Jim Humble refers to the doses of Miracle-Mineral-Supplement that are being taken for internal use as far less than that used in industry.

[quote Jim Humble] "Remember, when reading industrial reports of the use of chlorine dioxide they are talking about 10,000 times the strength used in the human body." [end quote]


http://jimhumble.biz/?page_id=26


I have been looking into this and am unable to verify this...

Water treatment is an industrial use and it can be an internal use as well. However, there are strict regulations as to them amount of chlorite residue allowed in water, so water treatment for drinking water using chlorine dioxide is limited to 1.4 PPM.

If they can't get pure water with this amount, other methods are used, but it appears that 1.4 PPM chlorine dioxide usually gets the job done.

Is mouthwash considered an industrial use? Mouthwash is available that has between 600 - 1000 PPM chlorine dioxide available, but it is not activated.

Checking out some uses of acidified sodium chlorite reveals the following uses:

In Australia:
50 - 150 PPM for whole carcass of poultry,
500 - 1200 PPM for carcass parts of poultry, meats and formed meats (such as sausages, luncheon meats, and pressed hams),
500 - 1200 PPM for fruit and vegetables (intact and cut - up), freshwater fish and seafood.

In the United States:
500 - 1200 PPM for poultry meats, red meats, and processed, comminuted or formed meat products, intact fruits and vegetables, processed fruit and vegetables. Seafood is permitted to be treated at 50 PPM.

In Canada:
500 - 1200 PPM for use on poultry.

The main use for chlorine dioxide in industry is for bleaching pulp. This process uses chlorine dioxide at around 8000 PPM.

To summarize industrial use...

1.4 PPM chlorine dioxide for drinking water, 50 - 1200 PPM chlorine dioxide from acidified sodium chlorite for food processing, and around 8000 PPM chlorine dioxide for plup bleaching.

The Miracle-Mineral-Supplement protocol involves working up to taking 15 drop doses of Miracle-Mineral-Supplement two to three times a day.

30 drops of MMS works out to about 1200 PPM chlorine dioxide.

45 drops of MMS works out to about 1800 PPM chlorine dioxide.

Jim Humble does not seem to have an understanding of basic math. The strongest concentration of chlorine dioxide used in industry, that I can find, is the 8000 PPM used in bleaching pulp.

When I divide 8000 by 1800, I come up with a little over 4.4. Dividing 8000 by 1200 yields a result of a little over 6.6.

The MMS protocol calls for using concentrations of chlorine dioxide at or above the industrial use for food processing.

The MMS protocol calls for using concentrations of chlorine dioxide way above those used for water treatment.

I am at a loss here, where did Jim Humble come up with the idea that the MMS protocol is 10000 times weaker than the industrial use of chlorine dioxide...?

Tom