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Process Safety for Hydrogen Carrier Molecules

(Ammonia, Methanol, Methane and LOHC)

“Hazard Management and Design Requirements for these future mass market hazardous materials.”

  • 11 – 13 March 2025
  • Online Live Stream | 9:00 – 13:00 CET
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Process Safety for Hydrogen Carrier Molecules

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Training features

Fully online

All sessions of this unique course online

Live interaction

Live interaction options between the delegates and trainer

On any device

Available via mobile, tablet or laptop

Course description

In the upcoming new energy world, in which hydrogen plays a key role, intercontinental imports will provide the majority of the required hydrogen volume in Europe, as domestic production of enough green electric power will not be possible. Transporting hydrogen over large distances (several thousand up to 15 thousand km) is not straight forward, each possibility, be it liquid hydrogen or a hydrogen carrier such as ammonia, comes with pluses and minuses economically as well as from a safety point of view.

This course will provide you with the insights into safety challenges and some of the technical challenges that need to be considered and addressed when supply strategies and specific projects are developed. The course discusses (liquid) hydrogen and each carrier molecule option regarding its safety characteristics and how to address the specific hazards of each option. Safety management system and regulatory requirements are discussed, and specifics of each carrier molecule are provided. You will walk away with a thorough understanding of the technical needs, hazards and safety requirements for hydrogen and each carrier option as well as the hazard & risk assessment tools and detailed facts that will allow you to control the hazards, to ask the right questions, make knowledgable decisions and design safe systems.

meet the training leader
Dr. Hans Schwarz | Fleming
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Dr. Hans Schwarz
Senior Process Safety Consultant & Former VP Process Safety BASF
ProsafeX, Germany
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Brochure

Reveal the full schedule of the training as well as key topics, course objectives, key takeaways, special features, and the trainer bio!

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Process Safety for Hydrogen Carrier Molecules online training organized by Fleming_Agenda Cover
Process Safety for Hydrogen Carrier Molecules online training organized by Fleming_Agenda Cover
Process Safety for Hydrogen Carrier Molecules online training organized by Fleming_Agenda Cover
key training

Topics

Why do we need carrier molecules for hydrogen transport?

Physical and chemical properties and characteristics of hydrogen

Physical and chemical properties of carrier molecules

Pluses and minuses of carrier molecules vs liquid hydrogen

Hazards of ammonia, LOHC, methane, methanol and how to control them

Several examples of incidents with these materials

Safe design aspects

Process safety management system with specific aspects of hydrogen, ammonia, LOHC, methanol

Codes and regulations with relevance for hydrogen, ammonia, LOHC, natural gas/methane, methanol facilities

Benefits of attending

  • This jam-packed course will introduce you to best practices from around the world. You’ll get:
  • Deep insights in the safety relevant chemical and physical properties of hydrogen and the carrier molecules. Hydrogen has several unusual properties to be aware of in order to have risks under control. Each of the carrier molecules comes with its own safety challenges. It is important to be aware of these when choices are made related to specific projects and strategies.
  • Incident examples and learnings derived for hydrogen and the carrier molecules in production, transport and storage facilities. It is always best to learn from the incidents that have occurred around the world, sometimes with location specific circumstances. Often enough this is ignored, and incidents repeat themselves.
  • Hazards related to hydrogen and the carrier molecules along with safeguards to reduce risks to an acceptable level. This includes specifics for each of the materials, whose risk profiles differ quite a bit from each other.
  • The methodology for hazard identification and risk assessment, as well as incident investigation as important elements of a safety management system for hydrogen and the carrier molecules. From the safety management system to the specific safety challenges, that come with each of the chemicals discussed here, including the processes of binding and releasing hydrogen.
  • Overview of relevant codes, standards and regulations relevant for hydrogen and the carrier molecules, mainly for process safety, but including environmental aspects. The key regulations and standards in Europe and North America are addressed. Also, some examples from future green hydrogen production countries in other regions, such as Arabic countries, Canada, Namibia and Chile.
  • Practical information from the course trainers who have in-depth experience in controlling the hazards of hydrogen, Ammonia, methanol, methane and some of the LOHCs.
  • The bottom line:
  • You walk away with a realistic picture of the hazards of hydrogen, ammonia, methanol, methane and LOHC, the approaches, strategies and detailed facts that allow you to control the hazards, knowledge of the required hazard and risk assessment tools, and heightened awareness of the specific chemical and physical challenges as well as technical needs.
Registration

Training ticket

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Contact us

Ada Tobias | Marketing Manager | Fleming
Ada Tobias
Sr. Manager for Energy & HSE
Phone: +421 257 272 100
Email: event.inquiries@fleming.events

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