Special session: Fundamental studies of PCC hurdles
- Keynote 1: "Challenges and achievements of PCC market" - Olivier Joubert, IMN Nantes
- Keynote 2: "Strategies for the development of highly conductive and stable solid oxide proton electrolytes" - Panagiotis Tsiakaras , University of Thessaly, Greece
- Keynote 3: "Grain boundaries and hetero-interfaces properties in PCC materials" - Dr. R. Merkle (MPI, D)
- Keynote 4: "PANASONIC R&D in PCC: Progress and Accomplishment" - Dr. Y. Zenitani (Panasonic, JP)
Session 1: PCC-based materials properties and innovation
Keynote 5: "Novel Li-based proton conductors"- Prof. S.W. Tao (Univ. Strathclyde, UK)
- Material development and properties: electrolyte /electrodes / sealing/ current collectors/interconnects
- Techniques and data interpretation, in operando techniques
- Innovative synthesis
- Sintering aid
- Grain boundaries resistance study
Session 2: PCC-based system manufacturing: strategies of scaling-up and innovation
Keynote 6: "Protonic Ceramic cell: nanostructuration and tailoring processing" - Prof. E. Traversa (KAUST, SA): invited speaker
- Thin film techniques
- Metal supported routes
- Designed layer structure
- Large size cell, Small Repeat Unit and stack architecture configuration (planar/tubular)
- System Modeling
Session 3: PCC-based system performance and reliability: where we are?
Keynote 7: "Nanostructured Membrane reactors for methane conversion and hydrogen production" - Prof. S. Liu (Univ. Curtin, AUS): invited speaker
- Fuel Cell application
- Hydrogen/syngas production application
- Hydrogen separation application
- Ammonia synthesis application
