Industrial Hospital Medical Waste Incinerator Description：
Medical Waste Incinerator incinerates garbage in the main combustion chamber, re-burning the flue gas from the main combustion chamber, ensuring environmental protection without black smoke and tasteless, and reducing pathogen infection.
Waste incinerator has the characteristics of good combustion effect, reasonable combustion process and high degree of harmlessness. Due to efficient combustion and high environmental emissions, the simple structure with no moving parts inside the burner ensures reliable operation and low maintenance costs. Hazardous Waste Incinerator will reduce the quality and volume of original burning Medical waste by 80%-85&and 96-96%.
Industrial Hospital Medical Waste Incinerator Working Principle：
Medical Waste Incinerator by Mechanical Lifting Device (optional), Main Combustion Chamber, Secondry Combustion Chamber, Lye Scrubber Towwer, Cooling Soil Pool, Cyclone Dust Collestor Tower, Bag Dust Collector Tower, Duced Draft Fan, Chimney composition.
The core of high temperature pyrolysis gasifier is dioxins suppression. In the secondary combustion chamber using peroxygenic combustion, the temperature control at 850-1200°C gas retention time ≥2S, can make polychlorinated biphenyls, carbon residues and other complete combustion of contact, so that the dioxin residue is very little.
The mechanical lifting device can be selected to completely close the input of the whole system and reduce the infection and injury of medical waste to personnel.
Industrial Hospital Medical Waste Incinerator Application areas:
Hospitals and clinics: medical waste, infectious waste, dressings, biological waste, medicine.
Industrial Hospital Medical Waste Incinerator Features：
1. Fireproof heat preservation material is used in the combustion chamber, which can effectively improve the temperature of the furnace, accelerate the ignition of the treatment and promote the combustion of flue gas.
2. The flue gas treatment equipment adopts 10cm high temperature flue with mullite castable.
3. The combustion chamber can be as high as 800ºC-1200ºC, which can achieve the effect of sterilization and disinfection. Through this process, the incinerator components have excellent acid and heat resistance.
4. A double-chamber structure is used to mix solid waste and carbon in the upper layer for incineration.
5. The bag dust collector tower in the cloth bag dust collector is made of 250℃ Teflon cloth bag. In order to protect the cloth bag dust collector bag because of accident is burned, specially designed bypass flue.
6. The flue gas filtration system is set reasonably. In the first filtration process of high temperature flue gas from the furnace, the flue gas is deacidified and cooled first, which greatly reduces the corrosion and damage of the subsequent equipment caused by high temperature flue gas.
7. The cooling soil pool is 304 stainless steel, used to purify the treatment of high temperature or corrosive smoke.
8. Forced air supply (forcing combustion air into the furnace) through the right amount of high pressure air supply to the right position, to achieve fast and smokeless incineration.
9. Fully closed operation, even susceptible to infection, can also handle, no secondary pollution.
10. Environmentally friendly, adopt labyrinth diversion structure, and then high temperature treatment, so that the harmful gas with bacteria treatment decomposition more thoroughly, sterile emissions.
11. Simple operation. It only takes one person to operate.
Working rules:
The hazardous waste incinerator adopts the most advanced combustion mode of primary pyrolysis gasification + ambient air mixing + secondary incineration + burnout treatment.
1. The design of the primary combustion chamber adopts gasification and incineration technology to raise the temperature In the incinerator the from 200 ° C to 400 ° C, so that the garbage will not not face the problems to the as dissolving, slagging and sintering in the incineration process.
2. The secondary incineration burner and the circumferential air supply are installed in the secondary mixing incineration chamber. At high temperature, the combustible gas in the flue gas can be fully combusted, and the gas generated by the gasifier can be fully mixed with air for combustion with high eficiency to prevent carbon substances in the flames from overflowing and burning late. Turbulent combustion will completely remove black smoke and odors. Inhibit the production of toxic and harmful substances such as dioxins at the source.
3. When the flue gas enters the high-temperature combustion chamber, tangential entry and tangential entry of combustion-supporting air are adopted, so that the flue gas can be fully combusted again in the combustion chamber, and the flue gas is dedusted by rotating airflow, so that the residence time of the incineration flue gas in the furnace is longer than 2 seconds, and the combustible gas in the flue gas and fly ash are completely incinerated.
4. The upper part of the incinerator is equipped with dry tail gas purification equipment to absorb hydrogen chloride, sulfur oxides and other components generated in the incineration, so that odor and other components in the flue gas are decomposed at high temperature. The flue gas purification system is equipped with calcium hydride filter to carry out neutralization reaction with acid gas to achieve the purpose of adsorbing acid gas and purifying tail gas.
5. The harmful components in the flue gas are reduced to below the national standards.
