On Wed, 16 Oct 2002 17:29:31 -0400, Jim Meissner wrote in
<000f01c2755b$655777a0$4c5a3...@default>:


>In an emergency with no distilled water available, I would think it 
>would be better to add silver ions to the polluted water with this method 
>than to drink the polluted water with no treatment.  Yes?  If so it would 
>be interesting to see how long it takes make the unknown water safe.  
>Stick the silver rods in a glass of water and wait 5 (?) minutes before 
>drinking?



In an emergency with no distilled water available, I would distill some
from rain water, tap or well water or any wet or moist substance.

It can be done with a simple solar distiller, in other words as long
as there is sunshine (in a nuclear winter scenario we probably just 
have to say goodbye).

I just recently spent a day or so researching solar distillers and 
found that there are several models on the "market". Most of them 
can be easily duplicated at home. No electricity involved.

The principle is to create a closed space with the water source inside,
a cool surface where the water can condense, and have a container 
ready at the position where the condensed water will drip off the
cool surface.

Then put it outside into the sunshine and wait until the container
is full.

This will not only create distilled water for CS-making, but also
remove uglies like radioactive dust from rainwater!

Simple example (I am just about to build one): Get some clear plastic,
cut out a circle and shape it into a wide angled cone. Put water into 
a round container slightly smaller than the cone. Place a pot into the 
middle of the container. Cover the container with the cone which
of course points downwards. Place the whole thing in the sunshine
and wait for the distilled water to appear on the plastic, flow down
to the cone's tip, and gather in the pot.

My plastic sheet is 1 meter by 1 meter. The model should work at any
size, even with a coffee cup in a little cooking pot, but in order
to supply water to a family I estimate that the 1 meter (3,3 feet)
size would be minimum.

The model I originally studied was on the internet. It didn't use
solid plastic but plastic foil. It was not built into a solid cone;
instead, a little rock was placed in the middle, which resulted
in a slightly cone-shaped surface - just enough of an angle to lead 
the water drops to the center of the foil, right above the pot.

Theoretically, any surface, clear or not clear, should serve.
But of course the clear plastic creates the same warmth inside
the container which we observe in a greenhouse, so the water
evaporation would be best.




Heidrun Beer

Workgroup for Fundamental Spiritual Research and Mental Training
http://www.sgmt.at


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