Join us on 13 May to discover the latest advances in battery recycling for cleaner sustainable energy

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Batteries are essential to our clean‑energy future, yet the path to producing them is far from clean; the Swedish Environmental Research Agency calculated that each kWh of batteries produced generates the equivalent of 150 to 200 kg of CO2. At the same time, extracting key materials such as lithium demands vast amounts of water and can place significant strain on surrounding ecosystems.

As the world accelerates toward electrification, the urgency to rethink how we source and manage these materials has never been greater. This has sparked a major push toward circular, low‑impact battery systems – ones that prioritise recyclability, recover critical minerals from spent cells, and regenerate high‑value materials like cathodes. Although the field has made meaningful progress, scaling these innovations globally remains a central challenge.

Join us for an illuminating session with two organisations working at the forefront of this transition. During this webinar we will:

  • Discuss some of the major challenges to battery recycling
  • Learn about the ReLib project, a multi-university collaboration providing thought leadership and technological solutions to the challenges of re-using and recycling lithium-ion batteries
  • Hear from Altilium, a clean technology group already recycling EV batteries to produce battery-grade materials with its own proprietary process

Paul Anderson 

Portrait of Paul Anderson, principal investigator for the Faraday ReLiB project

Paul Anderson is professor of strategic elements and materials sustainability in the School of Chemistry at the University of Birmingham, UK, and co-director and founder of the Birmingham Centre for Strategic Elements and Critical Materials (BCSECM). The BCSECM was launched in 2017 now leads the largest projects in the UK for both battery and magnet recycling. For the last eight years Paul has led the Faraday Institution-funded ReLiB project, dedicated to the development of new technology for efficient end-of-life management of automotive lithium-ion batteries, which was awarded the Royal Society of Chemistry 2024 Horizon Prize in Environment, Sustainability and Energy.

 

Christian Marston

Portrait of Christian Marston, COO and co-founder of Altilium

Christian Marston is COO and co-founder of UK-based clean technology group Altilium. Christian previously spent 13 years at global trading and investment company Sumitomo Corporation, where he managed several businesses units, including energy products trading. He has been based in Singapore and was responsible for energy trading in APAC for several commodity traders. Christian has a Ph.D. in materials science and completed his post-doctoral research at the University of Southern California, US. He has an MBA from Edinburgh Business School, UK.

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