Indirect Carbon-Dioxide Mitigation TRIZ Cases
- Waste Gasification Furnace Oxygen-Enriched Air Drying
Oxygen-enriched air blown through upper-stage tuyeres dries and pyrolyzes wastes in the shaft, reducing coke consumption and stabilizing furnace operation.
- Regenerative Burner Preheat Mode Fuel-Rich Mixture
A regenerative burner preheats combustion air via a bed and injects a fuel-rich mixture adjacent to the stream.
- Radiating Tube Recuperator with Radially Offset Return Section
A recuperator featuring a radially offset return section directs combustion air through parallel exchanger tubes for efficient heat exchange.
- Combustion Heater Corrugated Partitioning Plate Thermal Deformation
Corrugated partitioning plates inhibit thermal deformation while promoting heat transfer from exhaust to fuel gas, stabilizing combustion efficiency.
- Air Preheater Flow Control for Ammonium Bisulfate Decomposition
Flow control valves create an air flow shadow over regenerative heating elements to decompose ammonium bisulfate, preventing fouling at low loads.
- Heat Storage Waste Gas Purification Bypass Control
Bypass passages with on-off valves discharge surplus gas from combustion chambers to prevent lopsided silica powder deposition and apparatus damage.
- Induction Plasma Torch Using Pure Oxygen
An induction plasma torch replaces water with pure oxygen to boost energy yield and treat non-miscible liquids.
- Oxycombustion Flame Control via Inert Gas Swirl Injection
Surrounding the flame with inert gas divergent swirl controls temperature, reducing unburnts while maintaining combustion efficiency.
- Cutting Nozzle Air Mixing Reduces Oxygen Use
Air bores mix ambient air with preheat oxygen in a cutting nozzle, reducing pure oxygen consumption while maintaining flame temperature.
- Rotary Distributor Segmentation for RTO Reliability
Independent rotary segments sustain gas distribution during pollutant blockage or thermal expansion, preventing system shutdowns.
- Gas Burner Control Calibration via Stoichiometric Reference
A method calibrates gas burner control by enriching the mixture until the carbon monoxide sensor signal peaks, eliminating load-specific calibration steps.