25 Responses

1. Dude, these happen to be the very best releases available! The german govt actually opened up to public 300 records! Take a look on ufosecretXnet (replace X with . )

2. @ asims…My first thought was to dismiss your comment. But after a little thought I re considered.

   The problem is the experiment you suggest doesn’t differentiate between the extra “volume” created by the elevated temps due to hydrogens massive expansion properties ie; gross energy content theoretically can remain the same. However I am aware of high temp electrolysis. The result still needs quantification of “mass” which requires more sophisticated testing…Cheers

3. I did apply heat sinks on my module. Seems I can add more electrolyte with less heat generated. Thakks and great post!!!

4. read my post above and you will know all that is necessary to duplicate this.

5. Correct… that is what it is.

6. Use 304 or 316 stainless tubes… no steel or other metals.

7. .06

8. Read my post above. They explain it.

9. Read the post above and go and do the experiment for yourself then come back here and post your results. Seeing is believing… do the experiment.

10. You are very correct… a plasma arc under water produces exceedingly high heat and very high rates of electrolysis. Water normally boils at F212. this limit can be raised to several thousand degrees by the right conditions. The heat is energy as well and stored within the water. I don’t understand why most people don’t get this. Very simple.

11. 304 stainless… not important other than non corrosive. Using heat and full saturation with electrolyte is why you are seeing the results. Try it for yourself and come back here and post your results. Read my above post.

12. 12 volts, from .5 amps to 12. What you are seeing is no a deception. Try it for yourself. Read my other post above.

13. Read my post above… heat is additional energy, just a different type. This is not something for free. You are paying for the heat as well as the electricty but you are wasting a lot of heat in your car. Recover some of it and use it to improve gas output.

14. Read my reply above and go and so a the cheap experiment above and post your results here. You will find 1. Closer electrodes gives faster the reaction but raises the amp draw. 2. Higher electrolyte saturation raises the boiling point of water , no creating steam. Raising pressure raises the boiling point so water can be super heated at high pressures requiring minimum electric current to split it. Heat moves the electrons into a higher energy shell and makes the polar bonds easier to split.

15. The proximity increases the speed, not the efficency. Heavier electrolyte also increases the speed but raises them amps at the same time so it is speeding up the reaction. In this video you are not getting something for nothing or energy from thin air. You are still paying for the heat but are currently wasting it. Remember.. heat is energy. I am improving the output by adding an additional source of energy.. but one you are currently wasting plenty of.

16. Very correct.. most people miss the most important point. Heat is not free but it is potential energy. You are wasting plenty of it with your car, Why not recycle some of it instead of discard it. High temp electrolysis has been around for many years but most people don’t seem to know about it.
    I have achieved far better outputs than these shown. This was just a quick last minute video I did on a digital camera. They is why I didn’t have time to explain very much.

17. This is at a range from 1/2 to 12 amps 12 volts.
    This is not a deception, what you are seeing is as stated. It is easily done. Try using 2 bolts in a glass water saturated with an electrolyte at room temp and using a car battery.Note the output. Then heat it 20 or 30 degrees and try again and note the results. Raise it again and note the results. Easy to prove yourself. Come back here and post a reply for your conclusions afterwards.

18. around 800 hertz but that is not important in this case. You can hear the ringing in the stainless wires in my other video from the action of the pwm. It is for controlling the amp draw, nothing more.

19. Which petro company do you work for?

20. You are The biggest IDIOT FROM INTERNET!You are so stupid that even God Almighty watch you with astonishment!

21. The governments of the world are dropping support for hydrogen as a battery. It was never a fuel.

    The hydrogen process after, electrolysis, storage. compression and usage to generate electricity is less than 4% efficient.

    Stop wasting our precious energy and time with the hydrogen scam.

    All the cars designed are vapourware and have evaporated.

    Hydrogen is ***NOT*** a fuel and the cheapest way to produce it is from petroleum. Use the petroleum, directly, and conserve energy!

22. the water is heated up to the point that the water molecule fractures from heat, and it doesn’t take much to break it up. The temp is the key here, it’s the first thing he says…

23. I can guess that he is producing enough hydrogen to run a good-sized 4 cylinder car at just 5 amps. That is absolutely fantastic output for the amps. Fantastic work you should put up the entire build on youtube giving all details.

24. Does the proximity of the electrodes increase efficiency?

    I.e. decrease joule heating.

    In my experiments the reaction heated the water for me. I had trouble with it boiling off when it started cold. Finally it cracked the glass of my beaker. . . .

    Impossible to know watts simply from amps tho right? Require at least solution makup if not pure water, and electrode geometry. (Proximity and surface area)

    Very cool post, inspiring.

25. he says its “efficiient” because its going very fast. the idea is that the hotter the water is the more efficient the electrolysis, but just how efficient would depend on the amount of (h2 + o2) / watt.

    Just because its super fast for only 12 amps doesn’t mean it’s efficient. the efficiency would depend on the amount of energy put in (watts or volt * amps) not the amount of electricity (amps).