"Thank you for your answer. I would like to use cds but looking the videos of Andreas, it take about 24 hrs to prepare cds."
The recent video by AK
on making 3000 ppm CDS using MMS and 4% HCL was based on my
paper
I published on my
website
in 2015. A double infusion of reactor ingredients was necessary to achieve 3000 ppm CDS, which extended the processing time from 12 to 24 hours. Previously, 10% HCL or 50% citric acid was required to make 3000 ppm CDS with a single infusion. Nowadays, most people only have (or need) 4% HCL MMS activator and no longer use (or need) 10% HCL or 50% citric acid, for many good reasons. I have since
published another paper
on my website titled
"Making 3000 ppm CDS Using MMS & 4% HCL: 24+ Hours Single Infusion Inside A Refrigerator" which, as the title says, will produce 3000 ppm CDS using just one infusion. However, the time increases up to a maximum of 48 hours, depending on the reactor and receiver vessels used.
"What do you mean with "contain some residual MMS and acid activator".? Is not CDS the mix of MMS and acid activator?"
CDS is the indirect product of mixing MMS and 4% HCL; CLO2 gas in water. When those chemicals are mixed together in a reactor vessel placed inside a larger vessel (the receiver), CLO2 gas transfers to the water in the receiver. Therefore, CDS is only CLO2 gas in water and does not contain either of the two ingredients in the reactor, MMS or 4% HCL.
When making MMS1 or CDH, both MMS and 4% HCL are in the final product. MMS in MMS1 is about
10% activated
while MMS in CDH is about 50% activated. Both rely on stomach acid to complete the full activation of MMS. This is the reason for my two different
CDS & CDH vs MMS1 equivalence dosing charts.