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Green Hydrogen for Clean Energy
Kursthemen
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Moin and welcome to the course Green Hydrogen for Clean Energy!
We are delighted to have you here and that you are interested in green hydrogen. In this course, you will learn about the role of green hydrogen as an energy carrier and how it can be produced, stored, transported, and utilized to support a sustainable energy transition. Through various activities, you will have the opportunity to reflect on and deepen your new knowledge.
To get started, jump directly to the introduction. We hope you enjoy the course!
Content Overview
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Learn more about this course and introduce yourself.
ca. 0,5 hTextseiten: 2 Interaktiver Inhalt: 1 Glossar: 1
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"Green" hydrogen is currently on everyone's lips. But what characterizes this element and why is it so important for the energy transition? In this learning session, you will learn about the role of green hydrogen in the energy transition, which is key to reduce greenhouse gas emissions and thus halt the advance of climate change.
ca. 2 - 2,5 hForen: 3 Textseiten: 4 Interaktive Inhalte: 2
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What are processes to produce hydrogen? Which solutions are most promising for a climate-neutral energy supply in the future and how do they work? In this sesssion, you will learn about the different ways to produce hydrogen and what makes hydrogen "green."
ca. 3 hForen: 2 Textseiten: 6 Interaktive Inhalte: 2
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Why is it so important to store and transport hydrogen? What makes this such a challenge? What are the different options for storing and transporting it? These are the questions we will be looking at in this learning unit.
0,5 - 1 hForum: 1 Textseiten: 4 Interaktiver Inhalt: 1
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Gaseous hydrogen can be transported in pipelines and stored in large gas tanks. What are the pros and cons of these options? In this learning unit, you will learn how gaseous hydrogen can be transported and stored and how specific projects in this field are implemented.
ca. 1 hForum: 1 Textseiten: 4 Interaktiver Inhalt: 1
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How can hydrogen be liquefied? What are the advantages of doing so for storage and transportation? And which applications are particularly suited to liquid hydrogen? In this learning unit, you will find out all about liquid hydrogen and get to know about some practical examples.
ca. 1 hForum: 1 Textseiten: 5
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Ammonia is often considered to be a well-suited carrier for hydrogen, especially when hydrogen should be imported by ship. But why is that? What are the advantages of ammonia, and how can hydrogen be converted into ammonia? In this learning unit, you will gain detailed knowledge about using ammonia as a hydrogen carrier.
ca. 1 - 1,5 hForum: 1 Textseiten: 5 Interaktiver Inhalt: 1
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Today, fossil fuels like crude oil and natural gas are the backbone of the global energy supply. But with the help of "green" hydrogen, such carbon-based energy carrier could be produced in a completely climate-neutral way in the future. You will find out how this is possible in this learning unit.
ca. 2 - 2,5 hForen: 2 Textseiten: 6 Interaktive Inhalte: 2
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Why is there no way around the use of hydrogen when it comes to cutting greenhouse gas emissions from industry? Which areas of application are most important? That's what this unit is all about.
ca. 2,5 - 3 hForen: 3 Textseiten: 6 Interaktive Inhalte: 3
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At the end of the course, it's time to look back and review your learning journey and what you've gained from this course.
ca. 0,5 hTextseiten: 2 Interaktiver Inhalt: 1
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If you have successfully completed all the activities in this course, your confirmation of course participation will be displayed in this section.