Waste incinerator

System Overview

The solid waste incinerator employs rotary kiln or mechanical grate technology to perform high-temperature incineration of industrial hazardous waste (such as medical waste and chemical residues), achieving the goals of reduction, harmlessness, and resource recovery.

Core Components

- Feeding System: Sealed screw feeder and pre-treatment crushing device.

- Incineration Unit: Rotary kiln main combustion chamber + secondary combustion chamber (temperature ≥1200°C).

- Ash Handling System: Water-sealed slag discharger and fly ash stabilization system.

Technical Advantages

- High Thermal Efficiency: Furnace heat load up to 1500 kcal/m³, suitable for complex solid waste compositions.

- Safe and Reliable: Negative pressure design prevents flue gas leakage, with automated interlock protection.

- Dioxin Control: Rapid cooling tower + activated carbon adsorption, ensuring emissions <0.1 ng TEQ/Nm³.

Waste Heat Recovery

- Self-Sufficient Power Generation: Waste heat power generation meets the equipment's own electricity demand.

- District Heating: Provides centralized heating for surrounding communities during winter.

- Industrial Drying: Utilizes thermal energy for drying sludge and biomass fuels.

Application Scenarios

Hazardous waste treatment centers, municipal solid waste incineration plants, medical waste treatment, and resource recovery of metallurgical industry residues.