IFPEN is France’s national institute for research and training in energy, mobility and the environment. Its teams innovate for a low-carbon and sustainable world from scientific concepts through to technological solutions. IFPEN’s low-carbon innovations—in technologies, software, equipment and services—are driving the transition and facilitating the development of the industrial sectors of the future. IFPEN is synonymous with bold thinking and rigorous design, creating solutions for tomorrow's society.
IFP School is a French public graduate engineering school. As part of IFPEN, the school provides master's and doctoral-level education to students and young professionals from around the world in the fields of energy, sustainable mobility, and the environment. Offering around 20 programs, IFP School maintains strong ties with industry through nearly 180 partner companies. With a professional-oriented curriculum, international exposure, and a high-level scientific environment, the school equips its graduates to become key players in the 21st-century energy transition.
Axens is a global group offering a comprehensive range of solutions for converting oil and biomass into cleaner fuels, producing and purifying major petrochemical intermediates, chemically recycling plastics, treating and converting natural gas, water treatment, and carbon capture and storage (CCS). With cutting-edge technologies, modular units, catalysts, adsorbents, and related services, Axens covers the entire value chain—from feasibility studies to unit start-up and lifecycle support. The company is deeply committed to the energy transition, combining innovation, operational excellence, and environmental responsibility.
Beicip-Franlab is an independent international consulting firm and software provider specializing in subsurface energy. With over 60 years of expertise, the company supports the energy transition by combining a multidisciplinary approach with cutting-edge technologies. Historically rooted in the oil and gas industry, Beicip-Franlab now extends its know-how to innovative fields such as deep geothermal energy, lithium recovery, CO₂ management, underground carbon storage (CCUS), and natural hydrogen exploration. Through its advanced software solutions and tailored consulting services, the company addresses the complex challenges of exploring and producing sustainable energy.
EURECAT, founded in 1978, is a global leader in the circular economy of catalysts. The company specializes in the treatment and recycling of mineral products containing strategic metals, which are essential for accelerating chemical reactions without undergoing permanent transformation. With a strong culture of continuous innovation, EURECAT develops advanced solutions to extend catalyst life, enhance industrial process safety, and reduce environmental impact. It operates internationally with recognized expertise in on-site services, catalytic products, and lithium-ion battery recycling.
DriveQuant is a French company specializing in smartphone-based telematics. It develops innovative solutions that transform phone sensors into tools for analyzing driving behavior. With its patented technology, DriveQuant helps insurers, mobility operators, and fleet managers improve road safety, reduce accident risks, and lower the environmental impact of mobility. Active in over 15 countries and with more than 60 connected programs launched, the company relies on a multidisciplinary team of researchers, developers, and data scientists to design services that are both high-performing and accessible.
GreenWITS is a French company specializing in advanced digital and simulation services for the wind energy sector. Founded by IFPEN and a team of passionate engineers, GreenWITS builds on over 12 years of research to deliver high-value solutions. Its mission is to optimize the design, control, and performance of wind farms—both onshore and offshore. By combining physical modeling, data science, and artificial intelligence, GreenWITS helps developers and operators enhance energy production, reduce wake effect losses, and monitor the structural health of wind assets.