Battery recycling
A considered pathway for spent lithium-ion batteries, from collection and preparation to separation and recovery.
Discuss battery feedstockBattery collection, controlled preparation, mechanical separation, hydrometallurgy and quality checks form one connected recovery pathway.
From spent batteries to electronic scrap,
find a route back to productive use.
A considered pathway for spent lithium-ion batteries, from collection and preparation to separation and recovery.
Discuss battery feedstockSorting and processing electronic waste to separate valuable components and create useful material streams.
Plan your waste recoveryHydrometallurgical processing separates critical metals, preparing recovered resources for their next industrial application.
Explore recovered materialsFive connected stages, from incoming
feedstock to recovered resources.
Spent batteries and electronic waste are collected and sorted by material type, creating a defined starting point for downstream processing.
Sorting, controlled discharge and careful handling prepare batteries for downstream operations.
Recovered metal salts and other resources undergo checks against the requirements of their next application.
A circular approach focuses on useful recovery and minimising residual waste.
JOL’s existing process page reports a recovery rate of up to 95%, alongside quality certifications, innovation patents, strategic partnerships, 5+ years of innovation and 10+ industry awards. Recovery depends on feedstock and process conditions. Contact the team for the supporting documentation and the performance basis relevant to your project.
The original homepage expresses 100% resource recovery, zero landfill waste and unlimited circular impact as its circular-economy ambition.
Discuss your feedstock, application or treatment requirement with our team.