Ormus

(page two)

This is the first documentation of this process and it is by no means complete in any way.

This is just the beginning of what I feel is a break point that helps to define future experimentation towards a better understanding and hopefully a more refined method and product under the heading 'Novel forms of G-ORME using common household grade chemicals and wares'.

Step 1

(You need some colloidal gold.)

Specifically colloidal gold that has no additives other than say hydrogen peroxide.  What we want is a pure gold form in water that isn't already bound in a molecular state to some other element or compound.

Blue, Black, Purple, Orange, Red, it is all the same as far as this fundamental experiment has been defined.

I have been using waste batches of colloidal gold for some time for use in these experiments as the next step makes the quality of the colloidal gold rather moot.

Step 2

(Create fallout condition.)

All of that pretty colloidal gold get put in a large container and shocked with 1 of 2 methods.

A. Add salt water and wait 12 hours for it to settle.

B. Heat up the colloidal gold and pour in a few ounces of very cold water.  This gives instant results.

I opted for the salt water treatment this time around because it tends to make a more purple fallout than a black fallout showing that the particles of gold are flocking in a lower density with salt water however:

The original size of the gold particles is not changed simply do to forced agglomeration.

The objective is to end the colloidal state and remove the excess water after the gold falls to the bottom of the container.

Step 3

(React the gold fallout)

Place the gold fallout into a small 250ml beaker and add a tablespoon of salt, tablespoon of vinegar and about the same measure of 35% Hydrogen Peroxide.

You may want a larger beaker, and by beaker I am saying you should use a pyrex vessel for this part of the process.

The hydrogen peroxide is going to react with the gold and what is now a very weak hydrochloric acid ( so I have read ) and even before you heat this mixture it is possible for a fairly aggressive reaction to take place.  Expect 'Heat' and 'Foaming reaction that may exceed the volume of your container' !

The next part of this step is to add heat to your mixture of Hydrogen Peroxide, Vinegar, Salt and Gold Fallout.

Add heat until you are somewhere close to the boiling point.

You do this once and most likely do not have to add more heat.  It is otherwise advisable to set your mixture vessel on a surface that is resistant to heat and chemical damage.

For about 2 minutes you should find the mixture foaming and generating its own heat.

After 2 minutes it should have settled down a bit and the result (easier to see under bright light) is a nice reddish gold dust on the bottom of your beaker.

Step 4

(Dry the reacted product)

Let that settle and remove the excess water with large volume dropper or any means at your disposal.

I then use a large pyrex glass evaporation disk and dry out the solids.

Make sure you scrape all the salt, gold that dries out together.  Do not discard any apparent salt that accumulates, we need that for our next step.

Background photo: Special salt?  Notice the pyramid shapes, diatomic structures that are contrary to typical NaCl inverted pyramid lattice.

All content and photos copyright (c) 2005,2006,2007 Karl Reinhart of The Shekinahguild.