So, if it does work, it would be about 3 to 4 times as expensive in
silver costs as making it with electrolysis.
But maybe a lot quicker and with more certainty in the outcome (no
need to understand and characterize the specifics of electrode size,
current, container shape, etc).

Dan

On Tue, Dec 21, 2010 at 12:37 PM, Marshall Dudley <[email protected]> wrote:
> Silver oxide can be purchased from several places, such as Salt Lake Metals
> for around $75 to $100 an ounce.
>
> Marshall
>
> On 12/20/2010 10:19 PM, Dan Nave wrote:
>>
>> Several years ago when Marshall was talking about silver oxide, silver
>> hydroxide, and H2O2, I suggested that we could take enough silver
>> oxide by weight mixed with distilled water to make about 25ppm
>> solution and combine them with some H2O2.  If his theories were
>> correct it should make colloidal silver which is identical to what we
>> make with electricity (EIS) when we add the H2O2 a few days after
>> brewing.
>>
>> I wish someone with access to silver oxide powder would test it out.
>>
>> Dan
>>
>> On Mon, Dec 20, 2010 at 5:43 PM, David AuBuchon
>> <[email protected]>  wrote:
>>>
>>> Wikipedia lists the solubility of silver oxide as 25PPM.
>>> http://en.wikipedia.org/wiki/Silver_oxide
>>>
>>> I am wondering how this reconciles with talk on this list of silver
>>> hydroxide and silver oxide each having a solubility of about 13ppm,
>>> for a total of 26PPM (roughly the same as 25PPM?).  I wonder if
>>> wikipedia is using the word silver oxide to encompass what we mean by
>>> both silver hydroxide and silver oxide together?
>>>
>>> For example, if you put silveroxide in water, say its solubility was
>>> found to be 26PPM
>>> Then say you put silver hydroxide in some water, and say its
>>> solubility was also found to be 26PPM.
>>> (is this what we would actually find?)
>>>
>>> But this wouldn't say what is actually in the solution at the end.  It
>>> only says what you put into the solution.  Am I right to think that
>>> doing either of those two experiments would result in a solution that
>>> had the same stuff in it, even though different stuff went in
>>> initially?
>>>
>>> Okay, now I confused myself,
>>> ~David
>>>
>>>
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>>
>>
>>
>>
>
>