Webinar: Exploring frontiers in green hydrogen research with electron microscopy

Unraveling innovations and insights with our green hydrogen expert



On-demand webinar

In this green hydrogen webinar, Dirk Laeveren delves deeper into solid oxide fuel cell (SOFC) technology within the electrolyzer and fuel cell ecosystem.

Watch on demand to learn how to:

  • Understand electrochemical reactions at the anode and cathode to optimize microstructure for efficient transfer of electrons, ions, and gases

  • Uncover insights into microstructure using advanced techniques like scanning electron microscopy, focused ion beam scanning electron microscopy, and image processing

  • Use Thermo Scientific Avizo Software to aid segmentation and 3D modeling and unlock hidden dimensions crucial for SOFC performance assessment

Introduction video

Green hydrogen, produced through electrolysis powered by renewable energy, stands as a beacon of sustainable energy. It offers a scalable solution for decarbonizing various sectors, from transportation to heavy industry.

In this video, our green hydrogen expert introduces the process of green hydrogen production and highlights its significance in the realm of renewable energy. 

View our introduction to the topic below and register now to watch our webinar diving deeper into solid oxide fuel cell (SOFC) technology within the electrolyzer and fuel cell ecosystem.
 


About the speaker(s)

Dirk Laeveren

Market Development Manager, Thermo Fisher Scientific

With a background in imaging and extensive experience in microscopy, Dirk's current focus lies in leveraging analytical techniques to enhance the production of Green Hydrogen through electrolysis and its application in Fuel Cells. His combined expertise in engineering and marketing enables him to approach challenges with a unique perspective.

Register now to watch more green hydrogen webinars.

Don’t miss this opportunity to learn from our expert, and stay tuned for future on-demand webinars where we’ll delve deeper into how analytical instruments can provide even more valuable insights to advance your green hydrogen research.


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