Three Defined Targets Along a 10 km Conductive Trend
About Carson Lake
The Carson Lake Project is a 4,972-hectare, 100%-owned uranium exploration project located near the northeastern edge of Saskatchewan’s Athabasca Basin.
Exploration is focused on basement-hosted uranium mineralization within a prominent northeast-trending conductive system extending approximately 10 kilometres across the project.
Integrated electromagnetic, gravity and magnetic surveys have identified three priority target areas — Killock, Lejour and Trunk — providing Purepoint with a focused pipeline for future exploration.
Why Carson Lake Matters
1. 4,972 hectares of 100%-owned exploration ground
2. Approximately 10 km of prospective conductive trend
3. Three defined target areas
4. Structural intersections associated with graphitic basement rocks
5. Integrated gravity, magnetic and electromagnetic datasets
6. Basement-hosted exploration model comparable to deposits elsewhere in the eastern Athabasca Basin
KEY TARGET AREAS
Killock
The Killock target is associated with graphitic basement rocks interpreted along the north-south-trending Killock Fault.
The intersection of brittle faulting with conductive graphitic rocks creates a favourable structural setting where uranium-bearing fluids may have been focused and trapped.
Lejour
At Lejour, the main northeast-trending conductive system is crosscut by the Lejour Fault.
Geophysical interpretation suggests structural complexity where the principal conductor separates into parallel conductive trends, providing an important setting for future drill targeting.
Trunk
The Trunk target is defined by an approximately one-kilometre-long sigmoidal electromagnetic conductor in the southeastern portion of the project.
While less advanced than Killock and Lejour, it provides an additional independent target within the broader Carson Lake conductive system.
EXPLORATION STRATEGY
Exploration at Carson Lake is focused on refining the structural relationships between conductive basement rocks, faulting and gravity responses before drilling.
Purepoint continues to integrate existing geophysical datasets to prioritize locations where structural complexity and favourable basement geology provide the strongest potential for basement-hosted uranium mineralization.
