ℹBasic Info.
Fuel
Diesel Oil, Natural Gas, Lps
R&D Personnel
More Than 20 People
Function
Waste Treatment/Waste Management
Blackness of Exhaustion
Ringelman <1
Type of Waste
Medical Waste
Feeding Type
Hydraulic Feeding Device
Transport Package
Container, Bulk Cargo
Production Capacity
300 Sets/Year
★Scope of Application
- Expert treatment for waste in dirt mud and ointment form;
- Centralized processing for diverse industrial waste;
- Centralized handling for medical waste disposal;
✔Characteristics
- Effortless automation in material loading and ash disposal;
- Operates without emitting smoke, odor, or causing secondary pollution, offering cost-effective and efficient operation;
- Incorporates a revolving incinerator body with multi-phase burning for optimal combustion efficiency;
- Cremation occurs from inside out, producing minimal ash, with heat alkali burning efficiency surpassing 90%;
- Continuously introduces material, allowing high moisture content waste to be co-incinerated effectively.
- Harnesses cutting-edge automatic control technology ensuring operation safety, reliability, cost minimization, and significant economic gains.
| Index / Waste Type |
Combustion temperature (ºC) |
Smoke residence time (S) |
Combustion efficiency (%) |
Incineration removal rate (%) |
Thermal reduction rate (%) |
| Hazardous waste |
≥1100 |
≥2 |
≥99.9 |
≥99.99 |
<5 |
⚡Hazardous Waste Handling Capacity
Handling capacity ranges from 50 to 5000kg/h, tailored for diverse needs.
⚙Process Flow Description
Light diesel oil is transported to the burner via an oil pipeline. The automated ignition system gradually increases furnace temperature. Once it reaches the desired level, the waste conveying system activates, feeding crushed waste particles into the combustion chamber using a high-pressure fan. Adhering to the 3T principle (temperature, time, turbulence), waste undergoes oxidation, pyrolysis, and combustion. Subsequent tail gas is re-burned and subjected to high-temperature oxidation in the secondary chamber. This chamber, featuring a multi-hull design and three gravity dust collectors, captures most dust. Flue gas is directed into a waste heat boiler, cooling and recycling it into steam for factory operations, while reclaiming valuable metal oxides. Further cooling occurs via an air heat exchanger, with cooled flue gas entering a dust collector to remove fine particles and reclaim metal oxides. A spray system enhances dust removal before the standard gas is safely released into the atmosphere through the chimney. Precious metal oxides in ash are extracted and sent to a landfill. Liquid interfaces are reserved to allow combustible waste liquid to be sprayed into the furnace.
🛠Incinerator Device Equipment
The setup comprises a crusher, frequency conversion feeding motor, high-pressure fan, rotary kiln, driving and supporting mechanisms, secondary chamber, waste heat boiler, air heat exchanger, multi-pipe dust collector, spray tower, exhaust fan, chimney, diesel pipeline, diesel ignition and combustion system, automated combustion chamber temperature control, electric control system, additional connecting pipelines, liquid atomizer, operating platform, and more.
Frequently Asked Questions
What types of waste can the HR-X incinerator process?
The system is designed for medical waste, diverse industrial hazardous waste, and waste in dirt mud or ointment forms.
What is the combustion efficiency of this equipment?
The system achieves a combustion efficiency of 99.9% and an incineration removal rate of ≥99.99%.
Does the incinerator cause secondary pollution?
No, it operates without emitting smoke or odor, ensuring environmental safety and preventing secondary pollution through advanced tail gas treatment.
What fuel options are available for the system?
The incinerator can be fueled by Diesel Oil, Natural Gas, or LPS depending on your requirements.
What is the expected service life of the device?
The equipment is built for durability with a typical service life ranging from 10 to 15 years.
Can the handling capacity be customized?
Yes, the handling capacity ranges from 50 to 5000kg/h and can be tailored to meet specific project needs.
Syrup Medical
