María Escudero Escribano

ICREA Research Professor María Escudero Escribano leads the Nanoelectrocatalysis and Sustainable Chemistry Group at the Catalan Institute of Nanoscience and Nanotechnology (ICN2), where she conducts cutting-edge research in electrocatalysis and sustainable energy conversion. Recognized with the prestigious María Teresa Toral National Research Award for Chemical Sciences and Technologies in 2024, her work focuses on atomic-level design of advanced materials for clean energy applications.

Her research spans

• Electrochemical processes for renewable energy conversion
• Advanced materials design for CO2 reduction
• Green hydrogen and sustainable fuel production
• Electrolyte engineering for optimized reaction environments
• Nanostructured electrocatalysts for industrial applications

Her scientific approach integrates fundamental electrochemistry with practical solutions for the energy transition.

Professor Escudero's publication record shows consistent advancement in electrocatalysis, with recent work emphasizing

• Electrode-electrolyte interface engineering
• In situ characterization of reaction mechanisms
• Nanostructuring techniques for copper and bimetallic catalysts
• Renewable fuel synthesis pathways

Her research demonstrates strong interdisciplinary connections between materials science, electrochemistry, and sustainable technology development.

Her scientific recognition includes:

• María Teresa Toral National Research Award (2024)
• Membership in the Young Academy of Spain

These honors reflect her leadership in developing scientific and technological solutions for converting renewable electricity into green fuels.

As an active researcher with numerous recent publications, Professor Escudero continues to advance the field of sustainable electrochemistry, developing materials and processes essential for the clean energy transition. Her work bridges fundamental science with practical applications for hydrogen production, sustainable aviation fuels, and maritime transportation solutions.