Basic Specifications
Fuel
Diesel Oil, Natural Gas, Lps
R&D Personnel
More Than 20 People
Material
Carbon & Stainless Steel
Function
Waste Treatment/Management
Blackness of Exhaust
Ringelman < 1
Feeding Type
Hydraulic Feeding Device
Production Capacity
300 Sets/Year
Scope of Application
✓
Industrial hazardous waste, medical waste, community household waste, office waste, hotel waste, etc.
✓
High-density (BOD, COD) waste water, waste liquid, organic acid, organic alkali which are not easy to burn.
✓
Waste liquid, waste solvent and so on which are easy to burn.
Key Characteristics
★
Multiple-phase burning, convenient material filling operation.
★
Could mill to burn in solid incinerator.
★
Minus pressure burning, safety operation.
★
Combination advantages of both solid and liquid incinerators.
★
Hazardous waste handling capacity: 50-5000kg/h.
Main Systems & Equipment Composition
1. Feeding system
2. Ash and slag conveying system
3. Rotary kiln
4. The second combustion chamber
5. SNCR systems (out of stock)
6. Waste heat boiler
7. Quench semi-dry deacidizing tower
8. Dry powder deacidification adsorption spray device
9. Bag filter
10. Ventilation and smoke exhaust system
11. The SCR system
12. Wet acid
13. Flue gas reheat system
14. Auxiliary wind system
15. Auxiliary combustion system
16. Compressed air supply system
17. Electric instrument automatic control system
Main Process Description
1 Blower activation to purge residual gases and prevent explosion risks.
2 Induced draft fan operation for five minutes before ignition; natural gas used for slow heating of the kiln.
3 Solid waste feeding via bucket elevator and hydraulic push device; oxygen control maintains 850ºC.
4 Flue gas enters the secondary chamber; ash is automatically discharged by a wet scraper.
5 High-temperature burning (1100ºC) in the secondary chamber for 2.0s+ to decompose organic matter and dioxins (99.99% efficiency).
6 SNCR reduction removes NOx; waste heat boiler produces 0.8mPAg saturated steam.
7 Semi-dry quench tower quickly reduces temperature to 200ºC within 1s to inhibit dioxin regeneration.
8 Carbon lime and activated carbon adsorption removes acidic components (HCl, NOx) and residual dioxins.
9 Air box bag filter removes fine dust; bypass system protects bags from abnormal temperatures.
10 SCR stripping system further removes nitrogen oxides.
11 Spray packing washing tower removes remaining acid gases.
12 Purified smoke is safely discharged through the chimney.
Product & Technical Flow Display
Frequently Asked Questions
What types of waste can the HR-GF incinerator handle?
The system is designed for industrial hazardous waste, medical waste, community household waste, and high-density organic waste liquids or solvents.
What is the hazardous waste handling capacity?
The equipment supports a handling capacity ranging from 50kg/h to 5000kg/h, depending on the specific configuration.
What fuels are compatible with this incineration system?
It is compatible with Diesel Oil, Natural Gas, and LPS (Liquefied Petroleum Gas).
How does the system control emissions and pollutants?
It uses a multi-stage process including high-temperature secondary combustion (1100ºC), SNCR/SCR for nitrogen oxides, and activated carbon adsorption for dioxins and acid gases.
Is the incineration process automatic?
Yes, the system features an automatic control system, hydraulic feeding devices, and automatic ash discharge for efficient operation.
What is the expected service life of the equipment?
With proper maintenance, the incinerator is built for a service life of approximately 10 to 15 years.
HURO Pets
