Ammonia as a Hydrogen Carrier
Ammonia is widely used as an effective means to transport and store hydrogen. In this configuration, safety considerations extend beyond the hydrogen itself to the associated tank systems and venting arrangements.
An example ammonia storage tank configuration illustrates the placement of Pilot Operated Relief Valves, Pressure and Vacuum Relief Valves, In-Tank Valves, and in-line Detonation Detonation Explosion propagating at supersonic velocity and characterized by a shock wave (EN 1127-1: 1997). Flame Arresters as part of an integrated tank safety system.
Highlights
Safeguarding
Reduced product losses
Supports safe low-temperature operation
Process opimization
Applications for
Electrolysis Processes
System safety and personnel protection are top priorities during hydrogen production and transport. Hydrogen forms highly flammable and explosive mixtures with air, having low ignition energies and small safe gap sizes.
The
explosion
Explosion
Abrupt oxidation or decomposition reaction producing an increase in temperature, pressure, or in both simultaneously.
risk increases with higher oxygen concentrations, such as in electrolysis processes. Safety devices are selected based on the specific hydrogen–oxygen concentration. Engineering ensures protection measures align with actual operating conditions.
Highlights
Zero flashback incidents
Higher uptime & lower losses
Lifecycle confidence
Compliance made simpler
We are highly impressed to see the quality of the products and the knowledge to help us build a state-of-the-art storage terminal. We have always appreciated the timely deliveries of the flame arresters and other equipment.
