37% to 4$ Hydrochloric acid
What You Need:
1. Concentrated Hydrochloric Acid (e.g., 37% HCl)
2. Water (preferably distilled or clean tap water)
3. A measuring container to measure liquids
4. A container to mix the acid and water in (preferably glass or plastic that
can handle acid)
Steps to Dilute the Hydrochloric Acid:
1. Start with your concentrated acid: If you have 37% hydrochloric acid (a
common concentration), you will need to dilute it to make a 4% solution.
2. Calculate how much concentrated acid to use:
o You’ll need approximately 108 mL of the 37% hydrochloric acid to make 1 liter
(1000 mL) of 4% hydrochloric acid solution.
3. Add water: After you measure out the 108 mL of concentrated acid, slowly pour
it into a container, and then add clean water to bring the total volume up to 1
liter.
4. Mix carefully: Stir the solution to make sure the acid is evenly diluted.
In Summary:
• Measure 108 mL of 37% hydrochloric acid.
• Add it to a container.
• Fill the container with clean water until the total amount of liquid reaches
1 liter (1000 mL).
• Mix well to ensure it’s fully blended.
Now, you have a 4% hydrochloric acid solution.
Safety Reminders:
• Always wear gloves, goggles, and work in a well-ventilated area when handling
concentrated acid.
• Add acid to water, not water to acid to avoid dangerous splashing.
• Label your container as "4% Hydrochloric Acid" for future reference and
safety.
Chart for Easy Reference: - Hydrochloric Acid
Volume of Final Solution Amount of 37% HCl Needed Add Water to Reach This
Volume
1 Liter 108.1 mL Add water to 1 liter
2 Liters 216.2 mL Add water to 2 liters
5 Liters 540.5 mL Add water to 5 liters
10 Liters 1081 mL Add water to 10 liters
20 Liters 2162.2 mL Add water to 20 liters
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How to Mix It:
1. Measure the required amount of 37% hydrochloric acid (e.g., 108.1 mL for 1
liter, 216.2 mL for 2 liters, etc.).
2. Pour it into a container that can handle the final volume (e.g., a 1-liter
bottle, 2-liter container, etc.).
3. Slowly add clean water to the acid, mixing carefully. Make sure to stir well
to ensure even dilution.
4. Label the container as a 4% hydrochloric acid solution for safety.
NB As die totale inhoud 1liter en gebruik 108ml HCI = 1000ml-108ml watter + 108ml
HCO=1000ml
• Always wear gloves, goggles, and work in a well-ventilated area when handling
concentrated acid.
• Add acid to water—never water to acid—to prevent splashing or violent
reactions.
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to make a 25% sodium chlorite solution (which is a standard concentration for MMS
purposes):
1. Weigh the sodium chlorite flakes:
You’ll need to weigh out 25 grams of sodium chlorite flakes for each 100 mL of
water you want to create.
2. Mix with distilled or clean water:
o Add 100 mL of distilled water to a clean glass container (like a mason jar).
o Slowly add the 25 grams of sodium chlorite flakes into the water.
o Stir carefully to dissolve the flakes into the water. This should give you a
25% sodium chlorite solution.
3. Let the solution dissolve completely (a few minutes of stirring).
Now you have your liquid sodium chlorite solution ready to use in the MMS process.
For larger quantities, just scale this up:
• For 1 liter of 25% sodium chlorite, you’ll need 250 grams of sodium chlorite
flakes and 1 liter of water.
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Step 2: Preparing Your Solutions for the 1:1 MMS Ratio
You’ve now got a liquid sodium chlorite solution. To prepare the MMS (Miracle
Mineral Solution), you need to mix it with hydrochloric acid (HCl) in a 1:1 ratio.
Let’s calculate how much of the 25% sodium chlorite solution you'll need for the
different volumes based on your previous request:
1 Liter of MMS Solution (1:1 ratio):
1. Sodium chlorite solution: You need 1 drop of the 25% sodium chlorite solution
for every 1 drop of hydrochloric acid.
o For 1 liter of water to be treated, use 1 mL of sodium chlorite solution.
2. Hydrochloric acid: You’ll need 1 drop of the 4% HCl solution per 1 drop of
sodium chlorite. This will create the 1:1 MMS mixture.
2 Liters of MMS Solution:
1. Sodium chlorite solution: Use 2 mL of the 25% sodium chlorite solution.
2. Hydrochloric acid: Again, use 2 drops of the 4% HCl solution for every drop
of sodium chlorite.
5 Liters of MMS Solution:
1. Sodium chlorite solution: Use 5 mL of the 25% sodium chlorite solution.
2. Hydrochloric acid: Use 5 drops of the 4% HCl solution for every drop of
sodium chlorite.
10 Liters of MMS Solution:
1. Sodium chlorite solution: Use 10 mL of the 25% sodium chlorite solution.
2. Hydrochloric acid: Use 10 drops of the 4% HCl solution for every drop of
sodium chlorite.
20 Liters of MMS Solution:
1. Sodium chlorite solution: Use 20 mL of the 25% sodium chlorite solution.
2. Hydrochloric acid: Use 20 drops of the 4% HCl solution for every drop of
sodium chlorite.
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Step 3: Mixing the Sodium Chlorite and Hydrochloric Acid
Once you’ve calculated the required amounts of both liquids, the process is simple:
1. Prepare a clean container that can hold the final amount of water you plan to
purify (e.g., 1 liter, 5 liters, etc.).
2. Add the sodium chlorite solution to the container (based on your calculated
volume).
3. Add the hydrochloric acid solution in the same volume as the sodium chlorite
solution (1:1 ratio).
4. Stir gently, ensuring that the liquids mix together to form chlorine dioxide
(ClO₂).
Let the solution sit for 30 minutes to fully activate the chlorine dioxide.
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Step 4: Purify Your Water
Now, the activated chlorine dioxide solution can be added to your contaminated
water:
1. Add the MMS solution to your water. The general recommendation for
disinfection is 1 drop of activated MMS per liter of contaminated water.
2. Stir well, and let the water sit for about 30 minutes to allow the chlorine
dioxide to purify the water.
3. If the water has a chlorine smell after 30 minutes, it should be safe to
drink, but if it doesn't, you may need to add a bit more MMS and wait another 15
minutes.
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Important Safety Notes
• Handle with care: Both sodium chlorite and hydrochloric acid are strong
chemicals. Always wear gloves and goggles when handling them.
• Use in a well-ventilated area: The reaction produces chlorine dioxide gas,
which can be harmful if inhaled.
• Do not use excessive amounts: Stick to the 1:1 ratio to avoid producing too
much chlorine dioxide, which could make the water unsafe.
• Do not consume MMS in high amounts. It’s only for emergency water
purification and should be used sparingly and cautiously.
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Summary of Quantities for Different Volumes:
Final Volume of Water Sodium Chlorite Solution (25%) Hydrochloric Acid (4%)
1 Liter 1 mL 1 drop
2 Liters 2 mL 2 drops
5 Liters 5 mL 5 drops
10 Liters 10 mL 10 drops
20 Liters 20 mL 20 drops
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