Electrolytic aluminum production line equipment list

In the aluminum electrolysis workshop there are various efficacy functions of machinery and equipment to ensure the normal production of aluminum electrolysis. So in addition to the electrolyzer large equipment normal electrolysis aluminum, what other electrolytic aluminum equipment?

Electrolytic aluminum production line from the supply of materials, energy supply, and aluminum liquid discharge processing, are completed by automated equipment, general electric control by plc control, such as the control box of the electrolytic cell, the control cabinet on the frame, etc., the raw material transport with super dense phase conveying equipment, feeding by the fixed capacity under the feeder fixed under, as well as playing shell cylinder for shell breaking operation, change the anode need to use the sky crane is the most common equipment. Lifting busbar operation requires the use of anode lift and anode busbar lifting frame, one to provide power, one is responsible for clamping the guide bar, tighten the busbar to avoid the effect. Other auxiliary operation of the motorized sector of the slag picker, and the transport of aluminum liquid vacuum lifting package, etc. are all equipment of the electrolytic aluminum production line.

Aluminum electrolysis equipment management

Aluminum electrolysis plants require a whole set of systems and personnel arrangements to manage these machines. Each kind of machinery and equipment has its own specification and specific operation process, as well as precautions. For better equipment management, we divide the aluminum electrolysis into various operation workshops, like the anode assembly workshop which only deals with the supply of residual and new anodes, the power supply workshop which provides normal production demand and electricity for workers' daily life, the casting workshop which contains finished aluminum liquid for casting and bundling, the material supply and tail gas emission workshop which is responsible for the supply of alumina, and the flue gas recycling. The most important is the electrolytic aluminum workshop, direct production, and deal with the production process of the anode effect, change the anode, lift the busbar and other operations, the last auxiliary workshop management is the motor workshop, which contains the application of the overhead crane, lift the package of aluminum absorption operations, and so on

Equipment management needs a whole set of programs to do the behavior regulation, so that the electrolytic turners can work effectively and industrialize the production, in order to have high productivity and efficient results.

Common accidents in electrolytic aluminum workshop

The cause of accidents in the workshop generally consists of two parts, on the one hand, mechanical failure caused by accidental injury, on the other hand, is caused by improper human operation of safety accidents. The solution is for mechanical failure should be regular maintenance treatment, to ensure work safety; for accidents caused by human operation, we should regularly do safety training, and implementation in place in the production work, the work must be licensed to work, without permission shall not apply mechanical equipment and instruments to avoid accidents.

Electrolytic aluminum overhead crane application management

The application of overhead crane in the electrolytic aluminum workshop is more frequent, and it is also the place where accidents occur, so when operating the crane, it must be carried out in accordance with the safety operation rules of the crane. Before driving, the crane should be tested and inspected, and it is strictly forbidden to stay and pass under the crane and the lifting object. After each lifting, the spreader will be unloaded and properly stored, not to be thrown away, and the overhead crane needs to be parked in a suitable position.

Electrolytic aluminum industry is a multi-tasking, complex mixed operation of the industry sector, in the production of aluminum in the process there are bound to be many safety accidents and management problems, these require our continuous efforts and improvements, learning advanced management concepts to develop production to improve efficiency.