PART 1 

HOW TO MAKE 24-25% SODIUM CHLORITE

FROM 80% SODIUM CHLORITE POWDER OR FLAKES ?

Sodium Chlorite 80% powder or crystals can be purchased here:

 Canada: Realrawfood.com  https://www.realrawfood.com/search/node/Water%20purification%20drops

USA:  prescribedforlife.com https://pforlife.com/sodium-chlorite-80-salt-based-chlorinated-chemical-powder-flakes-cant-ship-to-canada.html

Europe:https://www.laboratoriumdiscounter.nl/fr/chlorite-de-sodium-80.html

UK: https://tulucechemicals.com/

- Make the preparation when you're calm, with no children or excitement around you. 

- Download a dilution calculator on your phone. On your computer: https://labhacks.net/  On your phone: https://labhacks.net/app/ go to "helper" then "dilution".  

You'll need : 

    - An electronic balance 

    - A plastic stirring spoon or laboratory glass rod

    - 80-83% sodium chlorite flakes or powder.

    - Distilled water or low-mineral water 

    - Storage and measuring containers in glass or PP/HDPE/PE quality plastic              resistant to highly acidic or alkaline products. 

    - Protective goggles and gloves. Sodium chlorite has a highly alkaline pH of 13 and is therefore irritating to skin and eyes.

    - To produce 100 ml of 24-25% Sodium Chlorite (Naclo2) (results have been rounded for ease of measurement) : 30 gr sodium chlorite (Naclo2 80%) 24-25% flakes or powder and 70 ml distilled water. 

    - To produce 200 ml of 24-25% sodium chlorite (Naclo2) : 60 gr or ml of flakes and 140 ml of distilled water

PART 2

4% HYDROCHLORIC ACID (HCL) 

FROM 20%, 31% OR 36% HYDROCHLORIC ACID 

Get some  hydrochloric acid HCL from a hardware store or online. Make sure the percentage is clearly marked

FROM 20% HYDROCHLORIC ACID

To produce 100 ml of 4% hydrochloric acid with 20% hydrochloric acid: 20 ml of HCL to 80 ml of distilled water.  

FROM 31% HYDROCHLORIC ACID

To produce 100 ml of 4% hydrochloric acid with 31% hydrochloric acid: 13 ml of HCL to 87 ml distilled water 

FROM 36% HYDROCHLORIC ACID

To produce 100 ml of 4% hydrochloric acid with 36% hydrochloric acid: 11 ml of HCL for 89 ml of distilled water.

Results are given in rounded figures. 

Use the application https://labhacks.net/app/ go to "helper" then "dilution" to check that the dosages recommended on this PDF are correct and get used to making your own dilutions according to the quantity you want to produce.

KEEP OUT OF REACH OF CHILDREN

WEAR PROTECTIVE GLASSES AND GLOVES

MAKE THE DILUTION IN A WELL VENTILATED ROOM OR OUTSIDE

1. Sodium chlorite NaClO2 80%.

2. Hydrochloric acid 20-36% Hardware store or online

3. Water purifier kit Naclo2 24% HCL 4%

4. 99.9% DMSO

5. Plastic glass laboratory pipette or ml graduated syringe ( 5ml or 10ml)

6. Glass or plastic funnel

7. Glass or plastic measuring cup

8. Plastic strainer

9. Glass jar, approx. 500ml, preferably with silicone seal

10. Liqueur glass or small verrines

11. amber glass Spray bottle

12.  Sopalin or paper towel

13. Place mat or ceramic plate 

14. Distilled water 

15. Amber glass or HDPE, PP or PE plastic flask, with or without dropper. 

16. Roll-on 

17. Intestinal enema bag

18. Mattress protector

19 Irrigation bulb

 20. Black plastic water bottle, 1-liter amber glass bottle

 21. Portable timer

 22. Cellulose

 23. Saline solution

 24. protection glasses

 25. Plastic strainer 

 26. Nose or eye dropper bottle

HOW TO MAKE CDS?

    1. Make CDS preferably at the beginning of the day or in the evening.

    2. Make sure you are quiet with no agitation around you.

    3. Do the preparation outside or in a well-ventilated room

    4. Fill a 500ml jar with 250ml to 350ml of distilled water . No more than 5 mn under the shot glass

    5. Activate 5 ml of sodium chlorite (NaClO2 24-25%) and 5 ml of hydrochloric acid (HCL 4%) in the shot glass. (It is possible to activate sodium chlorite with 30% citric acid to make the gas but it is not recommended anymore as it caused nausea and diarrhea and favored the proliferation of the Helicobacter pilori bacteria.) For people living on high elevation add 7ml instead of 5ml for both products.

    6. Place the shot glass with activated drops in the water in the center of the jar. Make sure there is enough space so that the water does not get into the shot glass. Start with 250ml of water and add a little more if you can.

    7. Store the jar carefully in a dark place in a closet and out of reach of children for 12 hours. After you have done your first experiments and get several jars and storage bottles,  you can make several jars at a time.

    8. 12 hours later, put the jar in the fridge for 2 or 3 hours to prevent the gas from escaping when you open the jar. (especially necessary when you make several jars at the same time and if you do not want to lose too much gas).

    9. Open the jar and quickly pour into a plastic bottle, the residue left in the shot glass. The residue will be used to wash your sinks, bathtub, walls, electronics, cutting board or kitchen counter.

    10. Repeat the same process a second time without changing the water of the first round already infused. Activate in the shot glass 5 ml of sodium chlorite (NaClO2 24-25%) and 5 ml of hydrochloric acid HCL 4%, [7ml if you live in high elevation] and add the shot glass of the activated solution to the jar with the water already infused from the first round.

    11. Put it back in a cupboard away from light and out of reach of children. 

    12. 12 hours later Let it seat in the fridge for couple hours before bottling it. 

    13. Pour CDS quickly in amber bottles labeled CDS, 3000ppm, ClO2 with the help of a plastic funnel at a size adapted to the neck of your storage bottle. Cap it well and store it in the fridge.

    • Find a time that suits you to do it (for example 7-8am or evening) and the second round 12 hours later. Your CDS will be ready in about 24 hours.

[Do not attempt to make CDS in larger jars. Follow these guidelines for safety. Remember that CDS is not toxic if ingested in the recommended doses but can be toxic if we breathe it in too much. A small amount has a disinfectant effect but breathing too much can be irritating and toxic to the lungs. Therefore, it is necessary to make a small amount at a time in case a jar is dropped and could break.]

    • Make sure you have enough for your family's needs.

    • Wear safety glasses especially when preparing diluted sodium chlorite from 80% sodium chlorite and diluting pure hydrochloric acid.  It is always better to take precautions. If you do the CDS calmly and when you are rested, there should be no incident.

    • Store CDS in amber colored glass or dark plastic bottles (HDPE, BPA free) always with plastic caps, not metal

    • The CDS diluted in water, (dose of the day) can be put in an ordinary plastic bottle (PET) protected from the sun's rays with a sock but it must be drunk during the day. You can also use a dark plastic bottle without a metal cap.

Chemistry/abbreviations-acronyms

CD = Sodium chlorite (NaClO2) + hydrochloric acid as activator at 4%

CDI = Chlorine dioxide dissolution, ClO2, in saline solution (NaCl at 0.9%)

CDS = Chlorine dioxide dissolution, ClO2, in water (gas dissolved in water)

CDH = Sodium chlorite (NaClO2 ) + hydrochloric acid as activator at 4% activated with time

Cl = Chlorine, periodic table element

Cl− = Chloride ion

Cl2 = Chlorine gas

ClO− = Hypochlorite ion

ClO2 = Chlorine dioxidE

ClO2− = Chlorite ion

ClO3− = Chlorate ion

ClO4− = Perchlorate ion

DMSO = Dymethyl sulfoxide

MMS = NaClO2 = Sodium chlorite + activator (citric acid). (Jim Humble’s term)

MMS1 = Jim’s new definition

MMS2 = Calcium hypochlorite = Ca (ClO)2

NaCl = Sodium chloride (common table salt)

NaClO = Sodium hypochlorite

NaClO2 = Sodium chlorite

NaClO3 = Sodium chlorate

NaClO4 = Sodium perchlorate

PPM = Parts per million. e.g., 3,000 ppm = 0.3%

Even if Chlorine dioxide is more expensive compared to Sodium hypochlorite (bleach) it should be a better option since it is not carcinogenic. Chlorine dioxide is approved for many use desinfection of fruits, vegetable, meat, fish, beer and other drinks. It is use for fungi control, removing Legionnella from refrigeration towers in hospitals, for cold disinfection of surgical instruments, for disinfecting blood donations and many other applications. 

Oxidant-based therapies is known by health professionals. Ozone or hydrogen peroxide are commonly called oxygenated water.

Each oxidant produce different degree of oxidation  as they have different ORP (oxidation reduction potential) that is to say different electrical charge to produce different degree of oxidation. Here some different exemples of ORP for each known oxidant

The use of other local antiseptics such as sodium hypochlorite, ozone, hydrogen peroxide must be in small quantities and in low concentration to avoid tissues damages therefore  their use is limited . 

Sodium hypochlorite (NaClO0 ) should not be confused with with sodium chlorite (NaClO2) it is used in dental root canals and can cause tissue poisoning if injected in the periapical tissue. 

Hydrogen peroxide (H2O2) is not optimal either due to its high oxidative potential of 1.73, which can damage the tissue. Besides,many bacteria are 

resistant to H2O2, as their Catalase enzyme rapidly breaks it down, allowing for resistance

RADICALS HYDROXYL (OH): E= 2.8 volts

OZONE (O3) E=2.07 volts Lifespan 15 minutes at 25ºC/77ºF, with a pH 7.0 render it less practical for live therapeutic applications.

HYDROGEN PEROXIDE (H2O2) E= 1. 78volts

is not optimal either due to its high oxidative potential of 1.73, which can damage the tissue. Besides,many bacteria are  resistant to H2 O2, as their Catalase enzyme rapidly breaks it down, allowing for  resistance.

CHLORINE ( CL2) E=1,36 Volts

CHLORITE ION (CLo2-), E=1.57 volts

CHLORINE DIOXIDE (ClO2) E= 0,95 volts

organic disinfectant, biocide, selective antibacterial. antipathogens drugs 

1. DRINKING: drinking it is the first method used. We can take CD ( activated drops of sodium chlorite (NaClO2 24-25% activated with HCL 4% in a 1:1 ration. Example: one drop of NaclO2 activated with 1 drop of HCL for 30 seconds or 1ml of CDS in 100 or 200ml of water.                                                                                   
2. ENEMA with CDS or CD is very effective for serious detox. the gas enters faster the internal organs and the oxydative action helps remove old fecal matter, parasites, acidic toxins and facilitate nutriment absorption and alkalinization. 
4. SPRAY are very good to use on skin, infected or burn area for healing or disinfection
6. BATH soak in water with CD or CDS good for skin issue, general detox, children
8. ADDING DMSO (dimethylsulfoxide/transportation agent) combined with CDS faciltitated the absorption through the skin. Scientific data demonstrates the anti-inflammatory and painkilling properties of the mix. Some people have some skin reactions . Test your skin reaction by applying one drop of DMSO 70% on your arm. Dilute it with water if necessary.
9. GAS (Air purifier) The gas method must be applied with care as we know that a large amount of chlorine dioxide can be toxic. It can be used to disinfect or remove room odors (see video here). It can be safely used to disinfect a room and avoid contagions. Activate activate 6 to 8 drops in a glass and place it on a night stand or a furniture. Make sure it can not be reach by children.  
10. GAS ( bag or glass) Skin is the largest organ of absorption and eliminationwe have and it can absorb the chlorine dioxide gas without adding water but without breathing it. We can emerge a part of the body with the gas in a glass or  make a kind of plastic sleeping bag. The skin is exposed only to the gas  in a container and not breathe
11. INJECTION: intravenous or intramuscular injections of pure CDI solution can be made by experimented doctors.
12. HUMIDIFIER: this method could be interesting but for security reasons,  Andreas Kalcker does not recommend this method.