CDH: Intravenous injection of dilute CDH to cure infections of the blood appears to be safe and very effective

High everyone,

One of the complications of the Covid-19 virus is it's cause of a Cytokine Storm or Sepsis. Based on my experience, the use of CDH at 100ppm as outlined in this topic thread, has the ability to stop and/or reverse sepsis.

Based on my experience, what I would do to stop and/or reverse sepsis and at the same time deactivate the virus, is give myself three daily 50ml IV injections of 100ppm CDH separated by about 8 hours. Within 1 to 2 days there should be signs of healing and if so I would decrease the 50ml IV injections to 2 a day and then later, 1 a day as health increased.

Hope this helps,
Scott McRae
Facebook group: The Ebola Cures

Hi Scott,

According to CLO2,

"CDH is the similar except external activation time is about 12 hours and 50% CLO2 of the total available will be released; the other 50% in stomach acid."

"CDS is only CLO2 gas in water, while MMS1 and CDH both contain residual MMS and activator when ingested."

Does it mean the residual (50%) MMS (Sodium Chlorite) and activator (HCL) are also injected for IV injection?

This might also be a good idea for vaccines.

Since CDH4000 is a little easier to make and the numbers are easier to work with when it comes to diluting it for IV and all other purposes, I thought it would be a good idea to post information on how to make it in this thread too. So here it is:


In a sterilized 100ml colored glass bottle combine the following ingredients (plastic pipettes work well for the small amounts):
1. Start by adding 90ml of pure water to the glass bottle (preferably distilled or reverse osmosis water)
2. Next add 5ml of 20 to 25% Sodium Chlorite (NaClO2) solution in water
3. Next add 5ml of 4% Hydrochloric Acid (HCl) solution. Important! DO NOT use any other acid or % if you want to make 4000 ppm ± 5%
4. Then immediately cap the bottle tightly & give it a good shake. Important! Only use a cap with a plastic type seal, ALL rubbery types will melt!
5. Keep the bottle at room temperature or above for 24 hours to allow time for the full production of 4000 ppm ±5% Chlorine Dioxide.
Note: Starting with hot water (80-90° C) and shaking occasionally will reduce time needed for activation to just 8 hours
6. After 24 hours (or 8 if using the hot method) put the bottle in the refrigerator and keep refrigerated until ready for use.
7. If I think I may not use my formulated 100ml of CDH4000 for more than a month, it’s best to dilute it down to 200 ppm by adding it to 1900ml of pure water, which will give me 2 liters of 200 ppm. This will prolong the refrigerated shelf life of my now diluted CDH200 to at least 3 months so that I will know with accuracy what the ppm concentration is for further dilution purposes if needed.
8. If kept refrigerated between uses, CDH4000 can be considered full strength (4000 ppm) for 1 month after formulation. After that time if not diluted as in number 7 above, or if left unrefrigerated for long periods of time, the concentration will gradually fall below 4000 ppm. If this happens it can still be used, but it would be best to only use it in ways where it’s not important to know the ppm.
(The ratio of ingredients used above is 90:5:5 (ml) & can be scaled up for larger amounts. For example 5 times the above is 450:25:25 (ml) & can be used to make a 500ml bottle of CDH4000.)

I'll also attach a pdf on how to make it and how I would use it in various ways for diseases.











(See below for this pdf file)

Hope that helps in some way.
Scott