I'm finding your experience very interesting, though I don't
yet have any answers for you. I am suspecting that some
trace of salt or other chloride contaminated your solution,
but I don't have any explanation for the location of the
deposit. Silver chloride is a white, insoluble substance.
It is also very light sensitive.
It is the active material in photographic film.
What do the letters, "TE" represent? I am also not
familiar with the units "KCL uS". I have a meter that reads
out microsiemens per centimeter (uS/cm).
I am presently experiments with silver water made with
various electrical waveforms and am seeing solutions that
look quite different, for the same conductivity
measurements. I am assuming, so far that this is indicating
various ratios of ionic and colloidal silver, but it might
also just be an indication of various slight contaminations.
On 09/29/2014 08:38 PM, Neville wrote:
As you all know, I've been making this stuff for a number
of years now but discovered something 'out of the box'
the other day.
On inspecting a stored batch I found it milky with
extremely strong TE, and the storage vessel had a dark
spot in the centre on the bottom. Obviously much more
particle content with the strong TE. I decanted solution
through a coffee filter {which I have never had the need
to do before, and as it turns out didn't need to this
time as nothing was left behind to my recollection} and
wiped the bottom of vessel clean before returning
solution to the same vessel from whence it came. This
batch had probably been in storage for a month. I checked
it the other day and that dark spot was back? I repeated
the aforesaid procedure, minus the filtering. Checked
again a couple of days later and that dark spot had
returned yet again - What the...??? This most recent
observation leads me to believe there are other dynamics
and forces at work here of which I don't savvy. Why, or
how can that dark spot reappear after cleaning the
storage vessel not once, but twice before, with days
between each cleaning? My conclusion: There are dynamics
and forces at work with the home produced product of
which not enough information is available in the public
domain, well to be perfectly frank, none I have found
worth reading. Plenty concerning the so called
"Colloidal Silver" but nothing I have found relating the
predominantly ionic silver solution as is made in the
kitchen using LVDC? Upon my most recent observation I am
encouraged to ask...1. Why that dark spot appeared in the
first place when it has never happened in all the years I
have been making this stuff? 2. Why does it appear in the
centre of my storage vessel and not be evenly distributed
over the entire bottom of storage vessel if it's fallout
or if gravity has taken over and pulled excess particles
out of solution {why there should be excess particle
content anyway escapes me}? And most importantly or most
intriguing, 3. Why does it keep reappearing while in
storage? All hypotheses and/or suggestions will be
considered <g>. I used to check the DW prior to
production but haven't done that for some years now, it
was always between 1 and 3 KCl uS.
(snip)
--
Regards,
John Popelish
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