Hi Tely.
The short answer to your question is that 231 drops of activated MMS would provide about the same amount of CLO2 as 33 ml of CDH when used "externally" (not ingested) which would apply when used for a douche or enema.
The long answer follows.
It is interesting to compare the two Douche Protocols the G2C publishes. One is from the 2015 Seminar Workbook, posted
here
by the G2C and which I have also posted at
www.MMSinfo.org. The other, most recent, is in Jim's new book,
Health Recovery Instruction Manual
.
In the latter, only MMS1 is used and says to start with a 5 drop dose of MMS1, progressing up to a maximum dosage of 30 drops.
It gets a little technical to fully answer your question.
Since Jim has said the maximum number of MMS1 drops for use with the Douche Protocol is 30 drops, and if we are going to assume that it is the CLO2 in those drops that we want to use, then we need to calculate how much CLO2 will be available in those 30 drops of MMS1.
A few years ago I
tested
MMS1 using different acid activators to find the amount of CLO2 in a 3 drop dose at various activation times. One of those tests showed the results using MMS plus 50% citric acid activated for 30 seconds, the current recommended activation time for MMS1. 1.5 mg of CLO2 was measured. Therefore each drop of MMS would produce 0.5 mg of CLO2 under the above testing conditions.
30 drops of activated MMS, the maximum allowed in the book version of the Douche Protocol, would contain 15 mg of CLO2.
Your CDH, if made according to the original McRae/Lackney recipe should contain about 3.5 mg of CLO2 per milliliter.
Your present enema dosing of 33 ml of CDH would contain 115.5 mg of CLO2. For MMS1 made as described above to provide the same amount of CLO2, a 231 drop dose would be required.