The electrochemical approach for innovation in energetics and industrial processing through the control of active materials at the nm level


22 Sept.			09:00 - 10:30



ENVIRONMENT & ENERGY
TECHNOLOGIES AND SOLUTIONS FOR THE ENERGY TRANSITION
TT.IX - Technical Multi-Track with Parallel SYMPOSIA
The electrochemical approach for innovation in energetics and industrial processing through the control of active materials at the nm level
Co-organized with ENEA, and Sapienza University of Rome Chair: Danilo DINI, Sapienza University of Rome
In the last years it has emerged the centrality of the Electrochemical Science in the ambits of ecological transition, sustainability, circularity and decarbonisation through various types of research activities. These mostly involve the areas of electric energy production (electrochemical and fuel cells), storage (batteries), photogeneration (solar photoelectrochemical cells) as well as CO₂ (electrochemical) reduction, synthesis (the electrical current being a feedstock in industrial processes), disposal/recycling processes via electrolysers, protecting treatments (electroplating) and sensing/imaging of electrochemical activity of surfaces. The most important developments in such areas are consequential to the progresses in the science of the nanomaterials for electrochemical applications. For this reason it appears appropriated to dedicate a topical session on electrochemistry at NANOINNOVATION, which focuses on the aspects of energetics and industrial processing considering the most recent developments in nanosciences. The contributors are internationally renowned scientists the interests of which span from advanced high-density solid-state batteries based on alkaline metals to electrochemical processing for environmental remediation and to surface treatments for trace analysis or metal protection/decoration.
*The symposium is part of the Workshop WS.VII*
TT.IX.G.1 WS.VII.1.1	Stefano PASSERINI Sapienza University of Rome Metal-organic framework derived nanoparticles embedded in carbonaceous matrices for lithium and sodium batteries
TT.IX.G.2 WS.VII.1.2	Leone FRUSTERI - CV CNR Electro-spun Nano-fibers: An Innovative Conductive Matrix to produce Self-Standing Electrodes for Sodium-ion Batteries
TT.IX.G.3 WS.VII.1.3	Gianni APPETECCHI ENEA Innovative electrode chemistry in ionic liquid electrolytes for sodium-less battery systems
TT.IX.G.4 WS.VII.1.4	Somayyeh RAKSHANI Sapienza University of Rome Synthesis and Characterization of a Composite Anion Exchange Membrane for Water Electrolyzers (AEMWE)