Method and system for automatically switching states in electrolytic cell in copper electrolysis workshop

Abstract

The invention provides a method and system for automatically switching the states in an electrolytic cell in a copper electrolysis workshop. According to the method and system for automatically switching the states in the electrolytic cell in the copper electrolysis workshop, the operating status of a copper electrolysis crane is judged and obtained by obtaining the power-on and power-off information of the electrolytic cell and the status information of an electrode plate in the electrolytic cell in time, and control information for the next state of the copper electrolysis crane is obtained accordingly; and production field information of the copper electrolysis workshop is automatically converted into a control signal for the next state of the copper electrolysis crane, and the control signal is sent to a control room, so that real-time remote monitoring of the conditions in the electrolytic cell in the copper electrolysis workshop is achieved. By adoption of the method and system, the labor intensity of crane operators and ground inspectors is greatly relieved, and the method and system have extremely important significance for guidance of copper electrolysis production schedule and safety management and improvement of production efficiency.

Description

technical field [0001] The invention relates to the technical field of nonferrous metallurgy, and more specifically, to a method and system for automatically switching states in an electrolytic cell of a copper electrolytic workshop. Background technique [0002] Electrolytic refining is the main method in the process of non-ferrous metal smelting, especially copper smelting. Among non-ferrous metals, the electrolysis or electrowinning processes of copper, lead, zinc and nickel are based on electrochemical principles. The process of copper electrolytic refining is as follows: the cathode and anode are placed in the electrolytic cell, and an electrochemical reaction occurs under the condition of electrification. Metal copper is continuously precipitated on the cathode to become cathode copper, and the anode is continuously dissolved, and copper enters the electrolyte in an ion state. [0003] In the traditional copper electrolysis production, the acquisition of information o...

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Problems solved by technology

[0005] The invention provides a method and system for automatically switching the state in the electrolytic cell of a copper electrolysis workshop to solve the technical problem that the production site of the existing copper electrolysis workshop cannot realize real-time monitoring of the state in the electrolytic cell, thereby affecting the production efficiency and safety of the workshop

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