Easier to ignite that petrol or diesel oil, hydrogen ignites and burns with even the tiniest spark of static electricity.
Static electricity build up in clothing or from metal impact is enough to set off an explosion when hydrogen is available, particularly where the humidity is low and air is dry – common in many manufacturing industry scenarios.
Being aware of hydrogen build up is important, and so Hydrogen gas detection using a reliable gas monitor is one of the first steps in prevention of an incident. Additionally wearing AS (Anti-static) PPE and avoiding metal content in accessories such as boots will also limit the causes of ignition. At the same time, FR (Fire resistant) PPE is vital in prevention of serious burns in any incident.
AHydrogen is stored in the form of liquified hydrogen, in tanks. Because it is compressed, liquid hydrogen is extremely cold and any escape from its tank which comes into contact with skin can cause severe frostbite. For this reason, when working with liquified hydrogen it is vital to wear gloves appropriate for extreme cold, sometimes referred to as cryogenic gloves.
Anchor Safety experts can advise you on the best FRAS clothing and equipment for your particular situation, the best gloves for working with liquified hydrogen and have strong relationships with key trusted gas monitor manufacturers, such as Drager and Crowcon. Our experts are also experienced in advising on behavioural safety and maintenance around the wearing of FRAS PPE, ensuring that equipment is worn correctly and cared for to ensure fully compliant safety.
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