Tailored Properties of Ionic Liquid Electrolytes for
Sustainable Energy Storage Applications
The Workshop will stimulate collaborative interactions and consolidate a community of scientists working on ionic-liquid (IL) based electrolyte systems. Key objectives are identifying critical research challenges; standardizing methodologies for measuring IL properties (solubility, viscosity, conductivity, redox potentials, phase transition, heat capacity, etc.), creating a framework for a critically evaluated database tailored towards the energy storage applications.
Topics
- Electrolytes and ionic liquids: stability, ion transport, solubility limits, phase equilibria, and interfacial properties
- Integrated computational approaches: molecular modeling, simulations, and machine learning
- Optimization of electrolyte formulations for emerging battery technologies
- Solubility’s role in degradation prevention and lifespan extension
Invited Lectures
Prof. Dr. Xinpei Gao | School of Chemistry and Chemical Engineering, Hainan University, P. R. China
Researcher focus: Ionic liquid and liquid crystal electrolytes, with a particular emphasis on colloid and interface phenomena and challenges within energy storage and conversion system
Research focus: Ionic liquids and their application for dissolution, separation and recycling of precious metals and mineral resources, salt and mineral chemistry, electrochemistry, chemical foundations of metallurgy
Slobodan Gadzuric | University of Novi Sad, Serbia, Decoding Anion Structure: Tailoring the Properties of Ionic Liquids for Targeted Applications
Pedro Carvalho | CICECO - Aveiro Institute of Materials, Portugal, Ionic Liquid-based Composite Membranes for Efficient Greenhouse Gases Separation
Snežana Papović | University of Novi Sad, Serbia, Improving the thermal stability of lithium-ion battery electrolytes safety