smarter, greener recovery.
GRAPHITE
clean-up
Recover high-purity graphite from recycled batteries.
Graphite
Purification
Back to Life Batteries has developed a process to separate lithium contamination from graphite recovered during battery recycling.
Enabling purified graphite to be reused in high-value applications.
As lithium-ion battery recycling grows, valuable graphite is often lost due to contamination. Our technology helps recover and purify graphite, supporting a cleaner and more circular battery supply chain.
Graphite Global Importance
Why Graphite Matters
China currently dominates global graphite production and processing, supplying the majority of the world’s graphite used in batteries and industrial applications. This overreliance creates major supply chain and sustainability risks for manufacturers worldwide.
Graphite is a critical material used in:
- Lithium-ion battery anodes
- Steel and metallurgy production
- Industrial lubricants and electrical motors
- Nuclear reactors
- Second-life battery manufacturing
Our Solution
Our Solution
Back to Life Batteries provides a sustainable graphite purification solution designed specifically for battery recycling streams.
Our process helps:
- Remove lithium contamination from recovered graphite
- Improve graphite purity and material value
- Reduce waste from battery recycling processes
- Enable recovered graphite to be reused in industrial and battery applications
- Support circular material recovery and second-life battery production
Why this matters now
Global demand for lithium-ion batteries is rapidly increasing, driven by electric vehicles and renewable energy storage.
At the same time, access to critical raw materials is becoming more expensive and uncertain. Efficient recovery of battery materials is no longer optional; it is essential.
Learn more about early pilots, product updates, and partnership opportunities.
Be among the first to transform battery material recovery
At the same time, access to critical raw materials is becoming more expensive and uncertain. Efficient recovery of battery materials is no longer optional; it is essential.