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Contribution of machine learning to the oxidation stability of hydrocarbons
The oxidation stability of hydrocarbons is a critical property for their use (as aviation fuels, lubricants, etc.), storage and transport. Low stability gives rise to unwanted reactions that can have an adverse effect on the performance of products, reduce their lifespan and, potentially, pose risks in terms of safety. To overcome these limitations, a recent study was conducted by IFP Énergies nouvelles in partnership with Lille University, aimed at developing a reliable predictive tool that would avoid the systematic use of laborious tests.
The hydro-sedimentary and geomorphological impact of storm Alex on the Roya catchment area (Alpes-Maritimes, south-east France)
The Tinée, Vésubie and Roya valleys in south-east France were exposed to the full force of storm Alex on 2 and 3 October 2020. This storm was triggered by a fast-developing low-pressure system over the Atlantic, which came into contact with a mass of warm, moist air from the Mediterranean, causing unprecedented rainfall in the hinterland of the Alpes-Maritimes region.
Carbon dioxide removal strategies: a diversified and region-specific approach
Improving ageing monitoring of electric machines for low-carbon mobility
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FUNDAMENTAL RESEARCH, THE BUILDING BLOCK FOR FUTURE INNOVATION
Objectives pursued, scientific challenges to be overcome, partnerships proposed: watch a video on IFPEN’s fundamental research strategy.
To find out moreResearch in a few figures
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1,095R&I engineers and technicians -   
30%of budget dedicated to fundamental research -   
9disciplinary fields -   
15active fundamental research framework agreements 
    