Project Details
Grant Program
Collaborative Research Program for 2025-2027
Project Description
The project is devoted to a comprehensive and systematic investigation on the upcycling of spent LIBs anode graphite and its application in the area of gas sorption/desorption, specifically focusing on hydrogen. The primary material for this project is graphite derived from spent LIBs
and with controllable trace amounts of residue metals/metal ions, which will be separated and upcycled/recovered using various techniques. This upcycled graphite will be tested for hydrogen adsorption at various temperatures and pressures. Additionally, graphene-based materials will be extracted from the upcycled graphite. These materials will be further modified for improved hydrogen sorption.
and with controllable trace amounts of residue metals/metal ions, which will be separated and upcycled/recovered using various techniques. This upcycled graphite will be tested for hydrogen adsorption at various temperatures and pressures. Additionally, graphene-based materials will be extracted from the upcycled graphite. These materials will be further modified for improved hydrogen sorption.
| Short title | Uplycling graphite anode for hydrogen strorage |
|---|---|
| Status | Active |
| Effective start/end date | 1/1/25 → 12/31/27 |
Keywords
- graphite anode
- end of life lithium-ion battery
- upcycling
- hydrogen storage
- interlayer distance
- adsorption
- desorption
- composites
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