Shunting device for pipeline electrolyzer

Abstract

The invention discloses a shunting device for a pipeline electrolyzer in the technical field of electrolysis. The device comprises a plurality of shunt main bodies which can be connected in series with the pipeline electrolyzer, and is characterized in that each shunt main body comprises a mounting frame and a resistor component located in the mounting frame, wherein insulating plates are arranged around the resistor component, a busbar connecting plate is arranged on one side of the mounting frame and a groove end connecting plate is arranged on the other side of the mounting frame. The shunting device for the pipeline electrolyzer disclosed by the invention has the beneficial effects that each shunt comprises the mounting frame, the resistor component and the insulating plates, thereby having a stable and reliable structure, and providing greater resistance, when an individual electrolyzer has too-high temperature caused by reasons of the concentration and the like, the shunt can be accessed to lower the current of the individual electrolyzer, so that the electrolyzer temperature is controlled in a short period of time to avoid situations of high-temperature melt leakage and the like of an electrolyzer body.

Description

technical field [0001] The invention relates to the technical field of electrolysis, in particular to a flow splitting device for an electrolyzer on a pipeline. Background technique [0002] When using electrolytic cells for industrial production, currently domestic electrolytic cells use multi-stage cells. When the temperature of individual electrolytic cells is too high or leakage occurs, the electrolytic cell can be adjusted and controlled by adjusting the current and dismantling the cathode and anode. . However, all the electrolyzers in the line electrolyzer are a system, and the current cannot be adjusted individually. Under normal circumstances, when the tank temperature is too high, adjusting the tank temperature through the concentration is the fundamental solution to the problem, but the characteristics of the pipeline electrolyzer make the concentration adjustment process longer. If the temperature of the electrolytic cell is too high for a long time, it will eas...

AI Technical Summary

Problems solved by technology

However, all the electrolyzers in the pipeline electrolyzer are a system, and the current cannot be adjusted individually

Under normal circumstances, when the tank temperature is too high, adjusting the tank temperature through the concentration is the fundamental solution to the problem, but the characteristics of the pipeline electrolyzer make the concentration adjustment process longer

If the temperature of the electrolytic cell is too high for a long time, it will easily cause damage to the cell body and leakage of the high-temperature melt. Therefore, in this case, a simple, fast and effective control method is required

Images