athabasca Basin. (Source: IAEA) These deposits are characterized by their location in close proximity to the unconformity between the older basement rocks and overlying sandstone formations. Notable examples include Fission Uranium’s (TSX: FCU) Triple R deposit and NexGen Energy’s (TSX: NXE) Arrow deposit, which showcase the potential of this deposit type.
Cautionary Statement: Information regarding adjacent properties is not by any means necessarily indicative of the mineralization of Atomic Minerals.
Mont-Laurier Project
Mont-Laurier
The Mont-Laurier Uranium Property totals 2,353 ha is located approximately 40 kilometres northeast of the town of Mont-Laurier in the Laurentides region of Quebec. The property is easily accessible via the Pérodeau road, which bisects the property and follows the east side of the Lièvre river. The Pérodeau road is paved for 6.6 kilometres up to the western limit of the claim block and then turns into a well-maintained gravel road.
Regional History
The Mont-Laurier project lies within the Cabonga — Mont-Laurier radioactive district of the Grenville Geological Province. Exploration activity in the district was sparked by the discovery of uranium mineralization by Canadian Johns-Manville in 1967, and later work identified multiple gently dipping, layered zones with low-grade uranium mineralization, along with several smaller, isolated occurrences. The uraniferous horizons (■) occur at the base of a metamorphosed sedimentary sequence of Proterozoic age. Several notable zones (●) with estimated tonnages (pre-NI 43-101) have been outlined:
Allied Mining1:
- Zone 1 (8.37 Mt @ 0.021% U3O8)
- Zone 2 (2.61 Mt @ 0.019% U3O8)
- Zone 3 (2.34 Mt @ 0.014% U3O8)
Canadian Johns-Manville2:
- Meekos (0.52 Mt @ 0.054% U3O8)
Mont Laurier Uranium Mines3:
- Tom Dick (2.50 Mt @ 0.040% U3O8)
- Tom Dick Nord (0.30 Mt @ 0.027% U3O8)
1. Report on the Properties of Allied Mining Corporation and United Asbestos Corporation Limited, Leman Township, Montcalm County by J.D. Hagan March 31, 1970. (https://gq.mines.gouv.qc.ca/documents/EXAMINE/GM26044/)
The Allied historic estimates are based on 34 drill holes, totaling 5,091 feet (1,551.7 metres). The only key assumption, parameter or method provided in the report is the historic resources were calculated using cross sections.
2. Summary Report Covering Exploration For Uranium Mineralization During 1968-69 on Company Mining Claims in Ontario and Quebec by F.J. Evelegh, November 28, 1969 for Canadian Johns-Manville Co. Limited. (https://gq.mines.gouv.qc.ca/documents/EXAMINE/GM25420/)
The Meekos historic estimate is based on 184 drill holes, totaling 39,568 feet (12,060.3 metres). No details on key assumptions, parameters or methods were provided in the report.
3. Tom Dick and Central Groups September 26, 1972 by R.F. Kaltwasser For Les Mines D’Uranium Mont-Laurier Inc. https://gq.mines.gouv.qc.ca/documents/EXAMINE/GM28052/.
The Tom Dick historic estimate is based on 83 drill holes, totaling 15,000 feet (4,572 metres). No details on key assumptions, parameters or methods were provided in the report.
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Cautionary Note to United States Investors Concerning Estimates of Mineral Resources
The information contained in this document has been prepared in accordance with the requirements of the securities laws in effect in Canada, which differ from the requirements of United States securities laws. The terms “Mineral Resource,” “Measured Mineral Resource,” “Indicated Mineral Resource,” and “Inferred Mineral Resource” or similar such terms used herein are Canadian mining terms as defined in accordance with National Instrument 43-101 – Standards of Disclosure for Mineral Projects (“NI 43-101”) and the Canadian Institute of Mining, Metallurgy and Petroleum (“CIM”) – CIM Definition Standards on Mineral Resources and Mineral Reserves (the “CIM Definition Standards”).
United States investors are specifically cautioned that:
- Inferred Mineral Resources: The estimation of Inferred Mineral Resources involves greater uncertainty as to their existence and economic or legal feasibility than other resource categories. It cannot be assumed that all or any part of an Inferred Mineral Resource will ever be upgraded to a higher category.
- Prohibition on Economic Valuation (The Core Conflict): Pursuant to Subpart 1300 of Regulation S-K adopted by the U.S. Securities and Exchange Commission (the “SEC”), an Inferred Mineral Resource may not form the basis for an economic analysis, such as a Preliminary Economic Assessment (PEA), Net Present Value (NPV), or Internal Rate of Return (IRR), for public disclosure in the United States. The inferred valuations or economic analysis contained in this release are not compliant with SEC standards and should not be relied upon by U.S. investors.
- General Comparability: Mineral Reserve and Mineral Resource estimates prepared in accordance with NI 43-101 may not be directly comparable to similar information made public by U.S. domestic reporting companies subject to the reporting and disclosure requirements of the SEC.
Recent News
- Atomic minerals announces non-brokered life offering and concurrent private placement of up to $400,000 – December 22, 2025
- Atomic Minerals Stock Option Grant – December 11, 2025
- Atomic minerals announces no material change – December 9, 2025
- Atomic minerals announces closing of non-brokered life offering and concurrent private placement of $2.2m – December 9, 2025
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