On reading my post, I realized I was not clear- I got distracted by my
son while I was writing. I am inserting in the appropriate corrections
below.
On Oct 22, 2007, at 6:20 PM, Clayton Family wrote:
That is what I will call jar 1- the fuzzy electrodes and water:
I did something like that, with the batch I burned a while back. After
I screamed and fainted, got back up and realized the silver fuzzy
thing was not going to crawl out of the jar and get me, I poured a
fresh jar of d. water, and put the whole fussy mess in it to soak- I
figured I'd deal with it later.
Meanwhile, I noticed the fuzzy trodes were not very fuzzy anymore, and
the solution had light tindall, and tested at about 10 or 12 uS. Wow!
I thought- cool! I left it for some more days, then diluted it to
about 10 uS, and I have about used it up.
This would be jar 2- the original jar of cs clearish, with lots of
floating sludge. I let it set after I put in the peroxide too soon, it
stayed cloudy. I poured off the top, diluted it by half, and then the
next day started adding the h2o2 one drop at a time, until it turned
clear, and had a little tyndall. That I diluted to 10 uS. The rest in
the jar, the sludge, I put in more water and then added peroxide to see
if the particles would break up- it did, turned clear, and had a fairly
strong tyndall.
My son likes the very strong stuff- kind of a macho thing, I guess.
The next day it was looking yellow gold, and I put a couple of drops
of h2o2 in it- oops! it turned cloudy, and I wrote in for help. The
rest I diluted down and added h2o2 one drop at a time and that is
almost used up too. The final strong solution ended up reading clear
at 58uS, a little tyndall.
Now I have put more dw in the jar with the white silver oxide 9or
whatever) on the bottom, and added h2o2 and let it set- it has some
tyndall and some uS readings. I am not sure if I want to drink that or
not.
kathryn
On Oct 22, 2007, at 9:09 AM, Dan Nave wrote:
I've been wondering for a while whether we couldn't just mix all the
buildup on the electrodes back into the solution and then just give
it a
big shot of H2O2 to break it all back up. Should end up with a pretty
high ppm CS brew.
Dan
You wrote:
" If the EIS colloid portion does agglomerate into those larger
particles, a touch of Hydrogen Peroxide will generally break them back
up into the smaller colorless variety...even at 100 PPM.
The density of the particles in the water will then usually make it
look light grey in direct sunlight and show a very heavy thick laser
beam. [It may still appear "clear" in indirect light but look "milky"
in
direct light. ]"
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