loading
| Availability: | |
|---|---|
| Quantity: | |
Automated Processing: Integrated automatic feeding, screening, drying, incineration, ash cleaning, and dust removal systems.
Multi-Stage Exhaust Treatment: Utilizes high-temperature jet vortex combustion, secondary combustion, and a cyclone dust collector.
Enhanced Safety Design: Features a negative pressure furnace to prevent backfire, a safety cooling program before shutdown, and pressure-tested oil and gas circuits.
Adjustable Thermal Control: Incineration temperature can be adjusted between 600-900℃ depending on application requirements.
Electrical Protection: Equipped with leakage protection (insulation resistance ≥24MΩ at 85% relative humidity) and metal hose protection for wiring.
Feature | Advantage | Buyer Benefit |
|---|---|---|
Negative pressure design in the furnace | Prevents backfire during operation. | Ensures a safe operating environment for workers and equipment. |
Adjustable incineration temperature (600-900℃) | Provides optimal thermal conditions for different types of waste. | Ensures efficient and complete combustion of polyurethane and foam materials. |
Multi-stage exhaust gas treatment system | Thoroughly processes smoke and dust through multiple stages. | Achieves harmless solid waste treatment and reduces environmental impact. |
Fully integrated automatic control system | Reduces the need for manual intervention throughout the process. | Lowers labor costs and simplifies daily operation. |
Incineration Temperature | 600-900℃ (Temperature adjustable) |
Designed Average Heating Value | 2500 Kcal/Kg |
Fuel Type | Diesel (with automatic ignition) |
Operation Mode | Continuous operation |
Insulation Resistance | ≥24MΩ (at 85% relative humidity) |
Design Footprint | Small footprint design |
Polyurethane Incineration: Suitable for processing polyurethane waste materials.
Foam Incineration: Designed for the thermal reduction of various foam products.
Solid Waste Treatment: Applicable for general solid waste reduction facilities.
Processing Capacity: Please confirm your required daily or hourly throughput (e.g., kg/h) during inquiry.
Dimensions & Weight: Exact physical dimensions (L x W x H) and total equipment weight can be provided based on the specific model configuration.
Power Requirements: Voltage and total power consumption for the automated systems need to be matched with your local grid.
Environmental Standards: Specific emissions data (e.g., dioxin levels, particulate matter) should be verified against your local environmental regulations.
Installation Environment: Please clarify if the equipment will be installed indoors or outdoors to determine if additional weatherproofing or a shelter is required.
Certifications: Details regarding international certifications (such as CE or ISO) can be confirmed upon request.
Q: What is the operating temperature range of the incinerator?
A: The incineration temperature is adjustable between 600-900℃, allowing operators to set optimal conditions based on the specific waste material.
Q: How does the equipment handle exhaust gas and smoke?
A: The system utilizes a multi-stage exhaust gas treatment process that includes high-temperature jet vortex combustion, secondary combustion, and a cyclone dust collector before releasing through the chimney.
Q: Is the feeding process manual or automated?
A: The incinerator features a fully integrated automatic system that handles feeding, screening, drying, and ash cleaning to simplify daily operations.
Q: What safety features are included in the design?
A: Safety features include a negative pressure design to prevent backfire, a safety cooling program before shutdown, pressure-tested oil and gas circuits, and electrical leakage protection.
To help us provide the most accurate technical proposal, please include your expected daily processing capacity, local voltage requirements, specific environmental emission standards, and installation environment details when submitting your inquiry. Contact us for further specifications.
