Introduction to Hydrogen Fuel Cell Vehicles for Incident Response
Module of
Introduction to Hydrogen Fuel Cell Vehicles for Incident Response

Increasing availability and adoption of fuel cell electric vehicles (FCEVs) presents new safety challenges for First Responders (FR).

The Center for Hydrogen Safety (CHS) in collaboration with AIChE has developed a microtraining learning plan as part of the Hydrogen Safety for First Responders training. This 4-part multimedia course aims to better inform incident responders and support the safe handling and use of hydrogen in a variety of fuel cell applications.

This first course, and pre-requisite, of the First Responders MicroTraining learning plan, is an introduction that covers the properties of hydrogen and provides a basic understanding of fuel cell vehicles and how they operate.

The completion of this learning plan qualifies for a certificate of completion with 1.5 Professional Development Hour (PDH) credit.

Process Safety
Introduction to Hydrogen Fuel Cell Vehicles for Incident Response
Process Safety
CHS
CHS

Process Safety

Introduction to Hydrogen Fuel Cell Vehicles for Incident Response

Full Code

SAF0211CHS205

Module Type

E-learning

Description

None

What you will learn

None

Module content
EN

Learning Outcomes

  • Follows site-specific emergency procedures promptly and without hesitation.
    1

  • Describe handling equipment such as electrolysers, compressors, and storage tanks.
    1

  • Explain the fundamental properties of hydrogen, including flammability, density, and explosive limits.
    1
  • Shut down equipment in hydrogen-related emergencies.
    1

Related Occupations

Hydrogen Operations Manager

Oversees operations related to the storage, handling, and distribution of hydrogen energy. Their main functions include strategic planning, operational oversight, and ensuring compliance with safety and environmental standards.

Process Safety Engineer

To support the identification, assessment, and control of process safety risks through the application of engineering principles, risk methodologies, and regulatory knowledge. The role ensures that systems, procedures, and designs meet process safety standards and contribute to safe, reliable, and compliant operations.

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