The application of voltage across the electrolyte results in hydrolysis, breaking down thewater molecule into hydrogen and oxygen gas, which are separated by the gas permeablemembrane.• Once separated, the hydrogen gas goes through a series of purification and moistureremoval systems to achieve the desired level of purity while the oxygen gas is beingdischarged into the atmosphere.• Electrolytic membrane technology has its advantages over alternative hydrogengenerating techniques as it is clean, requires less maintenance and there is no need tostore chemicals to maintain operation.• Only pure double distilled water (initially some KOH), is required to provide trouble freelong term operation.• Membrane separation is also less time consuming as only water is needed for routinemaintenance.• Generator has in built pressure switch which shuts off the generator in case of Overpressure built up.• Sleep mode in case no use of H2 Production.• Hydrogen leak detection facility inside the generator.• Any leak detected will shut the system and hyrogen production is halted.• Low Water alarm