High voltage HHO by IronHead

[Robb077]

Good. I need some plates to be marketed.
What is the HHO to be used for? Not the best to run a combustioin engine on. Good for welding. Not much interest in burning the gas in a closed (small air escape or vacuum hole) in a ceramic container for a plasma heater?
Developing a plasma is the best way to gain the extra energy from hydrogen in my opinion.

[popeye68]

mmmm..

when we would be producing monotonic hydrogen (in our HHO)
and feed that through a (water) boubler , what's the
chance that the gas is recombining?

Or schould we suck it straight into the engine to have the
most active gas posibble?

[s_c_engineering]

something like this maybe?  red(+) and grey(-) all the way thru, black insulating acrylic and blue the neutrals, just trying to picture the magnetic fields and the most efficient way to use em.

[IronHead]

Yes this is the way we are working toward .

[keithturtle]

IH;
Quite a number of pages back, Grumpy said sumthin' bout butyl holding and spacing the plates.   I said I'd try it, and man, it's the hot ticket, at least at lower amps.  I stacked some 304 plates, sanded with 80 G and ground along the bonding edges with 36 g.   After cleaning and passivating, I stacked 'em with 1/16" balsa strip spacers in the middle (not clear to the edges), clamped 'em together, then smeared a big goober of windshield urethane on some wax paper about 1/4" thick and laid it on edgewise.   Let it dry and repeated for other side.  ( I did the same with GE silicone II and an identical stack, cuz I make pairs of everything).

After the stuff cured, I trimmed the edges, hooked up the connectors and put some minor power to it in spring water, no adds.  The urethane cell performed just like one made with grooved acrylic, and the silicone cell turned all kinds of ugly with dark green foam, but stayed together.

Gotta break it down and see how well it held, but this technique may go a long way in getting our viewers' cells built more expeditiously.

It could easily accomodate the intra-plate water supply ducting, though y'all will need to be careful smearing the goo.  Great advantage: provides rigid spacing and sealing in the same step, and no machining the plastic.

This trial appears successful, so I'll set up the thicker 316L plates in a brute force configuration and report forthwith.

I put up to 120VDC and 10 amps to the brute cell and watched things happen along the way.  0.01 normal KOH in the spring water was all that was needed.

I bought two of the chapps pulsers- one for the computer and one without.  I'm with you, teach.

Poking along,

Turtle