Next generation anion exchange membrane water electrolyser based on PFAS free membranes and recycled catalysts
Progetto This project tackles the challenge of improving water electrolyzer efficiency by revolutionizing both cathode and anode components. We propose using graphene-based supports for enhanced electrical conductivity and stability. These supports will be decorated with metal nanoparticles optimized to accelerate hydrogen and oxygen evolution reactions. Additionally, we aim to develop novel, non-Nafion membranes that surpass traditional options in terms of durability, conductivity, and resistance to crossover, further boosting electrolyzer performance. The above materials will be obtained from industrial or agricultural waste. This multi-pronged approach using advanced materials has the potential to significantly reduce energy consumption during hydrogen production, paving the way for a more sustainable and cost-effective clean energy future.