11 Sept. | ![]() |
14:00 - 15:30 |
ROOM 8 | |||||||
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ENERGY & ENVIRONMENT |
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TT.III - Technical Multi-Track with Parallel SYMPOSIA | |||||||
Nanotechnologies for Sustainable Separation: From CO2 Capture to Resource Recovery | |||||||
Co-organized with Polytechnic University of Turin Chair: Marco FONTANA, Polytechnic University of Turin |
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The session will show the latest advancements in nanotechnology, specifically its role in enhancing the sustainability and efficacy of separating small molecules: the discussion extends beyond CO2 capture, encompassing various separation processes crucial for environmental progress. Metal- organic frameworks (MOFs) and other nanomaterials with exceptional properties like high surface area and tunable pores hold immense promise. These materials enable targeted capture and separation of valuable molecules from diverse mixtures, such as CO2 from flue gas or lithium from brines. The symposium will showcase how these nanotechnologies not only optimize capture processes but also achieve highly selective separations, emphasizing their contribution to a sustainable future. A central theme will be the environmental benefit of integrating these advanced materials into existing systems. By facilitating efficient capture and separation processes, these innovations can enable, for instance, the sustainable recovery of critical resources like lithium. This aligns with the goals of a circular economy and reduces environmental footprints. |
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The symposium is part of the WS.II |
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TT.III.E.1 WS.II.3.1 |
Alessandro PEDICO - CV INRiM Graphene oxide membranes for energy harvesting and lithium recovery |
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TT.III.E.2 WS.II.3.2 |
Marco TADDEI - CV University of Pisa CO2 capture with mixed matrix membranes containing (per-)fluorinated metal-organic framework fillers |
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TT.III.E.3 WS.II.3.3 |
Federico RAFFONE - CV Polytechnic University of Turin Nanotechnologies for Sustainable Separation From CO2 Capture to Resource Recovery |
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TT.III.E.4 WS.II.3.4 |
Mirtha LOURENÇO - CV University of Aveiro, Portugal Evaluating the Impact of Synthesis Conditions on the Microstructure and CO2 Adsorption and Separation of Nitrogen-Doped Biochar |
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