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STEL-ANK-SUPER

Three generations of STEL devices:

1. STEL-ANK-SUPER – devices of third generation. The year of development 2012. No analogues.

Modern unique development of Vitold Bakhir and colleagues - STEL-ANK-SUPER device for production of anolyte ANK SUPER of third generation with oxidants concentration of 500 mg/l at a mineralization of 0.5 g/l, with a degree of salt conversion of 99.9% and a complete lack of ballast substances. This ratio of mineralization and oxidants concentration cannot be repeated by other electrochemical elements except MB elements or by other electrochemical devices, and gives inestimable advantages in using low-mineralized anolyte ANK SUPER in all fields of medicine, agriculture, industry over devices of previous generations and other electrolysis devices.

Devices of previous generations STEL-ANK-PRO and STEL-10N-120-01 are phased out and replaced by modern devices STEL-ANK-SUPER.

2. STEL-ANK-PRO – devices of second generation. The year of development 2008.

STEL-ANK-PRO devices of second generation were used for synthesis of anolyte ANK of second generation with oxidants concentration of 500 mg/l at total mineralization from 0,5 to 1,0 g/l.

STEL-ANK-PRO-50 STEL-ANK-PRO-100 STEL-ANK-PRO-500

3. STEL-10N-120-01 – devices of first generation. Basic model of 1996 year.

Widely known STEL-10N-120-01 devices were designed for synthesis of anolyte ANK of first generation with oxidants concentration of 500 mg/l at a mineralization of 3 - 5 g/l.

STEL-10N-120-01 (model 20-P) STEL-10N-120-01 (model 120) STEL-10N-120-01 (model 1000) STEL-10N-120-01 (model 80)

Comparative characteristics of STEL devices of 1st, 2nd and 3rd generations

Parameters STEL-10N-120-01 device STEL-ANK-PRO device STL-ANK-SUPER device
1 Productivity range of anolyte ANK for various models, l/h 20 - 500
50 - 600
40 - 500
2 Optimal highest concentration of oxidants in anolyte ANK, mg/l 500 500 500
3 Salt consumption for production of 1 liter of anolyte ANK, g, no more 5,0 1,0
0,5
4 Power consumption for production of 1 liter of anolyte ANK, W×h/l 10 - 12
9 - 11
8 - 10
5 Time of continuous operation in nominal mode, h 8
24
24
6 Productivity range of catholyte for various models, l/h 4 - 100
10 - 110
10 - 110
7 Time of continuous operation (before cleaning) of electrochemical reactor when using salt solution prepared with white salt “EXTRA” and tap drinking water, h 10 - 20
60 - 70
150 - 200
8 Design of the device Case Open-frame, monoblock Case, modular

A simple way of determining the authenticity of anolyte ANK and its belonging to a certain generation.

  • The method is based on comparing of correlation of oxidants concentration in anolyte ANK (Cox) and total mineralization of anolyte ANK, i.e. total concentration of dissolved substances (Cs).
  • If Cs : Cox = 1, the anolyte is produced by STEL-ANK-SUPER device and belongs to the third generation of anolyte ANK.
  • If Cs : Cox = 1 ÷ 2, the anolyte is produced by STEL-ANK-PRO device and belongs to the second generation of anolyte ANK.
  • If Cs : Cox = 6 ÷ 10, the anolyte ANK is produced by STEL-10N-120-01 device and belongs to the first generation of anolyte ANK.
  • If Cs : Cox > 10, then the solution is not electrochemically activated, is not the anolyte ANK and produced by a false device.

Copyright © Vitold Bakhir Institute , 2005-2015