Don, I don't want you to get upset with me, but have to disagree and tell you that maybe you didn't understood well what i'm saying. Is probably only my fault cause anyone is answering and must mean that anyone understood fully what i'm saying.
I'm saying that if the water bath or air processor is isolated from ground, whenever you charge it with static high voltage it will retain its charge, this means that if we charge positively we will extract electrons out of the dielectric leaving on it a net charge.
If we consume this electron than it can't get back into the dielectric, and as the ground is floating and isolated, we have that each time we charge the dielectric again it will retain an ever increasing charge.
I mean dielectric the air or the water cause both are not perfect so they have free electrons.
If you remove 1 electrons from 1 cubic centimeter copper ball and let it stand over another ball of equal size the ball will float on the top of the other because of the force of the missing electron. Do you understand how strong is the electric field?
When water is partially a conductor (plasma) and it is into a isolated bath, you can take out electrons of it. If you can consume this electron you can take out indefinable amount of electrons. This change the share rate of electrons in the water molecules.
I just want to create a static field within the molecules to switch off the bound and than to use a varying field to break the bound.
Man electrons will come out of the water for sure, maybe the result won't be the switch off like stan said. But the only way i have here to put 3000 volts to the water is by spending 3000 watts by passing 1 amp to it as it can have 3000 ohms resistance.
I think that if water is missing electrons is even easier cause the resistance would raise in my opinion.