Novel materials as electrode and electrolyte components in fuel cell technology - C-MOF.cell

Project summary

Global concern over climate change related with the emission of hazardous chemical species together with high global demand for energy have led to an increase in the development of technologies related with renewable energy sources. In this scenario, it urges the development of new materials/technologies for the sustainable production and storage of energy, improving their efficiency, durability and environmental compatibility while decreasing their cost. The C-MOF.cell project aims to develop novel functional advanced materials for proton-exchange membrane fuel cells that are efficient, affordable and robust in a broader range of operating conditions than can be achieved with current materials. Specifically: novel non-precious metal catalysts for oxygen reduction reaction will be prepared to replace costly Pt in the cathode, while proton-conductive membranes based on Metal-Organic Frameworks will be developed as highly stable electrolyte.