Frivolous At Heart

1 oz silver, 36volts, 1000ml DW:
@1ma = 300mins = 5hr cook time
@2ma = 150mins = 2.5hr cook time
@6ma = 50mins cook time
@10ma = 30mins cook time

So I made a cold batch of ionic silver at 10ma for 6hrs. I used the TDS to measure the PPM and i only got 7PPM. I know those readings are wrong now. I actually made more than 20PPM.

To make Baking Soda Wash:
1) Baking soda in 350deg oven for 1hr = soda wash
2) Took roughly 90ml distilled water + 1 tsp soda wash = soda wash solution

I took 900ml of the ionic silver and poured it into a beaker with 1tsp of soda wash solution + 8-10drops of corn syrup. I put it in the microwave for exactly 7mins and it came out golden yellow. I took a PPM reading just for the hell of it and the reading was 240PPM!!!

10 drops 1/10 tsp 1/60 oz. 1/8 dram 1/2 ml
12.5 drops 1/8 tsp 1/48 oz. 1/6 dram 5/8 ml
25 drops 1/4 tsp 1/24 oz. 1/3 dram 1 1/4 ml
50 drops 1/2 tsp 1/12 oz. 2/3 dram 2 1/2 ml
100 drops 1 tsp 1/6 oz. 1 1/3 dram about 5 ml
150 drops 1 1/2 tsp 1/4 oz. 2 drams 13.5 ml
300 drops 3 tsp 1/2 oz. 4 drams about 15 ml
600 drops 6 tsp 1 oz. 8 drams about 30 ml
24 tsp 8 Tbs 4 oz. 1/2 cup 1/4 pint
48 tsp 16 Tbs 8 oz. 1 cup 1/2 pint
96 tsp 32 Tbs 16 oz. 2 cups 1 pint

http://www.fromnaturewithlove.com/library/eodilutions.asp

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One molecule of maltose will reduce 1 atom of Ag+

It takes 1 mole of maltose to reduce 1 mole of Ag+ ions.

In 1 liter of 20ppm CS there is 20 milligrams of silver.
Converting 20 milligrams to moles: .020/107 = .0001869 moles. (107 is the atomic weight of silver)

So we need .0001869 moles of maltose.

Therefore we need .0001869 liters of 1 Molar maltose solution since 1 Molar maltose contains 1 mole in 1 liter.

0.0001869 liters is .1869 milliliters.

Since there are 20 drops per milliliter, we need .1869 X 20 drops = 3.73 drops (round up to 4 drops) to reduce the 20 milligrams of silver.

So I went to Frys and saw a soldering iron that I wanted. I wanted it because it had a nice holder- not necessarily for the soldering iron itself. Turns out it’s a return model because it cost $20 and it didn’t work. Everything got hot except the tip + it didn’t tin well!

So I took it apart and installed my RadioShack iron that I got for $15 long ago. Cheap and works. I’ve purchased more expensive ones before in the past and I’m constantly going back to my cheapo RadioShack.

Now I have something I like. I’m not worried about burning the rug!

So I was bored and i had a few 16ft usb printing cables lying around. So I made a charger cable long enough for my use. I find that the shorter cables are useless if i’m using it on my table and battery is low with no charging port. What i should have done is splice in a micro usb port as well so i can charge iPad/Android.

I was brushing my teeth and slipped and cut my gums. Now every time this occurs, I have an open sore that takes at least a week and half to heal. Swished colloidal silver for 20 seconds every night for three nights and now it’s healed.  Hasn’t healed completely but at least it doesn’t sting or is uncomfortable to chew. Yah for colloidal silver!

I tried bleach and that didn’t do anything to the mildew. I figured hey lets try colloidal silver… Came back 24mins later and the mildew looked like it was coming off (as if it lost its grip on the tiles). I wiped it off with a napkin and it wiped off so easy. I had tried to scrub it with a pad and comet and NADA. Colloidal silver rocks!!!

I made it possible ;). I took out the third batch that was 13PPM and re-cooked it. Went from 13PPM to 22PPM @ 32v & .68ma. I’m very happy of the results. Now I have 3 gallons of high quality 20-22PPM colloidal silver that I have stored away in a deep crevice for future use! Loving it!!!

They are a little bigger than I had expected. I guess eyeing the measurement of the one gallon jugs was a bad idea ;( It’s okay because I got 5 in a pack and I’m sure I can cut them down some how. It’s funny because since I made this order, I decided not to make colloidal silver in the one gallon jugs anymore b/c I like making CS in the gallon pitcher. I should have ordered 6.5.

I also use the same setup for cooking CS in a 47 oz jar but with a different twist. This works perfect because the air bubbler is right under the two rods and prevents and sludge build up on the rods completely. The sludge settles on the bottom like it should while keep the rods nice and clean. One of my rods is severely worn down because of the sludge build up left on there after a 24 hr cook. It wont happen again if I cook in the 47 oz jar. I want to do the same thing for the gallon jugs but that will be tricky.

The boba straw worked out pretty good. It forces the air tube to be straight and right under the anode and cathode. Works out great! I know I can do better if and when I get a chance to go to Home Depot ;). Sludge settles to the bottom while keep the silver rods completely sludge free!

This time in a 47oz salsa glass container. This is the best batch I have made so far. The results I got was not expected. For a six hr run, I ended up with 22PPM. The last batch was 24hr and only 15PPM (rested after filtration and it was only 13PPM). I filtered the production bc it had a lot of sedimentation and put it right back in the jar to continue cooking till the end of the 6th hr.

I think what happened was that the resistance in the water is low because of the high content of dissociated silver in the water making it more electrically conductive, and thus it was producing silver ions btwn the cathode and anode more quickly which then increased the clumping. Slow and steady is the name of the game! Which is why i’m not increasing the current above 1ma (unless further deduced on future cookings depending on the results).

I was thinking why not have a fish filter with the input tube all the way down to the bottom of the jar to filter up any agglutinated silver particles coming from the silver rods? I think that’s a great idea! I’ll try that next time after I use up all my colloidal silver. I’m going to discard the first two batches and just use the 22PPM CS.

I need to figure out why when cooking 1 gallon batches, it takes 24hr to achieve just 13PPM and result in a lot of residue. I have a theory on why it is so. Looking at other professionally made kits, they are utilizing above 32volts and have a lot more silver than I do. Well I wouldn’t say a lot more silver bc i’m using 1 troy oz of silver. The surface area of CollGen2 Machine is more condense vs so stretched out like the rods I’m using. They use 1 silver bar and the other bar is just stainless steel (from what I can see from this  Youtube video). Similarly Atlastnova (I purchased my silver from them) utilizes the same method but with 4 rods of 10 gauge silver to produce CS in one gallon batches. TheSilverEdge uses the same method as me but what he might be doing different is maybe using more voltage on this Youtube video. So I have to run a few tests with each batch maybe having more voltage and or  just a little more current. I know I don’t want to exceed 1.5ma. I’ve done some calculations and I want to run 48volts @ 0.58ma on the gallon batches. We’ll see next time!!!

Bellow is my 4th batch and it is the best batch so far @ 22PPM!!! It’s crystal clear! 46oz of pure goodness that would have cost me $87 on amazon ;). This batch cost me 6hrs while I was studying + the cost of the distilled water (the contraption took to make it  payed for itself 10 folds so far!!!).

I couldn’t wait for the items to come in to make my magnetic stirring device so I caved in (couldn’t  help it b/c I was itching for another cook) and use a method which I thought I wouldn’t do: air bubble circulation! I’m going to try it regardless what i believe. If Watchman has done it for more than 15+ yrs- the hell am I waiting for?

Here is my setup:

1) $18 Hp 8500 printer brick rated at 32volts & 2 amps
2) $6  aerator from wally + $2 tubing
3) $5 volt meter to measure the ma
4) $2 for a pack of five 33k-ohm resistors
5) 2 alligator strips
6) $74 1oz of .9999 silver rod
7) $1 Gallon of distilled water

Damn that’s more simple than the magnetic stirring device i’m fixing to build (I wanna build it anyways just because i’m freak’n cool). I know this method will not produce 5PPM CS in 24hrs or will it? Other setup was at 9.22volts & 6ma. This setup is 32volts and 1ma. the high voltage will help push out silver particles but the current is so low that it will make finite particles. Remember that current (amperage) is what determines the size particles of your silver and not necessarily the volts. We’ll see the end result within a day. This is going to be fun!!!

UPDATE: I just checked on this at 8:52 and I already have 1PPM. That’s amazingly fast compared to the old setup. I’m sure If I go to sleep and wake up in the morning, it will be overcooked!!!

UPDATE: I just checked at 9:55PM and it’s 2PPM. This is without any whiskers building up on the silver rods. As I suspected: water agitation prevents this!!! I’m super stoked!!!

UPDATE: Running for 5hr 45mins = 5ppm. Leaving it on till 6:15am for a total of 12hr cook time. This is such an efficient way of cooking b/c the agitation of the water breaks away any of the sludge build up and allows the current to flow more freely to make CS at a constant rate. This makes me want to build the magnetic stirring device even more so! One thing to note is with the other previous setup: at 4PPM the batch was starting to turn yellow. Currently at 5PPM the water is still clear. I hope to double the current PPM by waking hr!!!

UPDATE: It’s 6.30am. I more than doubled my predictions! I’m roughly around 15PPM with a sludge ring around the neck of the jug. Not bad. Last run it was 24hr and only 5PPM and had a yellow hue to the water. The water is still clear on this batch. I believe it’s the 32 volts that speeds up production, the low(er) 1ma current, and air bubbler that’s making this all possible. I’ll test another batch with 42 volts or more next time around!

This is the clearest CS I’ve ever made so far.

So I have an outside doggie potty that I made for my beagle. She is a pain in my ass but I love her 😉 She pee’s on the potty that then drains down into a bucket I empty every evening. Been saving up her “goods” just so I can test the strength of my CS batch. I poured 16.9fl oz of 4PPM CS solution into the doggy potty to drain down into the bucket of pee solution filled full of God knows what?! Only time will tell if that solution will clear or improve in clarity. I’m sure it won’t turn from green to clear b/c that’s a lot of freak’n piss that’s being diluted by CS!