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Cationic Covalent Organic Frameworks as Anion Exchange Membranes for Electrochemical Energy Applications – COFFEE
The COFFEE project is a fundamental research project that seeks to combine research expertise from different European research institutes and universities, across multiple areas of materials chemistry to develop innovative anion exchange membrane (AEM) solutions for electrochemical energy conversion
Catalyzing action towards sustainability of deltaic systems with an integrated modeling framework for risk assessment – DELTAS
Deltas are economic and environmental hotspots, food baskets for many nations, and home to a large portion of the world population. They sustain rich, biodiverse ecosystems and related services. Most deltas are also international and regional transportation hubs that support intense economic activit
Catalytic upgrading bio-oils obtained from hydrothermal liquefaction of µ-algae . – RAFBIOALG
Thanks to their fast growth and their high lipids content, micro-algae are considered as potentially-excellent candidates to provide third generation biofuels in the future. Nevertheless, some knowledge gaps still need to be tackled. In the downstream of the value chain, the challenge is to reach te
Catalytic biogas conversion under polarization – POLCA
The main objective of the project is to contribute to the deeper understanding of the various phenomena involved in the catalytic reforming reactions of fuels to produce hydrogen when the catalytic process is based on the use of oxygen-permeable membranes, i.e. in conditions where the reactions are
Catalytic Effect Engineering by Nanostructures: next-generation anode-Materials for lithium-ion batteries – CEENEMA
Due to the discontinuous production of renewable energies, it is impossible to use these energy sources for transport. The CEENEMA project tackled the link between renewable energies and electrical devices by focusing on lithium-ion batteries that can power electric vehicles. Energy storage based on
Catalysis in water by super hydrophobe hollow shells as solid micelles – CATCALL
• Se placer dans des conditions thermodynamiques favorables. La compréhension de la thermodynamique aux interfaces des différents constituants du système (solvant, réactifs, produits incluant les produits intermédiaires) est un problème complexe. En effet, ce type de problématique soulève de nombreu
Carbon partitioning in nanostructured ferritic phases: kinetics and microstructures – CAP NANO
Q&P (Quenching & Partitioning) is a new annealing route proposed to produce 3rd generation Advanced High Strength Steels. Q&P annealing cycle consists of an interrupted quenching from austenitic soaking to reach a partial martensitic transformation followed by rapid reheating and isothermal holding.
COupled experimeNtal/theory study oF electrochemical inteRfaces fOr N2 reducTion into green ammonia – CONFRONT
The CONFRONT project brings together two experimental teams and one theoretical team to deepen the understanding of electrocatalysis, focusing on the nitrogen reduction reaction (NRR). This reaction is essential for producing ammonia and replacing the current Bosch process, which is energy-intensive
COndensation And Liquid Atomisation – COALA
The project objective is to provide in a medium term view predictive tools suited to the challenges that must be faced by aircraft industry to improve the performances of air conditioning system loaded in planes. The project will enable improving our knowledge of physical phenomena involved in these
COlloidal nanocrystal Plasmonic detector: a new paradigm for INfrared optoelectronics – COPIN
Colloidal nanocrystals are attracting an increasing interest since their recent introduction as light emitters for the last generation of displays. Their role in optoelectronics is expected to further develop, as several companies are diversifying the use of these nanoparticles for applications in o
