By reusing recycled Li-ion battery materials, it will reduce the demand for new resources, and minimize waste generation. It will also contribute to a more sustainable economy.
The battery recycling typically involves three main stages. The first stage is pretreatment, involving mechanical shredding, the separation of plastic fluff and non-ferrous materials. The secondary treatment phase focuses on separating the cathode from the aluminum collector foil using a chemical solvent. Lastly, the cathode materials are dissolved in either leaching chemicals or through heat and electrolytic reactions.
A Li-ion battery is primarily composed of some important minerals. They can be extracted and reused in new batteries' production. So it will lower manufacturing costs. The minerals within the battery account for almost half of the total cost of current lithium batteries. The costs of the three most expensive ingredients in the battery cathode include cobalt, nickel, and lithium. By recycling and recovering these valuable materials, it will reduce the potential quantity of material ending up in landfills from battery scraps.
Besides, the recovered metals from recycled Li-ion batteries can also be used in some industries. The refined metals are suitable for applications, such as in the production of stainless steel or other metal alloys. Some other recovered materials, such as copper and aluminum, they can be reused in the manufacturing of various electronic devices and consumer goods...
The battery recycling typically involves three main stages. The first stage is pretreatment, involving mechanical shredding, the separation of plastic fluff and non-ferrous materials. The secondary treatment phase focuses on separating the cathode from the aluminum collector foil using a chemical solvent. Lastly, the cathode materials are dissolved in either leaching chemicals or through heat and electrolytic reactions.
A Li-ion battery is primarily composed of some important minerals. They can be extracted and reused in new batteries' production. So it will lower manufacturing costs. The minerals within the battery account for almost half of the total cost of current lithium batteries. The costs of the three most expensive ingredients in the battery cathode include cobalt, nickel, and lithium. By recycling and recovering these valuable materials, it will reduce the potential quantity of material ending up in landfills from battery scraps.
Besides, the recovered metals from recycled Li-ion batteries can also be used in some industries. The refined metals are suitable for applications, such as in the production of stainless steel or other metal alloys. Some other recovered materials, such as copper and aluminum, they can be reused in the manufacturing of various electronic devices and consumer goods...
