Multi-Stage Waste Vaporization and Magnetic Separation

The waste processing system is divided into multiple chambers with progressively increasing temperatures. The first chamber operates at a lower temperature to vaporize volatile components without oxidation, while subsequent chambers operate at higher temperatures to vaporize less volatile materials. This segmentation allows different waste components to be processed at optimal temperatures, preventing harmful oxidation and condensation while maintaining high overall vaporization efficiency.

The system processes heterogeneous waste materials by segmenting them through multiple chambers, each designed to vaporize specific components based on their volatility. The first chamber handles highly volatile materials, while subsequent chambers handle progressively less volatile materials. This approach maintains processing simplicity by handling all materials together through a unified multi-chamber system while achieving efficient separation and treatment of different waste components.

The magnetic separator employs periodic action by alternately activating and deactivating the magnetic field. During the active phase, ferromagnetic substances are attracted to the separator. During the inactive phase, the magnetic field is deactivated, allowing accumulated ferromagnetic materials to be discharged. This periodic operation achieves efficient ferromagnetic substance removal while minimizing energy consumption compared to continuous activation.