The course Hydrogen as an Energy Vector offers a comprehensive exploration into the rapidly evolving field of hydrogen technologies. With the global shift towards sustainable energy, hydrogen stands out as a pivotal element in achieving carbon neutrality. This course is designed for those eager to delve into the nuances of hydrogen generation and storage, power applications, and innovative installation techniques. By participating, you will gain critical insights and skills, positioning yourself at the forefront of a sector experiencing significant growth and demand. As industries worldwide pivot to cleaner energy solutions, your expertise in hydrogen will be invaluable, opening up numerous career opportunities and enhancing your professional profile. Embrace the chance to be part of this energy revolution and make a real impact on the future of sustainable energy.
Hydrogen as an energy vector
This course, Hydrogen as an Energy Vector, is designed for professionals and graduates in the energy sector who are keen to broaden or refresh their understanding of hydrogen's role in energy systems. Participants will explore hydrogen generation, storage, power applications, and installations, providing valuable insights into this evolving field. Ideal for those seeking to stay current with industry trends.
40 hours
Energy
Course objectives
- To understand the role of hydrogen in sustainable energy systems.
- To identify key methods for hydrogen generation and storage.
- To analyse hydrogen's applications in power generation.
- To evaluate safety protocols in hydrogen installations.
- To compare hydrogen with other renewable energy sources.
- To explore technological advancements in hydrogen applications.
- To assess the economic aspects of hydrogen energy solutions.
What does it prepare you for?
Upon completing the Hydrogen as an Energy Vector course, you'll be equipped to analyse and evaluate the role of hydrogen in the energy sector. You'll understand the intricacies of hydrogen generation and storage, and explore diverse applications, including power generation. Additionally, you'll gain insights into hydrogen installations, enabling you to assess and optimise systems for real-world applications. This knowledge will empower you to contribute to sustainable energy solutions and innovations.
Teaching units
UNIT 1. ENERGY AND HYDROGEN
1. The hystory of hydrogen
2. What is hydrogen?
3. Current electricity and energy matrix
4. Hydrogen as an energy carrier
5. Prospects for the hydrogen roadmap
UNIT 2. HYDROGEN GENERATION AND STORAGE
1. PEM electrolysis
2. Alkaline electrolysis
3. SOEC and AEM electrolysis
4. Hydrogen storage
5. Hydrogen distribution
UNIT 3. POWER GENERATION AND OTHER APPLICATIONS
1. Fuel cells
2. PEM fuel cell
3. High temperature fuel cell
4. Hydrogen turbines and engines
5. Hydrogen vehicles
UNIT 4. HYDROGEN INSTALLATIONS
1. Refuelling stations
2. Sizing of main equipment
3. Safety considerations. Explosive atmospheres
4. Design of hydrogen and fuel cell installations
5. Examples of installation calculations