If I may, don't be overly concerned about measuring your solutions accurately,
there is no meter which can be used in the home I know of that is calibrated
for Ag, so the only 'way' you will accurately determine what you have is by
laboratory analysis, and that's not necessary unless you are a commercial
enterprise.
All meters used are inaccurate, but they are 'inaccurate' enough for home
purposes. I use meters to determine my shutoff point with each batch I
produce, that gives me a *rough* idea of what I am repeatedly producing for
each batch without wild ar*e guessing {I like to know there is *something* in
that water besides water <g>}.
There's no need to be 100% accurate with the home produced LVDC product as it
is a predominantly ionic silver solution, and that type solution doesn't hang
around in the body long enough to cause any unwanted issues. It doesn't have
to be administered/applied/ingested/used in prescription measured amounts.
N.
Date: Mon, 24 Sep 2012 12:25:02 -0400
Subject: Re: CS>Heat increasing ppm.
From: [email protected]
To: [email protected]
Yes, I am certain now that it is the conductivity that is showing on my ppm
meter. That being the case, and if most ppm meters are being calibrated for
NaCl (I have read), how do I get an accurate Ag ppm assessment of my finished
product? Using a standard TDS meter and the fact that there is a difference in
conductivity between NaCl and Ag, how does the reading (10ppm) actually apply
for Ag ppm.
This prompts the questions - Is there a device (meter or way) for measuring ppm
Ag. more accurately. If I am missing the point here with this just let me know.
It just seemed logical.Thanks, Lou
On Mon, Sep 24, 2012 at 11:57 AM, Marshall <[email protected]> wrote:
It is impossible for the ppm to change with temperature. PPM is a
constant, unless you have some settling out, or the water is
evaporating. How are you measuring the ppm? Remember conductivity
increases significantly with temperature, so if you are measuring
conductivity you are measuring a change in conductivity with
temperature.
Marshall
On 9/22/2012 2:21 PM, Lou Kraft wrote:
I have noticed that if I heat my finished CS
(microwave or stove) the ppm increases exponentially. An 8ppm
solution increased to 16ppm when heated to near boil and returns
to 8ppm at room temp. Is this just the separation of large
molecules to smaller when stimualted by heat? Lou
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