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Customized Hydrogen Training Courses, online, in Toulouse, or at your premises


After reviewing your specifications, we offer operational hydrogen training courses, practical and theoretical H2 training, to meet the specific needs of your teams of engineers, technicians, or other staff.
We adapt to the level of knowledge of your teams, whether they are beginners or advanced in the field of hydrogen.
These hydrogen training courses are prepared and led by our PhDs and expert engineers in hydrogen systems.
Choose from: online hydrogen training courses, or face-to-face hydrogen training courses (France or abroad).

Here are a few examples of custom hydrogen training courses we have already provided to our customers to meet their specific needs based on their specifications:

 

Training course, online or on-site: The fundamentals of hydrogen – Focus on fuel cells (2 days)

Gain a comprehensive overview of the hydrogen chain and hydrogen-based systems, with a focus on fuel cell systems (FC systems)

  • Introduction
  • Context: the hydrogen chain
  • Aeronautical applications
  • Introduction to the components of the fuel cell
  • Theoretical aspects of the fuel cell
  • The fuel cell system
  • General information on liquid hydrogen
  • Limitations and safety aspects of hydrogen
  • Question and answer session

Interested in this topic? Please contact us directly or via SERMA

Training: The basics of liquid hydrogen (2 days)

Gain a comprehensive overview of cryogenics, the properties of liquid hydrogen, and related phenomena (phase change, etc.)

  • General concepts of liquid hydrogen LH2: properties, liquefaction methods
  • Cryogenic tanks – design challenges
  • Cryogenic piping in aircraft
  • Life cycle of a tank: filling, emptying, associated phenomena
  • The connection between the cryogenic tank and the propulsion system
  • Safety aspects
  • Questions, debriefing

Interested in this topic? Please contact us directly or via SERMA

Training: Regulations, safety standards, and hydrogen quality (2 days)

Understanding the challenges related to hydrogen (H2) safety, regulations, and associated standards

  • Introduction – Why hydrogen?
  • Safety issues for hydrogen (H2) systems – The properties of H2 and their impact on safety (link to regulations)
  • Types of hydrogen systems: production, storage and packaging / transport and distribution / industrial use or for mobility
  • Regulatory and standardization issues – Global regulatory framework: Overview of regulations applicable to all uses of hydrogen
  • Specific regulations for industrial facilities
  • Introduction to regulations on hydrogen transport and piping
  • The regulatory framework for various hydrogen-related sectors – Standards applicable to different H2 equipment (fuel cells, electrolyzers, cryogenics) or sub-components (valves, tanks, pipes, pumps, compressors, hoses, etc.)
  • Case studies – Design and installation of hydrogen facilities

Interested in this topic? Please contact us directly or via SERMA

Training: Awareness of hydrogen systems (1 day)

Gain a comprehensive overview of the hydrogen chain and hydrogen-based systems

  • Introduction

  • General properties of H2
    – Physical properties of hydrogen
    – General implications (safety, systems, etc.)

  • The hydrogen chain
    – Hydrogen production
    – Industrial hydrogen vs. hydrogen energy
    – Hydrogen storage
    – Hydrogen transport

  • Electrochemical systems
    – Introduction to the component: the fuel cell
    – Presentation of fuel cell auxiliaries
    – Electrolyzers – an introduction to common technologies

  • H2 combustion – an introduction
    – La combustion
    – Examples of H2 combustion 
    – Phenomena related to combustion
  • Initiatives, projects, demonstrators
    – Gaseous hydrogen
    – Liquid hydrogen
    – Combustion
    – EU, country and company initiatives

Interested in this topic? Please contact us directly or via SERMA

Training: Green hydrogen, a key vector for the energy transition (2 days)

The practical basics needed to integrate green hydrogen into your company’s energy transition

  • Introduction to hydrogen: Why hydrogen?
  • The different “colors” of hydrogen: gray, blue, turquoise… and green
    The different methods of hydrogen production, advantages and disadvantages
  • Storage, transport, and applications of hydrogen
  • Focus on green hydrogen: what is it?
    Green hydrogen production: technologies and infrastructure
  • Advantages and challenges of green hydrogen
  • Comparison: gray hydrogen vs. green hydrogen, cost and benefit analysis
  • Diagrams and components of a hydrogen production plant: study of infrastructure, regulations, and safety for hydrogen infrastructure
  • Real-life examples: existing green hydrogen production plants
  • Occitanie in action for green hydrogen
  • Case studies and future outlook – The future of green hydrogen

Interested in this topic? Please contact us directly or via SERMA

Training: Fuel cell operability and maintenance (3 days)

An introduction to the maintenance and operability of fuel cell systems (FC). Practical sessions are held on the last day 

  • Review of theoretical concepts related to fuel cell (FC) operations and composition
  • Characterization of the FC
  • Fuel cell aging
  • Fuel cell diagnostics
  • Fault and aging of the FC system
  • Maintenance of the FC system
  • Questions, debriefing, preparation for practical work
  • Tour of the facilities (visit)
  • Safety aspects
  • Practice

Interested in this topic? Please contact us directly or via SERMA

Training: Fuel cells – Focus on bipolar plates (1 day)

An overview of the H2 fuel cell and the systems surrounding this component, with a focus on bipolar plates and their importance in this component

  • Introduction
  • Context: the hydrogen chain
  • Introduction to the components of the fuel cell (FC)
  • Theoretical aspects of the FC – introduction
  • The system surrounding the FC – auxiliaries
  • Bipolar plates: functions, design, manufacturing, aging

Interested in this topic? Please contact us directly or via SERMA

Training: Sustainable Aviation Fuels (SAF) (1 day)

Practical basics for understanding the importance of SAF in the aviation sector

  • Introduction to Sustainable Aviation Fuels: Why SAF?
  • SAFs: What are they? Definition, issues, history, physical and chemical properties, comparisons, advantages, and challenges
  • Standards and legislation
  • The main SAF production processes
  • Constraints on SAF production
  • Research, development, and innovation in SAF
  • Existing European and international projects on SAF
  • Case study analysis
  • Conclusions

Interested in this topic? Please contact us directly or via SERMA

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