Joe, after your excellent reply to the gentleman with the biodiesel questions, your referencing of the hydrogen/compressed natural gas study in this thread is a disappointment. Please explain how the study you referenced has absolutely anything to do with the issue in this thread and in what way that study implies any performance results for the kit Eric is planning to install. Unless Eric is planning to convert his truck to CNG before installing the hydrogen generator and then compare mpg running straight CNG vs mpg running a CNG/hydrogen mix, its totally apples to oranges and has nothing to do with this thread.
Remember it was not that long age that scientists could not figure out how bumble bees could fly. On paper it was not possible, yet they flew! It was not by magic or by breaking any laws of nature, it was just a bit more complicated that the scientists originally thought.
The same might apply to anything today that is not thoroughly understood. Before arguing if something will work or not you must understand how it works.
Most of us agree that you cannot split water with electricity, burn it and get more out of it than you put in. Supposedly that is not the process at work here. If you have a perfectly tuned engine, optimized for maximum efficiency without regard for emissions, there would not be much room for improvement. That is not how our engines are tuned!
Don't know who “owns” this site, still the information seems logical: Directory:Fuel Efficiency Hydrogen Injection - PESWiki
Popular Mechanics dismissing the claims of wild mpg improvements for gasoline powered cars and stating a general skepticism for any mpg improvements: How to Run Your Car on Water - Truth About Water-Powered Car, Water Fuel - Popular Mechanics
Note how he speculates that the most benefit would come from lean burn and where the engine does not readjust fueling based on the exhaust (O2 sensor). Sounds like how our engines operate, yes?
Questions:
1. Are our engines tuned in such a way that adding minimal amounts of hydrogen will have a significant positive effect?
2. Can the onboard hydrogen generator make enough to matter?
3. Will the positive effects far exceed the energy required to drive the alternator to run the hydrogen generator?
4. If the answers to the first three questions are all yes, then it becomes a question of how much of a net positive effect there is and if it more than offsets all the costs from buying, operating and maintaining the generator.
I have no irons in this fire and will believe whatever results Eric supplies us after he's done his tests.
Remember it was not that long age that scientists could not figure out how bumble bees could fly. On paper it was not possible, yet they flew! It was not by magic or by breaking any laws of nature, it was just a bit more complicated that the scientists originally thought.
The same might apply to anything today that is not thoroughly understood. Before arguing if something will work or not you must understand how it works.
Most of us agree that you cannot split water with electricity, burn it and get more out of it than you put in. Supposedly that is not the process at work here. If you have a perfectly tuned engine, optimized for maximum efficiency without regard for emissions, there would not be much room for improvement. That is not how our engines are tuned!
Don't know who “owns” this site, still the information seems logical: Directory:Fuel Efficiency Hydrogen Injection - PESWiki
Popular Mechanics dismissing the claims of wild mpg improvements for gasoline powered cars and stating a general skepticism for any mpg improvements: How to Run Your Car on Water - Truth About Water-Powered Car, Water Fuel - Popular Mechanics
Note how he speculates that the most benefit would come from lean burn and where the engine does not readjust fueling based on the exhaust (O2 sensor). Sounds like how our engines operate, yes?
Questions:
1. Are our engines tuned in such a way that adding minimal amounts of hydrogen will have a significant positive effect?
2. Can the onboard hydrogen generator make enough to matter?
3. Will the positive effects far exceed the energy required to drive the alternator to run the hydrogen generator?
4. If the answers to the first three questions are all yes, then it becomes a question of how much of a net positive effect there is and if it more than offsets all the costs from buying, operating and maintaining the generator.
I have no irons in this fire and will believe whatever results Eric supplies us after he's done his tests.
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