I had the opportunity of attending Electrochem2024, September 11-13, in Manchester Metropolitan University, where global leaders in electrochemistry gathered to showcase cutting-edge research. During the event, I presented my work on ‘Microbial Fuel Cells (MFCs) and Microbial Electrosynthesis (MES): Transforming Glycerol-rich Wastewater and CO2 into valuable Products with Future Integration Potential’—an exciting approach to tackling two major environmental challenges. My research demonstrated how MFCs can not only treat industrial waste from biodiesel production but also generate bioelectricity in the process. This technology offers dual benefits—waste reduction and clean energy production. Additionally, I explored MES, a novel method where microorganisms convert CO2 and glycerol waste into chemicals such as acetate and propionate, paving the way for sustainable fuel and chemical production from waste.
Electrochem2024 provided an inspiring platform, offering rich insights from across the scientific community. The event featured the critical role of bio and electrochemical systems in advancing the circular economy. Engaging with top researchers and hearing about the latest innovations in electrochemical energy conversion technologies left me energized and excited for future collaborations. This event was an electric experience, filled with progressive ideas and groundbreaking innovations. The energy in the room was evident as researchers, like me, discussed how electrochemical technologies could reshape the future of clean energy. These conversations are not just academic—they are the blueprint for a greener, more sustainable world.
I would also to thank the Solar Chemicals Network for their Travel Grant, which made it possible for me to attend this event.
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