Advances in the field of carbon capture and storage technologies
22 SEPTEMBER 
14:00 - 15:30
| FRESCOES ROOM | |||
| ENVIRONMENT & ENERGY | |||
| INNOVATION FOR THE ENERGY TRANSITION | |||
| TT.VII - Technical Multi-Track with Parallel SYMPOSIA | |||
| Advances in the field of carbon capture and storage technologies | |||
| Co-organized with Polytechnic University of Turin, IIT Center for Sustainable Future Technologies - CSFT@POLITO and ENEA Chair: Stefano STENDARDO, ENEA |
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The progressive decarbonization of economy requires the research and development of advanced technologies for the safe and efficient carbon capture and storage technologies (CCS). CCS is a well-known area of research to reduce CO2 emission and remove carbon from the air. A technology option which captures CO2 is based on ammine, which is then stored in depleted oil wells in order to enhance the recovery of oil and methane. In the era of circular economy, this is not sufficient. To be effective, the CCUS processes themselves have to shift from a linear paradigm to a circular one. In circular-CCUS processes, the materials used for capturing the CO2, should be managed in a safer and sustainable way. This panel show the ultimate frontiers in sustainable, circular and efficient carbon capture technologies. |
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| The symposium is part of the workshop WS.I |
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| TT.VII.A.1 WS.I.7.1 |
Enrico PARIS Sapienza University of Rome Sorption Enhanced Water Gas Shift for hydrogen-rich syngas production from biomass |
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| TT.VII.A.2 WS.I.7.2 |
Erwin CIro ZULETA University of Guglielmo Marconi - Rome High temperature desulfurization process assisted by ZnO sorbents for gas conditioning during biomass conversion intensified by CO2 capture |
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| TT.VII.A.3 WS.I.7.3 |
Umberto Pasqual LAVERDURA Roma Tre University CO2 valorization through low-temperature methanation: the case of ruthenium-based catalysts |
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