Waste lithium ion battery carbonization recovery treatment equipment
Today, what we are going to discuss is a topic that has attracted much attention - complete sets of lithium battery recycling and processing equipment. Have you ever wondered what will happen to our mobile phones, electric cars and other electronic products after they are scrapped? This is an important and controversial issue. Today, we will lead you to learn about a new generation of lithium battery recycling device innovatively developed by SUNY GROUP, which may be able to solve the problem of recycling waste lithium-ion batteries.
First of all, let us understand the importance of lithium battery recycling and processing equipment. With the rapid development of the new energy industry, the demand for lithium batteries is also increasing year by year. However, with the end of life of these batteries, how to dispose of a large number of end-of-life batteries has become a difficult problem in front of us. And SUNY GROUP's complete set of equipment for lithium battery recycling provides an effective solution to this problem.
The unique feature of this equipment is that it can realize the recovery of all metal components such as diaphragm, copper and aluminum black powder. This means that whatever material is in the battery can be efficiently recycled and reused. Moreover, the recovery rate and purity can reach 99%, which makes these recovered materials can be used again to produce new lithium batteries, realizing the recycling of resources.
It is worth mentioning that SUNY GROUP's lithium battery recycling equipment is designed with the concept of environmental protection fully in mind. In the whole processing process of the equipment, they have adopted advanced crushing and sorting technology to ensure that the harmful substances in the battery are effectively controlled. In addition, the efficiency of this equipment is very high, and the return rate of metal is also satisfactory.
SUNY GROUP Lithium Battery Recycling Equipment’s Carbonized Battery Recycling Production Line Introduction: Including the feeding bin, plate chain conveyor, hammer type primary crusher, No. 1 vibrating screening machine, No. 1 screw conveyor, hammer type secondary crusher, No. 1 airflow sorting machine, No. 2 screw conveyor and grinding type tertiary pulverizer, which are arranged in sequence from left to right. The feed port, the aluminum discharge port, the No. 1 cyclone separator is connected to the pulse dust collector, the pulse dust collector is connected to the No. 5 screw conveyor, and the pulse dust collector is connected to the tail gas treatment structure. The utility model has the advantages of high recovery efficiency, good sorting effect, good environmental protection effect and the like.
Carbonized batteries refer to batteries that have been heated and carbonized. When the carbonized battery recycling line is working, the workers put the carbonized batteries into the feed bin. The carbonized batteries fall from the outlet at the bottom of the feed bin on the plate chain conveyor. The plate chain conveyor transports the carbonized batteries to the hammer-type primary crusher for crushing.
Copper and aluminum are separated by airflow and vibration. Copper powder is discharged from the copper outlet through the No. 3 screw conveyor and collected in bags. Aluminum powder is discharged from the aluminum outlet 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 bagged. environmental pollution.
However, although the technology of lithium battery recycling and processing plants has made remarkable progress, there are still some challenges in practical application. First of all, due to the differences in the structure and composition of lithium batteries of different brands and models, the adaptability and versatility of the equipment needs to be improved. In addition, the operating cost and stability of the equipment also need to be further optimized.
In order to solve these problems, SUNY GROUP is actively cooperating with all parties, including battery manufacturers, recycling companies, and scientific research institutions, hoping to improve the versatility and operating efficiency of the equipment and reduce costs through joint efforts, thereby promoting the application of lithium battery recycling and processing equipment in a wider range of fields. If you plan to start a lithium battery recycling business, or are interested in this area, please feel free to contact us for more information.
Recommend products
CONTACT US:
If you have any requirement or suggestion, please fill in the form and send to us, thanks!E-mail:sunymachine@gmail.com | Whatsapp:+8613674945231
