Multiple 10+ km Conductors Identified in Infini’s Latest Uranium Survey

Expanding the Uranium Frontier

Infini Resources Limited (ASX, I88) has taken a significant step forward in its uranium exploration campaign by expanding its ongoing field program at the Reynolds Lake Uranium Project to include newly identified targets at the adjacent Reitenbach Lake Project in Saskatchewan, Canada. This strategic move follows the completion of the first modern airborne time-domain electromagnetic (TDEM) survey over Reitenbach Lake, covering 456 line kilometres of highly prospective ground within the Athabasca Basin region, renowned globally for high-grade uranium deposits.

Modern Survey Reveals Promising Conductors

The TDEM survey, flown with advanced technology at 200 and 400 metre line spacings, has unveiled multiple significant bedrock conductors exceeding 10 kilometres in length. These conductors coincide spatially with magnetic lows and radiometric anomalies, suggesting the presence of graphitic metasedimentary rocks, key hosts for unconformity-style uranium mineralisation. The alignment of these conductors along major structural corridors, including the Needle Falls Shear Zone, enhances the prospectivity of the area for near-surface uranium deposits.

Fieldwork Yields High Radioactivity Readings

Complementing the geophysical data, field teams at Reynolds Lake have collected extensive soil and rock samples, with 59 locations exhibiting scintillometer readings above 1,000 counts per second (cps), peaking at an impressive 9,700 cps. While these readings are preliminary and not direct measures of uranium concentration, they provide compelling evidence of localized radioactivity and potential mineralisation. Samples are currently en route to ALS Global’s ISO-certified laboratory for comprehensive geochemical assays, with results anticipated in the fourth quarter of 2025.

Towards Defining Drill Targets

Infini’s CEO, Rohan Bone, emphasised the significance of integrating the Reitenbach Lake anomalies into the existing Reynolds Lake program, stating that this parallel evaluation accelerates the identification of high-priority drill targets. The company’s methodical approach includes systematic soil sampling, rock chip collection, geological mapping, and in-field portable XRF analysis to refine geological models. These efforts aim to underpin a maiden drilling campaign planned for 2026, potentially unlocking new uranium resources in one of the world’s premier mining jurisdictions.

Strategic Positioning in a Premier Uranium District

Both Reynolds and Reitenbach Lake projects are strategically located on the eastern margin of the Athabasca Basin, adjacent to established uranium operations. The geological setting features Archean to Paleoproterozoic metamorphic and igneous rocks intersected by major shear zones, providing structural pathways conducive to uranium mineralisation. The shallow nature of the identified conductors contrasts with deeper deposits in the basin, potentially offering more accessible targets.

Complementing a Broader Exploration Strategy

This expanded field program complements Infini’s aggressive exploration strategy, which includes ongoing Phase 2 drilling at the Portland Creek Uranium Project. Together, these initiatives position Infini Resources to capitalize on rising global demand for uranium, driven by the energy transition and nuclear power’s role in decarbonisation.