What should be done with the CO2 captured in industrial emissions? We’ve seen that it's possible to isolate it from the atmosphere by storing it underground. Now we also need to consider it as a resource in the context of “CCU”: CO2 Capture and Utilization.
IFPEN is co-organizing this 16th edition of the IEAGHG (International Energy Agency Greenhouse Gas R&D Program) conference on greenhouse gas control technologies, alongside the Club CO2, ADEME, BRGM and TotalEnergies
Carlos Nieto-Draghi (b. 1975) completed a Chemical Engineer degree at the Simón Bolívar University (Caracas, Venezuela) followed by a DEA and Ph.D. in Chemical Engineer and Processes at the Rovira i
Energy storage consists in preserving a quantity of energy produced for later use. The idea is to ensure a balance between energy production and consumption, reduce losses and, hence, optimize costs.
CO2 capture, use and storage (CCUS) technology consists in capturing CO2 from its source of production, using it and storing it in an underground facility. It is of interest to industrial players since it would enable them to significantly reduce their CO2 emissions.
Plastics recycling Our networks Axelera competitiveness cluster The chemical recycling of plastics is an important theme for the Axelera competitiveness cluster, of which IFPEN is a founding member. Petcore Europe Association, based in Brussels, representing the complete PET value chain in Europe AC2R The role of the Association alliance chimie
Plastics recycling Our strengths IFPEN applies its long-standing expertise in a variety of specific areas to the chemical recycling of plastics: • chemicals and chemical engineering, • catalysis (homogeneous, heterogeneous), • analysis, • process engineering, • dimensioning of pilot units. This expertise has already been demonstrated via IFPEN’s achievements in
IFPEN is an active player in the field of advanced recycling, which is likely to play a role alongside mechanical recycling to convert some waste plastics. Its research is aimed at developing efficient, cost-effective technologies.
Plastics recycling Overview and challenges Plastics are widely used in a number of applications: packaging, building, vehicles, household appliances, agriculture, etc. The constant increase in their production goes hand in hand with a corresponding increase in the amount of plastic waste. The environmental challenges associated with this waste, as well
New R&I themes, stimulated by the energy transition and circular economy markets, are beginning to emerge. The multidisciplinarity of IFPEN’s researchers is used in projects covering fields as diverse as CO 2 capture/storage and plastics recycling, addressing the problems of industry. CO 2 capture, utilization and storage Plastics recycling Environmental
metal recycling Our strengths More than 15 years’ experience in R&I on batteries (simulation/dimensioning), and laboratory-based development of next-generation batteries (Li-S, SSB) Utilization of our expertise, acquired at industrial level over more than 40 years on processes similar to CAM production. The development of R&D skills on closed-loop recycling solutions
Life cycle analysis (LCA) Our strengths A dedicated team of Life Cycle Analysis engineers/PhD graduates with expertise covering the entire energy and transport value chain, supported by a team of young researchers working in partnership with specialist LCA laboratories (Elsa Montpellier, CIRAIG Canada, etc.). Close ties with R&D teams making