Casings/Linings TRIZ Cases

Horizontal rails and hinged tile channels stabilize incinerator wall linings, cutting installation time and reducing tile replacement.

A locally varied tile thickness supports heat conduction to energy recovery tubes while limiting material use and cracking risk.

Interlocking blocks and anchored supports improve liner stability while tuyere holes deliver balanced air for combustion.

A programmable logic controller adjusts combustion air and flue gas recirculation rates to optimize incinerator performance.

A gas distribution channel feeds protective gas upward into the gap between a boiler wall and protective cladding.

A burner positioning frame uses a rear drawn part to guide secondary air upward along the heat shield plate surface.

Expanded graphite cooling fins conduct heat from flue gases to protective elements, reducing surface temperatures while allowing easy assembly without mortar.

Pressurized gas barrier prevents corrosive gases from attacking metallic anchors in industrial oven walls.

A dual-jacket combustion chamber uses a perforated wall to pump gas-air mixture for convective cooling and flame containment.

Refractory sleeve protects burner shaft from flame deflection damage, ensuring reliable ground flare operation.

Segmented diffuser sections with adjustable opening angles control free jet flow expansion, reducing NOx production while maintaining flame stability.

Rotary drivers transport waste along an inclined bed inside a heated chamber, ensuring complete combustion while minimizing energy input.