Research summary
Electrochemical energy conversion technologies power all sorts of electrical devices—from watches and mobile phones to electric vehicles and distributed energy systems. They will also play a critical role in our transition to green energy. As Canada Research Chair in Electrochemical Materials, Dr. Steven Holdcroft is focusing on designing and implementing robust, solid polyelectrolytes to support electrochemical energy conversion technologies in order to reduce greenhouse gas emissions.
He and his research team are developing synthetic strategies to support the design of next-generation hydroxide-conducting polymers and fluorine-free, proton-conducting polymers. They are also investigating solid polymer electrolytes in electrochemical conversion devices. Their research will generate the knowledge needed to enhance membrane-electrode-assemblies for technologies such as green hydrogen production, fuel cell power generators, and electrolyzers.