Stanley Meyer VIC resonant electrolysis mod

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Splitting distilled water with a 12 volt power supply. This came out of an attempt to maximize reactive power and minimize active power in the circuit... although I'm not sure that was accomplished in the video. Anyway...

Circuit and parts are listed in the video. The setup is basically the Voltage Intensifier Circuit of Meyer with one major change: the second inductor (2nd wire in a bifilar-wound E core) instead of being in series with the circuit, has only one end attached to the circuit. How or why this works, I don't yet know, but it does allow more power into the distilled water than any other method I have tried so far.

It is also frequency-dependent, unlike other methods where bubble action didn't depend on any magical frequencies. Here, though, the first major resonant point is around 20kHz for my cell. There is about 2 inches of overlap between inner and outer steel cell. Also I drew the bulb location wrong - in the video it's after the WFC, but in my diagram it was shown before... no difference since it behaved the same either way.

The bulb was put after the WFC as an indicator of power flow, and potentially as the "amp consuming device" Meyer talked about. Yeah I know it's supposed to go before the WFC but goofed in my setup for the video, but it works the correct way just the same.

I tried resistors to limit current but they got hot as hell and burned my finger... potentiometer sparked and smoked, so a little lightbulb (only 4 ohms though) was my next try and that, plus the free floating second inductor terminal, is what you see here.

My guess is that the second bifilar wire is being driven both by capacitive current and magnetic field EMF from the first wire, and the electrons within the wire oscillate longitudinally in a standing wave, and that somehow does "something" to the bottom edge of the circuit by maybe injecting and taking away electrons when needed. So it acts as a forced electron reservoir perhaps, like a syringe sucking in and expelling electrons from a subdermal insertion point in the circuit.

Category:

Science & Technology

Tags:

• stanley
• meyer
• electrolysis
• high
• voltage
• water
• fuel
• cell
• VIC
• resonance

[crippled82]

How much power is consumed by the lamp parallel to the cell?

[hdemartin]

I don't know, maybe 5 watts? The pulses going through were neither nice sine waves nor DC, so I couldn't make a power measurement with the instruments that I have. Well, bet there's a method via my PC oscilloscope but I'll have to look up that method.

[jeanjeansl]

How much voltage are you getting threw the Cell. Do you think that more voltage would create more production?

[hdemartin]

My video shows the mean voltage was ~32V with a 12V sine around that at resonance. So it ranged from 26V-38V. Notice this is NOT what Stan Meyer talked about with step charging up into the kV range. I'm still hunting for the key to getting that high voltage step charging, which I think is THE key to getting this to work even in distilled water. Take note - store-bought distilled water is not ultrapure, it still has ~500-800 ohm resistance only.

[Jeremy87901]

Hi, If you don't mind would you tell me if you have a AC or DC voltage coming out of your frequency generator, I realize that you are using about 12.5V DC for the input? Can you also tell me about what frequency you are geting resonents? I thank you very much and have a nice day.

[hdemartin]

My freq-gen put out pulsed DC to drive a power MOSFET which was gating my benchtop 12-18 Volt power supply right through the primary of my toroid. Res frequency was ~18kHz, but the frequency changed when I used a different toroid, therefore it has more to do with the VIC circuit than any intrinsic "water molecule resonance." In other words, if you were to build this yourself, you'd get a different res frequency, though it would likely be under 700 mhz.

[Tohmahak12]

try hooking the floating wire throught a diode and back after the diode in your VIC circuit. This is how I get the best power transfert and the max bubbles.

[pJJanelle306]

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[gilligan80]

i mean the basis for the whole circuit is the oxide layer of chromium in between the two surfaces... once that layer is built up enough its no longer an electrolysis cell... think about what a semiconductor is... AN OXIDE... when this thing runs right the water is being broken down by a semiconductors action.. .hence little current draw... no heating of water... no heating of circuit....no WASTE... thats what I have discovered anywase... keep your bare fingers off the surfaces too

[gilligan80]

@simnimbus the point of the circuit is minimal amp draw... even if you have a supply that has 600 amps the circuit is designed to only utilize as much as it can draw.... your car stereo doesnt use all the current that your car battery and alternator can supply at one single time... stainless develops a chromium oxide layer when run on DC in plain tap water... the water gets dirty then change it right away... keep doing that till you get the white coating in between the tubes...

[xsports49]

nice work. do you no where i can find a dc toroid transformer?

[simnimbus]

Could you please, please, please make a 24V circuit that can handle up to 35-40 amps? I really need help finding a Toroid that can work in this kind of setup.

I may be wrong about what I need, I'm using a bruit force DC circuit on a 24V Battery and I'm tuning my electrolyte mixture low enough to keep a 40 amp fuse from popping. ( I wanted a 35amp fuse but no luck)

I'm really looking for a way to do what you are showing here.

Any help would be greatly appreciated!

[jburnum]

Study Steinmetz compound oscillations as well as Tesla one wire technology. I believe your toroid has to be impedance matched to the 1/4 wave open path resonance of the bifilar and water. I also believe you are creating a stationary quarter wave of the open path. The water just happens to be a part of the entire open path wire. You can do this with a line transmission coil in open path and gain serious voltages when you hit longitudinal resonance. This is Tesla's one wire technology!!!

[IsItTrue99]

Not sure i understand this video, how can the mean voltage be higher than the P-P voltage in a sine wave? shouldnt there be a step charging effect not a sine wave?

[IsItTrue99]

thanks

[saki71sgd]

Hi...i ve done the same thing yesterday..Results r wonderfull..@ low current 550ma i ve get pretty good amount of hydrogen in pure water...google it...low current hho