Are you passionate about hydrogen and eager to drive the clean energy transition? Join an exciting PhD project in collaboration with Clean Power Hydrogen Group Ltd (CPH2), where you’ll pioneer next-generation electrolysis technologies to unlock the full potential of green hydrogen.
The goal of this project is to develop cost-effective, high-efficiency membrane-free alkaline electrolysers by innovating electrode materials and cell designs to advance green hydrogen production.
Capturing and storing energy from the unpredictable and intermittent resources of wind and solar is necessary to slow the climate crises caused by fossil fuel emissions. Using the renewable energy to produce hydrogen via membrane-free alkaline water electrolysis is among the most promising ways to achieve this without depending on other limited resources.
But there is a need to accelerate improvements in the efficiency and stability of membrane-free alkaline water electrolysis using cost-effective solutions. This research aims to (i) to develop novel electrode materials and geometries to reduce overvoltage and (ii) to develop novel cell and stack configurations to minimise the electrical energy consumption per kg of hydrogen.
Your research will synthesise novel electrode materials, characterise their properties and evaluate their electrocatalytic performance in membrane-free alkaline electrolysers. You will study the effects of the geometry and surface chemistry of electrodes, as well as the local flow rate of electrolyte on the bubble dynamics in the electrolysers. Most of these activities will be based at Loughborough University where you will have access to a variety of instrumentation for electrochemical analysis, product gas analysis as well as advanced material characterisation. You will gain hands-on industrial experience at CPH2’s site, working alongside the R&D Team led by Dr Nicholas Baynes.
You will receive specialist training through the Engineering Hydrogen Net Zero CDT.
Primary supervisor Sonya Calnan is happy to discuss this opportunity via email s.calnan@lboro.ac.uk.
For more information and to apply visit https://enerhy-cdt.ac.uk/cph2-phd/
