TOPIC:

Good night.

I would like to know how many drops I need to have 10 ppm in MMS enabled

CaioIz, some years ago I ran some tests to determine the amount of CLO2 in 3 drop doses of MMS1. The variables were type of activator and activation time. To get 10 ppm of CLO2 using 4% HCL MMS activator (in 120 ml of water), you would need about 1.5 drops (0.06 ml). That is for external use. If ingesting MMS1, you would use much less because MMS1 is about 10% activated externally with the other 90% happening in normal amounts of stomach acid.

Thanks for posting this again CLO2. Please refresh my memory. Is it about 10% activated after 30 seconds?

Also, it occurred to me that if a person wanted/needed a higher ppm, they can use your chart here to create it by just adding less water. So for example if a person used HCl as the activator your chart shows that after adding the 120 ml of water you'd have about 22 ppm at the 60 second mark. If a person added just 1/10th that much or just 12 ml of water then he would have 10 times the ppm, or 220 ppm. So by using this method a person CAN know fairly closely what his ppm is, even at different concentrations. Of course a person could also add more water to make the solution more dilute.

Thanks again,
Scott McRae

Scott, from the chart above, when using 4% HCL to activate 3 drops (0.126 ml) of MMS (which contains 20.1 mg CLO2), you will see that at 30 seconds the ppm is about 2.0 so that would say that MMS is about 10% activated. If using 50% citric acid, MMS is about 7% activated. This assumes that the total solution volume is 120 ml.

I think a better way to talk about how much CLO2 is released from MMS is to determine the QUANTITY of CLO2 rather than discuss the CONCENTRATION of CLO2 because ppm is tied to a particular quantity of solution. Since we know the ppm and the concentration of CLO2, it is easy to calculate the quantity of CLO2. In the following chart you can easily find the quantity of CLO2. Then you will know how much CLO2 you have no matter the dilution of the solution. The comment under the chart says 20 seconds, the old timing Jim used. Now he says to activate for 30 seconds.

Hi CLO2,
The problem I see is that most people (me included) get confused with the math and/or how to use conversion calculators. Actually it took me a while to understand what you were saying above and once I figured it out I was still left with the next step which for me would be to convert mg to ppm per milliliter or ppm per liter. This is where I believe one of the main strengths of CDH lies - it's a formulation/recipe which if followed as you and I created it, produces 3500 ppm of ClO2 per ml (or 3.5 mg of ClO2 per ml) every time. If a person uses cold, warm or even hot ingredients, as long as they wait about 12 hours at about room temperature, all the HCl or Citric Acid is going to get used up and so no more ClO2 will be generated, leaving a 3500 ppm per ml solution to work with. This then can be diluted easily using a dilution calculator to any concentration under 3500 ppm desired by simple adding various amounts of water or IV solution/Saline solution. This takes all the guess work out of how much ClO2 is being used for the various applications we might use it for.

Why is the above important? It's important because too much ClO2 can do damage to the cells of the body and too little can be ineffective against disease. It's also important because if everyone uses it and reports back what ppm per ml (or mg per ml) worked, or didn't work work for various diseases, then we'll be able to get better and better and more fine tuned results for different diseases.

Here's the EndMemo dilution calculator page - we would use the last one shown here (the 4th one down):
www.endmemo.com/bio/dilution.php

So whether we use mg or ppm I believe the most important thing is that we're consistent and the thing that I like about your table is that it gives a person a way to know how many ppm or mg he has per ml even when just activating 3 drops at a time.

Thanks again,
Scott McRae

Scott, take a look at this chart and tell me what you think.

Looks good CLO2. You might just add a little comment mentioning the numbers have been rounded to the nearest whole number to keep people from complaining that 7 + 7 doesn't equal 13

Scott

Yes, I was planning on doing that.

Next, I will make a similar chart for external use.