New Asset
Monarch Uranium
Located in Nunavut’s Thelon Basin, the Monarch Uranium Project hosts high-grade uranium mineralization in a geological setting comparable to the Athabasca Basin, highlighted by historic boulder samples grading up to 31% U₃O₈.
New Asset
Monarch Uranium
Located in Nunavut’s Thelon Basin, the Monarch Uranium Project hosts high-grade uranium mineralization in a geological setting comparable to the Athabasca Basin, highlighted by historic boulder samples grading up to 31% U₃O₈.
New Asset
Monarch Uranium
Located in Nunavut’s Thelon Basin, the Monarch Uranium Project hosts high-grade uranium mineralization in a geological setting comparable to the Athabasca Basin, highlighted by historic boulder samples grading up to 31% U₃O₈.
Exploration Highlights
Location Details
The Monarch Uranium Project is a significant uranium exploration asset located in Nunavut’s Thelon Basin, one of Canada’s most prospective and underexplored uranium districts.
Location Details
The Monarch Uranium Project is a significant uranium exploration asset located in Nunavut’s Thelon Basin, one of Canada’s most prospective and underexplored uranium districts.
Location Details
The Monarch Uranium Project is a significant uranium exploration asset located in Nunavut’s Thelon Basin, one of Canada’s most prospective and underexplored uranium districts.
Land Package
Comprises of multiple mineral claims covering approximately 3,771 hectares (37.7 km²), with historical exploration including prospecting, radiometric surveys, regional geophysics, and boulder sampling that identified high-grade uranium mineralization.
Land Package
Comprises of multiple mineral claims covering approximately 3,771 hectares (37.7 km²), with historical exploration including prospecting, radiometric surveys, regional geophysics, and boulder sampling that identified high-grade uranium mineralization.
Land Package
Comprises of multiple mineral claims covering approximately 3,771 hectares (37.7 km²), with historical exploration including prospecting, radiometric surveys, regional geophysics, and boulder sampling that identified high-grade uranium mineralization.
High-Grade Uranium Indicators
Historical exploration identified multiple uranium-bearing boulders, including a standout sample grading 31% U₃O₈, indicating proximity to a high-grade bedrock source.
High-Grade Uranium Indicators
Historical exploration identified multiple uranium-bearing boulders, including a standout sample grading 31% U₃O₈, indicating proximity to a high-grade bedrock source.
High-Grade Uranium Indicators
Historical exploration identified multiple uranium-bearing boulders, including a standout sample grading 31% U₃O₈, indicating proximity to a high-grade bedrock source.
Favorable Structural Setting
The Project is situated within the Thelon Basin and is influenced by regional structures and fault systems analogous to those controlling major uranium deposits in the Athabasca Basin.
Favorable Structural Setting
The Project is situated within the Thelon Basin and is influenced by regional structures and fault systems analogous to those controlling major uranium deposits in the Athabasca Basin.
Favorable Structural Setting
The Project is situated within the Thelon Basin and is influenced by regional structures and fault systems analogous to those controlling major uranium deposits in the Athabasca Basin.
Underexplored Unconformity Target
The unconformity horizon remains largely untested, as historic drilling in the 1980s encountered technical limitations and did not adequately test depth or structural complexity.
Underexplored Unconformity Target
The unconformity horizon remains largely untested, as historic drilling in the 1980s encountered technical limitations and did not adequately test depth or structural complexity.
Underexplored Unconformity Target
The unconformity horizon remains largely untested, as historic drilling in the 1980s encountered technical limitations and did not adequately test depth or structural complexity.
Modern Exploration Upside
The Project has not been subject to modern, high-resolution geophysical surveys or integrated remote sensing, providing strong potential to rapidly advance targets using contemporary exploration techniques.
Modern Exploration Upside
The Project has not been subject to modern, high-resolution geophysical surveys or integrated remote sensing, providing strong potential to rapidly advance targets using contemporary exploration techniques.
Modern Exploration Upside
The Project has not been subject to modern, high-resolution geophysical surveys or integrated remote sensing, providing strong potential to rapidly advance targets using contemporary exploration techniques.
Project Samples & CPS
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Pluto Ventures is a forward-thinking mineral exploration company focused on uncovering high-grade polymetallic deposits in British Columbia and Nunavut. With a commitment to sustainability and innovation, we leverage advanced geological practices to unlock the potential of resource-rich formations, driving value for investors and fostering economic growth in the communities we operate.
Reach Us
Pluto Ventures is a forward-thinking mineral exploration company focused on uncovering high-grade polymetallic deposits in British Columbia and Nunavut. With a commitment to sustainability and innovation, we leverage advanced geological practices to unlock the potential of resource-rich formations, driving value for investors and fostering economic growth in the communities we operate.
Reach Us
Pluto Ventures is a forward-thinking mineral exploration company focused on uncovering high-grade polymetallic deposits in British Columbia and Nunavut. With a commitment to sustainability and innovation, we leverage advanced geological practices to unlock the potential of resource-rich formations, driving value for investors and fostering economic growth in the communities we operate.