Stan Meyer's Electrical Polarization Process: pulling water apart with voltage, step by step

Electrolysis pushes current through water. Stan Meyer's Electrical Polarization Process says the opposite: shut the current off and pull with voltage. Step one is ordinary physics: the water molecule is polar, oxygen holding the negative side and the hydrogens the positive (Figure 1-7), which is also why a microwave oven heats water. Step two, from his memo Voltage Dissociation of the Water Molecule: a pulse voltage across the plates while the Voltage Intensifier Circuit inhibits electron flow; the positive voltage field attracts the oxygen atom and pulls electrons away from the molecule, the negative field attracts the hydrogens (Figure 1-9). Step three: "once the negative electrically charged electrons are dislodged from the water molecule, covalent bonding (sharing electrons) ceases to exist"; when the pulse switches off the atoms recapture free electrons and leave as gas with a net charge of zero. Go higher still and the memo says the atoms ionize, the start of what he called Resonant Action. His test graph (Electrical Polarization Process (EPP): Voltage Dissociation of the Water Molecule, WFC test-evaluation report, p. 59) marks an Electrical-Stress Threshold Start-Point at 30 volts, with gas climbing above it to 48.7K cc/hr at 80 volts while the current runs up against an amp-restriction line between 4 and 5 amps. Fig. 9A (© 1981) shows the control: step the pulse voltage up from Va to Vb to Vn to raise the gas-yield rate while the amps stay restricted. The graph is Stan's; the archive has not seen it independently reproduced. Find your own cell's threshold and post it. Sources on stanslegacy.com.

About the voices. The narrator is NeuralStan, an AI voice the archive uses for its made films. Where you hear Stan Meyer, it is Stan: every word of his is cut from an original recording, and nothing he says was synthesised.

Sources

• Stan Meyer · Deer Creek, Ohio · 1985
• Stan Meyer · Figure 1-9: Electrical Polarization Process · WFC 420
• Stan Meyer · Figure 1-7: Electrical Charges of the Water Molecule · WFC 420
• Stan Meyer · Fig. 9A: Variable Pulse-Voltage Frequency · © 1981
• Stan Meyer · EPP: Voltage Dissociation of the Water Molecule · WFC test-evaluation report, p. 59
• Stan Meyer, Voltage Dissociation of the Water Molecule and Figures 1-7 and 1-9, WFC 420 — stanslegacy.com
• Stan Meyer, Electrical Polarization Process (EPP): Voltage Dissociation of the Water Molecule, WFC International Independent Test-Evaluation report, p. 59 — stanslegacy.com
• Stan Meyer, Fig. 9A, Voltage Attenuation Circuit, © 1981 — stanslegacy.com
• Stan Meyer, Deer Creek, Ohio, 1985, at 27:35 — stanslegacy.com