New Bahrain Aluminum Method Reduces Electrolytic Cell Aluminum Time by 83%

According to Antaike, recently, Bahrain Aluminum has recently developed a new, safer and more efficient method of extracting molten aluminum from electrolytic cells.

This new method was developed based on industry standard methods. Because this method is safe, more environmentally friendly, more effective, and saves time, it has been widely used in the audience. This new method was developed by the Bahrain Aluminum Company's electrolytic technology service group that specializes in 1-3 series service.

Nowadays, the commonly used aluminum extraction method is to manually insert an aluminum tube into the electrolytic cell to the aluminum end, and the other end to insert aluminum to carry the package. This kind of operation is manually performed on the site with a big hammer. The Bahrain Aluminum Corporation's new method is to use the crane in the electrolysis workshop to carry out operations, which significantly improves the old method of manually inserting the aluminum tube into the carrying bag, and the old method requires 2 people to work 6 per building per day. hour. So when the entire Bahrain aluminum factory needs 6 people to carry the bag. With the new method, every building, every day, every day, only needs one person per bag, which increases the time efficiency by more than 83%.

According to this, each plant must replace 6 to 7 tubes per day, and the new method being used can save each plant to only one tube per day. The old method requires a large number of tubes to control the potential safety problems of each building and the potential dangers of the working environment. However, new methods can eliminate these problems and make the work environment cleaner and safer.

In addition, Bahrain Aluminium electrolysis technology service team also tried to change the cap from the aluminum to the clamp, making it cleaner, safe and easy to operate. They also tried to double the diameter of the aluminum tube, which could reduce the wear on the cathode and standardize the exhaust system of all aluminum extrusions in all Bahrain aluminum plants. This series of measures will lead to a significant increase in the production efficiency of Bahrain Aluminum Plant. The improved method of connecting the aluminum carrying bag will be safer and more humanized, and it will also change the phenomenon of the aluminum bag carrying the aluminum dripping solution from the original aluminum factory. The above improvements have made the Bahrain Aluminum Plant a safe, more environmentally friendly factory with a good working environment, while also increasing production efficiency and reducing costs.