Handling Discharged Material TRIZ Cases

Separated clinker cooling zones keep CO2-rich flue gas concentrated, cut oxygen use, and recover heat for raw material preheating.

A rotating spreader and humid-air flow cool and encapsulate calcined stucco, sealing cracks and stabilizing storage quality.

A variable air flow cooling system adjusts airflow rates along the heating path to manage preform surface temperatures.

A clinker cooler adjusts conveying and airflow rates using temperature distribution data from measuring planes above the aeration grate.

Thermal decomposition in a vacuum extracts metals from extraterrestrial materials, eliminating the need for rare reduction chemicals.

Oscillating lamellae clear fine sinter particles from grate gaps, preventing blockages that restrict cooling air flow.

Large 7 mm openings and segmented pockets reduce air resistance and power consumption in bulk material coolers.

An asymmetric feed chute prevents grain segregation to ensure uniform cooling and protect downstream equipment from hot spots.

An eccentric rotary bunker distributes hot sinter to minimize segregation, improving heat recovery in vertical cooling shafts.

Air cooling replaces water in a modular trough assembly, eliminating ash drying requirements and operational difficulties.

Radial gas flow guides direct cooling air upward through bulk material, preventing exhaust mixing and maximizing waste heat recovery.

A cooling conveyor reduces dust temperature below ignition points using real-time sensor feedback.

Integrated profile structure merges support and bearing functions to reduce cooler height and complexity.

Directional friction on profiled planks moves clinker forward while synchronized gaps allow cooling air penetration, reducing mechanical complexity.