Invitation to a Special Lecture
Materials for Net Zero: Green Batteries and Circular Chemicals and Hydrogen
We would also like to invite you to attend a special lecture, preceding the AGM at 17:00 (UK time) by Professor Magda Titirici FRSC, Professor of Sustainable Materials Chemistry, Imperial College London and Chair RSC Publishing Board.
To address climate change and achieve carbon neutrality, a portfolio of sustainable energy technologies is required. In this talk, Magda will present her research on next-generation batteries beyond lithium-ion and on green hydrogen production through the electrolysis of waste-derived feedstocks.
Batteries are central to decarbonising transportation and enabling large-scale storage of renewable energy. While lithium-ion technology has transformed electrification, concerns about critical mineral supply, sustainability, and projected demand growth motivate the development of alternative chemistries and greener manufacturing approaches. Inspired by the principles of green chemistry, her group has proposed 12 principles of “green batteries” to guide more sustainable materials selection, processing, and end-of-life strategies.
A key focus is sodium-ion batteries, an emerging technology approaching commercialisation. Because sodium is earth-abundant and widely available, it offers clear sustainability advantages. Her research investigates hard carbon anodes and the fundamental mechanisms of sodium storage using advanced characterisation techniques coupled with electrochemistry, with particular attention to the solid electrolyte interphase and its impact on performance and lifetime.
In parallel, we explore greener routes to hydrogen production. Conventional water electrolysis is limited by the sluggish and energy-intensive oxygen evolution reaction, which also relies on scarce iridium-based catalysts. We investigate the electrolysis of waste streams — including waste biomass and plastic-derived molecules — where oxidation reactions occur at lower potentials than water oxidation. This reduces energy input while simultaneously producing green hydrogen and valuable chemicals, contributing to a more circular and resource-efficient energy system.
All are welcome, and attendance will be possible both in person at Burlington House and online using the same personal invitation link sent to you for the AGM.
Reception
Members attending in Burlington House are invited to a drinks reception at 18:45-19:30, where you can network with Trustees, RSC staff, and other members.