Low energy Input, mass hydrogen output methods in use.

[Jay]

I cant find any info there that states how the freq is fed into the simple setup so I am assuming it is through the DC voltage?

Is someone trying this...that amount of gassing is very impressive if true...

[kutz]

Hi,
I did try to repeat alaskastar`s style of making hydrogen (as showed in video) with this results: I used slolution (cca 0,35 L) of sulphuric acid and destilled water in 1:1 proportion and bruteforce way ).
I tryed what I could obtain at this time: copper, lead, iron, stainless steel, galvanized iron, zinc, carbon, aluminium and (I hope) all of their combinations.
Some minor efect of bubling I recognized only with combination of zinc&iron. I also did some measurement (metals not shorted) and best combination seems to be aluminium&cupprum (over 1V).
I tryed also electrolysis with about 14V DC (not loaded) and got nothing better compared to my earlier tests with water&soda (titanium&SS cca 20amp 0,2L of Hydr./min. in one small cell)
So I was quiet disappointed.... in desperation a grabed a SS scourer lying aroud and what the heck! There was a strong reaction at last. Well pretty short but... It left solution with strange color, but it was continuing in minor bublig. I`ve got short video of that. If I could put it somewhere...
Any help is appreciated...
Has anyone some experience with that ?

sorry of my english...

[BEMET]

What reaction did you get with the galvanized iron? You may need to dilute the Sulfuric even more to the dilution point equal to battery acid. The reaction starts slowly but is usually ended in 10 minutes. Take the iron out and in 24 hrs a white precipitate will form on the bottom. ZnSO4

[kutz]

[kevinsatterfield]

[Dan Dan]

[Jay]

[GarbageMan]

Thanks crypto/thrival-
Been thinking about why different people come up with different sweet spots. The shapes of their cells/electrode arrangements could'nt have been the same. Like you said about the sound bouncing around between plates. Anyway, got an electronic buddy of mine making me a PWM (hopefully w/ some good range of adjustment) to play with. I don't think so much that there's just ONE magic freq., you have to take into account the vessel your putting it through. So, for each different container shape you'd have a different sweet spot or spots up the range- hence, big adjustment range.
I'm sure someone already figured this out but I'll give it a try.

[kutz]

[Jebus]

[AlaskaStar]

[Dan Dan]

[crapmars]

[thrival]

[AlaskaStar]