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Young Scientists for Electrochemical Storage 2/2

     
   18 Sept. clessidra che gira 11:30 - 13:00
ROOM 1
energy
ENERGY & ENVIRONMENT
TT.VI - Technical Parallel Track Sessions
Young Scientists for Electrochemical Storage 2/2
Co-organized with ENEA
Chair: Margherita MORENO, ENEA

Batteries play a crucial role in enabling a low-carbon future. Equally important is ensuring that young researchers—who embody that future—are empowered to help shape its direction. The key to progress lies in the exchange of ideas and the cultivation of synergy.
At the European level, the Battery 2030+ initiative is leading this effort by organizing the Young Scientist Event (YSE) on June 3, 2025. This event brings together top European universities and research institutions, culminating in the creation of a “Manifesto for the Batteries of the Future.” This document captures the insights and challenges identified during the YSE and serves as a foundation for future collaboration.
Across this and the previous session, the outcomes of the YSE will be presented as a follow-up and a stepping stone for continued dialogue. The aim is to define the necessary initiatives and activities that will drive groundbreaking innovations and discoveries in battery technology.
Young researchers from Italian and other European universities and research centers will showcase their work, offering forward-looking perspectives, proposing new research directions, and encouraging collaboration among European scientists and industrial partners.

The activity is funded by the Program Agreements between ENEA and the Italian Ministry of the Environment and Energy Security (MASE), Project 1.2 “Technologies for electrochemical and thermal storage” (PTR 2025-2027, CUP I53C24003300001).

The symposium is part of WS.VII - WS.X
TT.VI.J.0
WS.VII.6.0
WS.X.3.0
Introductory keynote
Francesca Anna SCARAMUZZO - CV
Sapienza University of Rome
 Added value materials for advanced energy storage devices
SCARAMUZZO Francesca  
TT.VI.J.1
WS.VII.6.1
WS.X.3.1
Rocco CANCELLIERE - CV
ENEA
Expanding recycling strategies for greener battery technologies
CANCELLIERE Rocco  
TT.VI.J.2
WS.VII.6.2
WS.X.3.2
Andrea GENTILE - CV
University of Montpellier
Evaluating Multi-salt Electrolytes and Textured Supports for «Zero-Excess» Lithium Metal Batteries
GENTILE Andrea  
TT.VI.J.3
WS.VII.6.3
WS.X.3.3
Marco CATILLO - CV
ENEA
Exploring cathode materials for batteries through machine learning
CATILLO Marco  
TT.VI.J.4
WS.VII.6.4
WS.X.3.4
Marco AMBROSETTI - CV
RSE
New self-supported anode materials for Sodium-ion batteries
AMBROSETTI Marco  
TT.VI.J.5
WS.VII.6.5
WS.X.3.5
Benedetta BRANCATO - CV
CNR-ITAE
Sodium halide battery: an innovative system for stationary energy storage
BRANCATO Benedetta  
 

 

 
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