Hi Sol:
There is more than one type of reaction that can occur when H2O2 contacts
silver.
The reaction depends upon the type and quality of isolated silver product
being used. I'm not exactly certain what the nuts and bolts of the
reactions are, but I suspect it has do to with the potential creation of
silver oxide in a solution/colloid. With a high quality and primarily ionic
silver, where the actual particles are extremely small and well dispersed,
the silver particles are ionized.
Where the EIS is primarily ionic, and the particulate content is decent
without any sparklies or large agglomerates, the silver agglomerates ie
particles are reduced.
In other products, at least some of the silver agglomerates and falls out of
suspension.
The fact that H2O2 can reduce silver particles was demonstrated by taking a
microscopic photograph of EIS before the addition of a minute amount of 35%
H2O2, and comparing the results with the effect of the H2O2. The work was
done by a water treatment facility, as a favor to an individual on another
CS list.
However, the idea that particulate silver is atomized by the addition of
H2O2 is greatly denied by an entire industry that uses hydrogen peroxide to
reclaim silver from waste products.
My only explanation for the conflicting information is speculation: The
zeta potential of the silver solution/colloid may be responsible for
preventing the reaction that would normally cause all of the silver to be
removed. Again, that's only speculation.
In any event, the addition of minute amounts of H2O2 to colloidal silver
does, at least in some cases, improve the effectiveness of colloidal silver.
This is ESPECIALLY true with mouth infections and throat infections.
It is likely that the H2O2 acts to improve effectiveness of silver in at
least one way when used locally: The reaction itself between the H2O2 and
the silver increases the kenetic delivery of the silver particles/ions.
Best Regards,
Jason
- Original Message -
From: sol sol...@sweetwaterhsa.com
To: silver-list@eskimo.com
Sent: Wednesday, July 14, 2004 8:56 PM
Subject: CSFurther question re H202 in CS--what is it doing?
Ok, I finally thought back to my experiments with adding H202 to
finished EIS, and I do have another question.
If the H202 is doing nothing but adding its own conductance, why does
the conductance keep going up? As in, if one adds a teensy bit of salt
or baking soda to finished EIS or distilled water, the conductance
changes, but that is it, it changes and stays there. Adding H202 to EIS,
the conductance goes up, and up, and up, eventually it stabilizes, but
I'm back to thinking the H202 does something more than simply adding its
own conductance?
Ok, I should try the experiment with H202 and plain DW to see if the
same up, up, up happens. Tomorrow..
sol
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