The Safe Hydrogen Project is a safety initiative of the Compressed Gas Association (CGA)
Empowering the
Energy Economy…
TODAY TOMORROW SAFELY TOGETHER
Resources
The latest Hydrogen Infographics, One-Pagers, and Safety Videos.
Standards Map
Identify the hydrogen standards that best suit your needs.
Publications
Hydrogen safety standards, guidelines, statements, and reports.
Unlocking the potential of
Hydrogen Energy
By developing safety standards and fostering their adoption across the interconnected global economy, we’re unlocking the potential of hydrogen energy. Our motto; safety is step one.
Recently Published
CGA H-7 Standard Procedures for Hydrogen Supply Systems
January 2024
PS-46 CGA Position Statement on Roofs Over Hydrogen Storage Systems
Revised January 2024
Hydrogen Industry Updates
Hydrogen Power: Collaborator, Not Competitor
While hydrogen is poised for growth, it is not poised to knock off—or even compete with—solar and wind. Instead, if done correctly, hydrogen might help drive further adoption of wind and solar.
ENERGY.GOV
Biden-Harris Administration Releases First-Ever National Clean Hydrogen Strategy…
THE H2 PODCAST
The Safe Hydrogen Project Is Planting The Flag For Hydrogen Safety. What you NEED To Know.
CGANET.COM
Reciprocating Cryogenic Pumps and Pump Installations for Hydrogen and Liquefied Natural Gas
CGANET.COM
CGA Publishes Safety Standard H-17 for Small Scale Hydrogen Production
Hydrogen Safety
Around the world, people are coming to believe that hydrogen can be a driver of entire sectors of the global economy. So, what are the characteristics and considerations you need to be aware of to use hydrogen safely?
Production, Operations & Maintenance
Because of hydrogen’s unique properties, liquid and gaseous hydrogen production and storage systems require careful planning, and execution. As hydrogen use expands to new areas it is vital to ensure safe and standardized use.
Delivery
A sustainable hydrogen ecosystem requires that hydrogen be delivered from where it is produced to the point of end use, such as an industrial facility, power generator, or fueling station. Currently, the main methods for transporting and delivering hydrogen are by truck and through pipelines.
Storage
Hydrogen can be stored as a gas, a liquid, and in solid form. At customer locations, depending on how much hydrogen is used, gas and liquid hydrogen is stored in various tanks that require special attention to specifications like spacing, venting, and roof systems.
Applications
A hydrogen fueled future for transportation, energy storage, heating, space exploration, and more, is a rapidly approaching reality. 110 years of standards have built a strong foundation for the expansion of hydrogen use and applications of hydrogen.
International Hydrogen Standards
CGA is proud to work with our partners around the globe to share and harmonize hydrogen standards.
Hydrogen Partners
