TianGong Life Cycle Inventory
TianGong Life Cycle Inventory
Data stock: Default root data stock [ Download ]

Process data set overview page

Data set: Hydrometallurgical recovery technology of Guangdong Bangpu Recycling Technology Co. (01.00.005)

View entire data set Download data set as XML file Download as ZIP file
Full name
Hydrometallurgical recovery technology of Guangdong Bangpu Recycling Technology Co.
Location
CN
Reference year
2022
Valid until
Reference flow(s)
Type
Unit process, single operation
Parameterized?
no
LCIA results included?
no
Category
End-of-life treatment / Material recycling
Synonyms
Use advice for data set
Users of this data set should note that the recovery process is specific to used lithium batteries and the functional unit reflects the output based on a 12.717g used lithium battery as input. The life cycle assessment should take into consideration the regional technological applicability and potential technological advancements in recycling. It is critical to address the allocation of environmental burdens in the case of multifunctional processes. Users must ensure that their system boundaries and assumptions align with these methodological considerations when utilizing the data for environmental impact studies or for developing eco-design strategies.
Data set use approval
General comment
The waste battery undergoes disassembly, dry pyrolysis, crushing and mechanical sorting, acid leaching, copper removal, iron and aluminum removal, rough extraction, fine extraction, and alkali aging to obtain a ternary precursor.
LCI Method Principle
LCI Method Approaches
No records found.
Completeness of product model
No statement
Reviews
  • Dependent internal review by
License and access conditions
Copyright
no
License type
Free of charge for all users and uses
Owner of data set
Tiangong LCI Data Working Group
Technical purpose
The hydrometallurgical recovery process detailed in this data set is employed for the recycling of used lithium batteries. During the process, the batteries are disassembled and go through dry pyrolysis, crushing, and mechanical sorting, followed by acid leaching, and the removal of copper, iron, and aluminum. The subsequent rough and fine extraction stages, along with alkali aging, result in the production of a ternary precursor. This precursor is commonly used in the manufacture of new lithium batteries, serving as a valuable resource in the battery supply chain.
Input Products
Co-Products
No records found.
Data set version
01.00.005
Time stamp (last saved)
2023-12-18T18:00:39+08:00
Data set format
Compliance systems
No records found.
Tag
Registered in
Process is not registered in any registry
Data Set deregistration
Are you sure you want to deregister selected dataset?
Please enter the reason of deregistration and confirm.
soda4LCA 7.10.3