High voltage HHO by IronHead

[IronHead]

Little bubbles Big Bubbles
I am going to get into this later today, I have to  do a few things first, when I get back.
I will be getting into magnetic rotation , gradient and lose.
This occurrence is normal even in a half cell stack . + n -
The full stack below  + n - n + that has been dialed in to this specific
condition. you clearly can see little bubble /big bubble happening @ 36vdc.

The more you learn to control your cell with these fields the more you can adjust your gas outcome and there types. This is why I can mimic just about anything you guys run into. I was asked this question in a message.

[alexleigh]

Hi Ironhead,

Nice to meet you! Thank you for your information on Pg14! I have made one set (2X3X4 electrodes)the same to yours. I connected 2X 12V batteries in series to make up a 24V power supply ( I only have two car batteries). KOH was added as well. when it started, it drew 15amps but only 800ml/min HHO gas was produced. It was far from you guys done. I have connected to a Stan Meyer's plused circuit but no significant difference. What would you suggest me to check it up? Thank you!!

Besides, the electrolyte heated up rapidly. I didn't measure the temperature but it was vey hot. Will it reach a certain degree (ie 180F) and keep unchange? Otherwise, it goes straight boiling and water vapour mixes with HHO.

Ah..... I have tried NaOH and table salt as well. However, the bubbles were smaller and rate of HHO production was lesser than KOH. After using table salt for sometime, the pH of electrolyte went up from 7 to 12. I thought chloride left as chlorine gas and this produced a by-product, OH-.

This is what I have done in these few days and I would like to share with you guys!

Alex

[d3adp00l]

check your chemical equations and reactions when using table salt. I can't wait for IH's reply...

[alexleigh]

check your chemical equations and reactions when using table salt....

Yes, thank you! I know that

2Cl-(aq)   ---> Cl2 (g) + 2e-

Na+ will not change but Cl- will become less and less. In order to balance the over charge, H20 will be ionized as,

2H2O(l) + 4e-    ---> H2(aq) + 2OH-(aq)

NaCl will be replaced by NaOH in the electrolyte. In the end, No chlorine gas will be produced but O2 gas instead.

[hkyle]

well you hope so.
adding salt to the water does absolutely no good for electrolysis, don't chance it when you have koh and lye laying around...
be careful