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Bristol Electrosynthesis Meeting 2025
School of Chemistry, University of Bristol
7th April 2025
12:30 - 18:00

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Supported by

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BEM25 is open for registration, and for those wishing to give a presentation to submit an abstract.

Organic Electrosynthesis is a rapidly growing field of research, offering great advantages over traditional synthesis in terms of sustainability and reactivity. Electrosynthetic methods offer a green alternative to stoichiometric redox reagents, and the ability to tune the applied potential has proven to be a powerful tool for the development of new synthetic methods.

 

The Bristol Electrosynthesis Meeting 2025 (BEM25) is the 4th annual gathering for the chemical community working and interested in the field of electrochemical synthesis. It will be held at the University of Bristol on the 7th of April 2025, and will feature plenary speakers supported by talks from early career researchers and postgraduate students. We are able to make this event free to participants in 2025 thanks to the support of the University of Bristol, Asynt, Merck, and IKA.
 

The final registration deadline for the event is 24th March 2025.

 

Scientific Contribution

 

Participants who would like to present a short oral presentation are asked to register via the online form and submit their abstract to Mohamed Elsherbini (m.elsherbini@bristol.ac.uk). Abstract submission is encouraged from researchers in all areas of synthetic electrochemistry, including methodology development, reactor design, and electrode functionalisation.

 

Abstract submission is currently open. The final deadline for abstract submission is 10th March 2025.

Plenary Speakers

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Richard Brown

University of Southampton

Richard Brown received a first class honours degree in chemistry from the University of Southampton in 1990. He remained at Southampton for postgraduate studies under the guidance of Professor Kocienski F.R.S., obtaining his Ph.D. in 1994 for his thesis 'Furan Oxidation Applied to the Synthesis of Salinomycin'.  With a  move to the University of California Berkeley in 1994 to take up a NATO postdoctoral fellowship in Professor Clayton Heathcock’s research group, his synthetic efforts switched from complex polyether ionophores to alkaloids, specifically the syntheses of the alkaloids petrosin C and petrosin D. On his return to the UK in 1996, he took up a six-month sabbatical at Pfizer Central Research before being awarded a Royal Society University Research Fellowship, also in 1996, to join the faculty at the University of Southampton.  He was promoted to Senior Lecturer in 2004 and to Professor in 2010.  He is currently deputy head of Chemistry for Research.

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Helena Lundberg

KTH, Sweden

Associate Professor Helena Lundberg leads a research group at the Department of Chemistry at KTH Royal Institute of Technology, focusing on synthetic method development and mechanistic studies of catalytic and electrosynthetic transformations. Helena received her PhD degree in 2015 under the guidance of Professor Hans Adolfsson at Stockholm University, after which she carried out postdoctoral research with Professor Fahmi Himo at Stockholm University 2015-16 and with Professor Donna G. Blackmond at Scripps Research in 2017-18. Helena started her independent career at KTH in 2019 and was appointed Assistant Professor in Organic Chemistry and Docent in Sustainable Synthesis in 2021. Helena is the recipient of various grants, fellowships and distinctions, including an ERC Starting Grant (2024), a Future Research Leader grant by the Swedish Foundation for Strategic Research (2022), a JSP fellowship for the Bürgenstock conference (2022) and the Sigrid Arrhenius Award (2015).

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Kevin Lam

University of Greenwich

Kevin Lam began his scientific journey at the Catholic University of Louvain in Belgium, where he received his PhD in medicinal and synthetic organic chemistry in 2010 under the supervision of Professor Istvan Marko. His pioneering PhD research used electrochemistry and photochemistry as sustainable methods to activate organic molecules, culminating in the innovative Lam-Marko reaction.

Seeking new horizons, Kevin joined the University of Vermont, where he studied the intricate redox behaviour of organometallic compounds using analytical/physical electrochemistry and spectroscopy. His pioneering efforts here improved the use of weakly coordinating electrolytes/solvents to characterise transient 17e- organometallic radical cations, and innovated methods for modifying electrode surfaces, which are critical for molecular electronics and materials applications.

In 2013, Kevin's journey took him to Nazarbayev University in Astana as an assistant professor, where he established a cutting-edge research programme in molecular electrochemistry. His tenure was marked by the synthesis of novel organometallic anticancer agents and the discovery of efficient, environmentally friendly electrocatalysts for carbon dioxide recycling.

Promoted to Professor of Synthetic Electrochemistry at the University of Greenwich in 2023, Kevin continues to push the boundaries of interdisciplinary research, making significant contributions to the field of chemistry and inspiring the next generation of scientist.

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