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MMS: sodium chlorite (NaClO2) 28%
MMS1 or Activated MMS: chlorine dioxide (ClO2)
MMS1 or Activated MMS: chlorine dioxide (ClO2)
MMS MAKING
- tykkeN
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08 Jan 2024 02:52 #80981
by tykkeN
MMS MAKING was created by tykkeN
I've recently started making mms using the 2 drops 120ml water method. I've been making it inside, the other day I made some outside. After swirling the 2 drops together as I went to pour the water in I noticed a significant amount of gas escape. This is something I couldn't see or tell while doing it inside. My question is, is this a massive waste and if so how can I make sure I'm mostly efficient in capturing the gas using the fresh mixing procedure every hour. I feel like I've been wasting all my other glasses after seeing the amount of gas escape. Cheers in advance. New to the journey.
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- CLO2
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08 Jan 2024 15:46 - 08 Jan 2024 15:56 #80983
by CLO2
Replied by CLO2 on topic MMS MAKING
"I've recently started making mms using the 2 drops 120ml water method." Tell me about this method as I have not heard of it. Thanks.
You must keep chlorine dioxide (CLO2) away from ultraviolet light from the sun and some light bulbs, because UV light will immediately cause CLO2 to react, gassing out chlorine gas.
Amber colored glass bottles help to keep out UV light. Or, cover your dosing bottle with a black foam insulating cover like this one . Count the number of sips from the bottle to estimate an hourly dose quantity of MMS1.
You don't have to make 'fresh' hourly doses of MMS1. An all-day bottle of MMS1 works fine. Kerri Rivera suggests to only use an all-day bottle of MMS1 with autism patients. Her MMS1 autism protocol calls for 16 hourly doses daily.
See attached PDF files.
You must keep chlorine dioxide (CLO2) away from ultraviolet light from the sun and some light bulbs, because UV light will immediately cause CLO2 to react, gassing out chlorine gas.
Amber colored glass bottles help to keep out UV light. Or, cover your dosing bottle with a black foam insulating cover like this one . Count the number of sips from the bottle to estimate an hourly dose quantity of MMS1.
You don't have to make 'fresh' hourly doses of MMS1. An all-day bottle of MMS1 works fine. Kerri Rivera suggests to only use an all-day bottle of MMS1 with autism patients. Her MMS1 autism protocol calls for 16 hourly doses daily.
See attached PDF files.
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08 Jan 2024 21:47 #80989
by tykkeN
Replied by tykkeN on topic MMS MAKING
Thanks for the reply, the ultraviolet light makes sense being outside. I'm following the pdf that I've linked. I'll look at trying the all day bottle thanks.
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09 Jan 2024 02:51 #80990
by Jeranie
Replied by Jeranie on topic MMS MAKING
It doesn't matter where you mix CL02. As soon as you mix the 2 solutions the chlorine dioxide will offgas. You probably just got a better look at it outside. Once you mix your desired amount, 2 drops, you want to add your water and drink asap. It will eventually offgas completely. You can take your time tho. A minute or two and you're not losing "massive" amounts.
The same goes with mixing a whole day's dose in a larger container. It needs to be air tight or it will also offgas as time goes by
The same goes with mixing a whole day's dose in a larger container. It needs to be air tight or it will also offgas as time goes by
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09 Jan 2024 03:05 #80991
by CLO2
Replied by CLO2 on topic MMS MAKING
"It doesn't matter where you mix CL02."
So, UV light won't affect CLO2 gas extracted from SCS when making MMS1? Please explain why.
You and Andreas Kalcker disagree on this subject.
So, UV light won't affect CLO2 gas extracted from SCS when making MMS1? Please explain why.
You and Andreas Kalcker disagree on this subject.
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09 Jan 2024 17:47 - 09 Jan 2024 17:54 #80999
by Jeranie
Replied by Jeranie on topic MMS MAKING
Simple reason? Time. If you were to mix CL02 under UV light, sure it may/would gas off quicker than if you didn't. But it's not that big of a difference in the minute or two of making and taking the solution. In other words, it's not going to disappear on you in one minute if you decide to mix a 1,2, or 3 drop mix. AND, I've never heard of that particular problem. Are you sure you're not referring to the degradation of the sodium chlorite and HCL solutions?
Last edit: 09 Jan 2024 17:54 by Jeranie.
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09 Jan 2024 21:42 #81000
by Jeranie
Replied by Jeranie on topic MMS MAKING
So, UV light won't affect CLO2 gas extracted from SCS when making MMS1?
Can you tell me where to find that specifically explained by AK? That just doesn't make sense. I understand the necessity of amber/dark bottles for storage of SCS and HCL, and CDS etc, but the OP was specifically talking about mixing 2 drops with 120 ml of water to drink immediately. My response was to mix it anywhere you want. A minute or 2 of UV light has very little effect and the gas you see escaping happens no matter where you mix. My only point.
Can you tell me where to find that specifically explained by AK? That just doesn't make sense. I understand the necessity of amber/dark bottles for storage of SCS and HCL, and CDS etc, but the OP was specifically talking about mixing 2 drops with 120 ml of water to drink immediately. My response was to mix it anywhere you want. A minute or 2 of UV light has very little effect and the gas you see escaping happens no matter where you mix. My only point.
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11 Jan 2024 04:33 #81025
by CLO2
Replied by CLO2 on topic MMS MAKING
The reaction is immediate when UV light strikes a CLO2 solution. The off gassing is not CLO2, it is CL. I don't think anyone should be inhaling or ingesting chlorine gas.
This is from Andreas Kalcker's book, Forbidden Health on page 60.
"Another interesting aspect of chlorine dioxide is that it reacts to ultraviolet and solar light, turning into chlorine gas, and oxygen, which is why it must be kept away from both ultraviolet and solar light."
Some LED lights will do the same.
This is from Andreas Kalcker's book, Forbidden Health on page 60.
"Another interesting aspect of chlorine dioxide is that it reacts to ultraviolet and solar light, turning into chlorine gas, and oxygen, which is why it must be kept away from both ultraviolet and solar light."
Some LED lights will do the same.
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