Hi Everyone:
Unfortunately, that information on H2O2, while useful, is not exactly
correct.
I test the quality of my colloidal silver by taking a small amount and
adding a few drops of 35% H2O2. If the colloidal silver clouds up, I throw
the batch away.
However, I do tend to be very old school with my CS production.
The problem is that it seems everyone now teaches that it is ok not to clean
the silver rods and the vessel when brewing CS. This is not correct. All
of the silver oxide must be removed from the silver electrodes just prior to
brewing. All silver must be removed from the brewing vessel just prior to
brewing. All jagged edges must be removed from the silver electrodes just
prior to brewing... if one is to achieve the highest quality EIS possible.
If the above instructions are followed, then your CS will not cloud up when
adding H2O2 to the end product. Grab a laser pen and watch the beautiful
tyndal effect as the magnificent H2O2 silver reaction blasts silver
particles apart and at the same time releases activated oxygen. Purchase
some H2O2 concentration strips and chart the reduction of H2O2 over time, if
you are interested in following and understanding the entire reaction.
What happens when the EIS clouds up just after production? You have larger
agglomerated particles of silver oxide in-solution. And if you have larger
ones, then chances are you have a whole range, from tiny visible silver
flakes all the way down the scale. The product will be very unstable as
agglomeration continues. After two or three weeks, you probably have about
a good of product as can be carefully made with nine volt batteries....
still effective, but hardly ideal.
The amount of H2O2 to add to any EIS formulation is greatly dependant upon
the concentration and the composition of the silver hydrosol. For
experimental "teaching" purposes, immediately bring the CS solution up to a
concentration of 50 PPM H2O2 (this is midway between the 0-100 PPM peroxide
testing strips available for purchase). You can then track how much hwow is
reacting with silver particles in solution by comparing the tyndal effect
with a PWT meter reading and concentration. If you really have a great
silver generator production unit set up, you can brew a 10 PPM EIS and
completely reduce the silver particles out of the solution, at which point
the H2O2 concentration will stabilize and there will be no tyndal effect;
the silver taste will be much more noticeable. This "ideal" is hard to
achieve due to the complex species of silver oxides that can be created when
larger particles of silver (apparently) react with H2O2; these silver
peroxide complexes can get small enough to stay in solution without being
oxygen reactive!
Now of course, it is not critical that the perfect EIS be created every
time; lazy batches of CS will often work just fine. Sometimes, even with
perfectly formed silver electrodes properly placed in-water in the highest
quality distilled water, there are variables that can still adversely effect
production. Open-lidded systems are dependent upon light and air issues,
including humidity and nitrogen content. EIS brewing greats such as Ivan
and Steven Quintos went to extraordinary lengths to control each and every
variable. Ivan chose to use batch processing and flushing out his sealed
production container with Argon gas. Stephen Quinto chose to use continuous
flow production with at-production water purification and water structuring.
I modified my SG7 so that the lid closes and seals; if I'm really in an
ambitious mood, I'll pump about 5% ozone (by concentration) ON TOP (not
within) of the water using 98% pure oxygen to feed the ozone generator.
Ozone is heavier than air so I'm basically just placing a sheet of oxygen on
top of the water surface with a flow through system.
Kind Regards,
Jason R. Eaton
Independent Research Executive
Author of "Upon A Clay Tablet, the Definitive Guide to Healing with
Homeostatic Clay, Vol's I & II
www.earthcures.org
----- Original Message -----
From: "Marshall Dudley" <[email protected]>
To: <[email protected]>
Sent: Wednesday, June 09, 2010 9:09 AM
Subject: Re: CS>On Topic & Online Questions Begging For CS Answers
Paula Samuels Anthis wrote:
Question? If I remember correctly, it is best to wait two days after
brewing CS to add H2O2 - _but would someone be kind and tell again how
many drops H2O2 per quart of CS solution? and is that drugstore 3% or
diluted to 3% food grade H2O2 that shoul be used?_
Yes, wait 22 days. Then add 1/2 teaspoon per gallon of EIS. A quart
would take 1/16 teaspoon.
(And please forgive me if this info was posted and I failed to see or
record it? OK?) Thanks also Ode for having such good, easily understood
info on your website as it is helping solidify all this information in my
little old brain. I used several drops H2O2 in a fresh brewed quart
several weeks ago and the CS solution clouded up. So that batch went in
a sprayer to become disinfectant and eye glass cleaner. Worked great!
That is the reason for waiting for 2 days. It will almost always cloud up
if done immediately unless the ppm is pretty low.
Marshall
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