The course Hydrogen Supply Chain offers you the opportunity to gain an insight into one of today’s most promising sectors. With growing demand for skilled workers, hydrogen is emerging as a key element in the global energy transition, playing an essential role in the development of clean and sustainable technologies. Through this course, you will acquire the fundamental skills required for the hydrogen storage and supply in their various forms: gaseous, liquid and solid. You will also become familiar with the systems of hydrogen control, which will enable you to understand and manage this resource efficiently. The online format gives you the flexibility to learn from anywhere, tailoring your learning to your own pace and needs. Taking this course will not only open doors for you in a booming sector, but will also allow you to play a part in the energy transition that is changing the world.
Hydrogen supply chain
Energy
40 hours
Introduction
Objectives
- To understand techniques for storing gaseous hydrogen in order to optimise its use.
- To identify methods of supplying liquid hydrogen and their effective application.
- To analyse the advantages of hydrogen storage in solids in different contexts.
- To evaluate control systems with a view to improving the efficiency of hydrogen use.
- Apply knowledge of warehousing to solve problems in the supply chain.
- Explain the dynamics of hydrogen supply and its impact on the energy market.
- To develop strategies to improve the hydrogen supply chain across various industries.
Table of Contents
TEACHING UNIT 1. STORAGE AND SUPPLY OF GASEOUS HYDROGEN
Features and storage systems
Storage in the form of compressed hydrogen gas
Pressurised tanks: types, characteristics and development objectives
EIHP (European Integrated Hydrogen Project) Specifications
Examples of development projects
TEACHING UNIT 2. STORAGE AND SUPPLY OF LIQUID HYDROGEN
Properties and storage systems for liquid hydrogen
Storage, distribution and dispensing of liquid hydrogen
Liquid hydrogen storage tanks: types, characteristics and development objectives
EIHP (European Integrated Hydrogen Project) Specifications
Examples of development projects
TEACHING UNIT 3. STORAGE AND SUPPLY OF HYDROGEN IN SOLIDS
General concepts
Metal hydrides
Intermetallic compounds
Carbonaceous materials and organic polymers
Glass microspheres
TEACHING UNIT 4. CONTROL OF HYDROGEN-BASED SYSTEMS
Control theory
Model-based predictive control
Modelling of hydrogen-based systems
Control strategies
Related regulations
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