Process
Two thermal steps. No acid, no solvent, no new kind of plant.
Others dissolve the cathode and sell the metals. We keep the crystal and put the lithium back.
What we do
Result
Regenerated cathode that outperforms virgin material at high power.
Parity on cycle life. An advantage where it matters most: the pulse.
Model
Every batch is a labeled experiment. The engine learns feedstocks nobody else can run.
Seven measurement channels on every lot, and a decade of data behind them.
Lithium iron phosphate doesn’t wear out. It runs out of lithium. We put it back.
The world is moving to lithium iron phosphate. No one has been able to bring it back at a profit, or better than it was. We can, and we built the model that makes it work on any feedstock.
Matter should learn.
Why a lab that thinks, why we started with the humblest cathode, and what a materials engineer’s day looks like in 2035.
Built by people from
StanfordUniversity
IBM ResearchAlmaden
SLACNational Accelerator LaboratoryPublished in Nature Materials · Nature Communications · Advanced Energy Materials
If you know why this matters, write to us.
hello@spinodic.com