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"We don't need no education"...
The guys and gals goofing off in physics and chemistry class, are the ones buying the systems.
I've even seen a statement on youtube that went something like "yeah, there's a lot of brainpower working on this, and we'll make it work one day. "
To be honest, there are applications, such as extra lean burn gasoline engines, with inside the cylinder plasma generators (arvin-meritor is working on one), that can get up to 20% fuel improvement at part throttle. Almost as good as a diesel.
And the same goof-offs, who don't need math, have been taken in the mortgage interest scam...
Don't laugh TOO hard until you see the results of a couple in trial on THIS board by guys regarded as honest and trustworthy.
Of course, if you are of the "MY minds already made up - don't confuse me with facts" mindset, there's absolutely NO proof likely to change your opinion...![]()
I will believe when I see a test of more than 1000 miles from a respected member.
Then stick around - and don't make TOO many statements you're not prepared to eat... :-laf
. Gary I showed you this twice Water-fuelled car - Wikipedia, the free encyclopedia ,or here The Myth of the Water-Fueled Car - MythBusters.com , is it better that you tube? This is all FACTS. Again, when people are doing a fuel mileage test they tend to drive “nicer” then they normally do, so one or two tanks will tell us much.
It may even be possible, sometime in the future, to buy a so-called "water-fueled" car that directly uses electrolysis to split water into its component hydrogen and oxygen before burning it to provide energy.
Is that energy a theoretical number or is that "burned" in a fuel cell at high efficiency or is that "burned" in an internal combustion engine at 30% efficiency? Just curious.Facts
The very best commercial water electrolysis units based on catalyzed membrane electrode assemblies (fuel cell technology) require 91 watt-hours (311 BTU) to generate 1 mole (22. 4 liters) of hydrogen.
1 mole of hydrogen produces 230 BTU (67 watt-hours) of energy when burned.
Is that energy a theoretical number or is that "burned" in a fuel cell at high efficiency or is that "burned" in an internal combustion engine at 30% efficiency? Just curious.
I'm one of the guinea pigs who has tried this. On a 1986 Plymouth Caravelle (long K car). I went from 25-26 mpg to 30-31 mpg. Not the 25-75% increased that was claimed, but a respectable 20%. Haven't applied the technology to the mighty Power Wagon yet.