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IFPEN
A national institute for research and training in energy, mobility and the environment, IFPEN innovates for a decarbonized and sustainable world, from scientific concepts to technological solutions.
- Presentation → VERSION EN - texte à traduireIdentité, mission, vision stratégique, organisation & gouvernance, implantations régionales
- Our research → Scientific excellence, disciplines, challenges, assessment
- Innovation & industry → Innovation continuum, technology transfer, subsidiaries, deployment
- Collaborations → Academic and industrial cooperation and structuring programs
- Training → Training through research, IFP School, IFP Training
- Commitments (CSR) → Corporate Social Responsibility, scientific integrity, leading by example
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- Onshore and offshore wind Designing higher-performing wind power that is better integrated into its environment.
- Deep geothermal Exploring and assessing deep geothermal resources to support their sustainable exploitation.
- Gas treatment Treating natural gas and renewable gases to support the evolution of energy and industrial sectors
- Natural hydrogen and low-carbon hydrogen Exploring natural hydrogen resources and developing low-carbon hydrogen production technologies.
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- Batteries Designing higher-performing, more durable batteries to support the electrification of mobility.
- Electrification of mobility Developing electric propulsion systems that are efficient in energy and materials to support the decarbonization of mobility.
- Thermal mobility
- Biofuels and e-fuels Developing low-carbon liquid fuels to decarbonize transport that is hard to electrify.
Environment
Supporting a low-carbon, resource-efficient and more circular industry.
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- Industrial decarbonization Capturing, utilizing or storing CO₂ to reduce emissions from hard-to-decarbonize industries.
- Bioproducts Converting biomass into bioproducts to reduce the use of fossil resources.
- Sustainable water management Characterizing, capturing and treating pollutants to preserve water quality.
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- Advanced plastics recycling Turning complex plastic waste into high-quality recycled materials to limit the use of fossil resources.
- Chemical recycling of textile waste Turning textile waste into new resources for the circular economy.
- Catalyst recycling Recycling catalysts to preserve strategic metals and close material loops.