Combustion Process TRIZ Cases

See how a dual-bottom firepit design preheats primary and secondary combustion air to reduce sm

See how spiral-wall layers self-draw and preheat intake air using combustion heat, enabling com

See how a liquid-filled trough element extracts additional heat from flue gas below its dew poi

Spiral combustion coils and a lower U-bend condenser recover exhaust heat to preheat water, cutting burner load and exhaust temperature.

A side-connected, mostly vertical flue gas inlet shortens boiler channels, cutting size, construction cost, and air-side pressure loss.

Sn and Sn-based alloy spheres replace Pb in helium regenerators, preserving heat exchange while reducing toxicity, cost, and handling complexity.

Direct immersion cooling with a Fischer-Tropsch fluid and stabilizing additives handles high heat loads while preserving dielectric safety.

A curable silicone filler system forms a thermally conductive interface that resists dropping and maintains heat transfer under vibration.

Non-communicating through channels in parallel fins improve heat recovery by expanding contact surfaces and shortening conduction paths.

Centrifugal fan and airflow separator maintain component temperature while filter removes particulate matter from circulating air.

Flexible closure flaps seal the stationary housing against thermal expansion while an exhaust fan draws air to recover radiated kiln shell heat.

Cellular metal inserts replace complex tube arrays to boost heat exchange efficiency while reducing noise emissions in high-temperature recuperative burners.

Segmenting exhaust flow into a main and bypass stack prevents acid dewpoint corrosion while recovering latent heat via a heat pump.

A controller calculates precise purge air volumes for regenerative thermal oxidizers, reducing natural gas consumption by 18.5%.

Angular fin distribution reduces ash accumulation and pressure drop while maintaining high heat exchange efficiency in thermal power plant ducts.

A thermal energy storage installation uses refractory materials to accumulate electrical energy as heat within a closed gas circuit.

A regenerative firing system merges multiple burners into a shared zone to deliver preheated combustion air.

A tri-sector rotary regenerative oxidant preheater uses segmented sectors to manage heat transfer and gas flow paths.

Rotating element basket integrates magnetic elements to capture ferrous particulates from flue gas during heat exchange cycles.

Interlocking bulges and indentations stabilize the roll structure without additional components, simplifying manufacturing.

A regenerator partition wall incorporates a cooling duct to mitigate thermal stress, maintaining stability without increasing foundation depth.

Heat storage box delivers heated water to subsea pipelines via ROV, preventing hydrate blockages without pipe burst risk.