Key Takeaways:
- Nano One and Standard Lithium have successfully qualified battery-quality lithium carbonate from Standard Lithium’s South West Arkansas Project.
- The lithium carbonate was processed by Nano One’s One-Pot method to produce LFP cathode active material (CAM) and tested in in-house battery cells.
- Initial electrochemical tests showed a performance of approximately 155 mAh/g on first discharge, meeting target chemical and physical parameters.
- This collaboration is part of Nano One’s strategic effort to pre-qualify raw material inputs, aiming to reduce supply chain risks and accelerate qualification timelines for licensees.
- The initiative reinforces Nano One’s commitment to providing diverse feedstock sourcing options and supporting localized cathode production in various jurisdictions.
Strategic Partnership Validates Critical LFP Cathode Component
In a significant development for the electric vehicle (EV) battery sector, Canada-based Nano One Materials, a leading process technology company specializing in lithium-ion battery cathode active materials (CAM), has announced the successful production of lithium iron phosphate (LFP) CAM using battery-quality lithium carbonate supplied by Standard Lithium. This crucial feedstock originated from the pilot plant at Standard Lithium’s South West Arkansas Project, marking a key milestone in securing diversified and qualified raw material inputs for advanced battery manufacturing.
The collaboration underscores a growing industry focus on bolstering the EV battery supply chain, particularly for LFP cathodes, which are gaining prominence due to their cost-effectiveness, safety profile, and extended cycle life. The ability to qualify domestic or near-shore sources of essential raw materials like lithium carbonate can significantly mitigate geopolitical and logistical risks, paving the way for more resilient battery production ecosystems.
Nano One’s Innovative Process and Rigorous Testing
Nano One processed the supplied lithium carbonate through its proprietary One-Pot process at its facility in Burnaby, British Columbia. This innovative method is designed to simplify the manufacturing of cathode materials, potentially reducing costs, energy consumption, and environmental footprint compared to conventional methods. The outcome of this process was the successful creation of LFP CAM, which was then used to assemble and test battery coin cells in-house.
The rigorous testing protocol implemented by Nano One confirmed that the processed material met all target chemical and physical parameters. Furthermore, the desired particle morphology was achieved, a critical factor influencing battery performance and longevity. Initial electrochemical test results revealed that the material delivered a robust performance of approximately 155 mAh/g on its first discharge, indicating its suitability for high-performance LFP battery applications.
De-risking the Supply Chain Through Proactive Qualification
Nano One employs a meticulous staged testing protocol for qualifying battery-grade raw material inputs. This multi-phase approach progresses from A-sample (lab scale) through C-sample (pilot scale) before reaching D-samples in a full commercial plant setting. This structured validation ensures that raw materials consistently meet stringent quality and performance criteria across different production scales.
The company’s proactive strategy of pre-qualifying feedstock is a direct response to the imperative of reducing supply chain risks for its prospective licensees. By undertaking this extensive qualification work internally, Nano One aims to streamline the path to commercialization for its partners. This strategic foresight can, in some cases, accelerate A through C sample qualification programs by as much as a year, depending on specific customer requirements and existing material data.
Standard Lithium’s Contribution from Arkansas
Standard Lithium’s role in this partnership is pivotal, providing the essential battery-quality lithium carbonate from its pilot plant located within the South West Arkansas Project. This project is part of a broader initiative to establish domestic lithium production capabilities, crucial for supporting the burgeoning North American EV and energy storage industries. The successful qualification of this feedstock validates Standard Lithium’s capacity to deliver materials suitable for advanced battery applications.
The current testing deepens an existing relationship between Nano One and Standard Lithium, which commenced in July 2025. This initial engagement saw Nano One participating as an inaugural cohort of the Arkansas Lithium Technology Accelerator (ALTA). The ALTA program, supported by Standard Lithium alongside other Arkansas-based producers, academic institutions, and government partners, aims to foster innovation and accelerate the development of a robust lithium ecosystem within the state.
Executive Vision for Global Sourcing Flexibility
Alex Holmes, CEO of Nano One, emphasized the strategic importance of this qualification work. “We continue qualification work with raw material producers across multiple jurisdictions and we are now pleased to have successfully tested lithium feedstock from Standard Lithium,” Holmes stated. He further added, “As our feedstock supply base continues to grow, we believe this provides our prospective licensees and customers with greater sourcing optionality. Our customers and licensees are asking for cathode production they can build in their own jurisdiction with inputs they can source easily, and every feedstock we pre-qualify shortens the potential path to production.”
This statement highlights Nano One’s commitment to enabling flexible and geographically diverse cathode production. By pre-qualifying materials from various global sources, the company empowers its partners to establish manufacturing operations with confidence in their local supply chains, thereby enhancing regional self-sufficiency in battery material production.
Expanding Capacity to Meet Future Demand
Beyond material qualification, Nano One is also significantly expanding its production capabilities. The company plans to increase the total production capacity at its Candiac Facility to approximately 800 tons per year. As of July 2026, Nano One had completed 85% of the detailed engineering for this ambitious expansion project. The target for commissioning the expanded demonstration line is set for the first half of 2027, signaling Nano One’s readiness to scale up its innovative cathode material production to meet anticipated industry demand.
This capacity expansion, combined with the successful qualification of critical raw materials like lithium carbonate for LFP cathodes, positions Nano One as a key enabler for the global shift towards more sustainable and efficient EV battery manufacturing. The synergistic efforts with partners like Standard Lithium are instrumental in building a resilient and high-performing battery supply chain.
Source: Nano One Materials
Frequently Asked Questions (FAQ)
What is the significance of qualifying lithium carbonate for LFP cathodes?
Qualifying lithium carbonate for LFP (lithium iron phosphate) cathodes ensures that this critical raw material meets the stringent quality and performance standards required for battery manufacturing. It is vital for producing high-performance, cost-effective, and safe LFP batteries, which are increasingly adopted in electric vehicles and energy storage systems due to their stability and long cycle life.
Which companies are involved in this collaboration?
The primary entities involved are Nano One Materials, a Canadian process technology company specializing in lithium-ion battery cathode active materials, and Standard Lithium, a company focused on producing battery-quality lithium from its projects. This partnership focuses on utilizing Standard Lithium’s lithium carbonate in Nano One’s advanced LFP cathode production process.
What is Nano One’s One-Pot process?
Nano One’s One-Pot process is a proprietary technology designed to simplify and improve the manufacturing of lithium-ion battery cathode active materials (CAM). It aims to reduce complexity, costs, energy consumption, and environmental impact compared to traditional multi-step cathode production methods, leading to more efficient and sustainable battery material synthesis.
What performance was achieved with the tested material?
Initial electrochemical test results indicated that the LFP cathode material, produced using Standard Lithium’s qualified lithium carbonate, delivered a performance of approximately 155 mAh/g on its first discharge. This result confirms that the material attained the target chemical and physical parameters, along with the intended particle morphology, crucial for effective battery operation.
How does this collaboration address supply chain risks?
This collaboration addresses supply chain risks by pre-qualifying battery-grade raw material inputs from diverse sources, such as Standard Lithium’s Arkansas project. Nano One’s strategy to pre-qualify feedstock for its licensees aims to reduce dependence on single-source suppliers, shorten qualification timelines, and provide greater sourcing optionality, thereby building a more resilient and secure supply chain for cathode materials.
What is the Arkansas Lithium Technology Accelerator (ALTA)?
The Arkansas Lithium Technology Accelerator (ALTA) is an initiative supported by Standard Lithium, academic institutions, and government partners in Arkansas. Nano One participated in its inaugural cohort in July 2025. ALTA aims to foster innovation and accelerate the development of a robust lithium ecosystem within Arkansas, promoting technological advancements and local production in the battery supply chain.
What are Nano One’s expansion plans for its Candiac Facility?
Nano One plans to expand the total production capacity at its Candiac Facility to approximately 800 tons per year. As of July 2026, 85% of the detailed engineering for this expansion project was complete. The company is targeting to commission the expanded demonstration line in the first half of 2027, significantly increasing its capability to produce advanced cathode materials.