Hollow Bar Grate TRIZ Cases

Integrated parallel cooling tubes cut grate bar pressure loss, reducing pump demand while maintaining effective cooling in combustion systems.

An outwardly curved front wall and integrated cooling channel keep the grate tip below 300°C to reduce wear and plastic deformation.

A planar cavity, partition wall, and inlet distribution element spread coolant evenly across the grate block to limit hotspots, wear, and thermal stress.

A grate bar cooling system circulates a gaseous fluid through an internal heat transfer loop to extract thermal energy from the solid material body.

Segmented refractory brick courses isolate overfire and underfire air streams, enabling online de-ashing without complex mechanical grate systems.

Superheated steam removes moisture from solid waste without introducing oxygen, preserving combustion temperature and efficiency.

Angled air supply ducts in thickened grate block walls distribute heat stress to minimize bearing face erosion during incineration.

Parallel drive system moves water-cooled sliding combustion grate plates with synchronized hydraulic units.

S-shaped air cooling ducts in cast grate blocks eliminate water infrastructure, reducing production costs while maintaining wear resistance.

Closed transverse channels guide primary air through the grate bar structure, preventing slag blockage and ensuring uniform temperature distribution.

Flanged connections through opposed holes in the fixed bar lower face eliminate threaded fitting leaks and loosening.

Metallurgical bonding of a flat wear layer to a metal support element prevents thermal stress cracking while extending service life.