Leon

The two H2 sides of the cells were connected to the air intake. It did not worked at all because the amount of current needed for the two cells was like 12v 40 amps or something. The motor/dynamo had to work very hard to keep the battery charged. There was no millage improvement at all. For what I know now the better method is use the H2 by the injectors, but energy losses are way to high anyway. A new finding could be to use this technique https://maynex.com/everything-you-need-to-power-your-vehicle-with-water-gas/ Aluminum + Sodium Hydroxide + water = pure H2 gas. I'm building on a tank this moment but will not use the gas in a car, my needs are heating. Will post the results over here on this forum when I'm ready.

Hey Donald,

On my list I have the Bob Beck Blood Electrifier to build    I have already collect some very good building material, like an "as is video" on a breadboard. With this manual it must be very easy to build. I would love to work with some people on this project and exchange experience. This device is one of the suppressed knowledges by the medical industries and will like HHO contribute to a better world.

regards,

Knovos.

Thanks Steve,

I have to do some more searching to find out what can be done with these circuits.
I will be back if I have something useful.

Kind regards,

Knovos.

This is the PCB circuit, Bifilar clockwise.
I used 0.4mm thickness for the wire, it should be 0.7mm.
I tried several smaller coils with no different result.
The core is glued together with some toroids from computer cables.
When I attach a magnet near the coil it is vibrating.
I use a multimeter to measure the voltage and use a very old oscilloscope.

(http://www.leonknook.com/circuits/PCB Dave Cramton small.jpg)

Download the attachment for a sharper picture if needed.

Hi to you all,

I want to use my gas splitter dry cell (using the H2 only for my car) by using a circuit which work with frequencies to avoid the big current consuming. So I stumbled on the Dave Lawton circuit and build it on this PCB (http://i1285.photobucket.com/albums/a600/knovos2/IMG00480-20130224-1419_zps826b8dd1.jpg)
In spite of all the effort I did not get the high voltage spikes (1200 volt?) according to the attached PDF-file cramton-lawton.pdf. Both sections of the circuit work fine but the output is nothing more then spikes from 8 to 9 volt at 0.5 amp. To adjust the 4 pots to get something done is a kind of gambling process I don't like it at all. Further investigation bring me to a guy named Ravi who added some big changes to the Cramton circuit which tells me the Cramton circuit is a good basic design but needs a lot more (see attached pdf-file Ravi Cell). His modifications seems to work very well but take a lot of time and money. It kicked me back in my chair, no I don't want to do all that. Back on the web I discovered a different circuit from Dave Lawton which does the same Stan had, a self tuning resonance circuit. Look at page 10-61 from the attached pdf files chapter10.pdf My question to you all, is it worth trying to build this circuit (http://www.leonknook.com/circuits/Lawton%20self%20tuning%20circuit.jpg)
and is there a PCB available (open source). Are there alternatives who are better or give good results?
Kind regards, Knovos.

I use rip stop nylon for the membrane, it's material they use in the tent industries. Cheap, 100% nylon en very dense, no gas bleeding whatsoever.
https://www.stoffen.net/57-997577-01_ripstop-1.html
The problem is not building a gas splitter that's an old koekie for me 
video showing playing with two cells in my car.

I'm focusing on the green laser en the magnets, can't wait for the stuff to come in!

[youtube]https://youtu.be/8A3_ynH3I5k[/youtube]

This is what I want to build as a test setup. A two plate setup. From down under trough the gap going up the green laser beam. It shines trough a lens which breaks the light as a straight line. I can add magnets on the surface of the lens. Gas can flow trough the upper holes where measurements can be done. There is a membrane between the two red inner rings. It is possible to 3D print lenses (see video) but maybe Plexiglas works too.
(https://knookl.home.xs4all.nl/waterstof/TEST%20SETUP.jpg)
 [youtube]https://youtu.be/7LpQwnupQPU[/youtube]

[youtube]https://youtu.be/5hyRAIDt-aM[/youtube] here is the moment where I stopped because of a lack on storage possibility's for the hydrogen.

If you want to save my life please explain why. If been working with pure hydrogen(H2) it's a friendly gass to work with.

Any news on this subject?! I've been 6 years ago on this forum with a last post. This week I took a quick look what is going on. I was stunned by this find and even more surprised nobody tried this out. I'm back on H2 dry cells again by seeing this Dutch guy who is compressing H2 in a propane tank up to 15bar=about 150 liters! [youtube]https://youtu.be/REV739pRNcw?t=454 [/youtube] In combination with green laser and magnets this all gave me hope and an inspiration boost. Have to rebuild my cells and I ordered two green laser pointers on Alie. In the meantime I became a 3D printing specialist so enough skills and tools to build something. I will be back.

A nice easter to you all.

kind regards,
Leon.