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Chapter 11: Integration, validation and scale up

EU researchers have created this Massive Online Open Course (MOOC) aimed at students, researchers or any professional interested in photocatalytic systems that enable a simultaneous conversion of CO2 and H2O into solar fuels. In this playlist you can find: Introduction to the MOOC: Towards solar fuels – Insights on Nefertiti Project, by Oriol Angurell (Leitat) Chapter 1: The challenge of photochemical systems – Nefertiti approach, by Oriol - Angurell (Leitat) Chapter 2: Photocatalysis: Enhanced photoactivity and improved stability: A case study on ruthenium-polypyridyl complexes, by Kathryn McCarthy (UGALWAY) Chapter 3: Photocatalysis: Porous Materials for CO2 reduction, by Kathryn McCarthy (UGALWAY) Chapter 4: State-of-the-art of Fischer-Tropsch synthesis (FTS) conversion, by Tiancheng Pu (PKU) Chapter 5: Novel catalysis in Nefertiti, by Tiancheng Pu (PKU) Chapter 6: Anchoring techniques, by José Ignacio Lozano (Funditec) Chapter 7: In silico design and characterization of novel cataysts, by Santiago Aparicio (UBU) Chapter 8: Photocatalytic flow reactors, by Charlotte Wiles (Chemtrix) Chapter 9: Luminescent solar concentrators, by Eugenia Martinez Ferrero (ICIQ) Chapter 10: Next generation pervaporation membranes for etanol purification, by Paloma Ortiz Albo (Leitat) Chapter 11: Integration, validation and scale-up, by Celal G. Ogulgönen (SOCAR) Chapter 12: Safe and sustainable by design, by Natalia Fernández Pampín & Mario Santiago Herrera (UBU) The project NEFERTITI has received funding from the European Union’s Horizon 2020 research and innovation programme under Grant Agreement No. 101022202 https://projectnefertiti.eu/