Frequently Asked Questions

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Frequently Asked Questions

Hydrogen can be generated through electrolysis (dividing water using with electricity), steam methane reforming (from natural gas), or biomass processes. Renewable electricity is used for green hydrogen.
Hydrogen is commonly kept in gas tanks under pressure or, as a liquid, at temperatures called cryogenic temperatures. It can also be stored in metal hydrides or chemical compounds.
Hydrogen transport is possible either as compressed gas, in cylinders or pipelines or as a liquid in tanks. It can also be stored chemically in substances like ammonia, for easier transportation.
Usually, 0.5 liters of electrolyte is enough to travel between 500 and 1000km. However, the amount of electrolyte spent depends on many factors, such as the surrounding temperature, weather conditions, the vehicle's load, operation continuity, and the alternator's condition etc.
Brown’s Gas can be produced cost-effectively on-site using just distilled water, a small amount of electrolyte, and minimal electricity.
Hydrogen production costs vary, with green hydrogen (produced from renewables) being more expensive than gray hydrogen (produced from fossil fuels). In 2023, the estimated hydrogen production costs using grid electricity in Europe ranged from 4.06 to 17.36 EUR per kilogram of hydrogen, with the average cost for all countries being 7.94 EUR/kg and a median of 7.53 EUR/kg.
In general a fuel cell vehicle usually requires around 1 kilogram of hydrogen to cover a distance of 60 to 100 miles (100 to 160 kilometers). The quantity needed can differ based on factors, like the cars effectiveness and the particular engine or fuel cell setup used.
Just fill out the HHO Kit Advisor and we will reply to you within 24 hours!
Yes, it’s completely safe to use in the workplace. Brown Gas poses no threat to humans and is even used therapeutically in medical settings for inhalation. While it is flammable during combustion, it disperses quickly in open air. Notably, Brown’s Gas tends to implode rather than explode, and its flame is actually a series of controlled implosions, unlike the explosive reactions of other fuels.
HHO gas is combustible. Can pose risks if not handled properly. It's crucial to install and maintain HHO systems carefully to prevent accidents, like explosions or leaks.
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