Stanley Meyer > Stan Meyers system 1
EEC theory
Steve:
Hi,
A major part of the Stan Meyer theory is based on extracting electrons.
We agree on the fact that current in water is carried NOT by electrons.
One of the open questions is if electrons are freed in the electrolysis proces.
Lets assume that electrons are freed during this proces and that there are free electrons as well in the water.
Electrons are conducted by metal, like SS.
The electrons from the wires and tranformer flow till the SS electrodes and there
they stop......passing the current over to the ions/atoms.
Looks like the electrodes behave like a "current door" function.
If there are electrons freed in the water, then it should be at the electrodes, it think, because there is where the hydrogen and oxygen are produced. With a pulsing dc it should be possible to extract electrons from the waterbath in the downtime of the circuit. The door opens back towards another circuit where the charge of the ions/atoms "pushes" the electrons from the water back into the electrodes and EEC circuit. The question is if it is possible to do such thing.
Question:
What would happens if we take out electrons from the waterbath with the water?
Is less re-combining the result? Less particles in the water, so less friction=heat?
Better efficiency?
Steve
Donaldwfc:
First thing you need is an insulated cell such that the water can not come in contact with any ground, only the pos and neg connections can touch the water.
Second thing you need it a resistive load, like a light bulb, and a *positive* voltage source
Third, you need an alternating pulse circuit that will pulse the cell with a 50% duty cycle, and your *positive* voltage source with the other 50%
Fourth, the Positive tube in your cell is connected to the load and the load to the positive voltage source, this means that your positive tube, in connection with the water, becomes "ground" or an "electron source" to power your light bulb on every alternating pulse
Fifth, you need free electrons in your water bath to be pulled out, or the light bulb wont light up
Steve:
--- Quote from: Donaldwfc on April 18, 2010, 22:22:18 pm ---First thing you need is an insulated cell such that the water can not come in contact with any ground, only the pos and neg connections can touch the water.
Second thing you need it a resistive load, like a light bulb, and a *positive* voltage source
Third, you need an alternating pulse circuit that will pulse the cell with a 50% duty cycle, and your *positive* voltage source with the other 50%
Fourth, the Positive tube in your cell is connected to the load and the load to the positive voltage source, this means that your positive tube, in connection with the water, becomes "ground" or an "electron source" to power your light bulb on every alternating pulse
Fifth, you need free electrons in your water bath to be pulled out, or the light bulb wont light up
--- End quote ---
You sound very convincing. Have you tried such a setup?
Donaldwfc:
not yet, maybe after i get my next project settled
handyandy:
I think the EEC circuit is not so much removing electrons from the water but removing electrons from the produced gases. I see a similarity between the concept of an EEC and the kelvin generator although I don't know if they both work on the same concept.
Andy
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