Now what does a person want in the way of a colloidal silver generator? Before we answer that, we have to examine how that person got to the point where they wanted to make colloidal silver. No one starts their colloidal silver Journey by deciding they want to make this stuff. Colloidal silver itself had to be needed. The person had to be suffering from some ailment or irritation. They had to be at the point where they were willing to try using something besides what was prescribed by the medical establishment. The medical establishment would have to have failed them. In my case, and the case of many others, it was repeated sinus infections which had failed to be corrected by allopathic medicine. I had gone the whole route of ear nose and throat specialist, ear nose and throat surgery, allergists. And nothing prevented recurring sinusitis. I tried colloidal silver in desperation. Like most people, I looked askance at alternative medicine as being in the domain of snake oil salesmen and people with a belief system that rendered them susceptible to those salesmen. I finally bought a bottle of colloidal silver for $80 for 8 oz and proceeded to flood my sinus cavities with it. It brought me Immediate relief and has continued to do so. Nothing else had worked. I became a believer. Now I’m the sort of person that just doesn’t know when to quit. I have a big enough ego not fully to understand my intellectual limits. I don’t know when to quit. I decided to research The subject thoroughly. Most of the literature available on the issue was in the realm of chemistry. My knowledge of chemistry needs to be improved. That proved to be an advantage. The chemical fraternity had in the past believed in certain limits regarding the degree of proportions of silver in a solution of water. It was common knowledge that 25 parts per million was the limit of solubility for silver in water in pure water. To exceed this, it was necessary to coat the silver particles with a substance with positive buoyancy, i.e., a tendency to float to keep the silver particles in the solution above the 25 PPM density. That was done with various techniques but removed the positive charge from the particles that are ions. Unfortunately, the silver only became effective once the coating is digested. The silver particle met with oxygen atoms, combining with oxygen atoms making silver oxide. In this process, silver ions would be produced, which would then be an active part of killing the microbes causing health problems. Lacking competence in the chemical Realm, I investigated the process of making colloidal silver electronically. The final Authority in the process of electrolysis is a historical figure, Michael Faraday. he wrote the rules of electrolysis. I began researching the process in depth. That had never been done as the chemist ruled the area and were accepted as authorities because the medical community was much more comfortable with chemistry than electricity. Chemists and electronics people should talk to each other more. That is changing because of increasing work on battery Technology but still has a way to go.
I had a resource in this journey that was of great use. It was still the early days of the internet, but valuable work was being done on user groups using net groups. The one that I was on was scientific alt scientific electrical engineering design. I started A conversation about colloidal silver. At this time, the subject was immediately trashed by the blue man. This stuff would turn you blue if you were stupid enough to use it. Of course, what they were talking about was silver nitrate. That is what people were calling colloidal silver. Well, okay, it is silver, and it is colloidal. It’s silver and in solution, so it’s colloidal silver. That’s the problem. There’s a lot of stuff that manufacturers can call colloidal silver. That’s why we should change the name of what we will try to make. We want to make the silver ion effective without any substance other than water. We can tell whether or not it’s the smallest particle we want By the simple fact that it will be clear. Particles larger than 20 NM will start to interfere with the blue part of the spectrum, making the solution yellow or amber. Some still think it’s colloidal silver only if it is Amber because that’s all they know how to make. It so happens that the exact opposite is true. It’s easy to understand that for a given volume of water, there would be proportionately more particles of a smaller radius than a larger radius. Is this not just common sense? Is it also common sense that tells us that the more particles, the better the chance they have of contacting a microbe that we want to kill? I’m not going to belabor this point. It should be obvious and will be again if you have come this far. To illustrate this, I have gone into much greater detail on the art of making the colloidal silver website. So we come to a flat statement when you look at colloidal silver clear indicates a superior colloidal silver with more and smaller particles. Any color indicates that the particles have combined, resulting in far fewer particles and a less effective solution. Now how do we achieve this as far as the making of it is concerned? We need some way to stop this Runaway phenomenon. Better yet, prevent it from starting to begin with. How do we do this? We limit the amount of current. How do we do this?
We use what’s called a resistor. A resistor resists the flow of current it works in much the same way as a faucet valve does for the flow of water. There is a Formula called Ohm’s law. It states that for a given difference of potential in volts, the current will equal the number of volts divided by the number of ohms. Let’s say, for example, that we want to keep a very low current, one milliamp. Let’s say we have a 30-volt power supply. Now what resistor value do we need to achieve this 30 /30,000 or in the way we call resistors 30k?
To begin the process, if we use pure distilled water, which we must, it won’t be one milliamp. Pure distilled water has a relatively High Resistance and low conductivity. The current, to begin with, will be much lower than one milliamp and will only gradually increase. That is because if the water is distilled. It will have a relatively High Resistance and low conductivity. That adds to the total resistance in the circuit, so if the water has a resistance of 30,000 and the resistor is 30k, it will have a total of 60k. Therefore, a current of only one-half of 1 milliamp 500 microamps if a millimeter is inserted in series in the circuit, you can watch the current gradually increase over time. That is good to do, and it is why in our starter kit, we included a multimeter to enable you to do just this and watch the progress. The resistance of the water can be varied by moving the silver closer together. That will decrease the resistance. With a certain amount of experimentation for your particular setup, your pieces of silver in your container, you will devise a method for a consistent result. You will be able to repeatedly produce 10 PPM colloidal silver clear. That is as good or better as you can buy anywhere at any shop or by mail. You will be satisfied knowing you have a valuable resource for your health. You don’t have to believe that anyone has made it correctly.
So now, let’s talk about what you do not want in a colloidal silver generator. The first thing that comes to mind is a fish tank bubbler. This technique came along and was promoted by a guy on the internet who claimed to be a “retired oncologist” but was revealed to be a complete phony and ended up doing jail time. In a previous post, I explained the reason we had to set a limit to the amount of current and, therefore, the rate and size of particles that we took from the anode. That is because there’s only so much space to accommodate the particles as they leave the anode surface. If we don’t allow enough, they collide and get larger, and we want small ones. This retired oncologist needed to learn more about Electronics to realize he could do this with a resistor. So he came up with the idea of introducing a stream of bubbles, air bubbles, to constantly interrupt the current flow between the anode and cathode. That did prevent the quote runaway and the quote condition that we mentioned. When people were using the 3 9 volt batteries method, they would keep looking at the process and wait until they saw the cloud appear. At this point, they were supposed to stop the process.
Leaving it any longer than this would result in massive particles, large enough to cause some cases of argyria. Now we have to acknowledge that this method did produce colloidal silver. It was Less than 5 PPM and with larger particles than we desired, but still colloidal silver. Silver is such an effective disinfectant antimicrobial that even produced in this crude manner, it undoubtedly saved many lives and relieved people with problems like sinusitis. Colloidal silver Made with this method also needed to be used soon after making it as it was inherently unstable, and the particles would quickly agglomerate and fall to the bottom of the container. That always produced a yellow hue, but those recommending the method would insist that that Color was standard. The bubbler systems did provide an improvement over the three nine methods. Many thousands of colloidal silver generators have been sold that are simply a 39 system with the addition of a cheap aquarium bubbler. A lot of money was made. Some very well-designed websites sell these systems with an incredible number of true stories with pictures telling of the Miracles resulting from partying with $300 for $30 worth of parts. That’s the story of free enterprise, and it’s still better than the alternative.
The people that sell you a sell you a colloidal silver generator that is a bubble our system will tell you that colloidal silver should be yellow. the the darker the better. it’s so happens that the exact opposite is true. it’s not hard to understand that for a A given volume of water there will be proportionately more particles of a smaller radiance than there would be of a larger radius. is this not just common sense. is it also not common sense that tells us that the more particles the better chance they have of contacting a microbe that we want to kill. I’m not going to belabor this I have gone into much greater detail to illustrate this. so we come to a flat statement when you look at colloidal silver clear indicates a superior colloidal silver more and smaller particles any color whatsoever indicates the fact that the particles have combined together resulting in far fewer particles and a less effective solution. now how do we achieve this as far as the making of it is concerned. we need some way to stop this Runaway phenomenon. better yet prevent its starting to begin with. how do we do this. we limit the amount of current. how do we do this we use what’s called a resistor a resistor resist the flow of current it works in much the same way as a faucet valve does for the flow of water. There is a Formula called Ohm’s law which states that for a given different of difference of potential parenthes volts and parents the current will be equal to the number of volts divided by the number of ohms. let’s say for example that we want to keep a very low current1 milliamplet’s say we have 30 volt power supply. now what value of resistor do we need to achieve this 30 /30,000 or in the way we call resistors 30k. now to begin the process, if we use pure distilled water, which we must, it won’t be 1 milliamp to start with pure distilled water has a relatively High Resistance, low conductivity. water currentThe current to begin with will be much lower than 1 milliamp and will only gradually increase. this is because the water itself if it is distilled will have a relatively High Resistance, low conductivity. this adds to the total resistance in the circuit so if the water has a resistance of 30,000 and the resistor is 30k will have a total of 60k therefore a current of only one half of 1 milliamp 500 microlamps if a millimeter is inserted in series in the circuit you can watch the current gradually increase over time this is good to do and it is why in our starter kit we included a multimeter to enable you to do just this and watch the progress the resistance of the water can be very by moving the silver closer together this will decrease the resistance with a certain amount of experimentation for your particular setup your pieces of silver your container you will with a certain amount of experimentation come up with a method for a consistent result and you should be able to repeatedly produce 10 PPM colloidal silver absolutely clear this is as good or better as you can buy anywhere at any shop or by mail. you will have the satisfaction of knowing that you in fact have a valuable resource for your health you don’t have to believe that anyone has made it properly.
Three factors will determine the quality of the colloidal silver that you make. The first is the water that you use. It must be distilled to a high degree of purity. You will need to check that the water you are using is pure enough. The distilled water sold in grocery stores in 1-gallon containers will generally be good enough. You will still need some way to check it. That can be done with a conductivity meter or by some method included in the design and function of whatever generator we use.
The second factor is the purity of the silver that we use. We want silver ions and preferably no other metals. We want to make a solution containing silver ions, as they are proven to benefit significantly. Many different metals can do us great harm. We must take every precaution to avoid taking toxic metals into our bodies. That is why we use only 9999 silver wire and insist on a certificate of analysis showing the present impurities. In the case of the highest quality silver, the most significant contamination will be copper, which is not bad in small amounts. That will be the case with silver that comes directly from silver ore. If you buy silver without an assay certificate, it could contain scraps from manufacturing facilities that alloy silver with any other metals. So it’s not just a matter of it being 9999, but what is the nature of the additional .01%. When we make colloidal silver, the result is a liquid solution with silver in parts per million (PPM). It makes no sense to try to economize on this. If we consider making colloidal silver at a strength of 10 PPM, for example, 1 ounce of silver wire could theoretically make 100,000 ounces or 1500 gallons of colloidal silver.
The third factor is the amount of time that we allow the process. Hydrogen will appear at the cathode (the negatively charged electrode, where electrons enter the water), and oxygen will appear at the anode (the positively charged electrode). In the days of the 3 9 V battery and silver coins method, we would wait until we saw a cloud. We were told that pieces of silver had formed in the water and stopped the process soon after. In reality, the cloud was created by hydrogen and oxygen microbubbles which meant that the process was in a runaway mode. If you were lucky, disconnecting the batteries at that point would perhaps get you a five PPM colloidal silver solution. It would not keep its strength very long as the larger particles quickly collide with and absorb the silver ions. A few of us promoted using current limitations to prevent the runaway condition. Some of us noted that the higher resistance we used, the better results we obtained in higher PPM and stability. Many of us tried every conceivable method of stirring to allow the use of a higher current to speed up the process. All of my efforts in this direction failed. I could not get around the fact that for a given surface area of silver anode only a certain amount of current was allowed. There is a region surrounding the anode called the Nernst diffusion area. That region will only allow a specific density of ions to exist before they agglomerate into larger particles. So for those with your setups for making colloidal silver, try reducing the current and allowing more time, and let us know the results.