FotoH2 Webinar and Final event programs
The FotoH2 Webinar will begin at 9:30 CET on December 9th, and will last for 3 hours. Its program is listed below. Mark your calendar, and register to attend here!
Presentation of the Event (A. Kovacs)
- Introduction to solar hydrogen generation (R. Gómez / A. Aricò / R. Makkus)
Current status and a perspective on the different technologies for solar fuels generation, with a focus on hydrogen (electrochemical, photocatalytic, photoelectrochemical, etc.)
- Basics on photoelectrochemical water splitting (R. Gómez)
Aspects of semiconductor photoelectrochemistry relevant in water photoelectrolysis. Light absorption, charge carrier separation and transfer to the electrolyte. Figures of merit.
- Tandem cells pros and cons (R.Gómez / C. Lo Vecchio)
Comparison of photoelectrochemical cells: one photoactive material vs. two photoactive materials. Parallel vs. tandem configuration. Basics on device-level modelling.
- Selection of electrode materials (R.Gómez / A. Kovacs / S. Trocino)
Main criteria for the selection of electrode materials with a focus on oxides, including co-catalysts. Rational basis for screening of potential candidates (ternary oxides).
- Electrolyte selection (A. Aricò)
Polymer electrolyte membrane vs. liquid electrolytes. Anionic vs cationic PEMs. Target properties and their upgrading Electrode/electrolyte interfaces.
- Relation to FotoH2 implementation (conclusions, wrap-up) (R.Gómez / A. Aricò)
Materials selection, basic device configuration, summary of lab-scale results. Invitation to the Dissemination Event.
The FotoH2 Final event will begin at 10:00 CET on December 15th, and will last for 2 hours. The latest results in solar Hydrogen production technology will be demonstrated. Its program is listed below. Mark your calendar, and register to attend here!
Presentation of the Event (A. Kovacs)
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- FotoH2 cell architecture. (G. Giacoppo)
Brief descriptions of the FotoH2 cell concept. Components and configuration.
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- Module and panel architecture (O. Barbera)
Description of the integration of cells into modules and panel. Components and configuration.
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- Ancillary equipment. (R. Makkus)
Justification of the need. Basic components and configuration. Integration with the panel.
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- On site panel demonstration. Results of on-going tests. (A. Aricò / A. Di Stefano)
Video and live demonstration of the technology. Presentation of the initial tests results.
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- Perspectives and prospects (R.Gómez / A. Aricò)
Current technology readiness level. Prospects for further developing the technology. Conclusions.