Fluegas Recirculation TRIZ Cases
- Flue Gas Recirculation Burner for Low-Emission Heat Recovery
Return flue gas is redirected through a helical coil and cavity to recover heat, improving burner efficiency while keeping emissions low.
- Gas Burner Vortex Cooling for Hydrogen Flashback Prevention
A cooled recirculation vortex reaches the heat exchanger to prevent hydrogen flashback while maintaining stable combustion and lower NOx.
- Waste Combustion Using CO2-Rich Recirculated Oxygen Carrier Gas
CO2-rich recirculated gas carries oxygen into grate combustion, raising exhaust CO2 concentration while limiting thermal load and flue gas volume.
- Multi-Stage Burner Fuel Ejection for Low-NOx Flame Stability
Staged fuel jets and radial impact structures boost internal flue gas recirculation to cut NOx while preserving flame stability and turndown.
- Combustion Air Path Sensing for Gas Heater Mixture Control
Humidity and temperature sensing in the combustion air path helps gas heaters correct recirculation effects, detect leaks, and stabilize emissions.
- Jet Pump Exhaust Gas Recirculation for Stable Low-NOx Burners
Distributed drive nozzles and a mixing chamber recirculate only the needed exhaust gas to cut NOx while keeping hydrogen burner flames stable.
- Internal Fume Recirculation Burner for Compact, Low-NOx Operation
A compact burner integrates suction, fume return, and heat exchange to lower NOx and noise without major flue modifications.