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· Fully Enclosed Operation: Designed with fully sealed furnace and ash-cleaning doors to support negative-pressure combustion.
· Staged Combustion Process: Utilizes primary pyrolysis gasification, surrounding-air mixed combustion, secondary incineration, and burnout treatment.
· Built-in Exhaust Treatment: Features dry tail-gas purification equipment using calcium hydroxide filter bricks to neutralize acidic gas.
· Automated Control: Equipped with automatic program control to support structured and efficient operation.
· Fuel Flexibility: Available in both oil-fired and gas-fired types to match site conditions.
Feature | Advantage | Buyer Benefit |
Gasification incineration technology | Supports staged waste combustion rather than simple direct burning. | Helps buyers evaluate the unit for controlled domestic waste reduction applications. |
Primary pyrolysis gasification, mixed combustion, secondary incineration, and burnout treatment | Provides multiple combustion stages for more complete burning of combustible gases and residues. | Useful for B2B buyers looking for a structured incineration process rather than a basic furnace. |
Dry tail-gas purification with calcium hydroxide filter bricks | Targets acidic gas neutralization and tail-gas purification after combustion. | Helps buyers assess whether the equipment includes built-in exhaust treatment components. |
Fully enclosed operation with sealed furnace and ash-cleaning doors | Separates the furnace interior from the outside during incineration. | Supports safer waste handling planning, especially where secondary contamination control is a concern. |
Automatic program control | Reduces manual operation requirements during incinerator control. | May help buyers plan staffing and routine operation more efficiently. |
Oil-fired and gas-fired types | Allows selection between two fuel-type configurations. | Gives buyers flexibility to match available site fuel conditions. |
Combustion Method | Primary pyrolysis gasification + surrounding-air mixed combustion + secondary incineration + burnout treatment |
Primary Chamber Temperature | Progresses from 200°C to 400°C during gasification incineration |
Smoke Gas Retention Time | Approximately 2 seconds |
Fuel Options | Oil-fired type / Gas-fired type |
Operation Mode | Negative-pressure combustion |
Dust Removal Method | Rotating airflow inside the burnout chamber |
· Domestic waste treatment for hotels, stations, large commercial institutions, enterprises, and public institutions.
· Incineration of paper waste, absorbent cotton, bandages, and various domestic contaminants.
· Note on Medical/Infectious Waste: May be evaluated for hospital waste treatment (including syringes and drip containers); however, applicable waste categories and local regulatory compliance must be confirmed prior to procurement.
· Capacity Requirements: Please confirm your required rated daily or hourly waste processing capacity, as specific throughput data depends on the selected model.
· Installation & Dimensions: Verify the exact equipment dimensions, weight, and installation footprint required for your facility.
· Utility Specifications: Confirm fuel consumption figures, power supply, and electrical control specifications for either the oil-fired or gas-fired configuration.
· Regulatory Compliance: Buyers intending to process medical or infectious waste should request emission test reports and verify compliance with local environmental regulations.
· Maintenance Planning: Confirm the maintenance schedule, including the replacement frequency for calcium hydroxide filter bricks and refractory lining details.
Q: What fuel types are available for this incinerator?
A: The equipment is available in both oil-fired and gas-fired configurations, allowing you to choose the option that best matches your site's utility availability.
Q: How does the tail-gas purification system work?
A: The incinerator is equipped with a dry tail-gas purification system located in the upper part of the unit. It utilizes calcium hydroxide filter bricks designed to neutralize acidic gases generated during combustion.
Q: What is the combustion process used in this equipment?
A: It utilizes a staged process that includes primary pyrolysis gasification (operating between 200°C and 400°C), surrounding-air mixed combustion, secondary incineration, and burnout treatment.
To request further details, please submit your required waste processing capacity, preferred fuel type (oil or gas), and specific application requirements. Inquiries will be reviewed to provide the relevant specifications, model options, and configuration details for evaluation.
