Ok, lets look at the machine and what is happening.
It appears that the machine consists of two electrodes, plus
ion specific membranes separating the electrodes. The sales literature says salt is required also to make strongly alkaline water. Except for deionized or distilled water, it is almost impossible to find water anywhere that does not have some dissolved salt in it.
The electrodes are claimed to be titanium covered with platinum.
Taps provide access to water from either electrode chamber.
So first, lets look at the electrodes. Platinum is used because it is noble, or non reactive, and will not erode during operation. However, there is absolutely no benefit to the base metal being titanium other than it is light weight. Since the water does not touch the base metal, it could be copper, aluminum, brass, iron, etc. You all should already know this from your experiments with CS.
Next, an ion selective membrane is one which will pass certain ions but not others. These are commercially available for silver, sodium, potassium, chlorine, and a few others. I do not know what they cost, probably not real cheap.
So we have an electrolysis cell with 'filters' to separate the products. What do we get when we electrolyze sodium chloride? Well that is a well known commercial process. This is the process used to produce sodium hydroxide and chlorine gas. In 1999 alone, over 10 billion kilograms of sodium hydroxide was made by electrolysis of salt water.
It seems clear then that these water 'ionizers' actually produce sodium hydroxide, or common lye. Sodium ions travel through the selective membrane, are reduced to sodium metal at the cathode. Sodium metal reacts quickly and violently with water to produce sodium hydroxide which is concentrated at the cathode chamber by the selective membrane. Sodium hydroxide in the water makes it alkaline.
At the other electrode chamber, the chloride ions are oxidizing to chlorine gas and dissolving into the water to create hypochlorous acid, which is the the cousin to ordinary household bleach (which is the sodium salt of hypochlorous acid).
These are well known chemical processes, and the machine is just a scaled down version of a commercial sodium hydroxide generator.
In theory, to create sodium hydroxide water with a pH of 8, it requires 1 micro mole of sodium hydroxide for a liter of water (10
^-(ph14 -pH8)).
1 micro mole of NaOH is a mere 40 micrograms of sodium hydroxide.
In practice, it takes more because water absorbs carbon dioxide which makes carbonic acid, and that neutralizes some of the sodium hydroxide.
I have tested adding sodium hydroxide to distilled water, and I get a pH of 8 by adding 2 drops of 1M NaOH to 250ml of water. This is the concentration I use to make CS with NaOH and corn syrup.
As for micro clustering, there is no mechanism in the generator which could accomplish such a feat, and present science is that water clusters last for only a few pico seconds without breaking up or recombining into different clusters. In any event, there is no means available to test the size of water clusters.
There is also no way to electrically charge water. To charge water would mean giving the water extra electrons, which is commonly called 'static' electricity. But electrons repel each other vigorously which is the basis for the
Van de Graff generator, and the reason shuffling your feet on a carpet can make your hair stand on end. The electrons repel each other, and the way to get the farthest apart is to spread out onto the surface of the object. However, these electrons bleed off quickly when given the chance to contact anything conductive, like a doorknob, a pipe, a faucet, etc. So that is a false claim.
My conclusion is that the machines work, and produce alkaline and acid waters, but I can just add a few drops of sodium hydroxide solution to my water to accomplish the same result. The advantage of the machine is that there is no safety issue with handling highly corrosive sodium hydroxide (also known as drain cleaner). Does that make it worth the price to get the safety over buying sodium hydroxide to make alkaline water, and bleach for disinfectant? Well, that is for you to decide.