Logo

    CCUS and ecological transition | IFP Energies nouvelles

    5 minutes with an IFPEN expert to learn the basics about CCUS (Carbon Capture, Utilisation and Storage), a solution to reduce CO2 emissions in order to tackle global warming.
    en5 Episodes

    People also ask

    What is the main theme of the podcast?
    Who are some of the popular guests the podcast?
    Were there any controversial topics discussed in the podcast?
    Were any current trending topics addressed in the podcast?
    What popular books were mentioned in the podcast?

    Episodes (5)

    From fuels to chemistry: how can we use captured CO2? | Catherine laroche and Jean-Philippe Héraud (IFPEN)

    From fuels to chemistry: how can we use captured CO2? | Catherine laroche and Jean-Philippe Héraud (IFPEN)

    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. In France today, 0.8 Mt of CO2 is used per year, with the food processing industry behind 70% of that. From chemical products to construction materials, there are many ways to use CO2. There is particular potential in synthetic fuels, an area that is still being studied. Catherine Laroche, CCU R&D Project Manager, and Jean Philippe Héraud, Advanced Biofuels Project Manager, both with IFPEN, explain all of this in detail in our 5th episode. 

    CO2 capture from the industry sector: towards greater efficiency | Vania Santos Moreau and Stéphane Bertholin (IFPEN)

    CO2 capture from the industry sector: towards greater efficiency | Vania Santos Moreau and Stéphane Bertholin (IFPEN)

    After talking about storing CO2, now it’s time to talk about capturing it! This is a major challenge as between 5 to 7 billion tonnes of CO2 will have to be captured every year in 2050 if we want to achieve carbon neutrality. What is the state of the different capture technologies today? An overview of projects demonstrating more effective and cheaper CO2 capture technologies with our two 4th-episode guests, Vania Santos-Moreau, 3D project manager, and Stéphane Bertholin, Cheers project manager.  

    CO2 transport and storage: having the resources to match decarbonization objectives | Audrey Estublier and Kateryna Voronetska (IFPEN)

    CO2 transport and storage: having the resources to match decarbonization objectives | Audrey Estublier and Kateryna Voronetska (IFPEN)

    According to IEA, it would be necessary to store more than 5 billion tons of CO2 per year in 2050 in order to achieve carbon neutrality. Do we have the storage capacities to match our ambitions? Europe already has the required capacities, as Audrey Estublier, CO2 storage project manager, and Kateryna Voronetska, Compression, Transport, Wells project manager, both experts in the field at IFPEN, recount in this 3rd episode. The task now is to prepare the storage sites and ensure their safety for the coming centuries.   

    CCUS deployment : an issue of costs and infrastructures planning | Paula Coussy (IFPEN)

    CCUS deployment : an issue of costs and infrastructures planning | Paula Coussy (IFPEN)

    For this 2nd episode, let’s question more precisely CCUS and ecological transition with Paula Coussy, CO2 Externalities Project Manager at IFPEN: from capturing the CO2 to storing it, how to deploy the CCUS on a large scale? Not only the costs are a decisive issue for the industry but also the storage and transport networks that have to be planned and coordinated.