Solutions: Anolyte and Catholyte

Electrochemically activated solutions – that is, anolyte and catholyte – are metastable solutions manufactured using electrochemical processing of parent solution in diaphragm electrochemical reactor; the physical-and-chemical parameters values and catalytic power which are manifested by these solutions in oxidation-reduction reactions change in time (relax).

Electrochemically activated solutions are subdivided into two main types: anolyte and catholyte.

I. Electrochemically activated anolyte is characterized by oxidative activity which is manifested in physical-and-chemical interactions and spontaneously decreases with the course of time. Depending on the pH-factor value and catalytic activity determined by the technology used for its manufacturing, electrochemically activated anolyte is subdivided into:

“Anolyte A ”, its рН-factor value being lower than 5 (acid anolyte),
“Anolyte AN neutral”, with рН-factor value making 5,5 to 6,5,
“Anolyte ANK neutral”, with рН-factor value making 6,5 to 7,5.

II. Electrochemically activated catholyte is characterized by reductive activity which is manifested in physical-and-chemical interactions and spontaneously decreases with the course of time.

Depending on the pH-factor value and catalytic activity determined by the technology of its manufacturing, electrochemically activated catholyte is subdivided into:

“Catholyte K ”, with its рН-factor value being higher than 9,0 (alkaline catholyte),
“Catholyte KN neutral ”, with its рН-factor value making 5,5 to 9,0.

More detailed information...

Oxidants concentration by active chlorine achieved for anolyte manufactured in STEL devices shall be determined with the help of any of the following methods:

titrimetric method of cumulative concentration determination for strong oxidizing agents, expressed as equivalent of “active chlorine” concentration;
photometric express method of cumulative concentration determination for strong oxidizing agents, expressed as equivalent of “active chlorine” concentration;
express method of “active chlorine” detection in anolyte with the help of DEZIKONT-strips.

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Aquachlor Emerald STEL electrochemical devices Models, characteristics Advantages Principle of Operation Solutions: Anolyte and Catholyte Field Experience Fields of Application Special devices Applications Attention, imitation	Solutions: Anolyte and Catholyte Electrochemically activated solutions – that is, anolyte and catholyte – are metastable solutions manufactured using electrochemical processing of parent solution in diaphragm electrochemical reactor; the physical-and-chemical parameters values and catalytic power which are manifested by these solutions in oxidation-reduction reactions change in time (relax). Electrochemically activated solutions are subdivided into two main types: anolyte and catholyte. I. Electrochemically activated anolyte is characterized by oxidative activity which is manifested in physical-and-chemical interactions and spontaneously decreases with the course of time. Depending on the pH-factor value and catalytic activity determined by the technology used for its manufacturing, electrochemically activated anolyte is subdivided into: “Anolyte A ”, its рН-factor value being lower than 5 (acid anolyte), “Anolyte AN neutral”, with рН-factor value making 5,5 to 6,5, “Anolyte ANK neutral”, with рН-factor value making 6,5 to 7,5. II. Electrochemically activated catholyte is characterized by reductive activity which is manifested in physical-and-chemical interactions and spontaneously decreases with the course of time. Depending on the pH-factor value and catalytic activity determined by the technology of its manufacturing, electrochemically activated catholyte is subdivided into: “Catholyte K ”, with its рН-factor value being higher than 9,0 (alkaline catholyte), “Catholyte KN neutral ”, with its рН-factor value making 5,5 to 9,0. More detailed information... Oxidants concentration by active chlorine achieved for anolyte manufactured in STEL devices shall be determined with the help of any of the following methods: titrimetric method of cumulative concentration determination for strong oxidizing agents, expressed as equivalent of “active chlorine” concentration; photometric express method of cumulative concentration determination for strong oxidizing agents, expressed as equivalent of “active chlorine” concentration; express method of “active chlorine” detection in anolyte with the help of DEZIKONT-strips.
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