Organic ORMUS Assay Method
1. The organic matter must first be destroyed. In tradition chemistry this is done by burning off the carbon in a
crucible with a hot flame or in a muffle furnace leaving the metallic oxides which are then further analyzed with
chemical reagents and analytical procedures. This procedure will not work because the monatomic gold and platinum
group elements vaporize with the carbon. The loss on ignition is used in traditional analytical methods to
calculate the carbon content of the sample. As you can realize if this is done the monatomic precious elements get
reported as carbon.
2. Instead the organic matter has to be oxidized away with chemical reagents by:
a) Add concentrated sulfuric acid to the sample and heat until thick whit fumes of sulfur trioxide is
evolved which dehydrates the carbohydrates turning them to carbon. You get a voluminous carbon sponge rising in
the beaker so you pick a large beaker and do this slowly under a fume hood as the sulfur trioxide is a powerful
dehydrating agent ant very Irritating to the eyes, nose throat and skin.
b) Cool and slowly squirt concentrated nitric acid from a plastic wash bottle on the carbon and heat.
Brown fumes of nitrogen dioxide evolve along with carbon dioxide. Keep adding nitric acid little by
little until the mass of carbon is reduced down to a manageable amount in the bottom of the beaker with
the acid. Continue to heat until white fumes of sulfur trioxide are evolved again, the nitric acid being
boiled off at a lower temperature. Cool and repeat adding nitric acid and repeat heating to fumes again. It may
be necessary to add more sulfuric acid to make sure bottom of the beaker does not go dry.
Repeat the nitric acid treatment at least 3 times until all the carbon is gone and no more brown
fumes evolve. The residue sulfuric acid may be colorless and will contain the monatomic precious elements if
any is present.
c. Next it is important to remove any residual nitric acid and nitroso compounds. Cool the sample and
very carefully add distilled water from a squirt bottle a few drops a time allowing the water to trickle down
the sides of the beaker very slowly.
This is the reverse procedure than the normal adding acid to a volume of water. Caution must be used
because sulfuric acid is hungry for water and liberates lots of heat when water hits it and could splatter if
done rapidly. When times as much water has been added as acid volume. Heat carefully until the water is boiled
off continuing to raise the temperature until fumes again evolve. Repeat the cooling and water addition two
more times and allow the volume of residual sulfuric acid to fume until it just barely covers the bottom of the
beaker
d) Cool and add water to the beaker to about 2/3 full. This will be a solution of all the monatomic
elements as well as other metal elements such as sodium, potassium, calcium, magnesium, etc. Then various
analytical procedures are use to precipitate the respective elements of interest as you would use to separate
and precipitate them out of solution as if they were in the 33 atom metallic configuration. They usually will
precipitate just like the metals and you weigh each precipitate and calculate the amount of the pure element.
The separation can also be long and involved and there are several alternative ways to carry this out as
reported in the literature of the analysis of precious metal.
I would not advise you to do this unless you have proper laboratory facilities and equipment including a sensitive
analytical balance and are trained in laboratory procedures and safety.
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