Scrap lithium battery recycling carbonization recycling process equipment

Batteries are widely used, and direct disposal of discarded batteries will cause environmental pollution, and batteries contain copper, iron, and aluminum, and discarding them also causes waste of resources. Therefore, batteries need to be recycled.

Lithium battery recycling processing equipment and its carbonized battery recycling processing production line introduction: including the feeding bin, plate chain conveyor, hammer type primary crusher, No. 1 vibration screening machine, and No. 1 screw conveyor arranged in sequence from left to right , Hammer Type Secondary Crusher, No. 1 Air Separator, No. 2 Screw Conveyor and Grinding Type Tertiary Pulverizer. The Grinding Type Tertiary Pulverizer is connected to No. 1 Cyclone Separator, and No. No. 1 airflow separator, No. 2 airflow separator has copper discharge port and aluminum discharge port, No. 1 cyclone separator is connected with pulse dust collector, pulse dust collector is connected with No. 5 screw conveyor, pulse dust collector is connected with Exhaust gas treatment structure. The utility model has the advantages of high recovery efficiency, good sorting effect, good environmental protection effect and the like.

Lithium battery carbonization recovery equipment

Carbonized battery refers to the battery that has been heated and carbonized. When the carbonized battery recycling line is working, the worker puts the carbonized battery into the feeding bin, and the carbonized battery falls on the plate chain conveyor from the outlet at the bottom of the feeding bin. The chain conveyor transports the carbonized battery to the hammer-type primary crusher for crushing. The carbonized battery is crushed into materials with an outer diameter of one to two centimeters, and the crushed material is discharged from the bottom of the hammer-type primary crusher. The mouth falls into the No. 1 vibrating screening machine.

The filter screen in the No. 1 vibrating screening machine is screened. The black powder enters the lower layer of the filter screen and is discharged from the lower layer outlet through the screw conveyor for bagging and collection. The material on the upper layer of the filter screen enters the No. 1 screw conveyor from the upper layer outlet. The magnetic separator connected to the No. 1 screw conveyor absorbs the iron powder in the material, and the rest of the materials enter the hammer-type secondary crusher from the No. 1 screw conveyor for secondary crushing.

The material is crushed into powder and falls into the No. 1 airflow separator from the outlet below the hammer-type secondary crusher, and the black powder is separated from metal copper and aluminum through airflow and vibration. Enter the No. 2 screw conveyor from the outlet of the No. 1 airflow separator, and the No. 2 screw conveyor transports the copper and aluminum metals to the grinding type three-stage pulverizer, and grinds the copper and aluminum metals into fine powder , the fine powdered copper and aluminum enter the No. 1 cyclone separator through the pipeline under the action of negative pressure. middle,

Through airflow and vibration, copper and aluminum are separated. Copper powder is discharged from the copper discharge port through the No. 3 screw conveyor and collected in bags. Aluminum powder is discharged from the aluminum discharge port through the No. 4 screw conveyor and collected in bags. A small amount of black powder in the No. 1 cyclone separator enters the pulse dust collector through the pipeline to filter and settle. The black powder filtered in the pulse dust collector is discharged from the No. 5 screw conveyor and collected in bags. The exhaust gas in the pulse dust collector enters the The tail gas treatment structure is used for processing, so that the gas that meets the emission standard is discharged without causing environmental pollution.

The carbonized battery recycling line can continuously and accurately sort and recycle copper and aluminum, with high recycling efficiency, no chemicals involved, exhaust emission up to standard, and good environmental protection effect.