Gallium Exploration Intensifies at Nimy’s Block 3 Amid Growing Market Demand
Nimy Resources has launched a Phase 2 drilling campaign at its promising Block 3 Gallium project in Western Australia, aiming to expand known mineralisation and progress towards a maiden JORC resource. The program also supports metallurgical testing critical to commercial development.
- Phase 2 drilling underway at Block 3 Gallium prospect, WA
- Focus on extending high-grade gallium mineralisation along strike and down dip
- New high-priority central target identified within 3km x 1.5km prospect area
- Metallurgical testing in progress with Curtin University following CSIRO findings
- Phase 3 drilling planned pending Phase 2 results to define JORC resource
Drilling Resumes at Block 3 Gallium Prospect
Nimy Resources (ASX: NIM) has commenced a Phase 2 drilling program at its Block 3 Gallium discovery located within the Mons Belt in Western Australia. This follows the initial identification of high-grade gallium mineralisation near surface and across multiple directions, underscoring the prospect’s potential as a significant critical minerals deposit.
The current drilling campaign aims to extend the known mineralisation both along strike and down dip, while also testing a newly identified high-priority central target within the 3km by 1.5km Block 3 prospect area. This phase is expected to take approximately three weeks, with assay results anticipated shortly thereafter.
Towards a Maiden JORC Resource
The Phase 2 drilling is a crucial step towards defining a maiden JORC-compliant resource, a key milestone for any mining project seeking to attract investment and commercial interest. Nimy’s Managing Director, Luke Hampson, highlighted the significance of this drilling round in advancing the company’s goal of establishing a world-class high-grade gallium deposit.
Gallium, a critical mineral used extensively in electronics and emerging technologies, has seen growing demand globally. Nimy’s progress at Block 3 positions it well to meet this demand, especially as customers have already expressed interest in the project’s development.
Collaborative Metallurgical Testing
Complementing the drilling efforts, metallurgical testing is underway at Curtin University, following promising results from the CSIRO that identified exceptionally high-grade gallium concentrations ranging from 400 to 800 grams per tonne in chlorite minerals. These tests will help determine the most efficient extraction methods and further validate the deposit’s commercial viability.
Samples from both Phase 1 and Phase 2 drilling programs will feed into this research, ensuring a comprehensive understanding of the mineralogy and processing characteristics of the Block 3 gallium mineralisation.
Looking Ahead
Pending the interpretation of Phase 2 results, Nimy plans to initiate a Phase 3 drilling program to further delineate the resource. The company’s broader Mons Belt project, spanning approximately 80km by 30km, also holds potential for other base metals and gold, adding strategic value to its exploration portfolio.
With a methodical, science-based approach and ongoing collaborations with leading research institutions, Nimy Resources is steadily advancing its position in the critical minerals sector, a space of increasing importance amid global supply chain shifts.
Bottom Line?
Nimy’s next assay results will be pivotal in confirming the scale and quality of its gallium resource, setting the stage for potential commercial breakthroughs.
Questions in the middle?
- What assay results will Phase 2 drilling reveal about the extent and grade of gallium mineralisation?
- How will metallurgical testing outcomes influence the feasibility of commercial extraction?
- What are the timelines and funding plans for the anticipated Phase 3 drilling program?
