Make your own CS generator-instructions

December 5, 2003

EVEN DUMMIES CAN MAKE HIGH QUALITY CS

This ain't rocket science so pay attention. Don't email for more

information. I haven't the time for hand holding!

1. Buy a 6 volt DC transformer for about 5 clams. Better yet, pick up

one at a flea market for .50. The current doesn't matter as this

method uses less than one ma.

2. Clip the connector off the end of the wire.

3. Get two alligator clips from Radio Shack for a buck.

4. Carefully separate the two wires. Strip the insulation off for about

1 inch.

5. Connect each lead to the clip.

6. You need two electrodes. Don't waste $15.00 for 1/4 oz. pieces of

silver wire. Go to a any coin store and buy two Canadian Maple Leafs for

about $6.50 ea. Each has 1.2 oz. of .9999 pure silver, enough to make

more CS than you will ever use.

7. Buy a gallon of distilled water for about .70.

8. Buy a tiny fish tank bubbler machine for about 8 bucks. They will

have the neoprene tubing as well. You will need about two feet.

9. Be sure the coin is squeaky clean. Clamp them to opposite sides of an

8 oz. glass of distilled water.

10. Place the tubing to the bottom of the glass.

11. Fill the glass with distilled water ONLY up to the bottom of the clips.

One does not want the metal, from the clips, in contact with the water,

only the coins.

12. Plug in the little transformer and oxygenation machine.

13. Run for about five hours.

14. Carefully remove the coins. There will be residue on them and you

don't want that in the solution. For even more purity, use the neoprene

tubing and siphon the solution into a clean glass/or plastic container.

(In these parts a siphon hose is referred to as an " Arkansas credit card " .)

15. Keep the CS out of sunlight in an air tight bottle.

16. Clean the coins thoroughly preparing for the next batch.

Now you have high quality CS in about 5 PPM. Some scoundrels claim

their CS is 100-800 PPM. This is rubbish. At such concentrations the

particles would agglomerate forming much larger particles. Basic

chemistry.

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