Two identical metal tanks are used in the test: sample №1 and sample №2.
Then, the samples №1 and №2, are filled with the equal volume of sea water and identical in compound
(ammonium hydrate concentration is 3,5 milligram/liter) and placed 1 meter away from each other in the equal natural conditions: temperature, humidity, illuminance. After 45 minutes of contact with metal surface of the samples, water was poured into sterilized plastic tanks and sent to a chemical laboratory for a test

The concentration of ammonium hydrate in water from the sample №1 is 3,5 milligram/liter
The concentration of ammonium hydrate in water from the sample №2 is 0,79 milligram/liter
Thus, the concentration of ammonium hydrate in the check exceeds the concentration of ammonium hydrate in the sample, activated according to the technology ISTOK® BCN 4,4 times as much.
Test with drinking water.
The similar test was carried out with drinking water. Preliminarily the ammonium hydrate concentration has been reduced to 6100milligram/liter. The samples and the test conditions are similar to the previous one.
Test results:
The concentration of ammonium hydrate in water from the sample №1 is 6100 milligram/liter
The concentration of ammonium hydrate in water from the sample №1 is 2666 milligram/liter.
Thus, the concentration of ammonium hydrate in the check exceeds the concentration of ammonium hydrate in the sample, activated according to the technology ISTOK® BCN 2,3 times as much.
Under contact with metal surface of the tanks, activated according to the technology ISTOK® BCN one can see the effect of a sharp drop of ammonium hydrate concentration in water.
It can be used at modern purification plants, where the drop of ammonium hydrate concentration is attained approximately on 30-35%.
Having the technology ISTOK® BCN been implemented, one can significantly improve this index.
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