About
We have a strong interest in the fundamentals of electrochemical science and technology, including interactions with biological systems, cavitation, microelectrode techniques, new technique development and scanning methods.
As well as investigating fundamental electrochemical processes, our research explores a broad range of application areas including:
- electroanalysis
- functional materials
- batteries and supercapacitors
- thermoelectrics
- fuel cells and electrolysers
- nanomaterials
- semiconductor deposition
- sensors
- electrochemically mediated synthesis
The work is broad, from new materials to small-scale testing, demonstrator devices and operando studies of working systems.
The group is steeped in history. Established in 1967, it was the UK's first dedicated electrochemistry research group. Since 1969, it has run a world-renowned “Instrumental Methods in Electrochemistry” summer school. The group has evolved to focus and tackle modern day challenges with a strong interest on energy-related topics. Members of the group have authored more than 200 scientific papers since 2020, with the group attracting over £9M in research income over the last REF period (2013-2020). The group sustains a considerable portfolio of industrial contacts and partnerships.
Our past members include:
- Professor Martin Fleishmann
- Professor Roger Parsons
- Professor Laurie Peter
- Dr Alan Bewick
- Professor David Schiffrin
- Professor Derek Pletcher
People, projects and publications
People
Powder and materials X-ray diffraction facility
Single crystal X-ray diffraction facility
Chromatography and mass spectrometry facility
Electron diffraction facility
Electrochemistry is the core discipline enabling a more sustainable future, especially in the areas of energy and the circular economy, contributing also to healthcare and the environment. It is now an exciting time to be an electrochemist and Southampton, with its long history in the field, is an outstanding place to be a part of.
Related research institutes, centres and groups
-
Spectroscopy, Spectrometry, and Structure
We develop and apply state-of-the-art tools and methods to provide chemical and structural insights into materials, biological and environmental systems -
Digital and Data-Driven Methods
We make leading contributions in wide-ranging applications that connect to other important themes in the School of Chemistry and Chemical Engineering, such as materials, catalysis, and health. -
Sustainability and Materials
The Sustainability and Materials group uses emerging chemical technologies to address world challenges in catalysis, clean energy, carbon capture, and healthcare diagnostics. -
Organic and Biological Chemistry
We focus on the synthesis and discovery of novel compounds, the development of sustainable methodologies, and the application of organic chemistry to explore and manipulate biological systems.