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- Novel sustainable recycling processes to improve the purity of recovered materials | - Novel sustainable recycling processes to improve the purity of recovered materials | ||
==Results== | ==Results== | ||
Expected results: | |||
- Develop an eco-friendly process for in-situ single-step and binder-free deposition of graphene/Si materials as LIB anodes. | |||
- Establish processes to supply pilot-scale quantities of high-quality cathode active materials | |||
- Develop a pilot-to-industrial-scale spinning-based method for the production of Gen 3 LIBs separators of controlled porosity and recyclability | |||
- Advance understanding on the particle interactions that leads to shear thickening in LIB lithium electrolytes. | |||
- Explore new chemistries for electrolyte formulations to boost LIB performance. | |||
- Develop novel recycling processes to obtain battery-standard purity of recovered materials | |||
==Budget== | ==Budget== | ||
4 433 848.75 | 4 433 848.75 | ||