Experimental evaluation of an indirectly-irradiated packed-bed solar thermochemical reactor for calcination–carbonation chemical looping

Keyphrases

• Calcination Reaction 50%
• Calcium Oxide 50%
• Carbon Dioxide Capture 50%
• Ceramic Components 50%
• Chemical Degradation 50%
• Chemical Looping 100%
• Chemical Reaction Rate 50%
• Conversion Efficiency 50%
• Energy Storage Applications 50%
• Gas Flow Pattern 50%
• High Heat Flux 50%
• High-temperature Reaction 50%
• Mechanical Degradation 50%
• Metallic Parts 50%
• Multi-source 50%
• Oxide-based 50%
• Radiant Heat 50%
• Reaction Chamber 50%
• Reaction Steps 50%
• Reactor 100%
• Reactor Design 50%
• Reactor Geometry 50%
• Reactor Temperature 50%
• Scanning Electron Microscopy 50%
• Solar Irradiation 50%
• Solar Simulator 50%
• Solar Thermochemical Energy Storage 50%
• Solar Thermochemical Reactor 100%
• Solar-to-fuel Conversion 50%
• Thermal Conditions 50%
• Thermomechanical Characteristics 50%
• X Ray Diffraction 50%

Engineering

• Carbon Dioxide Capture 50%
• Chemical Degradation 50%
• Conversion Efficiency 50%
• Energy Storage Application 50%
• Experimental Run 100%
• Flow Distribution 50%
• Mechanical Degradation 50%
• Packed Bed 100%
• Radiant Heat 50%
• Reaction Chamber 50%
• Reactor Design 50%
• Reactor Temperature 50%
• Solar Irradiation 50%
• Solar Simulator 50%
• Thermochemical Energy Storage 50%
• X Ray Diffraction 50%