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Silver water 02: The production 01

with an ionizer (Ionic Pulser)

   
The silver ion generator (English: "ionic pulser") on a glass of water with the silver rods in the water [1] - The table for the production of silver water with the concentration in ppm, amount of water and production time [6]

Compilation by Michael Palomino (2020); news

The company of "Medionic" in Radibor (Saxonia) is producing the silver generators since 1997: https://medionic.de/

---

The chronological guide to the production of silver water

Make silver water yourself
-- You can make silver water and distilled water yourself [web02 - a comment]

Buy the ion generators (ionizers)
-- you buy an ionizing device (ionic pulser) - it is hardly available in "normal stores" - you can buy it on the Internet or directly from Medionic company, cheap ionizers are not enough
-- the device should have a power supply to guarantee sufficient voltage [web01]



-- an ionizing device "Ionic Pulser Pro" from Medionic is used together with distilled water, the distilled water can be bought in the supermarket (38 '') [web02]

Ionic Pulser by Wolfgang Jenkner

-- The "Ionic Pulser" ionizing device was developed by Wolfgang Jenkner and enables precise silver delivery. Other devices with similar names do not have this quality [web07 - p.3], the guarantee is 2 years: "24 months warranty from the invoice date for private customers" [web07 - p.10]
-- the ionization device "Ionic Pulser" supposedly reacts fully automatically to "changes concerning temperature, conductivity, quality of water used and the electrode surface" [web07 - p.4 - translation]
-- people with a heart pacemaker should not use the ionizing device but leave it to someone else [web07 - p.9]

-- good devices for silver water production can check the water quality and it's possible to set the ppm concentration, and when the ppm concentration is reached, the device switches off automatically [web03]

Make ion generator yourself
-- you only need 99.9% silver wire, then 9-36 volts are attached [web05]
-- get 2 silver wires 10cm long + 1.5 to 2mm thick and fix them to a plastic plate - dip the wires in distilled water and connect them to the power supply with a 10mA adapter [web02 - one comment]

Imitation electrodes
-- if imitations of electrodes with a lower degree of purity are used, less silver is released into the water [web07 - p.8]

Silver spoon = ion generator?
-- someone thinks one could just suck on a silver spoon for getting siver ions [web02 - a comment]

-- Silver is a food additive with the E number E174, so the intake it is completely legal [web04]
-- Silver is antibacterial and works through fabric [web05]

The insertion of the electrodes in the ionizing device: at an angle and the distance from A to C - socket A must always be occupied
-- put the silver rods in the ion generator [web01]
-- the electrodes have to be inserted in an INCLINED WAY into the sockets with a little feeling, do not press them in with force [web07 - p.5]
-- always plug the rods in with the same end [web07 - p.8]
-- there must always be an electrode in socket "A", the distance is then variable with sockets "B" or "C" [web07 - p.5]
-- small electrode distance = faster production, but lower quality [web07 - p.4], bridges between the electrodes are possible [web07 - p.5]
-- large electrode distance = slower production with better quality [web07 - p.4], bridging between the electrodes is excluded [web07 - p.5]
-- if the electrodes are not inserted correctly, the device does not work [web07 - p.9]

The water that is to become silver water
-- the water is prepared: distilled water is boiled and then cooled for about 3 minutes [web01]

-- in warm water the ionization goes faster [web02 - one comment] and the silver water is more effective (4'44 '') [web02]
-- with hot water a "significantly better quality is achieved" than with cold water [web07 - p.3]
-- the boiled distilled water [or tap water] is allowed to cool for about 3 minutes and the vessel is filled with it up to 0.5 to 1 cm below the edge [web07 - p.5]
-- preparing silver water with tap water needs less preparation time, but high concentrations cannot be stored [web04]

Use of distilled water or tap water

-- with distilled water of the brand "Aquaionic" the quality of the silver water is optimal [web07 - p.3], so a "pure, colloidal silver" is produced [web07 - p.9], control the bottle for the terms "distilled", "demineralized" or "demineralized" [web07 - p.9]

-- if no distilled water is used, new silver salts are created with other substances in the water with undesirable effects [web07 - p.3], - "when using other types of water, including household osmosis devices, undesirable chemical compounds can arise" [web07 - p.10 - translation] - then it is NOT "pure, colloidal silver" [but simply "colloidal silver" with undetermined side effects from foreign products] [web07 - p.9] - therefore larger particles are produced which can form deposits in the body [web07 - p.3]

[then a discharge action is neede in the body every 5 years with algae etc.]

The glass vessel
-- you look for a glass vessel where the ionizing device can be put on, e.g. a glass [web01], or a glass jug with 0.5 liter capacity [web02]

-- the glass vessel is preheated a little with some hot tap water so that it does not crack when it is filled with the hot distilled water completely [web01]

Glass vessel (glass or jug)
-- for silver water production one should always use a glass vessel, never a metal vessel, because the metal vessel would destroy the electrical charge of the silver particles, which would then be almost ineffective [web04]
-- use plastic container only in an emergency [web04]

The manufacturing vessel
-- the production vessel must not be too big so that the Ionic Pulser will not fall into the water [web07 - p.9]
-- do not use cups or vessels made of metal or plastic [web07 - p.3]
-- simple drinking glasses with a volume of up to 0.25 liters are best [web07 - p.3-4]
-- shatterproof or heat-resistant glasses are problematic because too many silver particles can settle on the glass wall [web07 - p.4]

The table / work surface
-- do not use conductive surfaces, that means, don't procede the silver water production on metal parts of the kitchen, not on a stove top etc. [web07 - p.9]
-- the connected ionizing device must never be placed on a conductive surface (metal floor, stove top, wet surface) [web07 - p.9]

Short circuit by the silver rods
-- the ionizing device must not suffer a short circuit when the rods are touching each other or when the rods are touching conductive material, otherwise the battery will heat up and discharge massively [which battery?] [web04]
-- the silver rods shouldn't touch the glass either [web04]

-- the warmed up glass vessel is now filled with the slightly cooled, warm distilled water up to the edge [web01], or with tap water [web04], up to 0.5 or 1 cm below the edge (2'50 '') [web02]

-- you put the silver rods into the ion generator (Ionic Pulser), connect the power to the power grid [web02]

-- one puts the silver rods into the water, the ion generator is put on the edge of the glass [web01] or on the edge of the jug (3'15 '') [web02]


The amount of silver in the water

-- the generator now switches on automatically and at the electrodes bubbles and streaks are produced in the water, the streaks are the silver particles (silver ions), now the clock has to be watched how long the ionization should last depending on the desired concentration [web01]

-- you can only connect the Ionic Pulser to the power supply when the silver rods are immersed in the water - and then the Ionic Pulser is running (3'33'') [web02]

-- Now the electrolysis begins: After a short time (5 to 60 minutes) silver ions are released on the silver rods, which are distributed in the water - this is how colloidal silver is created - the longer, the higher the concentration [web01].

           

-- the silver electrodes release silver into the water, "the silver release is the same for every type of water and is proportional to the production time" [web07 - p.4]
-- as a certain part of the silver ions is always deposited on the vessel wall and on the electrodes, there is always LESS silver in the water than was given off by the silver rods [web07 - p.4]

Table: Production times for silver water with ionizer device "Ionic Pulser"
ppm	200ml water		250ml water
	narrow distance A-B	wide distance A-C	narrow distance A-B	wide distance A-C
10ppm	6min.	9min.	8min.	11min.
20ppm	12min.	15min.	15min.	18min.
25ppm	15min.	18min.	19min.	22min.
30ppm	18min.	21min.	23min.	26min.
40ppm	24min.	27min.	30min.	33min.
50ppm	30min.	33min.	38min.	41min.
75ppm	45min.	48min.	56min.	59min.
100ppm	60min.	63min.	75min.	78min.
				[web07 - S.6]

Bidistilled water (Aqua bidest)
-- provokes 5 minutes longer production times [web07 - p.6]
-- provokes black deposits in the vessel [web07 - p.3]

The production process of silver water
-- the ionization device with the silver rods is placed on the vessel, the silver rods are put into the water [web07 - p.5]
-- now the ionization device is connected to the power supply, the electrolysis with the illuminated control lamp only works if the electrodes are in the water [web07 - p.5] and when the electrodes are correctly inserted into the device [web07 - p.9 ]
-- direct contact of mucous membranes ("tongue test" etc.) with active electrodes should be avoided [web07 - p.9]
-- on one electrode the vesicles are formed and the other electrode turns black [web07 - p.9]
-- for almost all applications you can use the concentrations 25ppm to 50ppm [web07 - p.6]
-- with a close distance between the electrodes in sockets A and B, the production time is 3 minutes shorter than with a wide distance A-C [web07 - p.6]
-- the entire production process must take place under supervision, never leave it unattended [web07 - p.9]

Factors in silver water production are: the time, the ppm concentration, and the type of device [web01], watch the time until the silver water is ready (3'40'') [web02]

The silver concentration of colloidal silver is given in "ppm", that is: parts per million [web01]

Colloidal silver is mostly prepared between 5 and 25 ppm, sometimes up to 100 ppm [web01]

In the table you can see the factors: water, volume, and ppm concentration, from this the preparation time results (1'16 ", 1'55") [web02] [one can assume that the table means distilled water, with tap water the preparation is much shorter, but high concentrated silver water made of tap water must be consumed immediately and cannot be stored]

-- concentrations between 25 and 50ppm are ideal (1'24 '') [web02]

-- after 5 to 10 minutes the silver water is ready (colloidal silver) [web02 - a comment]

Here are some guidelines that apply to the "Ionic Pulser" device and to a volume of 200 ml [distilled water or tap water?]:

-- 5 ppm: 4 minutes
-- 10 ppm: 8 minutes
-- 15 ppm: 12 minutes
-- 25 ppm: 20 minutes
-- 50 ppm: 40 minutes
-- 100 ppm: 80 minutes [web01]

Long manufacturing process over 15 minutes: metallic taste - different colors with good water - milky cloudiness with bad water

-- weak concentrations of silver water are colorless and tasteless [web07 - p.6]
-- if the water used is pure, the produced silver water can turn yellow to brown in high concentrations [web07 - p.7], not always the same color, always different [web07 - p.6] depending on the type of water, water temperature, differently cleaned electrodes, different lighting conditions, or impurities in the manufacturing vessel [web07 - p.9]
-- strong concentrations of silver water have a metallic taste, regardless of the discoloration [web07 - p.6]
-- there is always a deposit formed by the ions on the electrodes and on the bottom of the vessel, but it's visible only at higher concentrations as black deposit on the bottom of the vessel and on the electrodes [web07 - p.7]
-- if the water becomes clouded white-gray by the ionization, the water is unusable due to impurities, [so, one can test the tap water or mineral water, whether it is usable or not] [web07 - p.7] - or salt was added [web07 - p.9]

Measure the ppm concentration
only works with complex laboratory measuring procedures, is not possible with a conductivity measuring device (TDS meter) [web07 - p.7]

Distilled water or tap water

-- with distilled water and with cold water the silver water production goes much longer than with tap water or hot water [web04]
-- those who produce silver water with distilled water need longer and a higher voltage (at least 24 volt power supply), but the result is "high quality colloidal silver" [web01] [which can also be stored for a long time in high concentrations]
-- distilled water has a high electrical resistance, tap water has a low electrical resistance [web04]
-- with cold distilled water the silver water production takes the longest, with warm tap water it goes the fastest [web04]
-- silver water with normal tap water needs less voltage for the production and does not take that long, but has a few silver salts in the water which supposedly impair the effect [web01] [and silver water in high concentrations from tap water cannot be stored, must to be consumed immediately]
-- it is said that whoever uses tap water, mineral water or salt water would provoke silver salts with a reducing or harmful effect [web01]
--it is claimed that with normal tap water the electrolysis could decompose foreign substances into toxic substances [web02 - one comment] [unfortunately details are missing here!]

-- a good silver water [that can be stored for a long time] has to be made with strongly demineralised water, so there should be NO minerals in the water [so, this should therefore be distilled water or pure spring water] (3'49 '') [web02]
-- other device manufacturers of ionizers claim that one should add salts or water additives to the water (4'4 '') [web02]
-- the fact is: the purer the water, the more difficult [longer] is the manufacturing process for the colloidal silver (4'9 '') [web02]
-- the producer of Ionic Pulser (Medionic) thinks you shouldn't add any salts, because then silver salts are formed which form deposits in the body (4'18 '') [web02]

[discharge of metals is always possible with an algae therapy - and ultimately everyone has to try out for himself / herself how the result is satisfactory].

Clean the silver rods every 15 minutes

-- if the preparation time is more than 15 minutes, you should switch off the device every 15 minutes, take it out of the water and clean the silver sticks (4'38 '') [web02]

-- you can take the device out of the water every 15 minutes and clean the silver rods with kitchen paper, you can see on the photo: one silver rod has turned black (5'5 '')

Brush the silver electrodes every 15 to 30 minutes
-- during a longer silver water production the silver electrodes should be taken out of the water every 15 to 30 minutes and cleaned [web07 - p.3]

Mix
-- from the 16th minute you can mix the silver water occasionally with a non-metallic object in order to distribute the silver particles better [web07 - p.3]

Let the silver water rest for another hour

-- after the desired time the device is switched off and removed [web01] - take the device from the vessel and unplug it [web07 - p.9]

-- one should let the glass with the new silver water stand for about 1 hour so that the silver particles can be distributed [web01]

-- especially in hot water the silver ions change even AFTER the production and only reach "their optimal size and quantity" after a waiting period [web07 - p.4]

-- then you can use the colloidal silver [intake or put it on the skin or inject it, depending on the application + healing method] [web01]

The storage of silver water

-- the storage of silver water (colloidal silver) should take place in a dark, cool place, preferably in a cupboard (5'22 "), so silver water can be stored for several months (5'27") [web02]
-- store it cool in dark bottles, not near electrical devices - so never in the refrigerator [web01], silver water is best storable in brown bottles (5'15 '') [web02], in plastic bottles one never knows whether "something can peel off" (5'18 '') [web02]

-- the silver ions degrade over time (5'35 '') [web02] - the amount of silver in the water is also reduced by "electrochemical processes" [web07 - p.4]

-- the higher the dosage, the shorter the shelf life (5'32 '') [web02]

-- in general, high-dose silver water should be used faster than low-dose (5'37 '') [web02] - high-dose silver water made of tap water must be consumed immediately because it cannot be stored [web04]


Storage: Distilled water (long storage time with high concentrations possible) or tap water (NO storage time at high concentration)

-- silver water in general with low concentrations can be stored for months, but the effect gradually decreases, highly concentrated silver water should be used as fresh as possible [web07 - p.7]
-- storage in dark glass bottles and in a dark environment is optimal [web07 - p.7]
-- optimal is to avoid storage in electromagnetic fields (i.e. not next to an electric stove, TV, stereo system etc.) [web07 - p.7]

-- Long ionization of tap water for a high concentration only lasts for a short time, because the nanosilver particles in tap water quickly lose their charge, which they keep in suspension
-- if highly concentrated silver water (over 100 ppm) is produced with tap water, it has to be consumed immediately and cannot be stored for long because the nanosilver particles quickly lose their charge [web04]

Examples with a glass of 2.5dl:
-- gold sticks in boiled, distilled water, concentration 20ppm: 90 minutes production time (1 1/2 hours)
-- silver rods in tap water, concentration 5 to 10ppm: 5 minutes production time [web04].

The care of the silver rods: water + rough sponge
-- the silver rods should be used in a balance so they should change their position in the device from time to time [web04]
-- the electrodes can be cleaned with water and with a rough green sponge [web04]
-- silver rods are also an investment in times of crisis [web04].

The silver electrodes wear out
-- rub with kitchen paper or a linen cloth after each production process - DO NOT use silver cleaning agents or pan cleaners [web07 - p.8]
-- silver rods are sufficient for the production of 400 liters of 10ppm silver water or 150 liters of 25ppm silver water [web07 - p.8]
-- the silver electrodes are getting thinner and thinner until they break, so when they are as thin as a pencil lead, they should be replaced [web07 - p.8]
-- replacement silver rods have to be original and have inclined ends in order to install them in an inclined way [web07 - p.8]
-- imitation silver rods do not have the same degree of purity and can damage the sockets in the ionizing device provoking a reduced warranty [web07 - p.8]

When the ionizing device becomes garbage
-- proceed an "environmentally friendly disposal" at the "responsible office of your community" [web07 - p.10]

---

The sources

Production of silver water with a ionizer (English: Ionic Pulser)
from: Colloidal silver: production (orig. German: Kolloidales Silber: Herstellung): https://kolloidales-silber.heilen-mit-naturheilkunde.de/herstellung/index.htm
[web01]

The silver ion generator (English: "ionic pulser") on a glass of water with the silver rods in the water [1]

You stick the silver rods in the ion generator and then put them into the water. This generator produces colloidal silver through electrolysis. Within a short time (5 to 60 minutes) the silver rods secrete the finest silver particles. The colloidal silver arises, the longer, the higher the concentration will be [web01].

The ionizer with silver rods: silver ions detach from one silver rod [2]

Some say: distilled water is necessary
-- It is said that anyone who uses tap water, mineral water or salt water would provoke silver salts with restrictive or harmful effects
-- Silver water with normal tap water needs less voltage and does not take that long, but has a few silver salts in the water which supposedly impair the effect [web01].

Silver water with distilled water: takes longer and needs at least 24 volts
-- those who produce silver water with distilled water need longer and a higher voltage (at least 24 volt power supply), but the result is "high quality colloidal silver" [web01].

Buy the ion generators (ionizers)
-- there is hardly any in "normal trade"
-- you can buy it on the Internet or directly from the manufacturer, cheap ionizers are not enough
-- it should be devices with a power supply to guarantee sufficient voltage [web01]

The production of colloidal silver

Here are instructions on how to produce colloidal silver with the "Ionic Pulser" device:

-- You need a glass that holds a good 200 ml. The top of the glass should be narrow enough that the generator device can rest on it.
-- Fill the glass almost to the brim with distilled water.
-- Pour the water into a small saucepan and heat it to boiling point.
-- In the meantime, temporarily fill the glass with hot tap water in order to prepare it for the later heated water so that it does not bounce.
-- Let the boiling distilled water cool for about 3 minutes.
-- Then pour the distilled water back into the glass after you have drained the tap water.
-- Plug the generator and power supply unit into the socket [without contact to the water the device is not working].
-- Insert the two silver electrodes (thin rods) into the openings provided on the device.
-- Immerse the silver electrodes in the warm water in the glass until the generator rests on the edge of the glass.
-- The generator will now switch on automatically [by contact with the water].
-- Let the generator run for a few minutes under supervision.
-- You can see how bubbles form on the electrodes and how streaks are forming in the water. These are the silver particles.
-- [Observe the time and the production].
-- Switch off the device after the scheduled time.
-- Take the device and the silver electrodes out of the glass.
-- Let the jar stand for about an hour so that the silver particles can spread.
-- Then you can apply the colloidal silver.
-- For storage, it is filled into a dark bottle and stored in a cool place. However, it should not be kept in the refrigerator or near electrical devices.

Duration of manufacture

The length of time it takes to make colloidal silver depends on the desired concentration and the type of device.

The silver concentration of colloidal silver is given in "ppm", that is: parts per million.

Colloidal silver is usually prepared between 5 and 25 ppm, sometimes up to 100 ppm.

How long the manufacturing process takes for a particular device can be found in the respective operating instructions.

Here are some guidelines that apply to the "Ionic Pulser" device and an amount of 200 ml:

-- 5 ppm: 4 minutes
-- 10 ppm: 8 minutes
-- 15 ppm: 12 minutes
-- 25 ppm: 20 minutes
-- 50 ppm: 40 minutes
-- 100 ppm: 80 minutes

========

Oct.22, 2015: Production of silver water (colloidal silver)
Video: Homemade colloidal silver - Ionic Pulser Pro (6'13 '') (orig. German: Video: Kolloidales Silber selbst gemacht - Ionic Pulser Pro (6'13'')
https://www.youtube.com/watch?v=utLBplffGRw - YouTube-Kanal: Sebena - Sebastian & Verena
[web02]

Video: Homemade colloidal silver - Ionic Pulser Pro (6'13 '')
(orig. German: Video: Kolloidales Silber selbst gemacht - Ionic Pulser Pro)

Video: Homemade colloidal silver - Ionic Pulser Pro (6'13 '')
(orig. German: Video: Kolloidales Silber selbst gemacht - Ionic Pulser Pro)
https://www.youtube.com/watch?v=utLBplffGRw - YouTube channel: Sebena - Sebastian & Verena - installed on Oct.22, 2015

Sebastian from "Together vegan" shows the ionization of water to silver water:

-- An ionizing device "Ionic Pulser Pro" from Medionic and distilled water is used, which can be bought in the supermarket (38 '')

  
Sebastian from "Together vegan" ("Gemeinsam vegan") presents the ionization device "Ionic Pulser Pro" [3] - The ionization device (ionizer) "Ionic Pulser Pro" [4]

There are used:
-- a glass jug with a capacity of 0.5 liters (1'11 '')
-- then the concentration must be determined, and the preparation time results from the water volume, see the table (1'16 '')
-- concentrations between 25 and 50ppm are ideal (1'24 '')
-- you see the amount of water on the table and look for the concentration you are looking for, so the preparation time comes out, how long the silver rods have to be in the water for ionizing the water (1'55 '')

  
Distilled water "Aqua Dest" [5] - The table for the production of silver water with the concentration in ppm, water volume and production time [6]

-- the hot destilled water is poured into the jug up to 0.5 or 1 cm below the rim (2'50 '') - then the silver sticks are inserted into the Ionic Pulser and placed on the jug so that the silver sticks protrude into the water (3'15 '')

[the destilled water may also be cold, the preparation time will be a little bit longer then - when the water is tab water the production is faster but with some silver salts in it]

-- then the Ionic Pulser is connected to the power supply and the power supply is plugged into the socket, so now the Ionic Pulser (3'33 '') is running
-- now you have to look at the clock until the silver water is ready (3'40 '')

  
The jug and the "Ionic Pulser" ionizer with the silver rods in it [7] - The "Ionic Pulser" ionizer with the silver rods in it, close-up [8]

-- a good silver water must be made with strongly demineralized water, so there should be NO minerals in the water (3'49 '')
-- other device manufacturers of ionizers claim that you should add salts or additives to the water (4'4 '')
-- the fact is: the purer the water, the more difficult the manufacturing process for the colloidal silver (4'9 '')
-- the manufacturer of Ionic Pulser (Medionic) says you shouldn't add any salts, because then silver salts are formed, which are deposited in the body (4'18 '')

[so at the end everybody has to trie out himself / herself how the result is the best satisfying]

-- when the preparation time is mor than 15 minutes, every 15 minutes the device should be taken out and switched off for cleaning the silver rods (4'38 '')

  
The ionizer "Ionic Pulser" is in the water with the silver rods and is connected to the power supply, the preparation of silver water is going on [9]

-- the water can also be cold, but with hot water the silver water is more effective (4'44 '')
-- you can take the device out of the water and clean the silver rods with kitchen paper, you can see one of both silver rods has become black (5'5 '')

  
After 15 minutes one of the silver rods is black [10]

The storage of silver water
-- Silver water is best storable in brown glass bottles (5'15 ''), in plastic bottles one never knows whether "something [micro plastic] can be mixed in" (5'18 '')
-- it should be stored in a dark, cool place, preferably in a cupboard (5'22 ''), and in this way silver water can be stored for several months (5'27 '')

Silver water is best stored in brown glass bottles in a dark, cool place without sunshine and without heating next to the place [11]

-- the higher the dosage, the shorter the possible storing time (5'32 '')
-- the silver ions are degrading over time (5'35 '')
-- that's why: in general, high-dose silver water should be used faster than low-dose silver water (5'37 '')

========

Good devices for the production of silver water check the water quality + turn off automatically when the desired ppm concentration is reached
from: Health education online: Colloidal silver - ancient remedy with antibiotic effect; September 17, 2009;
(original German: Gesundheitsliche Aufklärung online: Kolloidales Silber – Uraltes Heilmittel mit antibiotischer Wirkung; 17.9.2009)
http://www.gesundheitlicheaufklaerung.de/kolloidales-silber-uraltes-heilmittel-mit-antibiotischer-wirkung
[web03]

-- good industrial devices for silver water production can check the water quality and one can determinate the ppm concentration at which the device switches off automatically

Quote:

<Important: At this point one should expressly warn against experiments with simple batteries and salt solutions, with which supposedly colloidal silver can be cheaply produced. There must be warned also from devices where the water quality and the temperature are not controlled, which have no pulsed electrolysis during the production and which do not switch off automatically after having reached the desired ppm level. This can lead to uncontrolled silver compounds, contamination and overdosing.>

(original German:
<Wichtig: An dieser Stelle sei ausdrücklich vor Experimenten mit einfachen Batterien und Salzlösungen gewarnt, mit denen angeblich kolloidales Silber billig hergestellt werden kann. Ebenso vor Geräten, die bei der Herstellung nicht die Wasserqualität sowie Temperatur kontrollieren, bei der Herstellung keine gepulste Elektrolyse haben und bei denen der Herstellungsprozess nicht automatisch bei Erreichen der ppm-Zahl endet. Hier kann es zu unkontrollierten Silberverbindungen, Verunreinigungen und Überdosierungen kommen.>

========


Production of silver water - more aspects 01
Data from: Oligo silver water (Oligo-Silber-Wasser): https://de.scribd.com/doc/24344968/Oligo-Silber-Wasser
[web04]

Silver = E174
-- Silver is a food additive with the E number E174, so it is completely legal to take

Distilled water (long storage time at high concentration) or tap water (NO storage time at high concentration)
-- With distilled water and with cold water the silver water production goes much longer than with tap water or hot water
-- Silver water production takes the longest with cold distilled water
-- Distilled water has a high electrical resistance, tap water has a small electrical resistance
-- Long ionization of tap water for a high concentration only lasts for a short time, because the nanosilver particles in tap water quickly lose their charge, which they keep in suspension
-- So if highly concentrated silver water (over 100 ppm) is produced with tap water, it has to be consumed immediately and cannot be stored for long because the nanosilver particles quickly lose their charge

Examples with a glass of 2.5dl:
-- gold rods in boiled, distilled water, concentration 20ppm: 90 minutes production time (1 1/2 hours)
-- silver rods in tap water, concentrate 5 to 10ppm: 5 minutes production time.

Glass vessel
-- For silver water production one should always use a glass vessel, never a metal vessel, because the metal vessel would destroy the electrical charge of the silver particles, which would then be almost ineffective
-- Use plastic vessels only in an emergency

Short circuit with the silver rods
-- The ionizing device must not suffer a short circuit when the rods are touching or are touching conductive material, otherwise the battery will heat up and discharge massively [which battery?]
-- the silver rods shouldn't touch the glass either

The care of the silver rods: water + rough sponge
-- The silver rods should be used evenly and should change their position from time to time
-- The electrodes can be cleaned with water and a rough green sponge
-- Silver bars are also an investment in times of crisis

Dosages
-- for serious illnesses, therapists recommend 1 tablespoon every 3 hours, some only recommend 1 teaspoon
-- for healing of digestive problems the recommendation is to take more, e.g. a whole glass

========

Build a silver water device yourself
by Gerry Groiss, Vienna, November 2020
[web05]

-- silver is antibacterial and works through tissue
-- you only need 99.9% silver wire, then you hang 9-36 volts on it

========

Making silver water - further aspects 02
from the video: This agent kills 650 pathogens in a short time! (3'35 '')
(original German: Dieses Mittel tötet 650 Krankheitserreger innerhalb kurzer Zeit! (3'35'')
https://www.youtube.com/watch?v=bLj3BAK3WGw - YouTube channel: Gesundheit next Level - installed on March 7, 2018
[web06]

Make silver water yourself
-- You can make silver water and distilled water yourself [web02 - a comment]
-- after 5 to 10 minutes the silver water is ready (colloidal silver) - in warm water the ionization goes faster [web02 - a comment]
-- with normal tap water the electrolysis can decompose foreign substances into toxic substances [web02 - one comment] [unfortunately there is no detail!]

Make ionizers yourself
-- Attach 2 silver wires 10cm long + 1.5 to 2mm thick to a plastic plate - immerse the wires in distilled water and connect them to a power supply with a 10mA adapter [web02 - one comment]

Silver spoon
-- someone mentions that one could just suck on a silver spoon [web02 - a comment]

========

Making silver water - data from the company Medionic
Handbook Ionic Pulser PRO3 from Radibor (orig. German: Handbuch Ionic-Pulser PRO 3 aus Radibor)
[web07]

Ionic Pulser by Wolfgang Jenkner

-- The "Ionic Pulser" ionizing device was developed by Wolfgang Jenkner and enables precise silver delivery. Other devices with similar names do not have this quality [web07 - p.3], the guarantee is 2 years: "24 months warranty from the invoice date for private customers" [web07 - p.10]
-- the ionization device "Ionic Pulser" supposedly reacts fully automatically to "changes in temperature, conductivity, the quality of the water used and the electrode surface" [web07 - p.4]
-- people with a heart pacemaker should not use the ionizing device but leave the production of silver water to someone else [web07 - p.9]

The manufacturing vessel
-- the production vessel must not be too big so that the Ionic Pulser does not fall into the water [web07 - p.9]
-- do not use cups or vessels made of metal or plastic [web07 - p.3]
-- simple drinking glasses with a volume of up to 0.25 liters are best [web07 - p.3-4]
-- shatterproof or heat-resistant glasses are problematic because too many silver particles can settle on the glass wall [web07 - p.4]

The table / work surface
-- do not use conductive surfaces, i.e. not on metal parts of the kitchen, not on a stove top etc. [web07 - p.9]
-- the inserted ionizing device must never be placed on a conductive surface (metal floor, stove, wet surface) [web07 - p.9]

The amount of silver in the water
-- the silver electrodes release silver into the water, "the silver release is the same for every type of water and proportional to the production time" [web07 - p.4]
-- since a certain part of the silver ions is always deposited on the vessel wall and on the electrodes, there is always LESS silver in the water than was given off by the silver rods [web07 - p.4]
-- later the amount of silver in the water is also reduced by "electrochemical processes" [web07 - p.4]

The insertion of the electrodes in the ionizing device: at an angle and with a distance from A to C - socket A must always be occupied
-- the electrodes have to be inserted into the sockets in an INCLINED POSITION with a little feeling, do not press them in with force [web07 - p.5]
-- always plug the rods in with the same end [web07 - p.8]
-- there must always be an electrode in socket "A", the distance is then variable with sockets "B" or "C" [web07 - p.5]
-- small electrode gap = faster production, but lower quality [web07 - p.4], bridges between the electrodes are possible [web07 - p.5]
-- with a close distance between the electrodes in sockets A and B, the production time is 3 minutes shorter than with a wide distance A-C [web07 - p.6]
-- large electrode spacing = slower production with better quality [web07 - p.4], bridging between the electrodes is excluded [web07 - p.5]
-- if the electrodes are not inserted correctly, the device does not work [web07 - p.9]

Use distilled water or tap water

-- with distilled water "aquaionic" the quality of the silver water is optimal [web07 - p.3], so "pure, colloidal silver" [web07 - p.9] control that on the bottle of destilled water is remarked the term "distilled", "demineralized" or "demineralized" [web07 - p.9]

-- if no distilled water is used, new silver salts are created with other substances in the water with undesirable effects [web07 - p.3], - "when using other types of water, including household osmosis devices, undesirable chemical compounds can arise" [web07 - p.10 - translation] - then it is NOT "pure, colloidal silver" [but simply "colloidal silver" with uncertain side effects from foreign products] [web07 - p.9] - larger particles then arise that can be deposited [web07 - p.3]

    [then every 5 years a discharge action can be performed with algae etc.]

Use hot or cold water

-- with hot water a "significantly better quality is achieved" than with cold water [web07 - p.3 - translation]
-- after boiling the distilled water [or tap water]  let it cool down for about 3 minutes and the manufacturing vessel is filled with it up to 0.5 to 1 cm below the edge [web07 - p.5]

The production process of silver water
-- the ionization device with the silver rods is placed on the vessel, the silver rods dip into the water [web07 - p.5]
-- now the ionization device is connected to the power supply, the electrolysis with the illuminated control lamp only works if the electrodes are in the water [web07 - p.5] and if the electrodes are correctly inserted into the device [web07 - p.9 ]
-- avoid direct contact of mucous membranes ("tongue test" etc.) with active electrodes [web07 - p.9]
-- on one electrode vesicles are formed, and the other other electrode turns black [web07 - p.9]
-- for almost all applications you can use the concentrations 25ppm to 50ppm [web07 - p.6]
-- the entire production process must take place under supervision, never leave it unattended [web07 - p.9]

Table: Production times for silver water with ionizer device "Ionic Pulser"
ppm	200ml water		250ml water
	narrow distance A-B	wide distance A-C	narrow distance A-B	wide distance A-C
10ppm	6min.	9min.	8min.	11min.
20ppm	12min.	15min.	15min.	18min.
25ppm	15min.	18min.	19min.	22min.
30ppm	18min.	21min.	23min.	26min.
40ppm	24min.	27min.	30min.	33min.
50ppm	30min.	33min.	38min.	41min.
75ppm	45min.	48min.	56min.	59min.
100ppm	60min.	63min.	75min.	78min.
				[web07 - S.6]

Bidistilled water (Aqua bidest)
-- provokes 5 minutes longer production times [web07 - p.6]
-- provokes black deposits in the vessel [web07 - p.3]

Imitations of electrodes
-- if imitations of electrodes with a lower degree of purity are used, less silver is released into the water [web07 - p.8]
-- can damage the ionizer and reduce guarantee [web07 - p.8]

Long manufacturing process over 15 minutes: metallic taste - colored water with good water - milky cloudiness with bad water

-- silver water in low concentrations is colorless and tasteless [web07 - p.6]
-- if the water used is pure, silver water can turn yellow to brown in high concentrations [web07 - p.7], not always the same color, always different [web07 - p.6] depending on the type of water, water temperature, differently cleaned electrodes, different lighting conditions, or there may be impurities in the vessel [web07 - p.9]
-- high concentrations of silver water have a metallic taste, regardless of the discoloration [web07 - p.6]
-- silver ions are forming always a deposit on the electrodes and on the bottom of the vessel, but only at higher concentrations this deposit is visible as a black deposit [web07 - p.7]
-- if the water is clouded white-gray by the ionization, the water is unusable due to impurities, [one can test the tap water or mineral water, whether it is usable or not] [web07 - p.7] -- or it became salt added [web07 - p.9]

Measure the ppm concentration
only works with complex laboratory measuring procedures, is not possible with a conductivity measuring device (TDS meter) [web07 - p.7]

Clean the silver electrodes every 15 to 30 minutes
-- during a longer silver water production the silver electrodes should be taken out of the water every 15 to 30 minutes and cleaned [web07 - p.3]

Mixing
-- from the 16th minute on one can mix the water occasionally with a non-metallic object in order to distribute the silver particles better [web07 - p.3]

The waiting time after the production
-- take the device from the vessel and unplug it [web07 - p.9]
-- especially in hot water the silver ions change even AFTER the production and only reach "their optimal size and quantity" after a waiting period [web07 - p.4]

The storage of silver water
-- can be stored for months, but the effect gradually decreases, highly concentrated silver water should be used as fresh as possible [web07 - p.7]
-- storage in dark glass bottles and in a dark environment is optimal [web07 - p.7]
-- avoid storage in electromagnetic fields (so: not next to an electric stove, TV, stereo system etc.) is optimal [web07 - p.7]

The silver electrodes wear out
-- after each production process, rub the used rods with kitchen paper or with a linen cloth after each production process - DO NOT use silver cleaning agents or pan cleaners for that [web07 - p.8]
-- silver rods are sufficient for the production of 400 liters of 10ppm silver water or 150 liters of 25ppm silver water [web07 - p.8]
-- the silver electrodes are getting thinner and thinner until they break, so if they are as thin as a pencil lead, they should be replaced [web07 - p.8]
-- replacement silver rods have to be original and are formed with an inclined end for putting them into the device in an inclined position [web07 - p.8]
-- imitation silver rods do not have the same degree of purity and can damage the sockets in the ionizing device [web07 - p.8]

Recicling of the ionizing device
-- "Environmentally friendly disposal" may be at the "responsible office of your community" [web07 - p.10]

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