Notable hydrogen-related accidents include the Hindenburg disaster (1937), and the 2019 Norway hydrogen station explosion.Continue Reading

Always store and handle hydrogen in well-ventilated areas, avoid open flames or sparks, use proper leak detection systems, and follow safety regulations to prevent fire or explosion risks.Continue Reading

Hydrogen gas is generally non-toxic and safe to inhale in small amounts, but prolonged exposure in confined spaces can lead to asphyxiation by displacing oxygen.Continue Reading

Hydrogen is highly flammable, easily ignitable, can cause explosions when mixed with air, is colourless and odourless (making leaks hard to detect), and can displace oxygen in confined spaces, leading to asphyxiation.Continue Reading

Hydrogen safety refers to the practices, technologies, and regulations that ensure the safe production, storage, transportation, and use of hydrogen. Due to its high flammability and low ignition energy, hydrogen requires specialized handling to minimize risks.Continue Reading

Consequences of an unignited gas release is asphyxiation and exposure to toxic gas (if the released gas is toxic) resulting in potential onsite and offsite fatalities.Continue Reading

Consequences of gas explosions include shockwaves, shrapnel, fires posing an immediate danger to life and property.Continue Reading

Consequences of oil fires include potential fatalities due to thermal radiation, asphyxiation or smoke inhalation, environmental pollution, and the risk of the fire spreading to surrounding areas.Continue Reading

Consequences of gas fires include potential fatalities due to thermal radiation and equipment or structural damage.Continue Reading