Design of station for Polymer Membrane Electrolysis cells testing with operating neutron imaging
Problem statement
The global need for sustainable and affordable green hydrogen production necessitates the development of engineered electrodes that facilitate the diffusion of water to active sites for hydrogen and oxygen generation. While some may question the specialized focus on neutron imaging and testing at a nuclear reactor facility, it is essential to highlight that this approach, in collaboration with industry leaders like PlugPower, complements a broader research landscape. Typically, commercial cells utilize materials like titanium and graphite, which hinder the neutron radiography process. However, our cell requires transparency to neutrons, necessitating a unique approach.This approach enhances our understanding of diffusion mechanisms and enables precise tracking of hydrogen atoms within electrode structures (Mukundan & Borup, 2009). Importantly, it addresses a critical knowledge gap in the design of efficient electrolyzers, which can significantly reduce the cost of renewable hydrogen production. By combining this specialized research with other innovative strategies, such as advancements in materials and system integration, we can collectively accelerate our journey toward a cleaner, more sustainable energy landscape, reducing carbon emissions, and fostering innovation in renewable energy production.
Team members
Sam Conway – leader
Jacob Spino – communicator
Paul Lehner – accountant
Matthew Wanty – admin
Client
Thomas Valdez
PlugPower