A urea decomposition modeling framework for SCR systems

Keyphrases

• Ammonia 50%
• Atomization 25%
• Computational Effort 25%
• Computational Fluid Dynamics 25%
• Control-oriented Model 25%
• Decomposition Model 100%
• Diesel Engine 25%
• Diesel Oxidation Catalyst 25%
• Droplet Model 25%
• Dynamic Code 50%
• Engine Performance 25%
• Flow Arrangement 25%
• Flow Reactor 25%
• Fuel Injection 25%
• Fuel Reformer 25%
• High Performance 25%
• Hydrolysis 25%
• In-cylinder 25%
• Mobile Application 25%
• Modeling Framework 100%
• New Catalysts 25%
• NOx Emission Factor 25%
• Operator Method 25%
• Probability Distribution Function 25%
• Reactor Experiments 25%
• Real-time Control 25%
• Selective Catalytic Reduction 100%
• Space Velocity 25%
• Thermolysis 25%
• Three-dimensional Computational Fluid Dynamics 25%
• Two-phase Flow 25%
• Urea Decomposition 100%
• Urea-water 25%
• Urea-water Solution 25%
• Water Droplet 25%

Engineering

• Atomisation 50%
• Computational Effort 50%
• Computational Fluid Dynamics 100%
• Diesel Engine 50%
• Diesel Oxidation Catalyst 50%
• Droplet Model 50%
• Engine Performance 50%
• Experimental Measurement 50%
• Flow Arrangement 50%
• Flow Reactor 50%
• Fuel Injection 50%
• Operator Method 50%
• Oriented Control 50%
• Probability Distribution Function 50%
• Reductants 50%
• Selective Catalytic Reduction 100%
• Starting Point 50%
• Test Reactor 50%
• Two-Phase Flow 50%

Chemical Engineering

• Atomizer Nozzle 100%