Nano One Materials Corp. and Standard Lithium have successfully collaborated to produce lithium iron phosphate (LFP) cathode active material (CAM) using battery-quality lithium carbonate. Sourced from Standard Lithium’s South West Arkansas Project, the material was processed via Nano One’s patented One-Pot™ technology. This successful testing phase aims to de-risk supply chains and provide greater sourcing optionality for future technology licensees and battery manufacturers.
Nano One One-Pot™ Processing of Arkansas Lithium
Nano One utilized battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project to produce LFP cathode active material at its Innovation Centre in Burnaby, British Columbia. Following production, the company assembled in-house battery coin cells to evaluate performance. Initial electrochemical testing indicated the material achieved a performance of approximately 155 mAh/g on first discharge. Crucially, the material met target chemical and physical parameters while maintaining the intended particle morphology. This technical milestone follows a relationship established in July 2025 through the Arkansas Lithium Technology Accelerator (ALTA). By validating feedstock from the South West Arkansas Project, Nano One demonstrates the capability to transform specific regional lithium carbonate into high-performance cathode components using its proprietary manufacturing process.
De-risking Supply Chains for LFP Licensees
The collaboration serves a strategic purpose in accelerating the qualification timeline for prospective customers. Nano One employs a staged testing protocol, moving from A-sample lab scales through C-sample pilot scales. By pre-qualifying feedstock like Standard Lithium’s carbonate, Nano One can potentially accelerate qualification programs by as much as one year. This approach addresses a critical demand from licensees who require the ability to manufacture cathode materials within their own jurisdictions using easily accessible inputs. As Nano One expands its Candiac Facility to approximately 800 tpa, with commissioning of the expanded Demonstration Line targeted for the first half of 2027, the ability to offer pre-qualified, diverse feedstock sources becomes a primary competitive advantage for its licensing model.
Key Takeaways
- Nano One achieved a first discharge performance of approximately 155 mAh/g using lithium carbonate from Standard Lithium's South West Arkansas Project.
- Pre-qualifying feedstock through Nano One's staged testing protocol can accelerate customer qualification programs by up to one year.
- Nano One is expanding its Candiac Facility to 800 tpa, with the expanded Demonstration Line commissioning targeted for H1 2027.
EnergyInsyte's Take
In our view, this collaboration is a strategic move to solve the "localization vs. supply" dilemma facing battery manufacturers. By pre-qualifying regional lithium sources like Standard Lithium’s Arkansas project, Nano One is not just selling a process, but a de-risked ecosystem. This signals a shift toward integrated supply chain validation where technology providers take on the burden of feedstock compatibility. For decision-makers, this reduces the technical friction of transitioning from raw material sourcing to localized cathode production, potentially shortening commercial deployment timelines significantly.
Questions & Answers
How does this collaboration impact the timeline for cathode production deployment?
By pre-qualifying feedstock such as Standard Lithium's carbonate, Nano One can potentially accelerate the qualification programs for its customers by as much as one year, depending on specific requirements.
What technical performance metrics were validated during this testing phase?
The LFP cathode active material produced via the One-Pot™ process achieved a performance of approximately 155 mAh/g on first discharge and met all intended particle morphology and chemical parameters.
What is the strategic significance of the Candiac Facility expansion?
The expansion to approximately 800 tpa, with commissioning targeted for the first half of 2027, provides the necessary scale to demonstrate the One-Pot™ process at a level relevant to commercial licensees.
Why is feedstock pre-qualification critical for Nano One's licensing model?
Licensees require the ability to produce cathodes in their own jurisdictions using locally available inputs; pre-qualifying various feedstocks provides the sourcing optionality necessary to attract these customers.
Source: BUSINESSWIRE
