Press Release
Vianode, a Norwegian producer of advanced battery materials, has announced plans to establish its first large-scale production facility for low-emission synthetic anode graphite in Ontario, Canada. The project, part of the G7 Critical Minerals Production Alliance, will reinforce North America’s supply of critical materials vital to electric vehicles (EVs), defence systems, and advanced manufacturing.
Structured as a multi-billion-dollar, phased investment, Vianode’s project will begin with an initial investment exceeding CAD 2 billion. Once fully operational, the facility aims to produce up to 150,000 tons of synthetic graphite annually — significantly boosting domestic capacity in a market currently dominated by Chinese suppliers. The plant is expected to create around 300 skilled jobs initially, with employment rising to nearly 1,000 as production scales up by 2028.
“North American supply chains are heavily dependent on imported graphite,” said Burkhard Straube, CEO of Vianode. “Our Ontario facility will deliver high-performance, low-emission graphite solutions that enhance resilience and support G7 trade ambitions.”
Canadian officials hailed the announcement as a milestone in the nation’s clean energy and manufacturing ambitions. “Canada is proud to support Vianode in building North America’s first large-scale synthetic graphite production facility,” said the Honourable Tim Hodgson, Minister of Energy and Natural Resources. “This aligns with our national priorities to strengthen supply chains and accelerate the energy transition.”
Ontario was chosen for its strong industrial base, sustainable infrastructure, and low-carbon electricity grid. According to Emanuele Tricca, Vianode’s Managing Director in Canada, “Ontario offers the right mix of manufacturing capability and shared commitment to building a resilient critical minerals ecosystem.”
Vianode already operates facilities in Norway, including Via ONE, the world’s most sustainable synthetic graphite plant. Its expansion into Canada marks a major step toward securing the global supply of essential materials powering the clean energy future.
