Skip to content
Stan’s Legacy The Stanley Meyer Archive
Sign in

The Fracturing

Meyer's last step is the one nobody checks: dissociate the water, ionise the gases, then stop the water molecule re-forming as it burns. He says that releases energy beyond normal burning. Forming that molecule is where the energy was.

The archive's own copy, 14 September 2026 40 MB

2 views

What was shown

Episode 15 ended with the ionised gas having a real job: somewhere for the ejected electrons to go. This is where Meyer says they go — and it is his own running order. The chapter after Gas Processor in The Birth Of New Technology is Hydrogen Fracturing Process, and numeral (390), the step the gas processor hands off to, carries that name.

The claim, and what it would take

The Hydrogen Fracturing Process has the capability of releasing thermal explosive energy up to and beyond 2.5 million barrels of oil per gallon of water under controlled state

He means it literally. Figure 3-42 carries E = M_d C² in its corner, and In Summation supplies the missing mass: "The Electrical Extraction Circuit… decreases the mass size of the combustible gas atoms."

do this to one gallon barrels of oil
burn its hydrogen 0.0098
fuse its natural deuterium 1.9
…burning the products too 8.9
strip one electron off every atom 5,070
strip out every electron it has 16,899
fuse every hydrogen atom to helium 44,199
annihilate the gallon entirely 55,496,891

The two bold rows are his own mechanism taken at its word, and they are short by 493× and 148×. His figure needs the complete annihilation of 170 grams of the 3,779-gram gallon. Meanwhile the honest bill for the same operation — 40.81 eV to ionise one atom of each per molecule — is 0.135 barrels, and it is a cost, not a yield. The electron is not destroyed. It moves, and the mass comes back when it returns.

The mechanism, stated twice, in opposite directions

[WFC 422DA] Thermal atomic interaction is caused when sub-critical gas ions… fails to unite with or covalently link up or covalent bond with highly energized, laser primed, hydrogen atom

[In Summation] The Hydrogen Fracturing Process simply triggers and releases atomic energy from natural water by allowing highly energized sub-critical combustible gas ions to come together during thermal gas ignition

Those are not two descriptions of one process. They are opposites, four pages apart.

And whichever you take, the arithmetic is the same. Burning hydrogen releases 285.8 kJ per mole of water formed, and that number is the O–H bonds closing. Prevent the water from forming and the energy is not released late — it is not released.

Rocket engineering has a name for unrecombined radicals leaving a chamber: frozen flow loss. Same mechanism, same conditions, measured for seventy years, and counted as performance you gave up.

What he is right about

Non-combustible gas really does retard and control the burn (Non-combustible gas retards and controls combustion rate of Hydrogen Fracturing Process), which Three Streams measured. And radical chemistry genuinely governs flame speed and emissions. He found a real lever and pushed it the wrong way.

hydrogen fracturing WFC 420 WFC 422DA In Summation atomic energy mass defect frozen flow loss combustion bond energy figure 3-42 synthetic voice Evil Stan