FIELD: chemistry.
SUBSTANCE: disclosed is a method for electroactivation of aqueous solution by treating an initial 0.6…0.9% glycerin solution in a flow diaphragm cell with direct current with catholyte or anolyte flow rate of 3.0…6.0 l/h, current density 40-120 A/m2 and specific consumption of electricity equal to 0.05…0.06 A·h/l.
EFFECT: method enables to create more favourable labour conditions, reduces expenses and widens the range of electroactivated solutions.
2 ex
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