Safety Considerations for Hydrogen Facility Design and Construction
Safety Considerations for Hydrogen Facility Design and Construction

This course provides guidance for design and construction of facilities with hydrogen systems including layout, ventilation, electrical, leak detection, and emergency response.

Sustainability
Safety Considerations for Hydrogen Facility Design and Construction
Sustainability
CHS
CHS

Sustainability

1 hours
2 lessons
Not rated yet
6

Description

Who Should Attend

Those involved in design of facilities with hydrogen systems

What You’ll Learn

Key safety design issues for hydrogen facilities
Hazard controls and mitigations
Elements of emergency system design
Key construction issues
Outline

Lesson 1: General Safety Considerations

Hydrogen facility design considerations

Lesson 2: Dilution Ventilation and Venting

Safety considerations: dilution ventilation and venting
Dilution ventilation
Venting

Lesson 3: Electrical Equipment

Safety considerations: electrical equipment

Lesson 4: Leak and Flame Detection and Emergency Shutdown

Safety considerations: leak/flame detection and emergency shutdown
Leak detection
Flame detection
Emergency Shutdown

Lesson 5: Storage and Construction

Safety considerations: storage and construction
Storage
Construction
Signs and Labels

Final Quiz

Course content

Safety Considerations for Hydrogen Facility Design and Construction - SAF0204CHS205
EN
Certificate - SAF0204CHS550
EN

Learning Outcomes

  • Grounding and bonding techniques and verification checks.
    2
  • Understands explosion protection strategies: avoidance, control, mitigation.
    3

  • Use safety equipment proficiently, including gas detectors, ventilation systems, and emergency shutdown systems.
    2
  • Ensure strict compliance with hydrogen safety regulations, codes, and standards.
    3

  • Execute technical inspections of materials, equipment, and systems.
    2

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.

Process Safety Manager

The Process Safety Manager leads the development, implementation, and governance of process safety strategies, systems, and culture across the organization. This role ensures that major hazard risks are proactively managed, that regulatory and company standards are met, and that cross-functional teams are aligned in delivering safe, compliant, and resilient operations.

Process Safety Specialist

To provide deep technical expertise and authoritative guidance on the management of major accident hazards, ensuring that process safety risks are effectively identified, assessed, and controlled throughout the asset lifecycle. This role supports complex decision-making, leads specialist studies, and drives continuous improvement by integrating advanced risk methodologies, engineering insights, and regulatory compliance into operational and strategic initiatives. In the steel industry, the Process Safety Specialist plays a pivotal role in sustaining barrier integrity, enabling innovation, and mentoring others to build organisational capability in high-hazard environments.

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