#Canada #Patriot Battery Metals #CV5 Spodumene #Quebec #Lithium Hydroxide

Patriot Battery Metals Achieves Milestone in Lithium Hydroxide Production

Patriot Battery Metals Inc. has successfully produced a sample of battery-grade lithium hydroxide monohydrate from the CV5 Spodumene Pegmatite in Canada. This significant achievement not only demonstrates the potential of the resource but also marks a critical step in the company’s development strategy.

On December 4, 2024, during tests conducted at SGS Canada’s facility in Lakefield, Ontario, a sample weighing 307 grams was produced. The lithium hydroxide sample met the battery-grade specifications, showcasing no significant impurities, a vital criterion for end-user applications in electric vehicle batteries and renewable energy systems.

Overview of the CV5 Pegmatite

The CV5 Pegmatite is part of the larger Shaakichiuwaanaan Lithium Project located in the Eeyou Istchee James Bay region of Quebec, Canada. With an extensive mineral resource estimate of 80.1 million tons at 1.44% Li2O indicated and 62.5 million tons at 1.31% Li2O inferred, the CV5 deposit plays a central role in Patriot's strategy to become a key player in the lithium supply chain. Accessible year-round via all-season roads, its geographical advantages include proximity to major hydro-electric power lines, crucial for sustainable mining operations.

The lithium hydroxide production comes from a spodumene concentrate that exhibited an impressive grade of 6.2% Li2O and only 0.6% Fe2O3, highlighting the high-quality nature of the resource. The conversion was executed through a series of well-established chemical processes, affirming the project's commercial viability.

Proving the Concept

The recent test results serve as a proof-of-concept, confirming that a high-quality battery-end product can be created from the CV5 deposit using representative feed material. Ken Brinsden, President and CEO of Patriot, stated, "The successful production of battery-grade lithium hydroxide is a key de-risking step in our development strategy. Not all spodumene concentrates are created equal, and our demonstration that CV5 produces desirable outputs enhances our market position."

The rigorous testing process involved transitioning lithium from its natural state in spodumene to a form amenable to leaching, followed by multiple purification stages to remove impurities. This multi-step process guarantees the production of lithium hydroxide monohydrate of superior quality, exceeding battery standards.

Strategic Partnerships and Future Outlook

The successful production not only reinforces internal confidence but is also vital for engagement with potential strategic partners and end-users. By confirming that high-quality lithium products can be derived from CV5, the company is set to attract investments and collaborations aimed at scaling operations further.

Patriot's ongoing feasibility study will continue to optimize production and processing methods, enhancing the economic outlook for the project. Additionally, a comprehensive core sampling program is anticipated to provide further representative material for upcoming mineral processing tests.

The advancement of the CV5 Pegmatite resource underscores a broader goal: to support North America's growing demand for lithium in battery technologies. As electric vehicles and renewable energy sources proliferate, the need for reliable, high-quality lithium supplies becomes increasingly paramount. Patriot Battery Metals is poised to play a crucial role in meeting this demand while driving sustainable economic growth.

Conclusion

The successful lithium hydroxide production by Patriot Battery Metals is a promising development that not only underscores its technical capabilities but also signals a potential shift in the North American lithium landscape. By demonstrating a robust processing pathway and resource viability, Patriot is setting the stage for future growth in the lithium industry, strongly aligning with global sustainability objectives and market needs.