Stationary-storage potential
Cost resilience, thermal-stability potential and a diversified battery supply chain make sodium-ion compelling for fixed energy-storage applications.
Canadian resources · advanced materials
Hard carbon is
the destination.
Building an early Canadian supply pathway for sodium-ion stationary energy storage.
A domestic materials opportunity
Canada combines renewable biomass, advanced-material expertise and growing demand for reliable stationary energy storage.
A staged commercial route
Five years of focused development, end-user-led carbon engineering and near-term revenue pathways create a disciplined foundation.
Qualification before scale
Performance must be proven.
Hard carbon is not created by simply relabelling biochar. Material characteristics must be deliberately produced, independently measured and validated in cells against the intended application.
Material specification
Define and reproduce the hard-carbon properties required for target stationary applications.
Cell-level validation
Work with qualified battery partners to demonstrate performance and guide refinement.
Commercial qualification
Advance customer approval, scale-up engineering and long-term supply discussions.
Partner with the qualification path
Enter before the opportunity becomes obvious.
We want to engage sodium-ion developers, stationary-storage companies, strategic investors and Canadian institutions that can help qualify and scale a domestic hard-carbon supply pathway.