Dense gas-particle suspension upward flow used as heat transfer fluid in solar receiver: PEPT experiments and 3D numerical simulations

Keyphrases

• Positron Emission Particle Tracking 100%
• Particle Tracking 100%
• Upward Flow 100%
• Dense Gas 100%
• 3D numerical Simulation 100%
• Solar Receiver 100%
• Heat Transfer Fluid 100%
• Gas-particle Suspensions 100%
• CFD Code 66%
• Upflow 66%
• Neptune 66%
• Bubbling Fluidized Bed 66%
• Maximum Temperature 33%
• Particle Motion 33%
• Heat Transfer 33%
• Solid Suspension 33%
• Heat Capacity 33%
• Knowledge-how 33%
• Heat Transfer Mechanism 33%
• Design Optimization 33%
• Radial Profile 33%
• Fluid Approach 33%
• Back-mixing 33%
• Particle Suspension 33%
• Eulerian 33%
• Heated Surface 33%
• Numerical Prediction 33%
• Track Measurement 33%
• Effective Temperature 33%
• Mixing Flow 33%
• Concentrating Solar Power Plant 33%
• Dense Particle Suspension 33%
• Thermal Storage 33%
• Small Tube 33%
• Solid Volume Fraction 33%

Engineering

• Particle Emission 100%
• Particle Suspension 100%
• Solar Collector 100%
• Heat Transfer Fluid 100%
• Computational Fluid Dynamics 66%
• Bubbling Fluidized Bed 66%
• Maximum Temperature 33%
• Solid Suspension 33%
• Heat Capacity 33%
• Heated Surface 33%
• Paramount Importance 33%
• Numerical Prediction 33%
• Solar Power Plant 33%
• Concentrated Solar Power 33%
• Thermal Energy Storage 33%

Chemical Engineering

• Fluidized Bed 100%
• Specific Heat 50%
• Back-mixing 50%