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Green Hydrogen

Exploring Hydrogen Power & Electrolysis

In this lab, students are introduced to some of the major impacts of climate change and presented with a way to lessen its effects. They will learn how engineers can help to decarbonize the world economy and what role green hydrogen can play. Students will apply chemistry techniques to build an electrolysis cell in order to produce their own green hydrogen.

Students will:
  • Analyze real-world problems and use critical thinking skills in order to solve them
  • Work through and understand the engineering design process
  • Produce green hydrogen by building an electrolysis cell
  • Collect and analyze data
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    Lab intro video

    29 minutes

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    Lab type

    Lab kit provided at no cost

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    Live Q&A session and wrap up with

    College Students & Professional Engineers

Classroom Tools & Resources

Get access to all of the presentation materials, workbooks and resources to run the Green Hydrogen lab in your classroom.

Meet the lab intro host

Erik O. Einset
Operating Principal, Global Infrastructure Partners

Erik has over 25 years of experience in various engineering and leadership roles, including 17 years at GE in R&D, product development, process improvement, technical sales, and business management. Since 2008, he has been a member of the operations team at Global Infrastructure Partners, working on business improvement in a variety of infrastructure businesses in the energy and transportation sectors. Erik is the author of 6 patents and numerous technical publications, and holds Chemical Engineering degrees from Cornell University (BS) and the University of Minnesota (PhD).
Erik O. Einset

Operating Principal, Global Infrastructure Partners

Erik has over 25 years of experience in various engineering and leadership roles, including 17 years at GE in R&D, product development, process improvement, technical sales, and business management. Since 2008, he has been a member of the operations team at Global Infrastructure Partners, working on business improvement in a variety of infrastructure businesses in the energy and transportation sectors. Erik is the author of 6 patents and numerous technical publications, and holds Chemical Engineering degrees from Cornell University (BS) and the University of Minnesota (PhD).
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Cutting-edge instruction designed by professional engineers.
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