Watt Hours and Ducting

Energy is Power consumed over a period of time; Power is watts, therefore watts over time is watt hours. Electrical companies sell Energy in cost per watt hour. An inefficienct electrolyzer produces at approximately 4.5 - 6 watt hours per liter. A reasonably efficient electrolyzer produces at 3.7 - 4.2 watt hours per liter. A well built electrolyzer will produce at 3.0 or less watt hours per liter.

If Energy costs 18 cents per kilowatt hour, then one thousand [1000] liters of hydrogen and oxygen can be produced for $0.54 in a 3 watt hour per liter machine.

One thousand [1000] liters of hydrogen and oxygen gas can either be common ducted or independently ducted. Common ducted electrolyzers ate T shaped, parallel plate, series cell design. Independently ducted electrolyzers employ substantially separated anodes and cathodes, typically utilizing rod type design. Common ducted systems allow for increased product hydrogen and oxygen circulation, immediately after disassociation, thus resulting in Brown’s Gas. Independently ducted systems substantially separate product hydrogen and oxygen providing enough time for diatomic molecular formation. Once diatomic structures form, subsequent molecular structures associated with Brown’s Gas are blocked from assembling; hence rod type, independently ducted, electrolyzers are incapable of Brown’s Gas production.