Hongsheng 10 Tons Waste Incinerator is a complete waste treatment solution designed for small‑scale municipal waste disposal projects. The system adopts high‑temperature combustion technology with optimized air distribution to improve burning efficiency and reduce residual waste. It supports continuous operation and flexible working modes, with optional dust removal, activated carbon adsorption, deacidification, bag filter, and NOx control systems to meet different environmental requirements.
Hongsheng 10 Tons Waste Incinerator is designed for customers who need an efficient and stable solution for daily municipal waste disposal. With a designed processing capacity of 10 tons of waste per day, this system is suitable for towns, villages, communities, industrial parks, and small cities where reducing waste volume and improving disposal efficiency are important.
The incinerator provides controlled high‑temperature combustion, reliable operation, and optional environmental protection configurations to support safer waste management.
The 10 Tons Waste Incinerator adopts a high‑temperature combustion structure with optimized air distribution and combustion control technology. This design helps waste burn more completely, improves combustion stability, and reduces unburned materials remaining in ash.
During operation, the furnace maintains a suitable combustion environment to ensure:
• Complete burning of organic components
• Reduced unburned carbon in ash
• Improved thermal utilization efficiency
• More stable waste treatment performance
The system is suitable for different municipal waste conditions, including variations in waste composition, moisture content, and calorific value.
Hongsheng 10 Tons Waste Incinerator supports flexible operating methods according to waste supply conditions and working schedules.
For areas with continuous waste generation and professional operators, the system can operate 24 hours per day with shift workers. Continuous operation helps maintain stable furnace temperature and improves overall treatment efficiency.
For projects using an 8‑hour daily working schedule, two operation modes are available:
All waste inside the furnace is fully burned before the end of operation. The furnace is then shut down and restarted on the following working day.
A certain amount of waste remains inside the furnace before shutdown to maintain internal temperature. On the next working day, combustion can restart quickly by activating the air supply system.
This mode helps:
• Reduce heat loss
• Shorten restart time
• Improve energy efficiency
• Maintain stable combustion conditions
The 10 Tons Waste Incinerator uses a high‑temperature combustion process to significantly reduce the volume of municipal waste.
During incineration:
• Organic waste components are effectively destroyed
• Combustible materials are converted into heat energy
• Remaining ash is collected for further treatment
Compared with traditional waste disposal methods, high‑temperature incineration reduces waste transportation pressure and lowers the amount of final disposal material.
Hongsheng provides complete waste incineration solutions with different equipment configurations according to project requirements.
The system can be equipped with:
• Secondary combustion chamber
• Waste heat utilization system
• Dust removal system
• Activated carbon adsorption system
• Deacidification system
• Bag filter system
• SNCR NOx control system
• Chimney exhaust system
These configurations help improve combustion efficiency and control dust, acidic gases, and other emissions generated during operation.
For projects with strict emission requirements, the 10 Tons Waste Incinerator can integrate multiple pollution control technologies.
The environmental protection system helps achieve:
• Lower dust emissions
• Reduced acidic gas content
• Improved exhaust gas treatment
• Better compliance with local environmental requirements
Hongsheng can provide customized emission treatment solutions based on waste characteristics and project standards.
The 10 Tons Waste Incinerator is suitable for decentralized waste treatment projects where efficient disposal solutions are required.
Typical applications include:
• Rural waste treatment centers
• Small town waste disposal facilities
• Community waste management projects
• Industrial park waste treatment
• Small city municipal waste projects
Its compact processing capacity makes it suitable for locations where large‑scale waste treatment plants are not practical.
For remote regions with limited landfill resources or high waste transportation costs, Hongsheng 10 Tons Waste Incinerator provides a practical waste management option.
By reducing waste volume at the treatment site, the system helps decrease transportation requirements and improves local waste disposal efficiency.
The durable furnace structure and flexible operation modes support long‑term operation under different working conditions.
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Name |
System Configuration |
Technical Specifications |
Quantity |
|
Feeding System |
Gantry Grab Crane System |
Equipment power: ≤5.5 kW; Single grab capacity: ≥200 kg; Model: BZD type, 1.5 tons; Dimensions: Length 5 m × Height 5 m |
1 |
|
Waste Shredder |
Equipment power: ≤60 kW; Overall dimensions: 3000 × 1400 × 2300 mm; Crushing capacity: ≥2000 kg/h; Function: Separates metal materials mixed in municipal waste before shredding; equipped with safety staircase and guardrail |
1 |
|
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Conveyor Belt System |
Equipment power: ≤11 kW; Includes: Stainless steel scraper conveyor, shredded waste conveyor, undersize material conveyor, oversize material conveyor |
3 |
|
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Shaftless Magnetic Suspension Trommel Screening System |
Equipment power: ≤11 kW; Overall dimensions: 1000 × 3000 mm; Equipped with safety staircase and guardrail |
1 |
|
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Hydraulic Feeding Mechanism |
Equipment power: ≤5.5 kW; Feeding capacity: 1000 kg/h; Function: Pushes crushed waste into the high-temperature reaction chamber of the furnace for drying and incineration |
1 |
|
|
Static-Dynamic Reciprocating Rotary Incinerator System |
Magnetic Suspension Core Reaction Chamber |
Outer plate material: ≥10 mm thickness Q235B carbon steel; Refractory structure (from inside to outside): refractory bricks, insulation bricks, and aluminum silicate fiber blanket; High temperature resistance: ≥1600℃; External surface temperature of furnace body: ≤40℃; Core technology: Magnetic suspension electromagnetic continuous combustion technology; Equipped with safety staircase and guardrail |
1 |
|
Vertical Suspended Rotary Grate |
Operating power: ≤4 kW; Inner chamber diameter: ≤1300 mm; Material: High-temperature resistant cast iron; Functions: Prevents waste coking, ensures stable ash discharge, regulates waste stirring speed, and crushes hard foreign materials |
1` |
|
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Gasification Chamber |
Number of gasification ports: ≥290; Core magnetic suspension gasification technology; Gasification port diameter: ≥45 mm; Refractory material: Ventilated refractory bricks; High temperature resistance: ≥1600℃ |
1 |
|
|
Oxygen Supplement System |
Type: Centrifugal; Power: ≤3 kW |
1 |
|
|
High-Temperature Combustion Chamber |
Outer plate material: ≥8 mm thickness Q235B carbon steel; Refractory structure (from inside to outside): refractory bricks, insulation bricks, and aluminum silicate fiber blanket; High temperature resistance: ≥1600℃; Furnace temperature: 850–1000℃; Core technology: Precision temperature control technology |
1 |
|
|
Suspended Incinerator with Air Filtration System |
Incinerator System |
Dimensions: 10500 mm × 2500 mm × 4885 mm Equipped with: Safety staircase and guardrail system. |
1 |
|
Tubular Heat Exchanger Heating System
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Heating Capacity: 800 m² (heating area) |
Fan power: ≤15 kW; Material: Q235 carbon steel, exterior coated with high-temperature resistant anti-corrosion paint; Overall dimensions: ≥1600 mm × 8000 mm; Core technology: High-efficiency heat exchange technology; Equipped with safety staircase and guardrail system |
1 |
|
Cooling System |
Quench Tower |
Circulating water pump power: ≤3 kW; Overall dimensions: ≥1400 mm × 4000 mm; Material: Carbon steel and stainless steel; Core technology: Atomized cooling technology |
1 |
|
Dust Removal System |
Semi-Dry Desulfurization and Deacidification Towe |
Circulating water pump power: ≤11 kW; Overall dimensions: ≥1600 mm × 6000 mm; Material: Carbon steel and stainless steel; Core technology: Clean flue gas duct technology; Equipped with safety staircase and guardrail system |
1 |
|
Activated Carbon Adsorption Tower |
Circulating water pump power: ≤4 kW; Overall dimensions: ≥1400 mm × 4000 mm; Material: Carbon steel and stainless steel; Core technology: Low-temperature catalytic technology; Equipped with safety staircase and guardrail system |
1 |
|
|
High-Voltage Wet Electrostatic Precipitator (WESP) |
Equipment power: ≤5.5 kW; Overall dimensions: ≥1900 mm × 2100 mm × 7000 mm; Material: Carbon steel and stainless steel; Configuration: 80 kV high-voltage power supply, rotary knob control console; Cleaning system: Circulating water pump power ≤3 kW, automatic cleaning function; Core technology: High-voltage electrostatic adsorption technology; Removes 98% of fine particulate matter through high-voltage electric field operation; Equipped with safety staircase and guardrail system |
1 |
|
|
Baghouse Filter / Bag Filter Dust Collector |
Equipment power: ≤5.5 kW; Overall dimensions: 7000 mm × 2450 mm × 5500 mm; Configuration: DMC-480; Filter bags: Ø133 mm × 2500 mm, 480 pieces; Core technology: Dust and smoke removal technology; Equipped with safety staircase and guardrail system |
1 |
|
|
Condenser |
Diameter: ≤500 mm; Function: Removes and collects 95% of water vapor from flue gas |
1 |
|
|
Chimney / Exhaust Stack |
Material: Carbon steel; Height above ground: 15 meters; Equipped with emergency exhaust stack |
1 |
|
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Induced Draft Fan (ID Fan) – Downstream of Dust Collector |
Operating power: ≤37 kW |
1 |
|
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Induced Draft Fan (ID Fan) – Downstream of Heat Exchanger |
Operating power: ≤5.5 kW |
1 |
|
|
Ash Discharge System |
Plate-Type Ash Discharge System |
Equipment power: ≤5.5 kW; Ash discharge capacity: 500 kg/h; Function: Lifts ash residue from the underground pit to ground level. During the ash discharge process, it effectively prevents the generation of flying ash. |
1 |
|
Circulation System |
Circulating Water Pump |
Technical Specifications: Power: 3 kW; Type: Pipeline Pump. |
2 |
|
Circulating Water Pump |
Technical Specifications: Power: 4 kW; Type: Pipeline Pump. |
2 |
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Circulating Water Pump |
Technical Specifications: Power: 4 kW; Type: Pipeline Pump. |
1 |
|
|
Electrical Control System |
Integrated Control System
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Control System: Supports one-button start/stop, manual/automatic switching, and remote control functions. Features user-friendly intelligent operation for simple and convenient use. Automatic Detection System: Equipped with an automatic monitoring and detection system for real-time operation status monitoring and safety control.
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3 |
|
Online Monitoring System |
Detection and Monitoring System |
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1 |
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Appendix |
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Butterfly Valve、Flange、Elbow、Pipe Fittings、Bolts / Screws、Asbestos Rope、Refractory Cotton、Pipeline / Pipes、Switches Etc. |
1 |
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Hongsheng 10 Tons Waste Incinerator combines stable combustion technology, flexible operation modes, and optional environmental treatment systems to meet different municipal waste disposal requirements.
• 10 tons per day waste processing capacity
• Stable high‑temperature combustion
• Flexible operation solutions
• Reduced waste volume after treatment
• Customizable environmental protection systems
• Suitable for small and medium‑scale waste projects
Address
Qiqiao Town Economic Development Zone, Botou City, Hebei Province, China
Tel
