Apparatus for electrochemical treatment of water and/or water solutions

An apparatus for electrochemical purification of water and for regulation of acid-alkaline properties, Red-Ox characteristics and catalytic activity of water that can be used for obtaining washing and disinfecting solutions. The apparatus includes at least one electrochemical cell which contain vertical coaxial cylindrical and rod electrodes made from material nonsoluble during electrolysis and an ultrafiltration ceramic diaphragm installed in the bushings between the electrodes to create inter-electrode space in the electrode chambers. The lower and upper bushings have a channels for the treated solution supply into and discharge from the electrode chambers. The channels are connected to the feeding and discharging adjustment lines. There is also a metering pump on the water line for sodium chloride dosing into the water to be treated. The water line contains a flow regulator connected to the feeding and discharging adjustment lines. Poles of the power supply are connected to the electrodes. The feeding line is connected to the inlet of the negative electrode chamber and the output of the negative electrode chamber is connected to the inlet of the positive electrode chamber by a special line which has an adjustment for discharging a part of the degasified treated solution from the chamber of the negative electrode. A catalyst chamber can be installed on the special line. The catalyst chamber contains a mixture of particles of carbon and manganese dioxide. A separator with a tangential inlet is used for discharging a part of the degasified processed solution.