Professor Mohamed Mamlouk

Mohamed Mamlouk has >23 years’ experience in synthesis, fabrication, optimization, modelling, and diagnostics of Electrochemical energy storage and conversion technologies. With background in applied chemistry and Electrochemical Engineering, Mohamed works across science and engineering disciplines. He currently leads several EU and UK projects including Innovate UK Advancing sustainability in EV battery recycling, Faraday Institution ReliB project on data-driven optimal decision-making toolkit for lithium-ion battery recovery and recycling, Global Hydrogen Production Technologies Center, Ocean Renewable Energy program grant, and 2 EU projects on Anion Exchange Membrane Electrolysis. Previous projects included: Faraday Institution Li-ion degradation project, EPSRC funded Earth abundant metal air batteries (Ca2+ and Na+) and projects on Al-ion battery and Mg-ion battery. MM has published >120 papers, >70 talks, 2 international patents and several book chapters in the electrochemical engineering science field, with >5500 citations (h-index of 45) and chaired several international conferences on batteries and hydrogen.