Maybe:

For the same reason that all of the silver ions don't combine with the Hydroxyl anions to make all of it into silver hydroxide...."Hydration"
Dunno if this is the way it is, but here's the idea.

 Ag ions have a positive charge, waters oxygen has a negative charge.
While not enough to make a compound, could it be that the two have an attraction strong enough that it prevents other compounds from forming, in effect, the water with Oxygen atoms surrounding and isolating the Hydrogen [Dipolar?] protects the silver ion after it has hydrated with the water [which takes time] leaving silver oxides [yellow] hanging out there, exposed for the oxygen radical of the H2O2 to strip the oxide of its oxygen atom.

By the same token, AgO seems a bit unbalanced Ag+ and O - - would give AgO a negative charge that water may repel rather than attract... and Oxygen atoms very much like to pair up into O2 molecules.

If you dip an oxide blackened electrode in H2O2, it will dissolve that oxide almost instantly. That H2O2 also clears up yellow CS shows that the yellow is at least partially a pigment from suspended oxides. But the H2O2 will oxidize silver ions just as readily if they aren't protected somehow...hence...murky brown CS if the H2O2 is used too soon.

..and using very fresh CS before it has the silver ions hydrated, just might set up a sort of preference of attraction in the internal biosphere where the silver prefers the water that's there over the water it came in. Sketchy, I know...but many people including myself sense a sort of "boost" after drinking very freshly made EIS [CS]

Ode



At 04:02 PM 11/17/2009 -0800, you wrote:
Why would it not oxidize the CS?

----- Original Message -----
From: "Dan Nave" <bhangcha...@gmail.com>
To: <silver-list@eskimo.com>
Sent: Tuesday, November 17, 2009 11:08 AM
Subject: Re: CS>tyndall again


Buy some food grade H2O2, without any stabilizers, and after the CS is
made, about 2 days, add some drops of the H2O2.
This will clear out the color and insure a good end product.

Don't use the H2O2 with stabilizers.  You are only asking for trouble
(confusion) if you do...

Dan


On Tue, Nov 17, 2009 at 6:33 AM, Dorothy Fitzpatrick <d...@deetroy.org>
wrote:
> The trouble is Neville, that other people buy it from me and I told them
> that it has to be clear (big mouth) because that is what I believed at the
> time. So if any goes yellow, it costs me to replace it of course. dee
> On 16 Nov 2009, at 22:57, Neville Munn wrote:
>
> This is the thing Dee, from what I gather EIS/CS would need to be
> manufactured in a vaccuum sealed environment to keep ANY contaminants to a
> minimum...and then you open the bottle when you get home...! Chemistry of
> the environment will have it's way regardless.
>
> This stuff is so easily 'upset' with regard to purity. This is why I work
> on a 'range' of ppm, why I have my own 'tolerance' levels in uS readings
of
> DW, and why 'colour' is accepted, again within my 'tolerance', colour
> doesn't signify poor product it just means I work out what I use that
> 'coloured' solution for, for it's best effectiveness in any particular
> circumstance, and regulate dosage accordingly. Every time the vessel is
> opened 'something' else is let in with the air...how to keep it at it's
> optimum purity, or keep it 'perfect'? who knows...??
>
>
>


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