Electrolytic cell with uniform vertical inflowing feeding

Abstract

The invention discloses an electrolytic cell with uniform vertical inflowing feeding. The electrolytic cell comprises a cell body; the cell body is provided with multiple cathode plates and anode plates which are alternately arranged at intervals in a length direction of the cell body in a crossing manner; the two sides of the top of the cell body are provided with solution channels I respectively; multiple solution channels II are arranged between the solution channels I on the two sides at intervals in a length direction in the crossing manner; and the two ends of the solution channel II arecommunicated with the solution channels I on the corresponding sides respectively; each solution channel II is uniformly provided with multiple liquid inlet nozzles at intervals in the length direction; and the bottom of the cell body is provided with a liquid outlet nozzle. The electrolytic cell with the structure has the advantages that concentration polarization can be eliminated, high-currentdensity electrolytic production is facilitated, the circulation amount of an electrolyte is effectively lowered, sedimentation of anode mud is facilitated, and the cathode quality is improved.

Description

technical field [0001] The invention relates to the technical field of metal electrolysis, in particular to an electrolytic cell with uniform vertical inflow feeding. Background technique [0002] During the copper smelting process, the copper products obtained by pyro-refining contain a large amount of impurities. In order to obtain high-quality copper products, it is necessary to perform electrolytic purification on the copper products produced in the pyro-refining process. The traditional copper electrolysis technology is to cast the copper obtained in the fire refining step into an anode plate, and use a pure copper sheet as a cathode plate, and place the two in an electrolytic cell where the electrolyte flows slowly. By controlling certain electrolytic process parameters, the target metal ions are continuously dissolved from the anode into the electrolyte, and then diffused to the cathode for electrolytic deposition and precipitation, thereby achieving the effect of me...

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Problems solved by technology

Among them, the liquid inlet mode of bottom in and top out, the flow direction of the electrolyte is just opposite to the direction of anode slime particle settlement, which is not conducive to the settlement of anode slime particles to a certain extent; The liquid circulation direction is consistent with the sedimentation mode of the anode slime particles, but this way of concentrating one end of the liquid into the liquid will cause uneven distribution of the liquid flow. Excessive power consumption will also cause agitation of the anode slime, affecting the quality of the cathode during the electrolysis process

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