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Re: CDS's concentration calculation 19 Jul 2012 04:32 #20112

  • sungazer
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Megg you should use a wide mouth GLASS jar and the lid should be plastic ( metal will corrode.) My jar is 3.5 inches diameter and 3.5 inches tall and is a honey jar. Instead of counting 60 drops use 3 cc/ml each chlorite and citric solutions.
Yes, 2 cc/ml of this finished CDS 1500ppm solution will equal 3 drops MMS1

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Last edit: by sungazer.

Re: CDS's concentration calculation 19 Jul 2012 05:10 #20114

  • satoshi
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Hi all

The topic seems to have slightly deviated form the expected course.

So far, it seems that no one knows the answer or not interested in giving the answer why the CDS's concentration become higher than 8000ppm, which is over saturated.

I'm thinking, it maybe because of the method to create CDS.

If the shot glass method is used, maximum concentration would be 8000ppm.

If the method of blowing with mouth or pump, it forcefully presses the chlorine dioxide gas into water with extended pressure, so that the concentration become over saturated.

Personally, I feel 8000ppm is enough for the treatment.
It is strong enough to work.

So, use MMS1 11cc and citric acid 8cc to create CDS with the shot glass method with 1L water.
It will give you around 8000ppm CDS of 1L.

Then if you use 20cc of the CDS with 500cc water bottle, the concentration will be 320ppm.

the solubility of the chlorine dioxide is 0.8g / 100cc
20cc contain 0.16g chlorine dioxide (0.8 / 5)
0.16 / 500cc = 3.2*10^-4 which is 320ppm

30cc 480ppm
40cc 540ppm
50cc 800ppm

But in reality, the figures are lower.

You can try tasting the strength of the CDS.
Then choose the one fitting your taste or condition.

You can modify the concentration easily.


see you

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Last edit: by satoshi.

Re: CDS's concentration calculation 21 Jul 2012 13:28 #20202

  • satoshi
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Hi all

Please notice that each molecular weight is based on 100% concentration of substances, so the actual result must be different, since our MMS1's concentration of sodium chlorite is around 80%, and citric acid 50%.

However, we can use molecular weight ratio to determine the amount of the chlorine dioxide which will be produced.

So the figure should be regarded as something about.
I think it is not our aim to calculate the concentration, but to use the CDS.
We can see, smell, taste and feel, so using senses each individual will be able to find the concentration to fit one's needs, I think.

see you

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Last edit: by satoshi.
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