Abstract
During this study, information was collected and analyzed in the perspective of producing an electroosmotic installation, in other words, a converter of colloidal polydisperse systems into capillary-porous by electroosmotic dehydration in order to reduce the residual moisture of sludge from sewage and the pulp and paper industry. Exponents were taken as models expressing the mass of the pulp in function of the drying time and the value of electric current. According to the coefficients of determination, the models were consistent with the initial experimental data. Exponential models were used to further optimize the process of converting colloidal polydisperse systems into capillary -porous.
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