What Makes Our Patented Modular Recycling Tech the Most Efficient on the Market
As the world races to secure critical minerals and scale battery production, one question looms large: how do we recycle smarter, faster, and cleaner? At Green Li-ion, we’ve answered that with our modular, plug-and-play recycling system—the most efficient lithium-ion battery recovery technology on the market today.
Unlike traditional hydrometallurgical or pyrometallurgical plants, our solution is compact, decentralized, and ready to deploy in under 12 months. Here's what sets us apart.
1. 99% Pure pCAM Output—Battery Ready, No Extra Steps
Our system converts black mass—shredded battery material—into 99% pure pre-cathode active material (pCAM). That means no need for third-party refining or downstream processing.
Where others require additional steps and partnerships to get materials back into the battery supply chain, Green Li-ion delivers battery-ready material straight from the machine—cutting cost, complexity, and carbon emissions.
2. Modular Deployment = Speed and Scalability
Traditional recycling plants take 3–5 years to plan, permit, and build. Ours can be installed in under 12 months—and expanded incrementally with demand.
Each modular unit processes up to 50 kg/hour, and sites can be customized to meet throughput goals without major infrastructure changes. That means faster ROI, regional flexibility, and the ability to build near battery usage or disposal sites—reducing logistics and emissions.
3. No Sorting Required—Unsorted Chemistries In, Pure Materials Out
Most recyclers need batteries to be sorted by chemistry before they’re processed. Our system handles unsorted black mass from mixed sources, reducing the labor, cost, and safety issues associated with manual sorting.
Whether from EVs, consumer electronics, or industrial storage systems, our technology simplifies the front-end and delivers a consistent, high-purity output.
4. Lower Carbon, Lower Energy, Lower Waste
Compared to conventional hydrometallurgical systems, our closed-loop process uses significantly less water and energy, while avoiding high-temperature smelting altogether.
Internal analysis shows our tech reduces GHG emissions by up to 78% per kg of pCAM produced. That makes us the clear choice for OEMs, recyclers, and governments looking to meet sustainability and circular economy goals.
5. Built for a Decentralized Future
Green Li-ion’s tech isn’t built for one mega-facility. It’s designed for a future of regional, resilient, and decentralized recycling networks—where waste is processed locally, materials are reused locally, and value stays in the community.
Whether you’re in Singapore, Scandinavia, or South Carolina, our platform delivers scalable performance, plug-and-play flexibility, and real circular impact.
Conclusion: The Smartest Recycling Tech—Proven, Scalable, Ready Now
We didn’t just design a better recycling machine—we created an entirely new model for how battery waste becomes battery value. Faster to install, cleaner to operate, and able to recover high-purity materials from unsorted input, Green Li-ion is redefining efficiency in lithium-ion battery recycling.
Want to see our tech in action? Contact our team to explore deployment opportunities or request a pilot briefing.
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