Sorry David, my pea brain wasn't thinking straight. Yes, Yes, of course. As
colour becomes more prominent so the amount of silver content increases {ions
lost to particle formation} thus the *ACTUAL* silver content will be higher,
taking into consideration the ion and particle content combined, as that colour
gets deeper regardless of what the meter reads. The more colour, exponentially
the more *inaccurate* those meters become. The particles being unmeasurable
will throw those meters out more as the colour intensifies because they only
pick up on ion content.
It's OK, I believe I'm back on track <g>.
N.
> From: [email protected]
> Date: Wed, 26 Sep 2012 19:55:16 +0930
> To: [email protected]
> Subject: CS>Heat increasing ppm
>
> Neville.
>
> Colour indicates the presence of silver particles. (It doesn't matter
> what the color is... it could be yellow, grey, white, black or any
> other possible colour). Particles contain large amounts of silver but
> they are not conductive so they are not detectable or measurable by
> any TDS, PPM or EC meter.
>
> Particle formation begins immediately that you begin making a batch
> but increases significantly as you get closer to the saturation point
> of the water - then the color becomes more obvious.
>
> I'm sure you've already observed that you can run a generator all
> week and produce a pile of fuzz but you'll still only see a ppm
> reading of 5 or 6 on a TDS meter.
>
> Regards
> David
>
>
>
> >>>
> >
