Critical Elements Lithium Corporation (OTCMKTS: CRECF) is a Canada-based mineral exploration and development company focused on the acquisition, exploration and advancement of lithium-bearing properties. The company’s flagship asset is the Rose lithium-tantalum project located in the James Bay region of northern Quebec, which hosts a large hard-rock spodumene deposit. Critical Elements is engaged in feasibility studies, environmental permitting and infrastructure planning on the Rose project, positioning it to supply battery-grade lithium concentrate to the rapidly growing electric vehicle (EV) and energy storage markets.
In addition to its Quebec operations, Critical Elements holds the Clayton Valley land package in Nevada, USA, an area renowned for lithium production and exploration. The company’s North American footprint spans over 48,000 hectares, offering strategic access to established transportation corridors, power infrastructure and potential downstream processing facilities. Through systematic drilling programs and metallurgical testing, Critical Elements seeks to advance both Rose and Clayton Valley toward production readiness.
Critical Elements was incorporated in 2018 and is led by Chief Executive Officer Martin Turenne, who brings more than two decades of mining and metals industry experience. The management team combines technical expertise in geology, engineering and project financing with a strategic focus on forming partnerships that de-risk project development. The company has entered non-binding off-take memoranda of understanding with major battery and automotive material suppliers, reflecting strong market interest in its lithium concentrate.
With a commitment to environmental stewardship and engagement with local and Indigenous communities, Critical Elements Lithium is advancing permitting and feasibility work to meet both regulatory requirements and sustainability standards. As global demand for lithium continues to rise, the company aims to position the Rose project as a competitive, near-surface source of spodumene concentrate, supporting the transition to low-carbon energy storage solutions.
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