Burner Cooling TRIZ Cases

See how dual enclosing plates with integrated air ducts cool the chamber wall and supply second

See how reversed flow-swirl mixing, flow equalizing plates, and water-cooled burners achieve lo

Air passage holes and a facing wall create eddy cooling that protects the heat shield plate and burner case while using less air.

An integrated spray-cooling burner panel improves furnace thermal control while cutting panel weight, piping complexity, and maintenance time.

A mixing chamber with smaller through-passage area retains the flame, stabilizes submerged hydrogen combustion, and avoids separate cooling.

Integrated spray cooling and a built-in drain let a copper furnace burner panel handle heat without separate high-pressure piping or complex replacement.

Rounded internal corners and fins improve coolant flow in a gasification burner jacket, reducing hot spots and thermal stress.

Quadruple tube burner directs pulverized coal and oxidizer into a gasifier to maintain ash in a non-molten state.

Water-cooled guide members direct secondary air flow to cool burner components, preventing ash deposition that degrades flame stability.

Segmented concentric rings with interruptions allow slag drainage, reducing corrosion and extending burner lifespan.

A coherent oxygen-fuel lance assembly directs a high-velocity gas stream to melt solid accretions in copper anode furnaces.

Segmenting the fuel discharge into multiple channels reduces heat flux and erosion on the burner front while maintaining high throughput.

Curved outer walls and coolant chambers reduce strain, buckling, and sulfur corrosion in gasification fuel injectors.

A premixed hydrogen burner uses a specific plenum chamber to mix gas and cool the flame for stable combustion.

Heat pipes remove thermal energy from the burner tip via phase change, preventing corrosive flue gas condensation on the surface.

A threaded interface joins a coolant fluid conduit to a gasification feed injector tip, preventing leakage and thermal stress cracks.

Segmented wicks and a threaded intermediary funnel resolve the trade-off between large flame output and hazardous manual refilling.

A supercritical hydrothermal combustion device uses a partitioned shell and high-temperature ignition bar for stable flame generation.

Segmented adjustable cooling fins reduce thermal stress on burner mounting areas by directing heat away from critical components.

Segmented feeding tubes and nested branch pipes maintain uniform coal distribution during interruptions, preventing oxidative corrosion in gasification burners.

A combustion system uses localized thermal zones to manage petroleum pitch fuel flow and prevent solidification.

A burner assembly uses a funnel-shaped air-fuel mixing cone to process combustible mixtures.

Segmented coaxial jets reduce voluminous flames while non-liquid cooling eliminates vapor expansion hazards.

Optical fibers transmit internal light from cooling pipes to a detector, enabling early wear identification before refrigerant leakage damages the burner body.