See how a mass-element cleaning device uses grate rotation to knock off ash and slag, maintaini
See how staged air supply and primary-secondary combustion zones achieve 98% efficiency with lo
See how a biomass combustor uses segmented zones with secondary air nozzles to improve air-fuel
Segmenting the rotating ash discharge from stationary air supply resolves space conflicts and improves combustion stability.
Helical cooling ducts circulate fluid through a cylindrical roller frame to maintain uniform temperature distribution across the fuel support surface.
A rotating cylindrical grate uses a fixed scraper to remove combustion residues from its transport surface during operation.
Rotating bodies move maize ash away from the fire zone to prevent bed clogging without extinguishing the flame.
Coaxial hollow rings connected by inter-ring bridges distribute cooling fluid uniformly across the cylindrical framework, minimizing thermal expansion.
Eccentric rotation of the movable annular element pushes ashes toward the outlet, resolving clogging issues in solid fuel gasifiers.
Inclination sensors detect tilt deviations in the grate mechanism to identify downstream component failures without adding drive unit complexity.