Technology · Innovation

Carbon-Based Anode Platform Technology

Low-emission, cost-effective and high-performance anode material for Li-ion and Na-ion batteries.

Innovation at CANEDGE · Video

One carbon platform, two complementary anode product pathways.

CANEDGE is developing a carbon material platform technology from Canadian clean carbon resources that serves as the foundation for two complementary anode product pathways:

Na Sodium-ion Carbon-based anode material for sodium-ion batteries

Targeting improved ICE (initial coulombic efficiency), structural characteristics and cell-level performance.

Product details , sodium-ion anode material
Li Lithium-ion Carbon-silicon composite anode material for lithium-ion batteries

Using the same core carbon platform to enable high capacity while addressing the stability challenges associated with silicon expansion.

Product details , lithium-ion anode material

This platform approach allows CANEDGE to address the ICE challenge across both product pathways while extending the technology toward high-capacity lithium-ion applications through carbon-silicon integration.

Solution: Carbon-Based Anode Platform Technology. Low-emission carbon resources — clean carbon by-products from Canadian clean resources — feed engineered carbon particles with tailored surface chemistry and unique architecture: optimized surface chemistry, tailored pore structure, high electronic conductivity, and a graphitic-like carbon structure. One platform serves two battery systems, sodium-ion and lithium-ion. The result is a versatile, high-performance carbon anode platform: lower emissions, high first-cycle efficiency (ICE), fast charging capability, stable and reliable, scalable and versatile.

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