Advanced Battery Components: Manufacturing and Functional Materials


16 Sept.			14:00 - 15:30

CLOISTER ROOM

ENERGY & ENVIRONMENT
TT.III - Technical Parallel Track Sessions
Advanced Battery Components: Manufacturing and Functional Materials
Co-organised with ENEA Chair: Annalisa AURORA, ENEA
The performance, safety, and sustainability of next-generation batteries strongly depend on the development of advanced components and scalable manufacturing processes. This session will present recent advances in electrode fabrication technologies, innovative electrolyte formulations, and sustainable separator materials. Particular emphasis will be placed on processing techniques, functional materials, and component engineering aimed at enabling high-performance electrochemical energy storage systems.
The symposium is part of WS.IV
TT.III.C.1 WS.IV.4.1	Maria MONTANINO - CV ENEA The Role of Materials Interactions in multicomponent Ink Formulation for Gravure Printed high energy Cathodes
TT.III.C.2 WS.IV.4.2	Andrea GENTILE Universitè di Montpellier Role of Salts in DME-based Electrolytes on First Lithium Formation and Interface Stability within zero-excess battery configuration
TT.III.C.3 WS.IV.4.3	Myriam D’ALU' - CV Sapienza University of Rome Innovative approaches for reusing valuable materials derived from the recovery of used batteries: from material to system
TT.III.C.4 WS.IV.4.4	Sara BERGAMASCO - CV Nanofaber Electrospun Polymeric Separators: Sustainable Alternatives for Next-Generation Batteries
TT.III.C.5 WS.IV.4.5	Eleonora DE SANTIS - CV Sapienza University of Rome Low-Temperature Lithium Batteries: The Role of Ionic Liquid Electrolytes in Enhancing Electrochemical Performance