Carbonize
Biomass heated under inert atmosphere to produce carbon-rich biochar.
500–1,100°C
A different path to the same crystal
Graphite Without Mine & Without The Emissions
BIO GRAPGHITE
Bio-graphite is crystalline graphite produced from biomass instead of mined ore or petroleum coke. Catalysts drive the conversion at temperatures below 1,300°C, less than half the energy required for conventional synthetic graphite. The result is the same material. Different origin. Different footprint
How It Works
Catalyze
Biochar mixed with catalyst for homogeneous distribution.
Iron Based
Graphitize
Heat treatment drives crystalline transformation through dissolution-precipitation.
1,200–1,300°C
Purify
Acid wash removes catalyst. High-purity graphite remains.
>91% graphitization achieved
Conventional vs. Bio-Graphite
Conventional
- Feedstock
- Synthetic petroleum coke & coal tar pitch
- Processing
- 3,000°C processing
- Carbon intensity
- 12–17 t CO₂ per tonne
- Supply chain
- 90%+ refined overseas
Bio-Graphite
- Feedstock
- Forestry residues & biomass
- Processing
- <1,300°C with catalyst
- Carbon intensity
- 70–90% lower carbon intensity
- Supply chain
- Producible from domestic feedstock
Why It Matters
A domestic, traceable source of anode-grade graphite that meets performance specifications without the supply chain risk of concentrated overseas processing
Bio-graphite integrates into existing anode manufacturing without requiring changes to cell production. The material is drop-in compatible. The difference is where the carbon comes from and how it gets to graphite
Bio-graphite doesn't just meet regulation-tight requirements, it's built for them
The science is validated. The feedstock is here. We are building the facility.