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16 © 2020 Johnson Matthey Ruth Carvajal-Ortiz’s current research is centred around innovation in energy storage. She has a special focus on the characterisation of materials, molten salts and their potential applications to several industrial processes, such as metal production and recovery. Currently a research fellow at Coventry University, UK, Ruth is in charge of the molten salts recycling work package of the Custom Automotive Lithium Ion Battery REcycling (CALIBRE) consortium, a circular economy project for automotive lithium-ion batteries (LIBs) funded by Innovate UK and led by Johnson Matthey. Ruth’s academic and industrial background includes electrochemical characterisation techniques (such as voltammetry), corrosion in metals under hydrothermal conditions and synthesis and characterisation of catalysts. She obtained her doctoral degree from the University of Manchester, UK, where she worked designing and testing an in situ molten salt electrochemical oxidation cell to measure hydrogen diffusion in zirconium alloys (1). Prior to her doctoral studies, Ruth worked with corrosion in metals involved in nuclear applications, during her MSc and as a research chemist at Trent University in Peterborough, Canada. The main project at Trent University’s supercritical water laboratory was part of generation IV (GEN-IV) nuclear reactor investigations. The aim of the project was to understand the corrosion behaviour of stainless steel in hydrothermal and supercritical conditions (2–4). The project included collaborations with the Canadian Nuclear Society in Chalk River, Ontario. Ruth’s background also includes synthesis and characterisation of catalysts such as titania, used in biofuels. About the Research

johnson matthey technology review

In the Lab: Alternative Recycling Process for Lithium-ion Batteries: Molten Salt Approach : <i>Johnson Matthey Technology Review</i> features new laboratory research

In the Lab: Alternative Recycling Process for Lithium-ion Batteries: Molten Salt Approach : Johnson Matthey Technology Review features new laboratory research