41 catalyst positions in France

Abundant and Inexpensive Electro-Catalysts for Proton Exchange Membrane Water Electrolysis Systems

: The high costs of noble metal-based electro-catalysts, such as platinum and iridium, pose a challenge for the large-scale deployment of proton exchange membrane (PEM) electrolyzers (PEM technology) for

Dual site catalyst technology for advanced polyolefin materials

Feluy (https://feluy.totalenergies.be/node/110 ). The project is industrially-driven; it focuses on the development of new catalytic strategies for “dual site catalyst technology”, that is a system made

Modeling catalyst layer degradation in fuel cells (fully funded PhD)

development of these solutions, particularly catalyst degradation. We propose to develop a comprehensive model coupling all the phenomena required to simulate catalyst degradation during cycling at potentials

Post-Doc in Computational chemistry applied to heterogeneous catalysts

at IFP Energies Nouvelles (Lyon, France) in Autumn 2024, under the supervision of Pascal Raybaud, for a duration of 12+6 months. Title: Computational screening of heterogeneous catalysts for the syngas

PhD Thesis M/F : Intensification of ammonia synthesis for energy storage

reasonable conversion at equilibrium. However, at low temperatures, the reaction kinetics are very slow and the actual conversion using the conventional industrial iron-based catalyst is well below

(M/F) PhD in Chemical Engineering: New selective activation modes in heterogeneous catalysis for the production of green hydrogen: from magnetic induction towards direct ohmic heating

identified as a possible means of producing “green” hydrogen on demand (reforming or catalytic dehydrogenation). One of the solutions proposed in the project is to directly heat the catalyst by combining

Design of advanced photosensitizers for multielectron oxidation reactions

. With this project we propose to design and investigate polyrylene-based antennae capable to perform singlet fission, and couple them to polypyridyl ruthenium catalysts, to tackle these challenges in

postdoctoral researcher (M/F)

of an atomic force microscope (AFM) as a model Brownian object in diverse chemically reactive environments, with or without a catalyst. Then, advection-diffusion coupling [1,2] observed in near-surface flows

CO2 conversion; Electrochemical Hydrogenation of unsaturated C-O bonds using molecular complexes

selective catalysts for electro-driven hydrogenation reactions of unsaturated C-O bonds using molecular complexes and integrating the latter into functional electrodes. These reactions offer a pathway to

A new green route for high added-value products through epoxidation: design and optimization of a sono-electrochemical reactor

, scalable and efficient route to epoxidize olefins using water as the oxygen source, bio-inspired catalysts and ionic liquids as conducting solvents under sono-electrochemistry. The direct transfer