Extraction of useful materials from recycling of spent lithium-ion batteries: methods, applications and characterizations
Extraction of useful materials from recycling of spent lithium-ion batteries: methods, applications and characterizations
The sequence to meet the dire energy needs continues till more smart devices are introduced. Lithium-ion batteries (LIBs) with high power density are commonly used in electric vehicles and portable electronic devices. Their applications have been soaring in recent years resulting in an increasing number of used LIBs. Spent LIBs containing heavy metals and toxic hazardous are becoming a swear threat for environment as well as human health which must be addressed properly. Recycling is an option for end-of-life LIBs, which not only prevents the pollution of toxic components but also saves natural resources. Therefore, innovation in recycling methods has been on rise over the past ten years. The optimization of these methodologies including heat treatments, leaching, and precipitation will be of utmost importance and research should be focused on ensuring a consistent supply of LIB constituent materials. Thus, an excellent deal of attention has been paid to the event of an efficient process to recycle spent LIBs for both economic aspects and environmental protection.
Working conditions:
The doctoral student will carry out his research work full-time according to the working hours in force at the Euromed University of Fez, Morocco.
Deadline for Application:
April 26, 2025: Please send your application with a detailed CV, Cover letter, Statement of purpose, Final project, Degrees and transcripts (in single pdf) to Cedoc.admission@ueuromed.org & s.urrehman@ueuromed.org
Sustainable development, Spent lithium-ion batteries, Waste reduction, Recycling, Environmental sustainability.
Candidates with a master's degree/Engineer (Bac+5 or equivalent) in:
Physics of Nanomaterials/ Material Sciences;
Physical Chemistry of Materials;
Renewable Energy (Batteries/ Device Physics).
The doctoral student must have a strong background of batteries research (Recycling, Discharging, Dismantling, Solvent dissolution, Leaching, Metal recovery etc.).
Additional knowledge of material characterizations will be appreciated but not mandatory. The candidate has strong communication and writing skills.