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Integrated Automation: Combines automatic feeding, screening, drying, incineration, ash cleaning, and dust removal into one continuous process.
Adjustable Temperature: Operates within a 600-900℃ range to accommodate different waste treatment requirements.
Safety Mechanisms: Features a negative pressure design to prevent backfire and a pre-shutdown combustion chamber cooling detection program.
Multi-Stage Exhaust Treatment: Utilizes high-temperature blown vortex combustion, secondary combustion, and a cyclone dust collector.
Electrical Protection: Equipped with control cabinet connection protection, metal hose wiring protection, and insulation resistance of at least 24MΩ (at 85% relative humidity).
Feature | Advantage | Buyer Benefit |
|---|---|---|
Incineration temperature of 600-900℃ with adjustable control and negative pressure design. | Prevents backfire while ensuring optimal burning conditions for different waste types. | Enhances operational safety and overall processing efficiency for the facility. |
Integrated automatic feeding, screening, drying, incineration, ash cleaning, and dust removal. | Consolidates multiple waste processing steps into one continuous automated system. | Reduces manual labor requirements and simplifies the waste treatment workflow. |
Multi-stage exhaust treatment including high-temperature blown vortex combustion, secondary combustion, and a cyclone dust collector. | Thoroughly processes exhaust gases and airborne particulates before emission. | Promotes harmless, volume-reduced, and environmentally stabilized solid waste disposal. |
Pre-shutdown combustion chamber cooling detection program. | Prevents the system from shutting down fully until the chamber reaches a safe temperature. | Protects equipment from heat damage and ensures operator safety during maintenance. |
Operation Mode | Continuous operation |
Incineration Temperature | 600-900℃ (Adjustable) |
Design Average Heating Value | 2500 Kcal/Kg |
Fuel Type | Diesel |
Main Systems | Waste pre-treatment, incineration, smoke biochemical dust removal, and gas generator (for auxiliary ignition) |
Exhaust Gas Treatment | High temperature + high-temperature blown vortex combustion + secondary combustion + cyclone dust collector + chimney |
Electrical Safety | Insulation resistance ≥ 24MΩ (at 85% relative humidity); Ground wire for leakage power transmission |
Footprint | Small footprint (can be housed under a simple rain canopy) |
Solid waste treatment for industrial facilities.
Harmless, volume-reduced, and stable treatment of waste materials.
Please confirm the required daily processing capacity or maximum throughput (e.g., kg/hour or tons/day) based on facility requirements.
Exact physical dimensions, total weight, and material specifications for the furnace body and internal lining can be confirmed during the inquiry process.
Power consumption, voltage requirements, and diesel fuel consumption rates depend on specific application requirements.
Please verify local environmental regulations to ensure the exhaust emission complies with specific regional standards (e.g., CE, EPA).
Clarify whether the simple rain canopy is required to be included with the equipment or will be constructed on-site.
Q: How does the incinerator prevent backfire during operation?
A: The equipment utilizes a negative pressure design within the furnace to prevent backfire, ensuring safe continuous operation.
Q: What safety features are included for the electrical and control systems?
A: Safety features include a connection protection device between the control cabinet and equipment, electrical circuit insulation resistance of at least 24MΩ (at 85% relative humidity), a ground wire for leakage power transmission, and metal hose protection for wiring.
Q: How is the exhaust gas treated before emission?
A: The exhaust gas undergoes a multi-stage treatment process that includes high-temperature processing, high-temperature blown vortex combustion, secondary combustion, a cyclone dust collector, and a chimney.
To request further details or equipment specifications, please provide the specific application requirements, required daily processing capacity, and local voltage specifications. Submit an inquiry to discuss how this continuous operation incinerator can be configured for specific solid waste treatment needs.
