Vianode and Ateios Partner to Scale Sustainable Battery Production
New York, Thursday, 19 March 2026.
On March 19, 2026, Vianode and Ateios partnered to develop next-generation battery components using synthetic graphite that slashes carbon emissions by up to 90 percent for electric vehicle manufacturing.
Forging a Next-Generation Supply Chain
The newly signed Letter of Intent (LOI), announced in mid-March 2026, establishes a formal framework for Vianode to supply its high-performance synthetic anode graphite to Ateios Systems [1][2]. This material will be integrated directly into Ateios’ advanced electrode manufacturing platform, creating a streamlined process for battery producers [1]. The collaboration brings together specialized anode materials with cutting-edge electrode fabrication to address the increasing global demand for high-performance energy storage solutions [2].
Scaling Production Across Borders
To support the initial phases of this collaboration, Vianode will supply graphite volumes from its Via ONE facility located in Norway [1]. As production capacity requirements increase, the supply chain will transition to Vianode’s Via TWO facility, which is currently under construction in St. Thomas, Ontario, Canada [1]. This North American expansion is a critical component of Vianode’s broader strategic target to supply advanced battery materials for three million electric vehicles annually by 2030 [1].
Industry Implications and Future Steps
Executive leadership from both companies emphasizes the economic and environmental necessity of this alliance. Glen Kozeli, Director of Sales and Business Development for the Americas at Vianode, noted that the battery industry requires manufacturing methods that are not only scalable and cost-effective but also environmentally responsible [1][2]. Rajan Kumar, CEO of Ateios Systems, highlighted that the partnership enables his company to pair its existing industry-leading cathode electrodes with a premium graphite anode [1]. Kumar further explained that this allows customers to bypass costly capital investments and immediately begin scaling toward gigawatt-hour (GWh) production volumes with a reliable tolling partner [1].