Unlock the Future of Lithium-Ion Battery Recycling
✔ Track the latest advances in battery recycling
✔ Identify gaps, trends, and emerging technologies
✔ Support sustainability and circular economy goals
✔ Align with global policy and compliance frameworks
✔ Build a knowledge base for future strategy
As global demand for lithium-ion batteries grows, so does the urgency for effective end-of-life solutions. Yet navigating the flood of recycling research can be overwhelming.
That’s why we've created this expert-curated interactive bibliography. With over 100 peer-reviewed articles, technical reports, and research papers, it helps you:
Whether you're optimizing workflows, advancing technologies, or staying ahead of regulations, this resource gives you a scientific edge in battery recycling.
Learn how Agilent ICP-OES enables cleaner, faster, and more efficient recovery of valuable battery metals. Watch our expert news reports now.
In a recent study, scientists found an efficient way to analyze the elemental composition of the black mass made from shredded post-consumer batteries.
Discover 5 powerful ways onsite metals analysis with ICP-OES powers smarter, cleaner lithium-ion battery recycling.
Access the full interactive infographic now to uncover actionable insights for maximizing battery recycling efficiency.
“The ADS 2 makes our analysis more sustainable by reducing the consumables consumption surrounding the ICP-OES. We're reducing our plastic consumption, we reduce our argon consumption, we're making less waste.” – Veolia
In their mission to produce high-purity inorganic salts for lithium-ion battery cathodes, Veolia relies on lab precision and sustainable practices. Watch how they’re using the Agilent Automated Dilution System (ADS 2) to streamline ICP-OES analysis while reducing lab waste.
✅ Reduced plastic usage
✅ Lower argon consumption
✅ Minimized lab waste
✅ Improved workflow efficiency
DE-004097
Discover how to efficiently analyze black mass for critical metals like cobalt, lithium, and nickel, boosting your recycling outcomes. Access the full study.
Tackle impurities in battery metal feedstock with Agilent ICP-OES for cleaner, safer battery materials and improved performance. Access the full study.
Fill in the form and make your selection to download the infographic and/or interactive bibliography—featuring 100+ curated research papers, technical reports, and peer-reviewed articles. Organized for fast filtering and instant insights.