3 flame scholarships at CNRS in France

PhD student (M/F) Experimental study of high-pressure oxy-flames for carbon capture and sequestration

) for biomass and oxyfuel flames for natural gas (NG) flames and also biogas, thus integrating solutions adapted to negative emissions by considering biofuels as raw material for heat production. The project is

PhD student position on modeling turbulent combustion of hydrogen/ammonia blends (M/F)

as the main substitute to NG. While pure H2 promotes flashback and combustion instabilities, ammonia flames induce stabilization problem and produce nitrogen oxydes. Blends of ammonia and hydrogen is

M/F PhD student to develop a chemical scheme to model the reactivity of heteroatomic gases (CHONS+P) at high temperatures, with application to exoplanet atmospheres.

internationally recognized expertise in combustion kinetics, both on the experimental and modeling side. Existing experimental setups to study these phenomena include shock tube, laminar flame and jet reactor