Introduction to Hydrogen

Content
Learning objectives
Target groups
Course details

Hydrogen and its applications not only represent a robust, feasible and flexible response to the energy crisis, but decarbonising the economy, industry, transportation system, aviation and maritime sectors may tackle the very roots of the global climate crisis.

The shift to hydrogen will not only be a smooth continuous transformation process over the following decades but will also give impetus to a fundamental and disruptive energy transition within a short period of time. But what is hydrogen actually and how can it be produced? How can hydrogen contribute to a cleaner energy system? What is the hydrogen economy? And finally, how can we harvest the potential benefits of emerging technology?

This course was written to address these questions and explain the major components of hydrogen as emerging future energy technology.

The topics covered are:

The element hydrogen (H₂)
Types of hydrogen applications
Hydrogen generation and fuel cells
Hydrogen infrastructure
System integration / sector coupling
The cost of hydrogen
International strategies and roadmaps

Do you want to get reminded one week prior to registration deadline?
Click here

Explain the basic components of a hydrogen-based energy system and its respective infrastructure
Describe the current uses of hydrogen, its production methods, and infrastructure requirements
Describe the opportunities and limits of hydrogen as future energy carrier and technology and for a sustainable energy future
Understand the current status of hydrogen policies in international arena

The course is designed for people who would like to get a short overview

of the current use of hydrogen, its production technologies, infrastructure and storage as well as
how to include hydrogen in roadmaps and strategies for a sustainable energy supply.

Duration: 1 month

Study time: About 20 hours

Training language: English

Price: €260,00*

Detailed course description: An overview of the course is available for download here.

E-learning platform: Access the demo course on our e-learning platform.