A kind of acidic copper sulfate cyclone electrolysis system

Abstract

The invention provides an acid copper sulfate vortex electrolysis system, which comprises an electrolysis device and a waste gas recovery device, wherein the electrolysis device comprises a solution box and a fixing structure; the fixing structure is arranged on the solution box; a cathode barrel is arranged at the upper part of the fixing structure; an anode barrel is arranged in the cathode barrel, and is higher than the cathode barrel; the side wall of the anode barrel is connected with an upper copper bar; the side wall of the cathode barrel is connected with a lower copper bar; and the lower copper bar extends out of the fixing structure. The acid copper sulfate vortex electrolysis system has the beneficial effects that a sunk groove is formed in the fixing structure; metal powder obtained by electrolysis sinks; short circuit of the anode and the cathode is prevented; and the waste gas recovery device is arranged for absorbing a chlorine gas generated by electrolysis or applying the chlorine gas to other purposes, so that the acid copper sulfate vortex electrolysis system is convenient and fast to use, and high in electrolysis efficiency.

Description

technical field [0001] The invention relates to the field of electrolysis systems, in particular to an acidic copper sulfate swirl electrolysis system. Background technique [0002] The swirl electrolysis technology (device) is based on the difference in the theoretical precipitation potential of each metal ion, that is, as long as the metal to be extracted has a large potential difference with other metal ions in the solution system, the metal with a higher potential is easy to preferentially precipitate at the cathode The key is to eliminate the unfavorable factors for electrolysis through high-speed rotating liquid flow, and avoid the traditional electrolysis (electrowinning) method being affected by various factors (ion concentration, ion basic potential, cathode and anode potential, concentration difference) during the electrolysis process. Chemical, pH value, overpotential, etc.) influence unfavorable conditions, can produce high-quality metal products by simple techni...

AI Technical Summary

Problems solved by technology

[0002] The swirl electrolysis technology (device) is based on the difference in the theoretical precipitation potential of each metal ion, that is, as long as the metal to be extracted has a large potential difference with other metal ions in the solution system, the metal with a higher potential is easy to preferentially precipitate at the cathode The key is to eliminate the unfavorable factors for electrolysis through high-speed rotating liquid flow, and avoid the traditional electrolysis (electrowinning) method being affected by various factors (ion concentration, ion basic potential, cathode and anode potential, concentration difference) during the electrolysis process. Chemical, pH value, overpotential, etc.) influence unfavorable situation, can produce high-quality metal product by simple technical condition, in the equipment in the prior art, following problem occurs, 1, when the metal powder on the cathode increases gradually , when in contact with the anode, it often leads to a short circuit between the two, which affects the electrolysis work; 2. The gas emission generated by the electrolysis reaction affects the environment

Images