Focus on...
Made-to-measure reactors for bio-based hybrid catalysis
In the 21st century, the challenge of the ecological transition is requiring the chemicals industry to develop innovative processes in line with environmental, energy and societal constraints. There is a dual challenge here: - new conversions need to be developed using renewable resources, the reactivity of which has yet to be fully mastered on a large scale; - researchers need to design and propose innovations to make these conversions more efficient and less energy intensive. The second aspect concerns processes and requires researchers to consider various avenues for progress: new reactors, reduction in the number of steps, combination of catalysts, etc.
Microfluidics et chemoinformatics : complementary approaches to access thermal conductivity !
Thermal conductivity is a key property for the dimensioning of numerous types of equipment, such as exchangers used to transfer thermal energy from one heat-carrying fluid to another, without mixing them. Thesis work conducted at IFPEN [1] is challenging the approaches traditionally employed for both measuring and predicting this property.
Geosciences at the heart of energy and ecological transitions
SoilCET 2024: carbon in soils under the spotlight of the scientific community
The origins of natural hydrogen emissions deep within our continents: the veil is lifted
Using artificial intelligence to understand the living world
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
- 1,095R&I engineers and technicians
- 30%of budget dedicated to fundamental research
- 9disciplinary fields
- 15active fundamental research framework agreements