Solar–gliding arc plasma reactor for carbon dioxide decomposition: Design and characterization

Keyphrases

• Residence Time 100%
• Arc Plasma 100%
• Solar Plasma 100%
• Plasma Reactor 100%
• Carbon Dioxide Decomposition 100%
• Plasma Volume 66%
• Solar Absorption 66%
• Plasma Interaction 66%
• Thermochemical Synthesis 66%
• Solar Thermochemical 66%
• Radial Configuration 66%
• Reactor Configuration 33%
• Flow Path 33%
• Reactor Design 33%
• Reactor 33%
• Non-equilibrium Plasma 33%
• Electrical Energy 33%
• Atmospheric Pressure 33%
• Gas Phase 33%
• Continuous Operation 33%
• Synthesis Methods 33%
• Gas-phase Decomposition 33%
• Computational Fluid Dynamics Modeling 33%
• Chemical Conversion 33%
• Solar Radiation 33%
• Carbon Dioxide CO2 33%
• Vortex Configurations 33%
• Renewable Energy 33%
• Electrical Discharge 33%
• High-value Products 33%
• Solar Energy 33%
• Reactor Operation 33%
• Low Absorption 33%
• Homogeneous Gas Mixture 33%
• Environmental Emissions 33%
• Absorption Test 33%
• Gliding Arc 33%
• Receiver-reactor 33%
• Direct Receiver 33%
• Reverse Vortex Flow 33%
• Path Times 33%
• Radial Vortex 33%
• Solar Receiver-reactor 33%
• High Flow Rate 33%
• Pressure Conditions 33%
• Greater Efficiency 33%
• Reactor Chamber 33%

Engineering

• Arc Plasma 100%
• Plasma Reactor 100%
• Carbon Dioxide 100%
• Gas-Phase 40%
• Solar Energy 40%
• Solar Radiation 40%
• Plasma Volume 40%
• Plasma Interaction 40%
• Flow Rate 20%
• Flow Path 20%
• Reactor Design 20%
• Dynamic Models 20%
• Computational Fluid Dynamics 20%
• Nonequilibrium 20%
• Continuous Operation 20%
• Vortex Flow 20%
• High Value Product 20%
• Electrical Discharge 20%
• Reactor Operation 20%
• Field Operation 20%
• Renewable Energy 20%
• Flow Velocity 20%
• Atmospheric Pressure 20%
• Energy Absorption 20%
• Solar Collector 20%
• Environmental Emission 20%
• Electric Power 20%
• Catalyst 20%

Chemical Engineering

• Carbon Dioxide 100%
• Reactor Configuration 20%
• Renewable Energy 20%