Four Pyramids, Four Functions, One System
How the Step Pyramid, Red Pyramid, Bent Pyramid and Great Pyramid may have functioned as stages in an industrial production chain.
Geoffrey Drumm postulates that different pyramids represent different stages of a chemical production process: [Geoffrey Drumm - Land of Chem]
| Pyramid | Location | Claimed Function |
|---|---|---|
| Step Pyramid | Saqqara | Methane production |
| Red Pyramid | Dahshur | Ammonia synthesis |
| Bent Pyramid | Dahshur | Fertilizer production |
| Great Pyramid | Giza | Sulfuric acid production |
Let us examine each stage in detail.
The Step Pyramid of Saqqara is the oldest large stone pyramid in Egypt. It was built for Pharaoh Djoser - or so conventional archaeology says.
Claimed function: Methane production through anaerobic fermentation.
The process:
Organic matter (plants, waste)
+
Water + Heat
+
Absence of air
|
METHANE (CH4)
Methane is:
The stepped structure of the pyramid could represent different fermentation stages - similar to modern biogas plants, which also work in stages.
The Red Pyramid is the third-largest pyramid in Egypt and - as we saw in the previous subchapter - the site of the mysterious ammonia smell.
Claimed function: Ammonia synthesis from nitrogen and hydrogen.
The chemical equation:
N2 + 3H2 -> 2NH3
(Nitrogen + Hydrogen -> Ammonia)
The three chambers of the Red Pyramid could represent the three stages of nitrogen fixation:
The Bent Pyramid is an architectural puzzle: Halfway up, the angle of inclination changes abruptly. Conventionally, this is explained by construction errors or time pressure.
Claimed function: Production of ammonium bicarbonate - a stable, transportable nitrogen fertilizer.
The chemical equation:
NH3 + CO2 + H2O -> NH4HCO3
(Ammonia + Carbon dioxide + Water -> Ammonium bicarbonate)
The "bend" could mark a dividing line between two process sections:
Ammonium bicarbonate is:
The Great Pyramid of Giza is the most famous building of antiquity. It is also the most puzzling - no hieroglyphics, no mummy, no grave goods have ever been found.
Claimed function: Sulfuric acid production. [Christopher Dunn - The Giza Power Plant]
The process:
S + O2 -> SO2 (Combustion of sulfur)
SO2 + H2O -> H2SO3 (Sulfurous acid)
2H2SO3 + O2 -> 2H2SO4 (Sulfuric acid)
Christopher Dunn, an engineer who spent years examining the Great Pyramid, observed:
Sulfuric acid is the "queen of chemicals" - it is needed in almost every industrial process:
Quarz-Glimmer-Schist, 61cm, ca. 3000 v.Chr.
If the production chain existed, it functioned like this:
STEP PYRAMID
|
| (Methane CH4 as fuel/raw material)
v
RED PYRAMID
|
| (Ammonia NH3)
v
BENT PYRAMID
|
| (Ammonium bicarbonate NH4HCO3)
v
+---> NILE (Fertilizer mixes with silt)
|
GREAT PYRAMID
|
| (Sulfuric acid H2SO4)
v
Industrial Applications
(Metal processing, further chemistry)
The theory also explains puzzling finds in the pyramids. Dunn documented salt crusts in the Great Pyramid - possibly residues of chemical processes:
| Byproduct | Location | Possible Source |
|---|---|---|
| Hydrochloric acid (HCl) | Queen's Chamber | Chloride reactions |
| Ammonia (NH3) | Red Pyramid | Nitrogen fixation |
| Zinc traces | Pyramid shafts | Catalyst residues |
| Ammonium chloride | Air shafts | Acid-base reaction |
These byproducts would be inevitable in chemical syntheses at industrial scale.
The Nile was not just a transportation route - it was the distribution system for the end products.
This would explain why the Nile Valley was so extraordinarily fertile - not just from natural silt, but through a systematic fertilization program.
"The 'gods' did not need to preach or write laws. They only had to program the water."
The "granary of the world" would then not have been a geological coincidence, but the result of frequency-programmed, chemically optimized water.
Conventional view: Kemet = "Black Land" because of the fertile Nile silt.
Industrial view: The silt was so fertile because it was enriched with chemical fertilizers. The chemical production flowed into the Nile, mixed with the silt, and made the land the "granary of the ancient world."
Herodotus called Egypt a "gift of the Nile." [Herodotus - Histories Book II]
What if the Nile itself was a gift of the pyramids?
If the system existed, then the Nile Valley was not fertile despite the pyramids - but because of them.
The pyramids would not have been monuments to death, but infrastructure for life. Not symbols of power, but tools for survival.
And if the greatest minds in history - Newton, Paracelsus, Boyle - devoted their lives to alchemy, perhaps they were not chasing fantasies. They were chasing memories.
"Alchemy is not the precursor to chemistry. Chemistry is the lost shadow of alchemy."
In the next chapter, we leave the world of matter and enter the world of vibrations. The Schumann resonance, the Sabu Disc, the underground chambers - and the question of whether the pyramids not only produced, but also transmitted.
Chemistry explains production. But who controlled these systems? Who synchronized the processes across 50 kilometers? The answer might lie in another property of the pyramids - one that is even more mysterious than chemistry: frequency.
If this production chain existed, then the Nile Valley was not fertile despite the pyramids - but because of them. But chemistry explains only half the story. In the next chapter, we follow another trail: frequency.