Optimizing three-way catalyst emission control system for low ambient temperature operations

INIS

• optimization 100%
• operation 100%
• ambient temperature 100%
• conversion 100%
• catalysts 100%
• control systems 100%
• pollution control 100%
• emission 60%
• oxygen 60%
• engines 60%
• mixtures 40%
• substrates 40%
• metals 40%
• air 40%
• carbon 20 40%
• output 20%
• performance 20%
• comparative evaluations 20%
• efficiency 20%
• control 20%
• fuels 20%
• power 20%
• foils 20%
• sensors 20%
• ceramics 20%
• heaters 20%
• units 20%
• injection 20%
• stoichiometry 20%
• catalysis 20%
• start-up 20%
• test facilities 20%

Keyphrases

• Emission Control System 100%
• Low Ambient Temperature 100%
• Three-way Catalyst 100%
• CO Emission 66%
• HC Emissions 66%
• Light-off Temperature 66%
• Ambient Temperature 33%
• Catalyst System 33%
• Urban Driving 33%
• Oxygen Sensor 33%
• Heater 33%
• Closed-loop 33%
• Ceramic Substrate 33%
• Conversion Efficiency 33%
• Ambient Conditions 33%
• Unit-based 33%
• High Output Power 33%
• Foil Substrate 33%
• Engine Test 33%
• Cold Test 33%
• Metal Foil 33%
• Free Oxygen 33%
• Air Injection 33%
• Monolith 33%
• Rich Mixture 33%
• NOx Conversion 33%
• Stoichiometric Operation 33%
• Evaporization 33%
• Three-way Catalysis 33%
• Am(III) 33%

Engineering

• Cold Start 100%
• Control Systems 100%
• Emission Control 100%
• Closed Loop 25%
• Conversion Efficiency 25%
• Ambient Condition 25%
• Rich Mixture 25%
• NOx Conversion 25%
• Power Output 25%
• Test Facility 25%