E3 Lithium has signed a non-binding deal to supply 5,000 metric tons of lithium carbonate annually to Epsilon CAM. This agreement marks a milestone for the Clearwater project, potentially covering 40% of its planned Stage 1 production as Epsilon CAM builds a major cathode facility in India.
Calgary-based E3 Lithium has taken a step toward commercializing its Clearwater project in Alberta by signing a non-binding memorandum of understanding (MOU) with Epsilon CAM. Under the terms effective September 1, 2026, E3 Lithium aims to supply up to 5,000 metric tons of battery-grade lithium carbonate annually to the India-based material manufacturer for five years.
For E3 Lithium, this agreement serves as a strategic indicator of demand. The 5,000-tonne supply volume is significant, as it represents approximately 40% of the company's projected 12,000-tonne annual output for the first stage of the Clearwater project. Securing such offtake agreements is a common step for development-stage mining companies as they look to reach a final investment decision and prove the commercial viability of their assets.
Epsilon CAM is currently working on building a 30,000-tonne-per-year cathode materials facility in India. The company expects the first phase of this facility to be ready by early 2028. By partnering with E3 Lithium, Epsilon CAM is working to secure the raw materials necessary to support the growing electric vehicle battery supply chain.
While this MOU indicates strong interest, investors should note that the agreement is non-binding. This means that final commercial terms, exact volumes, and pricing are still subject to further negotiation and the signing of a definitive contract. As a development-stage company, E3 Lithium still faces several hurdles before it can reach full-scale production.
The company is currently working to validate its direct lithium extraction technology at a commercial scale. Success for shareholders will depend on the company's ability to successfully scale this technology, secure the necessary financing for construction, and navigate potential delays in permitting or project execution. The transition from a development project to an operational lithium supplier remains a complex process that is sensitive to commodity price fluctuations and the ability to meet strict quality requirements for battery manufacturers.