The course Hydrogen Carriers It introduces you to a rapidly expanding sector, where demand for experts is growing exponentially. Hydrogen is emerging as a key solution for the energy transition worldwide, and understanding its storage and transport is crucial. This course will provide you with a solid understanding of hydrogen carriers, covering methanol and ammonia, as well as organic and inorganic carriers. You will learn to identify the properties and applications of each one, developing valuable skills for the job market. As this is an online course, you can access it from anywhere, tailoring it to your own pace and needs. Taking part in this course will not only position you as a well-informed professional in a emerging industry, but it will also open doors to new career opportunities in a field that is vital for a sustainable energy future. Make the most of this opportunity to be part of this energy revolution and stands out in a sector with a significant global impact.
Hydrogen Carriers
Energy
40 hours
Introduction
Objectives
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Understanding the concept and the importance of hydrogen carriers in the context current energy situation.
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To analyse the advantages and disadvantages methanol as a hydrogen carrier in industrial applications.
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Explore the properties Ammonia as a hydrogen carrier and its environmental impact.
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To assess the use of liquid organic carriers (LOHC) in hydrogen storage.
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Identify the characteristics of inorganic carriers (LIHC) and its energy efficiency.
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Compare the different hydrogen carriers in terms of efficiency and sustainability.
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Apply knowledge of hydrogen carriers in energy solutions sustainable and efficient.
Table of Contents
TEACHING UNIT 1. INTRODUCTION TO HYDROGEN CARRIERS
Properties of hydrogen
Types of hydrogen carriers
Hydrogen storage
Applications of hydrogen carriers
Developments in hydrogen carrier technologies
TEACHING UNIT 2. METHANOL AS A HYDROGEN CARRIER
An introduction to methanol as a hydrogen carrier
Methanol production
Storage and transport of methanol
Methanol fuel cells and other applications
Flagship green methanol projects
TEACHING UNIT 3. AMMONIA AS A HYDROGEN CARRIER
An introduction to ammonia as a hydrogen carrier
Ammonia production
Storage and transport of ammonia
Ammonia fuel cells and other applications
Flagship green ammonia projects
TEACHING UNIT 4. ORGANIC (LOHC) AND INORGANIC (LIHC) HYDROGEN CARRIERS
Introduction to LOHC and LIHC carriers
Production of LOHC and LIHC carriers
Storage and transport of LOHC and LIHC carriers
Applications of LOHC and LIHC carriers
Flagship projects involving LOHC and LIHC carriers
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