Green Hydrogen Energy Research Resources

Green hydrogen energy application notes and webinars

Explore the resources below to learn how electrolyzers and fuel cells facilitate efficient energy conversion and contribute to the global transition to sustainable energy solutions.

3D microstructural characterization application note

3D microstructural characterization of the triple phase boundary length in solid oxide fuel cell and electrolyzing devices.

Solid oxide electrolyzer cells (SOECs) and solid oxide fuel cells (SOFCs) are promising technologies for producing sustainable energy. Within each, the triple phase boundary (TBP) between solid electrolyte, electronic conductor, and gas phase is crucial to the energy-generating electrochemical reactions. In this application note, we discuss how 3D microstructural characterization, advanced imaging, and deep learning can provide insight into TPBs, nickel connectivity, and electrode microstructure to help improve reactivity and efficiency in these systems.

Green hydrogen research on-demand webinar

Exploring frontiers in green hydrogen research with electron microscopy

 

This webinar series explains:

  • What green hydrogen is and what makes it green
  • The role of electrolyzers and fuel cells in the green hydrogen ecosystem
  • The contribution of electron microscopy and XPS surface analysis techniques to improving specific, key components of electrolyzers and fuel cells as well as improving their efficiency, durability, and cost efficiency  

For Research Use Only. Not for use in diagnostic procedures.