Abstract
One way to intensify mass transfer when cleaning low-mineral water is to use ion-exchange filler in electrodialyzer cells. A model is proposed of an electrodialysis process which takes into account the effect of process parameters, geometrical dimensions of cells, and the physicochemical properties of electrolytes on the efficiency of demineralization. On the basis of our investigations and tests in working conditions, a design for an electrodialyzer with fibrous ion-exchange filler is recommended and a flow sheet is presented which combines the demineralization of low-mineral water with the simultaneous removal of potentially hazardous impurities from it.
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