High-temperature electrode faulted diagnosis for copper electrolytic cell

Abstract

In the production of copper electrolytic, short circuit frequently takes place between anode and cathode, the heat loss from which will result the reducing for the production of copper. To solve this problem, this paper presents a high-temperature electrode faulted diagnosis method base on the new-type integrated filtering of thermal infrared images and the division and location processing. Short circuit can be found by analyzing the temperature of the plates in the electrolytic cell timely with a suitable algorithm and realize the purpose of raising the production of electrolytic copper. We have made a practical application in electrolytic copper factory and the conclusion is accordance with the desired effects.