Water as fuel
However, it may be used for water injection, or as an agent to release hydrogen from other compounds (i.e. LiH), but then it's not an H2O only car in either case.
Now, hydrogen can, and will probably be used as an automotive fuel sometime in the future, but that's H2, and not H2O.
Coal + power plant = electricity and emissions (no free lunch here!)
Electricity + water = hydrogen fuel and oxygen
Now, that's probably not too efficient since you're doing two energy conversions. Probably the better way is to directly burn the coal (or other non-transportation fuel) at an ethanol plant...

Anyhow, whenever you do a conversion there are some inevitable losses, but electrolysis happens to be fairly efficient. As a matter of fact, converting electricity into something else is usually very efficient in conparison to many other conversions. On the other hand, the internal combustion engine is a lot less efficient, and there is a well defined limit on its efficiency (see: http://en.wikipedia.org/wiki/Carnot_...ot.27s_theorem)
Thanks for your forgiveness on the spelling though I would check yourself as well. Make is spelled with an “m”. Also by perpetuum do you mean perpetual or perpetually because perpetuum is not a word in English yet. You will note the time I input the entry was 5am. I work in a data center at night 8:00pm to 7am and I didn’t take the time to plug in the spellchecker.
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but actually has figured out a way to amplify the inputted energy
Nonsense. One can amplify a signal, but not energy. That would be a perpetuum mobile. "<o:p></o:p>
Taken out of context. What I meant was the amount of initially inputted energy he was using, not that he was creating more energy then he had on hand. Truly one cannot escape attrition, which would eventually drain the batteries, which I suggest might be the source of the additional energy.
Quote:he’s freeing up the hydrogen more efficiently than previous methods.
<o:p></o:p>
Impossible.There are several ways to make hydrogen with some of them cheaper than the others, but the efficiency of the oft used electrolysis is very well known and there is no way to nake it "more efficiently". (using less energy)<o:p></o:p>
As I said I work nights in a Data center and I read a lot of information from sources like Popular science to web blogs. First and foremost you say “impossible” and slam the door that someday somebody might actually prove you wrong. By use of filtered and distilled water you can speed up the electrolysis process. Also by changing the water to an electrolyte you increase the waters resistance to electricity. Adding bicarbonate of soda simply put “baking soda” can do this cleanly and more efficiently then using regular tap or ground water.
That’s why progress in science is so slow because most people have that same attitude to close your eyes to experimentation, which is after all true science.
Stephen Hawkings once said, "Nothing is impossible, just improbable". We don’t know everything and never will. I didn’t say he was using traditional electrolysis to crack the water. It seemed to me that the device is a bit oversized for the amount of water he put in the machine.
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I think the only way you might achieve an efficient h20 only car would be to use exotic materials like superconductors and other yet undeveloped products.<o:p></o:p>
Water (H2O) is never going to be a fuel since it takes more energy to break it up into H2 and 02 than
what one can get back. Period.
Again your statement is very closed-minded. Yes while its true you can’t slam a revolving door. You can prove this. But you have no ground to stand on when you suggest we know every way to crack a molecule or that you know that in the future people wont use water as fuel. Just like I can’t say they will I just say it might be possible someday. I’m not sure this guys for real but I’m willing to take a more detailed look at his work before dismissing him as a chiseler and a crackpot (pun intended).
John
Ford Trucks for Ford Truck Enthusiasts
At least that's not two dozens or so, and not in a claim about "intelegent reply".
<o></o>
Impossible.There are several ways to make hydrogen with some of them cheaper than the others, but the efficiency of the oft used electrolysis is very well known and there is no way to nake it "more efficiently". (using less energy)<o></o>
As I said I work nights in a Data center and I read a lot of information from sources like Popular science to web blogs.
They are not particularly good sources of reliable information. Especially the web blogs, and this forum is a prime example of all that misinformation that can occasionally pop up.
Not 100% sure if this is a yardstick of your science know-how, but I consider this an elementary knowledge.

A pseudo scientific buzz phrase: "true science", and I'm not sure you could adequately explain what it means.
In any case, there is such a thing as "scientific method" http://en.wikipedia.org/wiki/Scientific_method that says quite a bit about experiments and research.
Non sequitur. We're talking about some very basic things like energy conservation during simple chemical reactions, and his research is way beyond these mundane issues. Many of us (maybe not you) know enough physics and chemistry to understand what is happening when hydrogen is burned, or when hydrogen is produced from water during electrolysis.

what one can get back. Period.
Again your statement is very closed-minded.
Nope. With enough chemistry and physics, it's easy to know right off the bat if something is obviously BS.
1) attempting to deceive others purposely
2) don't know enough science to know it better
OK, let's state it point by point:
a) hydrogen can be used as a fuel
b) one can get heat and water if H2 is burned in air
c) but to get the hydrogen back from water, one would need to put in at least as much energy as we got out in the form of heat when the hydrogen was burned before. There is no way to get around that.
http://en.wikipedia.org/wiki/Energy#Conservation_of_energy
Last edited by aurgathor; May 30, 2006 at 11:24 PM.
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<TABLE style="WIDTH: 100%; mso-cellspacing: 0in; mso-padding-alt: 3.0pt 3.0pt 3.0pt 3.0pt" cellSpacing=0 cellPadding=0 width="100%" border=0><TBODY><TR><TD style="BORDER-RIGHT: #e0dfe3 0.75pt inset; PADDING-RIGHT: 3pt; BORDER-TOP: #e0dfe3 0.75pt inset; PADDING-LEFT: 3pt; BACKGROUND: #e7e7e7; PADDING-BOTTOM: 3pt; BORDER-LEFT: #e0dfe3 0.75pt inset; PADDING-TOP: 3pt; BORDER-BOTTOM: #e0dfe3 0.75pt inset">Also by changing the water to an electrolyte you increase the waters resistance to electricity. </TD></TR></TBODY></TABLE>
Yes your right it was wrong what I meant to type "decreases" resistance to electricity. When restoring a piece of metal with electrolysis process you will usepowe more r to clean the metal then if you alter the water to make it an electrolyte.
As for enough science revealing BS ok I can agree with that but your whole argument is based solely on one news report which is for ratings and is less then a minute of info. I never said it would be the perfect solution or even efficient I just said it might be possible someday. Simply my opinion has just as much value here as anyone else’s …nothing.
I’m not trying to sell anyone anything and I have nothing to gain arguing about this.<O
</O
I didn't through the gauntlet down here and frankly I’m willing to just toss it to the side.
Thanks
John
, but I thought that ludicrous "water as fuel " idea was behind us when you tried to further discuss and defend certain points. In any case, at one time in my life I was majoring in chemistry and physics.
If you want to know some 'real science', taking the first year of chemistry and physics in college would give you a pretty good foundation, and the ability to see beyond common scams and pseudo science.
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chris



