ClO₂ recipe checker and other calculators

wrote:

… I'm typically good with numbers but I'm a bit confused here on the mls you guys are stating. I have my CDH mixed and diluted it to 20ppm. (I'm starting slowly) How are you coming up with 9, 10 or 12ml? Is this the number you are using to make your CDH vs CDH4000? …

Mmm, hope to clear up some confusion here.
In the video by Truthquester he uses 5ml of 25% NaClO2 + 5ml of 4% HCl in a 100ml water solution to make CDH4000. This is 100ml of ClO2 with a concentration of 4000ppm.
Both the amount of solution and its concentration matters. I made my CDH a bit less concentrated, at the usual 3000ppm by adjusting the amount of reactives and the total solution volume.
With a rule of three or cross multiply you can adjust concentration and solution amounts. For example, following Truthquester's method if you raise the solution amount to 133.3̅ml by adding more water, the concentration lowers to 3000ppm (if you multiply 4000ppm by 100ml, you get a 400K ppm×ml figure, which in total dosage would be like a single milliliter with a 400,000ppm concentration total active ClO₂, which is the same as if you multiply 3000ppm by 133.3̅ml, you get the same 400K ppm×ml figure; hope this does not get confusing).
CDH diluted to 20ppm is CDH quite diluted. If you start with CDH4000 using Truthquester's mixing procedure , since CDH4000 has 4000ppm, you must dilute it 200-fold to make it 20ppm. This means you just need to dilute 1ml of CDH4000 in 200ml of water to make it 20ppm (or 3ml in 600ml, 5ml in a liter, and etc.).
Since I made my CDH with 3000ppm, or CDH3000, when I pour, let's say 12ml, inside the big glass of cold water whose capacity is above 400ml (when I said it's a big glass it wasn't a joke; so let's say the volume of solution I use is ≈400ml), all of this means my 400ml of solution ends up at 12ml × 3000ppm / 400ml = 90ppm concentration. In total dosage this is as if I were to take a single ml with 36000ppm, or 36000ppm×ml.
If you take a liter a day with a concentration of 20ppm, this is 1000ml × 20ppm = 20000ppm×ml. With this amount and ppm concentration, your total dosage is 20K / 36K = 5/9 of mine in this example. In practice, this may not be that much different, as the effectiveness of whatever intake depends on many factors: intake regularity, body mass, diet, etc.

Hope this is of help. 

In as few words as possible I'd like to try to answer a couple of the last few questions.

- First of all since CDH4000 (which is 4000 ppm) is easier to make and dilute due to the round numbers used - it's my preferred CDH to make and use, so I would recommend that everyone make it instead of the old CDH which was 3500 ppm.
- Once it's made it can be easily diluted down to any lower concentration you may want to use for various purposes; oral consumption, sprays, mouthwashes, wound disinfectant, nebulization, injection, etc.
- I created the attached document, which is based on my personal experience and the experiences of others to come up with concentrations for various uses that I believe are as close to being correct for efficacy and safety as possible, even at the higher concentrations.
- If a person wants to use CDH4000 for Protocol 1000, (which is taking 3 activated drops of MMS every hour, 8 hours a day), all they need to do is replace the 3 drops of MMS with 3ml of CDH4000 in 300ml of water every hour for 8 hours a day. The reason 300ml of water is needed is to create a dilution that is not too irritating to the throat when it's drank. 3ml in 300ml of water will create a 40 ppm solution which is fairly tolerable. The rule of thumb is that for every 1ml of CDH4000 used, it should be combined in 100ml of water if consumed as a drink. This will keep the ppm at 40.
- If doing Protocol 1000 using CDH4000, it's still advisable to slowly increase the dose similar to the baby bottle protocol. So a person might start on day 1 with 1ml in 300ml of water every hour for 8 hours. Then on day 2 increase to 1.5ml in 300ml of water every hour for 8 hours. Etc., until you get up to 3ml every hour for 8 hours.
- If it were me, I think if I were doing Protocol 1000 with CDH4000, I'd get a liter bottle and fill it up to the 900ml mark and then add 9ml of CDH4000 to it. Then I'd drink 300ml of that every hour for 3 hours. I'd refill it to 900ml and add another 9ml and do the same. Then I'd fill it to the 600ml mark and add 6ml of CDH4000 to it and finish it in another 2 hours. This would give me 24ml of CDH4000 in 8 hours, the same as 24 drops of MMS in 8 hours as in Protocol 1000.

-Lastly, keep in mind that if you do Protocol 1000, which is either 24 drops of MMS a day, or 24ml of CDH4000 a day, you will be getting at least 5.6 times more CLO2 per day than on the Kalcker Protocol C, which is 10ml of CDS in 1 liter of water drank 10 hours a day (at 100ml an hour). Why? Because of the initial concentration of CDS which is 3000 ppm, because of the amount used which is only 10ml compared to 24ml and because CDH still has about 50% of the sodium chlorite in it which will activate internally thanks to your body's stomach acid.

I hope that helps clear up some of the confusion

All the best,
Scott

[attachment=3013]CDH4000 Combined Formulation, Dilution, Use