Hydrometallurgy for a Circular Battery Economy.
Our technology roadmap focuses on recovering critical minerals from Black Mass with improved selectivity, purity, recovery and process economics.
From Black Mass to battery-grade materials.
A high-level representation of the hydrometallurgical pathway. Proprietary chemical parameters, reagents, recipes and operating conditions are not published.
Current, development and future.
Our long-term objective is not simply to recycle batteries. It is to build a closed-loop critical-material platform capable of converting battery waste into materials that can return to battery manufacturing.
Battery Recycling & Black Mass
Critical Mineral Recovery
Advanced Battery Materials
From recovery to manufacturing.
Recovering critical minerals is one part of the circular battery economy. The next opportunity is converting those recovered materials into engineered battery materials. This is a technology-development direction, not a claim of current commercial production.
- Input
Recovered Critical Minerals
Li | Ni | Co | Mn
InputRecovered Critical Minerals
Li | Ni | Co | Mn
- Process
Purification
ProcessPurification
- Process
Material Engineering
ProcessMaterial Engineering
- Product
Battery-Grade Precursors / Materials
ProductBattery-Grade Precursors / Materials
- Output
Cathode / Battery Manufacturing
OutputCathode / Battery Manufacturing
Selectivity, purity, recovery, economics.
Selectivity
Purity
Recovery
Process Economics
Build a technology partnership.
We work with technology companies, research institutions and industrial partners across the recovery and refining chain.