Hidrojen Teknolojileri · IPECContact

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Hydrogen facility safety: from basics to risk assessment

Level
Intermediate
Total watch time
139 min · 5 steps
Audience
Process and safety engineers, OHS specialists, plant managers

Starts with hydrogen's safety-relevant properties and terminology, moves to handling, storage and leak prevention practice, then to emergency response. Ends with design topics such as material embrittlement and hazardous area classification.

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When you finish this collection

  • Recognize the safety-related properties of hydrogen and the basic terms
  • Explain the principles of pressurised storage, leak detection and material selection
  • Explain response principles for a leak or fire scenario on site
  • Explain the mechanisms of hydrogen embrittlement
  • Evaluate the debate on over-zoning in hazardous area classification

Steps

  2. Step 2 of 5: Hydrogen Safety and Handling: TÜV SÜD Webinar

    TÜV SÜDEnglish

    Whole video · 57 min

    What this step teaches: The viewer can interpret how hydrogen properties such as flammability, ignition energy and diffusivity affect hazard scenarios, and can compare storage, leak prevention and material selection strategies.

  4. Step 4 of 5: Basic Considerations in Hydrogen Embrittlement

    Dierk Raabe Sustainable Metals & Critical ElementsEnglish

    Whole video · 11 min

    What this step teaches: The viewer can analyze competing embrittlement mechanisms such as HEDE, HELP and hydride formation and evaluate the effect of trapping sites and exposure type on material behavior.

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