Key Takeaways
- Nano One Materials has successfully qualified battery-grade lithium carbonate from Standard Lithium for use in its advanced lithium iron phosphate (LFP) cathode active materials (CAM).
- This qualification marks a significant step in de-risking the EV battery supply chain, offering future licensees greater sourcing optionality for critical raw materials.
- The collaboration leveraged Standard Lithium’s pilot plant output from its South West Arkansas Project and Nano One’s proprietary One-Pot process.
- Initial electrochemical tests show promising performance for LFP CAM produced with Standard Lithium’s feedstock, achieving approximately 155 mAh/g on first discharge.
- Nano One is expanding its Candiac Facility to 800 tons per year, targeting commissioning in the first half of 2027, to meet growing demand for LFP cathodes.
Pioneering LFP Cathode Development for Electric Vehicles
Burnaby, British Columbia – In a move set to bolster the global electric vehicle (EV) battery supply chain, Canada-based Nano One Materials, a leader in process technology for lithium-ion battery cathode active materials (CAM), has announced a significant milestone in its collaboration with Standard Lithium. The partnership has successfully qualified battery-quality lithium carbonate supplied by Standard Lithium, sourced from its pilot plant at the South West Arkansas Project, for use in Nano One’s advanced lithium iron phosphate (LFP) cathodes.
This crucial development highlights the concerted efforts by industry players to establish robust and diversified supply networks for critical battery raw materials. The qualification process involved Nano One utilizing the lithium carbonate to produce LFP CAM through its innovative One-Pot process, followed by comprehensive testing of battery coin cells at its state-of-the-art facility in Burnaby, British Columbia.
The Rigorous Qualification Process and Promising Results
The rigorous qualification protocol undertaken by Nano One ensures that all raw material inputs meet stringent battery-grade standards. This multi-stage process typically progresses from A-sample (laboratory scale) through C-sample (pilot scale) before reaching D-samples, which are indicative of commercial plant settings.
For the Standard Lithium feedstock, the test material consistently achieved the target chemical and physical parameters required for high-performance LFP cathodes. Crucially, the material also exhibited the intended particle morphology, a key factor in battery longevity and efficiency. Early electrochemical test results were particularly encouraging, with the material demonstrating a performance of approximately 155 mAh/g on first discharge, signaling its viability for next-generation battery applications.
Such performance metrics are vital for LFP cathodes, which are increasingly favored for their cost-effectiveness, enhanced safety, and longer cycle life, particularly in mainstream EV models and stationary energy storage solutions. The successful qualification underscores the potential of Standard Lithium’s carbonate to contribute significantly to the burgeoning LFP market.
Strategic De-risking of the Global Battery Supply Chain
Nano One has strategically prioritized the pre-qualification of various feedstock sources. This proactive approach is designed to mitigate supply chain risks for its prospective licensees, a critical consideration in today’s dynamic global market for battery materials. The ability to source inputs from multiple, pre-qualified jurisdictions offers substantial advantages.
According to Nano One, this strategy can potentially accelerate A through C sample qualification programs for licensees by as much as a year, depending on their specific requirements. Such efficiencies are paramount for companies striving to bring new battery technologies to market quickly and reliably, reducing both lead times and financial exposure.
Alex Holmes, CEO of Nano One, emphasized the importance of this ongoing 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. As our feedstock supply base continues to grow, we believe this provides our prospective licensees and customers with greater sourcing optionality,” Holmes stated. He further added, “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 the strategic importance of localized and diversified supply chains for LFP cathodes.
Expanding Production Capacity to Meet Demand
Parallel to its feedstock qualification efforts, Nano One is actively expanding its production capabilities. The company’s Candiac Facility is undergoing an upgrade designed to significantly boost its total production capacity to approximately 800 tons per year. As of July 2026, 85% of the detailed engineering for this ambitious expansion project had been completed.
This capacity increase is a direct response to the escalating global demand for LFP cathodes, driven by the rapid growth of the EV market and the increasing adoption of renewable energy storage systems. Nano One is targeting the commissioning of its expanded demonstration line in the first half of 2027, positioning itself to serve a wider array of customers and licensees in the coming years.
The expansion of the Candiac Facility is integral to Nano One’s broader vision of enabling a more sustainable and efficient battery manufacturing ecosystem. By scaling its proprietary One-Pot process, the company aims to offer a cleaner, more cost-effective method for producing cathode materials, thereby reducing the environmental footprint and operational complexities often associated with traditional methods.
A Deepening Partnership and Regional Synergy
This latest successful qualification deepens the strategic relationship between Nano One and Standard Lithium, a collaboration that commenced in July 2025. Nano One was an inaugural cohort participant in the Arkansas Lithium Technology Accelerator (ALTA), an initiative strongly supported by Standard Lithium alongside other Arkansas-based producers, leading academic institutions, and various government partners.
The ALTA program serves as a critical nexus for fostering innovation and collaboration within the domestic lithium supply chain, particularly in North America. By bringing together key stakeholders, ALTA aims to accelerate the development and commercialization of lithium extraction and processing technologies, creating a robust ecosystem for battery material production.
The synergy between Nano One’s advanced processing technology and Standard Lithium’s emerging lithium resources from Arkansas exemplifies how regional collaborations can significantly contribute to global supply chain resilience. Such partnerships are vital for driving forward the clean energy transition, ensuring a stable and ethical supply of battery materials.
The Future of LFP Cathodes and Sustainable Battery Manufacturing
The successful qualification of Standard Lithium’s lithium carbonate for LFP cathodes by Nano One marks a pivotal moment for the EV battery industry. It not only validates new sources of raw materials but also demonstrates the efficacy of advanced manufacturing processes like Nano One’s One-Pot technology in achieving high-performance and cost-effective battery components.
As the world accelerates towards electrification, the demand for reliable, sustainable, and high-performing LFP cathodes will only intensify. Initiatives such as this collaboration play a crucial role in addressing these demands, offering scalable solutions that reduce dependencies on single-source supply chains and foster regional self-sufficiency in battery material production. This paves the way for a more secure and environmentally responsible future for electric mobility and energy storage.
Source: Nano One Materials
Frequently Asked Questions (FAQs)
What is the significance of Nano One qualifying Standard Lithium’s lithium carbonate?
This qualification is significant because it validates a new, reliable source of battery-grade lithium carbonate, a key raw material for LFP cathodes. It helps de-risk the supply chain for Nano One’s licensees and contributes to establishing a diversified, potentially localized, source for electric vehicle battery components.
What are LFP cathodes and why are they important?
LFP (Lithium Iron Phosphate) cathodes are a type of cathode active material used in lithium-ion batteries. They are important for their cost-effectiveness, enhanced safety features (less prone to thermal runaway), and longer cycle life compared to some other cathode chemistries, making them ideal for many EV and energy storage applications.
What is Nano One’s One-Pot process?
The One-Pot process is Nano One’s proprietary manufacturing technology designed to produce LFP cathode active materials more simply, cost-effectively, and sustainably. It streamlines multiple production steps into a single process, aiming to reduce energy consumption, waste, and overall production costs for LFP cathodes.
What performance did the LFP CAM achieve in initial tests?
Initial electrochemical test results indicated that the LFP CAM produced with Standard Lithium’s lithium carbonate delivered a performance of approximately 155 mAh/g on first discharge. This metric is a key indicator of the material’s energy storage capacity and overall efficiency in a battery cell.
How does pre-qualifying feedstock reduce supply chain risks?
Pre-qualifying feedstock means that Nano One tests and approves raw materials from various suppliers in advance. This strategy reduces supply chain risks by ensuring multiple approved sources are available for its licensees, mitigating potential disruptions, geopolitical challenges, and price volatility for critical battery materials like lithium carbonate.
What is the Arkansas Lithium Technology Accelerator (ALTA)?
The Arkansas Lithium Technology Accelerator (ALTA) is an initiative designed to foster innovation and collaboration within the domestic lithium supply chain. Supported by companies like Standard Lithium, academic institutions, and government partners, ALTA aims to accelerate the development and commercialization of lithium extraction and processing technologies in the region.
When will Nano One’s Candiac Facility expansion be commissioned?
Nano One is targeting the commissioning of its expanded demonstration line at the Candiac Facility in the first half of 2027. This expansion aims to increase the facility’s total production capacity to approximately 800 tons per year to meet the growing global demand for LFP cathode materials.