Safety and RCS of Large Scale Hydrogen Energy Applications
Brief
General Objectives
All emerging large scale hydrogen applications must address common horizontal topics as follows:
Specific Objectives
- Focus on large-scale compressed and liquid hydrogen energy systems and applications
- Focus on common horizontal safety & regulatory attributes of emerging large-scale hydrogen energy systems and applications
- Focus on developing uniform methodologies via case studies, available PNR and their results’ synthesis and analysis
- Focus on practical recommendations and solutions for industry and standardization and regulatory bodies:
- Inform relevant international and national RCS development activities
- Help H2 industry with market deployment and establishment of best practices
- Focus on the development of joint products such as peer-reviewed publications, educational and training materials, conference papers, white papers, reports, new work item proposals for standard development, etc.
Task Structure
Task: Safety and RCS of Large Scale Hydrogen Energy Applications (4th Edition since Task 19 in 2004)
Task Manager: Dr. Andrei V. Tchouvelev, Hydrogen Council
Subtask A: Social (Comprehensive) Risk
Subtask Leader: Prof. Tadahiro Shibutani, Yokohama National University
Subtask B: Safety Culture and Management System
Subtask Leaders: Nick Barilo, Centre for Hydrogen Safety / Nicolas Mey, Bureau Veritas
Subtask C: Safety Distance Methodologies
Subtask Leaders: Guy de Reals, Air Liquide / Richard Chang, Shell
Subtask D: Hazardous Areas Methodologies
Subtask Leader: Dr. Stuart Hawksworth, Health & Safety Executive
Subtask E: Hydrogen System Safety
Subtask Leaders: Prof. Katrina Groth, University of Maryland / Dr. Kees van Wingerden, Vysus Group
Subtask F: Dissemination
Subtask Leader: Dr. Andrei V. Tchouvelev, Hydrogen Council