Composite materials for electrochemistry


11 Sept.			11:30 - 13:00

ROOM 17

YOUNGINNOVATION
THE STATE OF RESEARCH COMMUNICATED BY YOUNG RESEARCHERS
TT.II - Technical Multi-Track with Parallel SYMPOSIA
Composite materials for electrochemistry
Co-organized with iENTRANCE@ENL Chair: Mauro PASQUALI, Sapienza University of Rome
Cutting-edge renewable energy conversion technologies demand advanced electro- and photoelectrocatalysts, but traditional development methods are slow and time-consuming. High-throughput methodologies facilitate rapid synthesis and screening of material libraries, while operando techniques, such as X-ray absorption spectroscopy, offer real-time insights into catalyst behavior under operational conditions. This innovative approach accelerates the discovery of new materials and deepens our understanding of their performance, propelling the advancement of next-generation energy technologies.
The symposium is part of the SE.I
TT.II.I.1 SE.I.4.1	Introductive Keynote Raffaello MAZZARO University of Bologna Novel approaches for the development of electro- and photoelectrocatalysts
TT.II.I.2 SE.I.4.2	Giulia GIANOLA - CV IIT Iron-Nitrogen-Carbon Catalysts by Different Synthesis Approaches for Efficient Oxygen Reduction Reaction in Fuel Cells Applications
TT.II.I.3 SE.I.4.3	Jaimon CHONEDAN JOHNSON - CV CNR-IMM Fabrication of Electrodes using High Surface Area 3D Graphene Substrates
TT.II.I.4 SE.I.4.4	Alessia FORTUNATI - CV IIT CO₂ electroreduction to CO in a membrane electrode assembly cell configuration for process scaling up
TT.II.I.5 SE.I.4.5	Nicolò ROSSETTI - CV University of Padova Dual-Coordinated Nickel Single Atoms Stabilized in a Triazine-thiadiazole Based Organic Polymer for the Oxygen Evolution Reaction