Activation

Functions with water, salt (NaCl) and electricity. The machine contains a reactor. A salt-water solution flows through the reactor. The Anode and Cathode are separated by an diaphragm so the transfer of particles between the chambers will be prevented. Through electrolyses two solutions are created: Anolyte and Catholyte. The features of these two products are described below:

Anolyte:
Acid Anolyte is used for disinfecting and sterilization of a medium of which the Phvalue is not important and where’s no danger of corrosion. Anolyete is a very powerful product, disinfectional and devastating for all bacteria, viruses and even algae and fungus. It can be used pure, diluted in water or sprayed into the air. Anolyte is limited tenable, depending on temperature and ultraviolet radiation. After an amount of time the Anolyte decays back into salt water. Anolyte is very efficient for a 100% killing of bacteria in drinking water and shower water. It’s also very effective for disinfecting equipment and cleaning wounds, it replaces i.a. iodine.

Catholyte:
Catholyte is an alkaline solution of which the pH is between 11 and 13. It’s importance proves itself by it’s properties of coagulation, disinfecting and flocculation (e.g. heavy metals).

Neutral Anolyte:
Neutral Anolyte is used in a medium where the pH is of importance. Neutral Anolyte is very efficient in the fighting to bacteria and viruses. It’s used for disinfecting of swimming pools, refrigeration tanks of air conditioners and drinking water reservoirs, among others. It’s a costly tool for the enforcement of the cleanliness and purity in the health sector and animal husbandry. In the agriculture it’s fighting against fermentation, a/o.

The pH value is controlled by electronics, the setting is depending on the value of the pH and chloride sensor which are placed in the liquid.

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