Wednesday, June 26, 1:30 PM - 3:30 PM

Panel Session

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Presentations

Note: Presentations may start a few minutes before the time listed in the schedule.

Supercritical Carbon Dioxoide power cycles have attracted the interest of many stakeholders in the power generation industry due to their flexibility, adaptability and performance. The last decade has seen remarkable development through R&D projects targeting low and intermediate TRL objectives, alongside the upscaling process that is already derisking the technology: tens of kilowatts, hundreds and kilowatts, multi-megawatt. There are nevertheless outstanding research and development challenges to face.

This session will present a wide picture of ongoing R&D projects advancing sCO2 technology for power generation internationally, as well as a discussion about critical gaps to bridge on the pathway forward towards commercial deployment.

- Lorenzo Cosi, Baker Hughes (Italy): sCO2 Projects in the International Community – Contribution by Baker Hughes
- Guillermo Paniagua, Purdue University (United States): Innovations on Turbine Research for sCO2 cycles
- Marco Astolfi, Politecnico di Milano (Italy): Challenges in CO2 based mixtures power plants: experience from the DESOLINATION project
- Alberto Traverso, University of Genoa (Italy): Dynamics and controls for performance and safety in the first European sCO2 demo
- John Crane, National Energy Technology Laboratory (United States): DOE FECM sCO2 Funding and Pathways to Commercialization
- Tim Allison, Southwest Research Institute (United States): sCO2 Power System Applications and Demonstration Needs
- Jayanta Kapat, University of Central Florida (United States): sCO2 Projects at CATER - UCF
- David Sánchez, University of Seville (Spain): A holistic approach to sCO2 development - ISOP Doctoral Network