L’approvisionnement durable en lithium est indispensable pour le développement des appareils électriques modernes. Ces appareils sont basés sur les batteries lithium-ion (BLI) dont l’élément clé est le lithium. Le recyclage est un axe stratégique sur lequel repose l’approvisionnement en lithium d’une manière écologiquement et économiquement durable. Dans ce cadre, au cours de ce projet de thèse, nos efforts étaient dirigés vers l’étude du recyclage du lithium par extraction liquide-liquide (ELL). Des liquides ioniques (LIs) ont été utilisés pour remplacer les solvants organiques toxiques. Le présent travail possède un double objectif pratique et théorique : (i) le développement d’un nouveau système d’ELL du lithium en combinant extractant e...
International audienceThe recovery of lithium from brines is a major field of study with an increase...
Lithium recovery from alkaline brine was carried out by solvent extraction (SX) using a hydroxyl-fun...
Lithium recovery from alkaline brine was carried out by solvent extraction (SX) using a hydroxyl-fun...
L’approvisionnement durable en lithium est indispensable pour le développement des appareils électri...
A sustainable supply of lithium is essential for the development of modern electrical devices. These...
A sustainable supply of lithium is essential for the development of modern electrical devices. These...
A sustainable supply of lithium is essential for the development of modern electrical devices. These...
Le développement de nouvelles technologies basées sur les batteries lithium-ion induit une augmentat...
Le développement de nouvelles technologies basées sur les batteries lithium-ion induit une augmentat...
The development of new technologies based on lithium-ion batteries induces an increase in the consum...
The development of new technologies based on lithium-ion batteries induces an increase in the consum...
The recovery of valuable elements such as Li, Co, and Ni from spent lithium-ion batteries is essenti...
The recovery of valuable elements such as Li, Co, and Ni from spent lithium-ion batteries is essenti...
International audienceThe recovery of lithium from brines is a major field of study with an increase...
International audienceThe recovery of lithium from brines is a major field of study with an increase...
International audienceThe recovery of lithium from brines is a major field of study with an increase...
Lithium recovery from alkaline brine was carried out by solvent extraction (SX) using a hydroxyl-fun...
Lithium recovery from alkaline brine was carried out by solvent extraction (SX) using a hydroxyl-fun...
L’approvisionnement durable en lithium est indispensable pour le développement des appareils électri...
A sustainable supply of lithium is essential for the development of modern electrical devices. These...
A sustainable supply of lithium is essential for the development of modern electrical devices. These...
A sustainable supply of lithium is essential for the development of modern electrical devices. These...
Le développement de nouvelles technologies basées sur les batteries lithium-ion induit une augmentat...
Le développement de nouvelles technologies basées sur les batteries lithium-ion induit une augmentat...
The development of new technologies based on lithium-ion batteries induces an increase in the consum...
The development of new technologies based on lithium-ion batteries induces an increase in the consum...
The recovery of valuable elements such as Li, Co, and Ni from spent lithium-ion batteries is essenti...
The recovery of valuable elements such as Li, Co, and Ni from spent lithium-ion batteries is essenti...
International audienceThe recovery of lithium from brines is a major field of study with an increase...
International audienceThe recovery of lithium from brines is a major field of study with an increase...
International audienceThe recovery of lithium from brines is a major field of study with an increase...
Lithium recovery from alkaline brine was carried out by solvent extraction (SX) using a hydroxyl-fun...
Lithium recovery from alkaline brine was carried out by solvent extraction (SX) using a hydroxyl-fun...