Nestled quietly among various industrial buildings in Delta, B.C., where businesses cater to plumbing supplies, ladders, and fitness equipment, lies the inaugural electrochemical lithium refining plant in North America. This unexpected location signifies Canada’s endeavor to challenge China’s dominant position in lithium refining, a crucial mineral in high demand globally. During a recent private tour, Mangrove Lithium’s CEO and founder, Saad Dara, humorously compared the facility to a “clown building,” emphasizing its extensive layout and various sections, including the research and development lab.
After years of dedication, the company celebrated the official opening of the facility, reflecting on the significant journey undertaken to reach this milestone. Originating as a solo venture in 2013, Dara’s concept evolved into a full-fledged enterprise in 2018, with approximately 75 employees now contributing to its operations. The facility’s primary focus has been on constructing a unique plant that transitions the pilot operations into a fully functional site, aiming to commence production of natural-grade materials in the upcoming months.
In response to escalating trade tensions and the escalating demand for essential metals like copper, nickel, and lithium for electrification and defense purposes, countries are prioritizing the security of their supply chains. The Canadian government recognizes lithium as a critical mineral crucial for battery production and renewable energy initiatives, with the majority of the world’s lithium sourced from South America and Australia and predominantly refined in China, including Canadian-extracted lithium.
Addressing this imbalance, Mangrove Lithium’s facility in Delta marks a significant advancement in Canada’s efforts to establish a domestic lithium supply chain. Despite China’s longstanding dominance in all aspects of the lithium market, including mining, refining, active materials, and battery assembly, Canada’s entry into refining signifies a step towards enhancing its resilience and reducing reliance on foreign sources. By introducing a sustainable electrochemical refining process, the facility aims to revolutionize lithium processing while fostering a competitive and environmentally friendly supply chain alternative to China.
Geoff McCarney, an associate professor at the University of Ottawa, emphasizes the importance of Canada’s lithium plant in enhancing the nation’s resiliency and securing its energy transition. He highlights the potential risks associated with over-dependence on China for lithium refining and the importance of diversifying supply sources. Furthermore, the facility’s role in promoting clean technology and creating local job opportunities aligns with governmental support and broader ambitions for a self-sustaining battery supply chain in Canada.
