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A charged particle |
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Water IonizerAn electrical device that first filters the water, then reduces the water-cluster size, splits the water into two streams [alkaline and acidic] by electrically activating [charging] the ions in the water. |
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Water which has undergone ionization and which has the properties of smaller cluster size, greater alkalinity, and increased ORP [oxidation reduction potential] |
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Oxidation reduction potential. A negative ORP can be explained as having the properties of an antioxidant. ORP is measured in mille volts [mv] as positive [+] or negative [-]. Negative ORP is desired for its anti-oxidizing benefits. Positive ORP [as found in tap and bottled water] causes oxidation. |
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An oxygen [O2] molecule is often found with a missing electron. When this happens it's called a "free radical". Free radicals look for and rob the needed electron from nearby cells. This causes what is called "oxidation", which is a deterioration of the surface of a cell after an electron has been robbed from it by an invading free radical.. |
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The ability of a substance to prevent or fight against the free radical damage caused by oxidation. If a substance has extra electrons that can be donated to the O2 molecules which are missing electrons, then it is said to be an antioxidant. |
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Functional WaterWater which has been enhanced in its ability to hydrate and cleanse [get acids out of] your cells, so as to enhance the process of oxygen getting to your cells and bring about better functions within your cells. |
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Potential Hydrogen. This signifies the proportion of OH- verses H+ that is present in a solution. OH- [alkaline] is free to take on an H+ [acid] to bring about a neutral within a solution. This process is called “Buffering”. PH is measured on a scale of 0 to 14, in which 0 is a theoretical lowest acidity and 14 is the highest alkalinity. PH of 7 is called neutral. Each progression up the scale signifies ten times the level before it. [Ex. A solution with a pH of 8 is ten times more alkaline (contains ten times more OH- ions) than a solution of pH of 7.] |
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The process of an acidic solution becoming more neutral by adding alkalinity or the process of an alkaline solution becoming more neutral by adding more acidity. |
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Body fluids must maintain an exact pH level [7.365]. If it alters even one little bit you could die. Therefore the body is in a constant state of buffering its body fluids. Usually the foods consumed [especially junk food], the life stresses, smoke, pollution, chemicals, lack of exercise and even exercise will add acidity to the body fluids, which then must instantly be counteracted [buffered] by alkaline minerals. The body has a variety of storage places for these alkaline minerals [joints and bones are the most abundant places], so the body will rob alkaline minerals from these locations to buffer the incoming acids. The body is unable to rob enough alkaline minerals, fast enough, so has other methods of getting the acids out of the blood.
• Solidify the acid [transform it into uric acid crystals or some other solid]
• Store it in a fat cell [fat cells contain acids, fatty acids, and can be a very effective way of removing acids from your blood quickly]
• Trap acids in your cells [Cells give off acid wastes naturally, by transporting them out of the cell and into the blood, however if the blood cannot buffer these acids readily then the acids can’t be released and get trapped in the cells. This brings on a diseased condition of the cell, but is preferable to the instant death that would occur if the acids went into the bloodstream and had no buffers to neutralize them.]
• Increased levels of HCL in your stomach. One way to get rid of acid in the blood is to pull it into the stomach to increase the acidity of the stomach. We need acidity in the stomach to digest food, however too much acidity can cause heart-burn, acid reflux, ulcers and other problems. Our bodies need balance, and so we need buffers. |
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The condition of not having sufficient water in your diet to keep your cells healthy. Many conditions can be attributed to dehydration, such as: headache, low energy levels, low back pain, digestive problems, constipation, obesity, asthma allergies, arthritis, Type II Diabetes, and hypertension. |
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Micro-clustersBy the time you get water from your tap it comes to you in large clusters of H20 molecules [11-16]. After ionization, the water comes out in smaller clusters of molecules [5-8]. Micro-clustering reduces the surface tension of water and makes it easier to absorbe into your cells. |
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Cleaning and disinfecting, astringent, mouthwash, hemorrhoids, foot baths. |
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Drinking [up to 9.5 or 10 pH], cleaning/degreasing [over 10 pH]. |
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A carbon filter which is protected against bacterial growth inside the filter by way of the presence of silver, which inhibits bacterial growth. |
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KDF stands for Kinetic Degradation Fluxion. This is a sophisticated [and expensive] filter media which will remove chlorine, chloramines, lead, copper, mercury, iron, hydrogen sulfide and will reduce bacteria, lime, scale, fungus, and algae. It operates by chemically bonding to contaminants and either changing them to harmless molecules or causing them to become trapped in the filter [and removed from the water supply]. |
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Removes chemicals [such as fluoride and arsenic] by chemically bonding them to the filter media itself and thus trapping them in the filter and not allowing that chemical to pass through. |
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This is filter media that's good for removing chlorine, chloramine, pesticides, organic compounds and other chemicals. Because it's so porous, it can adsorb a large amount of contaminants. |
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A water filtering system that utilizes a membrane which allows only the solvent [water] to pass through but not the dissolved particles. |
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Water that has high levels of calcium and magnesium. Water hardness is measured in ppm [parts per million] or gpg [grains per gallon]. Water is considered soft or hard according to the ppm or gpg of calcium and magnesium in the water. Most references report the following:
•Soft: Below 17 ppm [or 0-1 gpg]
•Medium: 18 – 75 ppm [or 1 - 4 gpg]
•Medium Hard: 76 – 150 ppm [or 4 - 8 gpg]
•Hard: 151 – 200 ppm [or 7 – 11 gpg]
•Very Hard: Over 200 ppm [or over 11 gp
**Very, Very Hard: Over 300 ppm [Note: can go as hard as 500 or more ppm]
If your water is very, very hard, you will need to do extra filtration of it before you can get good results with your water ionizer. Reverse Osmosis [with a remineralizer] is the standard way to filter very, very hard water properly.
Hardness appears as a yellowish/whitish [or even greeny-blue] film, but if there is also a high iron content in the water it will be a brownish film.]
The harder the water, the more film, less lather, and less squeaky-clean you feel after a shower or bath.
Hard water can cause equipment to fail if it is not controlled. Depending on how hard your water is, you can prevent, slow-down or reverse hard-water scaling of your water ionizer with an anti-scale [scale-block] filter, EOS [elimination of scaling] device, Ionizer Armor [which uses magnet technology] or if you have a whole-house softener. [Note: a whole-house softener removes the calcium and magnesium from your water and replaces it with sodium. This isn't the healthiest choice for you or the environment if your water hardness can be controlled with less drastic treatment.]
If your water is moderately hard an Ionizer Armor should be all you need.
* If your water is hard, an EOS device is recommended.
* If your water is very hard, one or more scale-block filters plus an EOS device is recommended.
* If your water is softened with a sodium ion-exchange softener, a reverse-osmosis-remineralizer system or Nano-filter are recommended especially if your water tastes too salty after ionization. |
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Water which is in its natural hexagonal shape, not polluted and also not void of all minerals [dead water] . |
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rH is “relative Hydrogen”. This term is used when comparing ionizers. It basically means how much ORP per unit of pH. RH is a calculation which shows the actual health benefits of the water tested. Many now believe that this is the most important factor contributing to good health. Note: To find rH one uses pH and ORP measurements plugged into a formula. The formula is: rH= ((ORP + 200) / 30) + (2 * pH). On a scale from 0 to 42 above 28 oxidizing (higher potential to damage the closer it gets to 40) and below 28 is reducing (anti-oxidizing)…the lower the better.
RH is the best measure of the healthiness of that ionized water. I always consider the rH to be the most important measure to look at in any water ionizer comparison test.
Here’s an example to help you see why the rH formula is necessary: if you have two water ionizers both producing water at a pH of 9.5, and one has an ORP of -300 and the other has an ORP of -400, then it would be easy to see that the one with -400 is producing water at a healthier overall quality. However, most people testing water ionizers don’t get the exact same pH readings for all the water ionizers tested. So the rH formula is necessary to really see which water ionizer is producing the healthier water. The formula is a very simple one, and anyone comparing water ionizers should look at the rH of the water at the drinking water levels if they are trying to figure out which water ionizer is best. Because ORP is a very tricky measure to get and ORP meters can vary from test to test [depending on how well or frequently they're cleaned, source water and other factors] it’s important to only compare the ORP or rH of water ionizers tested in one setting by the same tester. RH is measured on a scale of 0 to 42, with 0 being the healthiest and 42 the unhealthiest. Tap water in St. Louis is usually around 30 - 35 rH. Any water under 28 rH is considered “reducing” and so is healthy for you.
“The relative hydrogen scale was first proposed by Clark in 1923 to the scientific community (mostly inorganic chemists) as a means of measuring the true reducing power of hydrogen present in an aqueous solution…”* It is mostly used in water treatment facilities, but I imagine that the water ionizer engineers use it to test their own water ionizer designs. Go to this website to see this article and get a more thorough and scientific explanation of rH: http://h-minus-ion.vpinf.com/rH-score-1.html |
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ISOISO is the icon for the International Organization for Standardization, which is the world's largest developer and publisher of international standards for manufacturers. It has a presense in 161 countries and is chaired by participants in both the governments of those countries and the industry representatives. The purpose of ISO is to develop and encourage standards to protect consumers, workers and the environment. ISO 9001 refers to a family of standards addressing the quality of management in a water ionizer or any other manufacturing facility. The quality of management affects many things related to the water ionizers you purchase: the quality of the water ionizers match the claims made, enhanced customer satisfaction and continual improvement of the water ionizer design and production. ISO 14001 refers to the environment. The goal with this certification is to minimize the harmful effects on the environment caused by the production of water ionizers or any product. Both of these certifications are the most important to look for in your water ionizer purchase. |
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