Waste Incineration Equipment Garbage Incinerator

Waste incineration treatment equipment
Characteristics of garbage incinerators
Medical incinerator technology, and the organization of technical experts for research and development of medical waste incineration treatment equipment with independent intellectual property rights. This equipment has the characteristics of fully enclosed, small size, high incineration efficiency, and the industrial LDF series medical waste incinerator is an ideal waste treatment equipment for various hospitals, hotels, stations, large commercial institutions, enterprises, and public institutions, introduced by Shandong Shangqing Environmental Protection Technology Co., Ltd. with advanced technology, leading technology, and high degree of harmless treatment.

Main features:
1. Adopting gasification incineration technology, it is suitable for burning medical equipment such as syringes and drip containers, as well as various types of paper waste materials, bandages, absorbent cotton, various medical pollutants, and various waste discharged by hospitals and medical institutions.
2. Gasification incineration method is adopted, and the generated waste can be incinerated once a day.
3. Utilize technologies such as gasification incineration, mixed incineration, and burnout treatment to reduce smoke and dust content below national emission standards.
4. It adopts fully enclosed operation and is suitable for handling infectious medical waste to avoid secondary pollution.
5. Small size and small footprint.
6. This series of incinerators is divided into two types: fuel oil and gas, and users can choose different types according to their needs.
Structural composition:

Main furnace

Secondary combustion chamber

cooling tower

cyclone dust removal

Bag dust removal

The medical waste incinerator adopts the most advanced incineration method of primary pyrolysis gasification+surrounding air mixed combustion+secondary incineration+burnout treatment. The design of the primary combustion chamber of the incinerator adopts gasification incineration technology, which causes the temperature inside the incinerator to increase from 200 ℃ to 400 ℃. During the incineration process, there will be no problems such as melting blocks, slag blocks, and sintering. Compared with direct combustion furnaces and other furnaces, gasification incinerators generate very little dust, and secondary combustion burners and circumferential air supply devices are installed in the secondary mixed incineration room. At high temperatures, combustible gases in the flue gas can be fully burned, efficiently mixing and burning the gas produced by the gasifier with air to prevent the escape of carbon substances and the occurrence of delayed combustion in the gas flame. When the flue gas enters the high-temperature combustion chamber, tangential entry and tangential entry of combustion air are used to support combustion. This allows the flue gas to fully burn again in the combustion chamber while utilizing rotating airflow for flue gas dust removal. The residence time of the incineration flue gas in the furnace is greater than 2 seconds, allowing the combustible gases in the flue gas and the combustible substances in the fly ash to be completely incinerated. A dry exhaust gas purification device is installed in the upper part of the incinerator, Adsorption treatment is carried out on hydrogen chloride, sulfur oxides, etc. generated during incineration, and the odor and other components in the flue gas are decomposed at high temperatures. The flue gas purification system is equipped with calcium hydroxide filter bricks for neutralization reaction with acidic gas, achieving the purpose of adsorbing acidic gas and purifying tail gas. Reduce the harmful components in flue gas to below the values specified in national standards such as the "Pollution Control Standard for Hazardous Waste Incineration (GB18484-2001)".
The operation control of the incinerator adopts automatic program control, which reduces the labor level of workers. The design of the incinerator door and ash cleaning door adopts a fully sealed structure in the form of a sub mother port. During incineration, the inside and outside of the incinerator are completely isolated, forming negative pressure combustion, and eliminating the possibility of secondary pollution. Especially for the treatment of infectious hazardous medical waste, its unique advantages can be demonstrated.