The Alchemy Key.pdf - Veritas File System

5. Allow the slurry to settle overnight. Strain the slurry through
3 to 5 layers of coffee filters to remove the toxic elements (Gilcrest
precipitate) that precipitate above pH 10.78. Save the liquid that passes
through the filters, which is m-state material and Mg(OH)2 in solution.
6. Titrate the liquid that passes through the coffee filters to a pH
of 8.5 with hydrochloric acid while stirring. This causes m-state and
Mg(OH)2 to precipitate. The titration must be slow with thorough
mixing. If you go too far, the pH will abruptly shift and you will have to
start over by adding lye quickly to bring the pH back up to 12 and return
to Step (5) above.
7. To eliminate the Mg(OH)2, continue lowering the pH with
acid to pH 5-6 to dissolve both the m-state precipitate and Mg(OH)2
precipitate.
8. Add lye to raise pH to 8.5-8.7. Then the m-state will
precipitate, but the Mg(OH)2 will remain in solution.
The ancient process of converting monatomic matter to metal.
1. Filter, rinse, and dry the precipitate from the above processes.
2. Prepare a crucible for the furnace with layers of materials in
accordance with the following diagram. Sulfur reduces the monatomic
materials to metal. For example, no monatomic material is precipitated
from hot springs that contain sulfur while a considerable amount can be
precipitated from hot springs that do not contain sulfur.
|_________|
|_________|--Iron metal
|_________|--Sodium Carbonate
|_________|--Silver metal
|_________|--Sodium Carbonate
| |
\_______/ -- Monatomic state
mixed with Sulfur
3. Fire this mixture at 2200 degrees Centigrade. It appears that
doing this in the contained magnetic field of an induction furnace
produces better results than using other heat sources.
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