| Abstrak/Abstract |
Since the last decades, the demand for lithium-ion batteries (LIBs) is going rapidly. Many applications used lithium-ion batteries as a power source in electric vehicles, solar panel, wind turbine, power backups (UPS), laptops, cellphones, electric toys, and general consumer electronics goods. The huge demand of LIBs in large number can create a supply risks for natural lithium (Li) source reserves. In general, after the service life of LIBs, to keep the source of components that contains
in LIBs, a proper of recycle process is mandatory. Recycle of LIBs purposed to alleviate limited resource in nature. Moreover, recycling is an excellent solution to reduce and prevent potential environmental pollution caused by improper disposal of LIBs. Hence this motivated many researchers to recycle LIBs in recent years. Considering the actual methods to recycle LIBs, the present study summaries and listed the methods that used by researchers and industries that are proven
can be used to recycle LIBs with the pros and cons followed in each category. The study also comparing different methods that can give suggestions for improvement related to effectiveness and efficiency in the future, for a better environment and cost efficiency |
