CP8 Starts 3,000m Drilling to Define Wapiti Phosphate Resource and Market Potential

Canadian Phosphate (ASX:CP8) has kicked off a 3,000-metre drilling campaign at its Wapiti Phosphate Project in British Columbia, aiming for a Mineral Resource Estimate by late 2026 that will support both traditional fertilizer and advanced battery material markets.

  • 3,000m drilling underway at Wapiti Project
  • Mineral Resource Estimate targeted for Q4 2026
  • Drilling supports multiple phosphate product developments
  • Focus on fertilizers and lithium iron phosphate battery materials
  • Drilling program backed by recent capital raise
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Wapiti Drilling Program Marks Major Step Forward

Canadian Phosphate Limited (ASX:CP8) has commenced a significant 3,000-metre drilling program at its flagship Wapiti Phosphate Project in northeastern British Columbia. This campaign, managed by Dahrouge Geological Consulting Ltd., is designed to underpin an updated Mineral Resource Estimate (MRE) expected in the fourth quarter of 2026. The drilling will test the continuity, thickness, and grade of known phosphate horizons, focusing initially on the East Limb and central Red Deer Syncline areas.

Resource Definition to Support Mining and Economic Studies

The data from this drilling will feed into geological models crucial for future mining, processing, and economic evaluations. The hole spacing of approximately 1km along strike aims to confirm continuous phosphate seams, with further infill drilling planned under the company’s multi-year exploration permit. CP8 intends to leverage this updated resource estimate as a foundation for advancing engineering and economic studies, a pivotal move towards commercialising the project.

Targeting Diverse Phosphate Markets Including Battery Materials

Beyond traditional phosphate fertilizer production, the drilling program is strategically aligned with metallurgical studies to explore multiple high-value applications. These include Single Super Phosphate (SSP) fertilizer for Western Canadian agriculture, organic and regenerative agricultural phosphate products, and purified phosphoric acid (PPA) production. Notably, CP8 is investigating PPA’s suitability for lithium iron phosphate (LFP) battery cathode manufacturing, tapping into the expanding North American battery supply chain. This diversification reflects a broader industry trend of phosphate projects positioning themselves within both food security and energy transition markets.

Backing from Recent Capital Raise and Strategic Progress

This drilling initiative follows a successful capital raise of over AUD 5 million earlier in 2026, which was earmarked for advancing exploration and development activities across CP8’s portfolio, including Wapiti. The company has also secured a five-year exploration permit, enabling an aggressive drilling schedule and bulk sampling for metallurgical testing. Managing Director Daniel Gleeson highlighted the program as a critical phase in demonstrating the deposit’s scale and quality, while also supporting downstream processing opportunities.

Next Steps and Market Implications

Over the coming months, CP8 plans to complete drilling, conduct geological logging and sampling, and release assay results as they become available. These steps will culminate in the updated Mineral Resource Estimate, which will be closely watched for its implications on the project’s viability and market positioning. The metallurgical studies supported by representative drill samples will further clarify the potential for producing both conventional fertilizers and advanced phosphoric acid products, potentially linking Wapiti to North America’s growing battery materials sector.

Bottom Line?

CP8’s drilling campaign at Wapiti is a pivotal move that could unlock multiple phosphate markets, but the true value hinges on upcoming assay results and resource updates.

Questions in the middle?

  • Will the drilling confirm the continuity and grade needed to support commercial mining at Wapiti?
  • How competitive will Wapiti’s purified phosphoric acid be in the emerging North American LFP battery supply chain?
  • What timeline and capital requirements will follow the Mineral Resource Estimate for advancing to production?