Demand for the metals inside lithium-ion batteries keeps rising, but those battery metals are becoming more expensive and less available. The Kingdom and the wider region need an economical, efficient and sustainable way to recover them rather than depending on volatile imports of virgin material.
Conventional battery recycling is held back by high capital and operating costs, low recovery value, complex chemistries, hazardous waste and difficult scale-up. CirCoLi addresses each of these pain points at once, with a modular process that can be tuned by battery chemistry and converts spent batteries directly into high-value products.
CirCoLi recovers more than 90% of the various metals at over 99% purity, meeting battery-grade standards. The process is demonstrated at pilot scale and is protected by a comprehensive IP portfolio spanning leaching, synthesis and lithium recovery.
Recovering battery-grade metals locally to reduce dependence on imported virgin material.
Cutting CapEx and OpEx per tonne so recycling competes with cheaper virgin sources.
Reducing hazardous waste and chemical handling versus conventional recycling routes.
Tuning the process by chemistry and modularizing by stream for flexible deployment.
Whether you’re a researcher, entrepreneur, industry partner or investor, we invite you to be part of the journey.
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