Exploration Risks Loom as Infini Targets Shallow Uranium in Underexplored Athabasca Edge
Infini Resources has initiated its maiden field program at the Reynolds Lake Uranium Project in Canada’s Athabasca Basin, aiming to advance exploration targets ahead of a potential 2026 drill campaign.
- Maiden field program commenced at Reynolds Lake targeting shallow uranium mineralisation
- Approximately 1,600 soil and rock-chip samples planned for collection
- Multiple large-scale electrical conductors coincide with radiometric and geochemical anomalies
- Fieldwork includes geological mapping, portable XRF analysis, and systematic sampling grids
- Program aims to prepare drill-ready targets for Phase 1 drilling in 2026
Exploration Momentum Builds at Reynolds Lake
Infini Resources Limited (ASX, I88) has officially kicked off its maiden field program at the Reynolds Lake Uranium Project, located on the eastern edge of the Athabasca Basin in Saskatchewan, Canada. This marks a significant step forward for the company as it seeks to unlock the potential of a highly prospective but underexplored region known for its world-class uranium deposits.
The program, which will run over several weeks, involves systematic soil and rock-chip sampling, geological mapping, and the use of portable X-ray fluorescence (pXRF) devices to guide on-ground exploration. Infini plans to collect approximately 1,600 samples, aiming to refine its exploration model and advance the highest-priority targets to drill-ready status for a potential Phase 1 drilling campaign in 2026.
Compelling Geophysical and Geochemical Indicators
Infini’s exploration strategy is underpinned by a multi-layered dataset that includes historic lake sediment geochemistry, radiometric surveys, and time-domain electromagnetic (TDEM) geophysics. These data reveal multiple large-scale electrical conductors; some exceeding 10 kilometres in length; that align with radiometric anomalies and geochemical uranium signatures along key structural corridors.
Such features are interpreted as potential zones of shallow unconformity-style uranium mineralisation, possibly as close as 20 metres below surface. Structural analysis has identified broad shear zones and cross-cutting faults that could act as conduits for mineralising fluids, further enhancing the prospectivity of the area.
Strategic Timing and Complementary Projects
The Reynolds Lake field program complements Infini’s ongoing Phase 2 drilling campaign at its Portland Creek Uranium Project, also located within the Athabasca Basin. Mobilisation of geology and drill teams is underway, reflecting the company’s commitment to advancing multiple uranium assets in parallel.
CEO Rohan Bone emphasised the significance of the program, noting that the geophysical interpretation points to a rare opportunity in an underexplored setting. He highlighted the potential for a discovery that could rapidly transform the scale and value of the Reynolds Lake project.
Looking Ahead
The field program is expected to conclude by the end of September 2025, with assay results anticipated in the fourth quarter. These results will be critical in validating the exploration model and determining the next steps toward drilling. Investors and industry watchers will be keenly awaiting updates as Infini progresses its exploration efforts in this globally significant uranium district.
Bottom Line?
Infini’s maiden field program at Reynolds Lake sets the stage for a potentially transformative uranium discovery in 2026.
Questions in the middle?
- Will assay results confirm the presence of economically viable uranium mineralisation?
- How will findings at Reynolds Lake influence Infini’s broader exploration strategy in the Athabasca Basin?
- What are the timelines and funding plans for the anticipated Phase 1 drilling campaign?
