Nano One
Nano One develops innovative cathode materials for lithium-ion batteries, focusing on reducing greenhouse gas emissions, water usage, and waste by-products through its patented one-pot process.
Greenhouse Gas Emission Reduction
Nano One's proprietary process significantly cuts greenhouse gas emissions, achieving up to a 60% reduction for NMC cathodes and up to 50% for LFP cathodes. This innovative approach not only enhances the environmental sustainability of the production process but also aligns with global efforts to reduce carbon footprints in industrial activities.
Water Conservation and Waste Reduction
The production process developed by Nano One uses approximately 80% less water compared to traditional methods. Additionally, the technology eliminates 100% of wasteful sulfate by-products, reflecting a commitment to resource efficiency and environmental stewardship by minimizing water usage and waste generation.
Enhanced Cathode Production Efficiency
Nano One's simplified production process contributes to the development of flexible supply chains and reduces overall time, energy consumption, and cost. This efficiency is critical in advancing the production of high-performance cathode materials essential for lithium-ion batteries, catering to growing demands in various sectors, including electric vehicles.
Next-Generation Cathode Materials
Since 2002, Nano One has been pioneering in the development of next-generation Cathode Active Materials (CAM). These advanced materials are protected at the nano-level, leading to improved cycle life and durability of electric vehicle batteries. The company's patented process ensures the low-cost production of these high-performance cathode materials.
Innovation and Commercialization Hubs
Nano One operates with strategic hubs to drive innovation and commercialization. The Innovation Hub is located at 101B – 8575 Government St, Burnaby BC Canada V3N 4V1, while the Commercialization Hub at 280 Av. Liberté, Candiac QC Canada J5R 6X1 focuses on scaling production capabilities. These facilities enable Nano One to transition from development to market-ready solutions effectively.
LFP Production Facility and One-Pot Process
Nano One's Candiac facility, North America's only LFP production plant built in 2010, has a production capacity of 2,400 tons per year. This facility is being converted to a pilot plant to demonstrate the One-Pot process, which will pilot the production of various cathode chemistries including NMC and LNMO. This will demonstrate the optimal production line and support growth from an initial 200 tons per year capacity to 2,000 tons.
Partnerships and Agreements
Nano One has secured critical collaborations to advance its technological and market objectives. The company has signed a License and Alliance Agreement with Worley to develop and deploy cathode plant designs. Additionally, a collaboration agreement with Sumitomo Metal Mining has been established along with a C$16.9 million strategic investment, underscoring the significance of these partnerships in Nan One’s growth strategy.
Sustainable and Flexible Manufacturing
Nano One's one-pot process is a breakthrough in cathode production technology. This process enables cathode production from various battery metal feedstocks, eliminating the need for co-locating refineries with production plants. This reduces permitting hurdles and supports the distributed manufacturing approach, which is essential for meeting diverse market needs sustainably.