Quote from: nightlife on March 11, 2010, 08:48:21 PM
There should be a way to split water into hho and use it as a fuel and then capture the energy produced from it turning back in to water again.

By use of a simple condenser, and a small pump to pump the "water exhaust" back in the water container. What if it was possible to make gasoline by running electrolysis on the exhaust... reversing the combustion process?

Gasoline is basicly hydrogen and carbon. It combusts with oxygen in the air and leave CO2 and H2O. Maybe it is hard to convert CO2 into COO? Let CO2 be absorbed in water under pressure and then run electrolysis on it?
But it will be possible to convert that H2O into HHO - and overflow the water tank, or take conversion loss into account, and then be able to leave the water level constant.

So at the end we fill the gasoline tank and the water tank only once - then run the car forever...(?)

Vidar

I can see you guys are thinking this out rather well. Who would of thought that an audio amplifier and three special frequencies would be the key to limitless energy? It's genius! Pure genius! I can't wait to see you guys stick it to the man with these super simple devices. Let me guess, you plan on using a dry cell?

Quote from: HeairBear on March 12, 2010, 09:20:29 AM
I can see you guys are thinking this out rather well. Who would of thought that an audio amplifier and three special frequencies would be the key to limitless energy? It's genius! Pure genius! I can't wait to see you guys stick it to the man with these super simple devices. Let me guess, you plan on using a dry cell?

Thanks for the positive and encouraging reply I have a question to you, however: Do you have any good ideas regarding dry cells? Because I do not see any potential in using those - yet.

Vidar

Quote from: HeairBear on March 11, 2010, 06:40:53 PM
What kind of resonance? Will 42.8khz + two lower octaves work with any shape or size cell? Can you please give references...

Yes, I can!
http://www.free-energy-info.co.uk/Chapter10.pdf
also, make a note of this:
http://tech.groups.yahoo.com/group/WorkingWatercar/
One of the best referenced project around. (check out the rest of the
ebook, and print it if you have three reams of paper to hand.
Paul-R

Dry or wet, the differences in efficiency is negligible and need not to much consideration involving electrolysis. Although, a parallel design is a better choice by far than any series cell design.