When we talk about lithium. We talk about cobalt. We rarely talk about graphite, even though it is the single largest mineral in every lithium-ion battery, larger by weight than all the metals that make headlines. While the world races to build battery factories across North America, virtually all of the graphite feeding those factories is refined overseas, produced through processes that generate up to 17 tonnes of CO₂ for every tonne of material. This is a bottleneck for the clean energy transition. Atlantic BioGraphite is building the infrastructure to convert local byproducts into high-value critical material

The industry building the future of transportation is tethered to a supply chain that belongs to the past Atlantic BioGraphite didn’t come from another mine, but with a fundamentally different approach. Atlantic Canada is the home of the most forested land in the country, with over 130 years of industrial forestry operations. Every year, sawmills across the region produce over a million tonnes of residues that are undervalued or landfilled. We are building the infrastructure to convert those residues into battery-grade graphite, right here, for the North American supply chain that needs it most