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Session

P05.5: Session 5: Understanding and improving reactivity of thermochemical materials

Belongs to:
SymposiumP05: Materials and processes for thermochemical energy storage

Session Chair

Dr. Henk Huinink
Eindhoven University of Technology

Aleksandr Shkatulov
Eindhoven University of Technology

Wednesday (23.09.2020)

15:40

Lecture P05: Materials and processes for thermochemical energy storage
P05.5: Session 5: Understanding and improving reactivity of thermochemical materials
Session starts at 15:40
WEB A study on the effects of particle size and crack formation on the hydration kinetics of K2CO3

Ph.D. Max Beving Dr. Arjan Frijns Dr. Camilo Rindt Prof. Dr. David Smeulders

P: Processing and Synthesis 1

15:55

Lecture P05: Materials and processes for thermochemical energy storage
P05.5: Session 5: Understanding and improving reactivity of thermochemical materials
Session starts at 15:40
WEB The Hydration/Metastable Zone of salt hydrated in different silica gels

Michaela Eberbach Dr. Henk Huinink Prof. Olaf Adan Dr. Hartmut Fischer

P: Processing and Synthesis 1

16:10

Lecture P05: Materials and processes for thermochemical energy storage
P05.5: Session 5: Understanding and improving reactivity of thermochemical materials
Session starts at 15:40
WEB Improved power output of potassium carbonate mixed with deliquescent additives used for thermochemical heat storage.

Natalia Mazur Dr. Henk Huinink Dr. Pim Donkers Dr. Hartmut Fischer Prof. Dr. Olaf Adan

P: Processing and Synthesis 1

16:25

Lecture P05: Materials and processes for thermochemical energy storage
P05.5: Session 5: Understanding and improving reactivity of thermochemical materials
Session starts at 15:40
WEB Why cesium doping improves the hydration of potassium carbonate as thermochemical storage material

Ph.D. Jelle Houben Dr. Henk Huinink Dr. Aleksandr Shkatulov Dr. Hartmut Fischer Prof. Dr. Olaf Adan

P: Processing and Synthesis 1

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