Difference between revisions of "CH3 GANS"

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In order to expand knowledge around the whole topic of GANS, the "Basics of production and processing of GANS" provide a compact overview.
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== Production ==
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[[File:CH3 GANS box setup.jpg|thumb|CH3 GANS box setup: The setup here on the picture with led is the best option to produce a very good quality of GANS. [For emergency situatons only (lower quality): If there is no led to connect the wires, you can use two Nano-coated Copper wires and twist them counterclockwise together. If you don't have Nano-coated Copper wires, you have to use one led!]]]
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On the left side you have the Nano-coated Copper plate and on the right side the with Zinc galvanized Iron plate. It's connected with Nano-coated Copper wire and an Copper wire, also with a led. Alternatively, chicken wire can also be used, which is also made of galvanized iron. (The cut ends should protrude out of the water, otherwise the iron will immediately interact with the cut end).  At the CH3 GANS production current can be used.
  
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(See also:See also: [[The 4 Main GANSes and Amino Acids#CH3 GANS|The 4 Main GANSes and Amino Acids]])
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At first the Zinc, from the with Zinc galvanized Iron pate will interact with the Nano-coated Copper and like in the CO2 production, CO2 GANS and the Amino Acid of it will be produced. After a few days, depending on the whole setup and environment, the redish/brown CH3 GANS production will be start and visible. You can let the creamy white CO2 GANS sediments inside and allow them to be mixed up with the reddish/brown CH3 GANS sediments ('''CAUTION''': never drink GANS or touch with any part of the body).
  
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==== Production ====
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=== Required Materials: ===
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[[File:CH3 GANS box setup.jpg|thumb|CH3 GANS box setup - Instead of the Nano-coated Copper wire as the connection from the Nano-coated Copper plate, you can use a normal Copper wire too. This is just a optimized setting. If you don't have a Led, you can twist both connection wires counterclockwise together.]]
 
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CH3 GANS is produced by using an Zinc coated/galvanized Iron plate (or coil) in combination with a [[:Category:Nano-coating|Nano-coated]] Copper coil or plate. The two metals are connected together with a Copper wire (Picture beside). Unlike the production of [[CO2 GANS]], you can use a very small amount of DC current and a fish tank pump (aerator) to speed the production process, but the pump is not mandatory.  At first, there will be a reaction between Zinc and Nano-coated Copper, after a while, the reaction between Iron and Nano-coated Copper starts. You can use a common, adjustable DC device, which produces current of approximately 15 mA between the two metal plates instead of the connection of a Copper wire. If you do, the negative pole of the device is attached to the Nano-coated Copper coil or plate and the positive pole of the device is connected to the Zinc/Iron. You could also use a 1.5 V battery as power source.  If you use any kind of current you should aerate the [[Important information about Salt|Salt water solution]] with a small fish tank pump.  It will only take a few hours to produce a reddish brown layer of CH3 GANS at the bottom of the container.  To get a better result, you can mount a coil of a PC fan or led between the two plates instead of a wire or a current source. ('''CAUTION''': never touch GANS with any part of the body).
 
  
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Required Materials:
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* Plastic box
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* Plastic Container
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* (Distilled) water
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* Zinc coated Iron plate or wire (e.g. chicken mesh)
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* Salt
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* Nano-coated Copper coil or plate
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* Green led
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* 50 grams of Salt
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* Nano-coated Copper wire
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* 1 litre of distilled water
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* Copper wire
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* Optional: DC-Device and fish tank aerator
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* Nano-coated Copper plate or coil
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* Iron plate or coil galvanized with Zinc (or chicken mesh)
  
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{| class="floatright" background:#F9F9F9; "
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! style="font-size:85% " |Complete explanation of the creation of CO2 and CH3 GANS (English)
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| <youtube width="400" height="220"> https://www.youtube.com/watch?v=pNyVYf8vTPc </youtube>
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|}
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<gallery>
 
<gallery>
 
File:CH3 100.jpg|Iron plate, coated Copper coil, Oxygen pumped in and 0,15 Amp current (battery)  
 
File:CH3 100.jpg|Iron plate, coated Copper coil, Oxygen pumped in and 0,15 Amp current (battery)  
 
File:CH3 102.jpg|Washed CH3 GANS
 
File:CH3 102.jpg|Washed CH3 GANS
 
</gallery>
 
</gallery>
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<youtube width="400" height="220"> https://www.youtube.com/watch?v=pNyVYf8vTPc </youtube>
 
  
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====CH3 GANS Uses/Application====
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==CH3 GANS Uses/Application==
  
 
CH3 GANS water will strongly energize the body and is nutritious.  For instance, 8 drops of CH3 GANS water combined with 1 drop of [[ZnO GANS]] water and 1 drop of [[CO2 GANS]] water will yield the following results: The plasmatic fields of CH3 GANS water gives energy to the body while the plasmatic fields of the ZnO GANS water support the nervous system.  The plasmatic fields of the CO2 GANS water acts on muscles and the nervous system. The carbon within CH3 and CO2 GANS waters release energy while the Hydrogen of the CH3 GANS water and the oxygen of CO2 GANS water combine to provide moisture, which is needed in the body.  The energy of the Hydrogen of the CH3 GANS water becomes food for the body.  The ZnO GANS water supports nerve connections that are needed to assimilate energy into the body.  To assure the application is effective, always add one drop of Amino Acid of each type of GANS to your drop mixture. The Amino Acid builds up on the top of the Salt water solution during the production of each of the GANS (see [[Harvesting GANS and Amino Acids|Amino Acids]]).  
 
CH3 GANS water will strongly energize the body and is nutritious.  For instance, 8 drops of CH3 GANS water combined with 1 drop of [[ZnO GANS]] water and 1 drop of [[CO2 GANS]] water will yield the following results: The plasmatic fields of CH3 GANS water gives energy to the body while the plasmatic fields of the ZnO GANS water support the nervous system.  The plasmatic fields of the CO2 GANS water acts on muscles and the nervous system. The carbon within CH3 and CO2 GANS waters release energy while the Hydrogen of the CH3 GANS water and the oxygen of CO2 GANS water combine to provide moisture, which is needed in the body.  The energy of the Hydrogen of the CH3 GANS water becomes food for the body.  The ZnO GANS water supports nerve connections that are needed to assimilate energy into the body.  To assure the application is effective, always add one drop of Amino Acid of each type of GANS to your drop mixture. The Amino Acid builds up on the top of the Salt water solution during the production of each of the GANS (see [[Harvesting GANS and Amino Acids|Amino Acids]]).  

Revision as of 22:12, 26 June 2019

Basics for the production and processing of GANS
back to categorie: GANS



In order to expand knowledge around the whole topic of GANS, the "Basics of production and processing of GANS" provide a compact overview.

Production

CH3 GANS box setup: The setup here on the picture with led is the best option to produce a very good quality of GANS. [For emergency situatons only (lower quality): If there is no led to connect the wires, you can use two Nano-coated Copper wires and twist them counterclockwise together. If you don't have Nano-coated Copper wires, you have to use one led!]

On the left side you have the Nano-coated Copper plate and on the right side the with Zinc galvanized Iron plate. It's connected with Nano-coated Copper wire and an Copper wire, also with a led. Alternatively, chicken wire can also be used, which is also made of galvanized iron. (The cut ends should protrude out of the water, otherwise the iron will immediately interact with the cut end). At the CH3 GANS production current can be used.

At first the Zinc, from the with Zinc galvanized Iron pate will interact with the Nano-coated Copper and like in the CO2 production, CO2 GANS and the Amino Acid of it will be produced. After a few days, depending on the whole setup and environment, the redish/brown CH3 GANS production will be start and visible. You can let the creamy white CO2 GANS sediments inside and allow them to be mixed up with the reddish/brown CH3 GANS sediments (CAUTION: never drink GANS or touch with any part of the body).

Required Materials:

  • Plastic box
  • (Distilled) water
  • Salt
  • Green led
  • Nano-coated Copper wire
  • Copper wire
  • Nano-coated Copper plate or coil
  • Iron plate or coil galvanized with Zinc (or chicken mesh)
Complete explanation of the creation of CO2 and CH3 GANS (English)


  • Iron plate, coated Copper coil, Oxygen pumped in and 0,15 Amp current (battery)

  • Washed CH3 GANS


CH3 GANS Uses/Application

CH3 GANS water will strongly energize the body and is nutritious. For instance, 8 drops of CH3 GANS water combined with 1 drop of ZnO GANS water and 1 drop of CO2 GANS water will yield the following results: The plasmatic fields of CH3 GANS water gives energy to the body while the plasmatic fields of the ZnO GANS water support the nervous system. The plasmatic fields of the CO2 GANS water acts on muscles and the nervous system. The carbon within CH3 and CO2 GANS waters release energy while the Hydrogen of the CH3 GANS water and the oxygen of CO2 GANS water combine to provide moisture, which is needed in the body. The energy of the Hydrogen of the CH3 GANS water becomes food for the body. The ZnO GANS water supports nerve connections that are needed to assimilate energy into the body. To assure the application is effective, always add one drop of Amino Acid of each type of GANS to your drop mixture. The Amino Acid builds up on the top of the Salt water solution during the production of each of the GANS (see Amino Acids).

Every time you want to apply CH3 GANS liquid as food you must add Amino Acids. The Amino Acids tell the body that the energy is provided for the body. The GANS and the Amino Acids are created within the same container and therefore have an inner connection regarding their inner structure. This inner connection is necessary for the fields of the GANS and its information, which are available within the GANS-water and the Liquid Plasma, to be transferred to the molecules of the cells of a living body. Procedures are topics of present and future research. CH3 GANS is also necessary for technical energy production.

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