Infini Resources Launches Maiden Diamond Drilling at High-Grade Portland Creek Uranium Project
Infini Resources has initiated its first diamond drilling campaign at the Portland Creek Uranium Project in Newfoundland, targeting exceptional uranium soil anomalies with the potential for a major discovery in a tier-1 jurisdiction.
- Maiden diamond drilling program commenced with up to 23 holes planned
- Targeting high-grade uranium anomaly peaking at 7.5% U3O8 in soil samples
- First drill hole PCDD001 to test a 600m depth anomaly coincident with major fault zones
- Drilling expected to take 6-8 weeks with on-site core logging facilities operational
- Project located in Newfoundland, Canada, a tier-1 mining jurisdiction
Infini Resources Embarks on Critical Exploration Phase
Infini Resources Ltd (ASX: I88) has officially commenced its maiden diamond drilling program at the Portland Creek Uranium Project in Newfoundland, Canada. This marks a significant milestone for the Australian energy metals company as it moves from surface geochemical success to subsurface testing of one of its most promising uranium prospects.
The drilling campaign is designed to test a remarkable high-grade uranium soil anomaly, with peak values reaching an extraordinary 74,997 ppm U3O8 (approximately 7.5%). This anomaly is spatially associated with a prolific shear corridor and a major demagnetized north-south fault zone, geological features often conducive to uranium mineralisation.
Program Scope and Technical Setup
The initial phase of drilling will comprise up to 23 diamond drill holes, with the first priority hole, PCDD001, planned to reach a depth of around 600 meters. This hole aims to intersect the core of the soil anomaly and the underlying structural features that may host uranium mineralisation. Infini has established on-site core logging and cutting facilities, underscoring its commitment to efficient and detailed geological assessment as core samples are retrieved.
Managing Director and CEO Charles Armstrong expressed palpable enthusiasm about the program, highlighting the strategic importance of the Talus prospect within the broader Portland Creek uranium corridor. Armstrong noted that the convergence of multiple fault structures and the high-grade soil anomaly present a compelling exploration target that could define the company’s next growth chapter.
Geological Context and Project Potential
The Portland Creek Project spans 149 square kilometers within the Precambrian Long-Range Complex of the Humber Tectonic-Stratigraphic zone. The geological setting features metaquartzite and paragneisses intruded by leucocratic pink granite, with evidence of thrusting over Paleozoic carbonate sediments. Historically, the area was identified as anomalous for uranium in the 1970s, but modern exploration by Infini has refined and expanded the known high-grade zones significantly.
The Talus prospect alone exhibits a high-grade soil anomaly approximately 800 meters by 100 meters in size, with multiple samples exceeding 5,000 ppm U3O8. This scale and grade of surface geochemistry are rare and suggest a strong potential for a significant uranium discovery at depth.
Strategic Implications and Market Positioning
Newfoundland’s status as a tier-1 mining jurisdiction adds considerable strategic value to Infini’s exploration efforts. The region’s stable regulatory environment and established mining infrastructure provide a supportive backdrop for advancing the Portland Creek Project. Should the drilling program confirm substantial uranium mineralisation, Infini could position itself as a key player in the global uranium supply chain amid rising demand for clean energy metals.
While the drilling results remain pending, the company’s methodical approach, including detailed structural interpretation and robust sampling protocols, enhances confidence in the exploration campaign’s potential outcomes.
Bottom Line?
As drilling unfolds, all eyes will be on Infini’s assay results to gauge whether Portland Creek can deliver a transformative uranium discovery.
Questions in the middle?
- Will the maiden drilling confirm the high-grade uranium mineralisation suggested by soil anomalies?
- How might the structural complexity of the shear corridor influence mineralisation continuity and grade?
- What are the next steps for Infini if significant uranium intersections are confirmed?