In the Membrane-Free System, electrolysis takes place in a non-membrane cell. Unlike the membrane cell system, the membrane-free system produces only one kind of water: slightly acidic water. The pH of the resulting solution depends on several variables such as the pH of the additive, the pH of the fluid, and the setting of the ampere in the electrolysis cell.
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Membrane-Free System |
Membrane Cell System is an electrolytic water generation technology using a membrane electrolyzer consisting of a cathode and an anode separated by diaphragms (or membranes). The electrolyzer is divided into two or three chambers with acidic water being produced at the anode (+) and alkaline water at the cathode (-).
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| Two-Compartment System |
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| Three-Compartment System |
In the Membrane-Free System, electrolysis takes place in a non-membrane cell. Unlike the membrane cell system, the membrane-free system produces only one kind of water: slightly acidic water. The pH of the resulting solution depends on several variables such as the pH of the additive, the pH of the fluid, and the setting of the ampere in the electrolysis cell.
 |
Membrane-Free System |
Membrane Cell System is an electrolytic water generation technology using a membrane electrolyzer consisting of a cathode and an anode separated by diaphragms (or membranes). The electrolyzer is divided into two or three chambers with acidic water being produced at the anode (+) and alkaline water at the cathode (-).
 |  |
| Two-Compartment System | Three-Compartment System |
