Introduction to Garbage Incinerators

NegotiableUpdate on 03/05

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Nature of the Manufacturer: Producers

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Overview

Introduction to the garbage incinerator: The entire production process is fully enclosed, with no smoke or dust pollution, no odor diffusion, and no dioxin production. The equipment is small in size and can be used in multiple or single sets, which can save a lot of land resources and transportation costs.

Product Details

Introduction to Garbage IncineratorsMain function:

1. The garbage incinerator integrates automatic feeding, screening, drying, incineration, ash cleaning, dust removal, and automation control. Adopting high-tech measures such as high-temperature combustion, secondary oxygenation, and automatic slag discharge to meet the monitoring requirements for pollutant discharge.
2. Incineration method is a high-temperature heat treatment technology, which involves oxidizing and burning organic waste with a certain amount of excess air in an incinerator. Harmful and toxic substances in the waste are destroyed by oxidation and pyrolysis at high temperatures, achieving the function of adsorbing acidic gases and purifying exhaust gases.
3. The main purpose of incineration is to burn waste as much as possible, making the burned material harmless and reducing its volume to a maximum extent, and minimizing the generation of new pollutants to avoid secondary pollution. For large and medium-sized waste incineration plants, the three objectives of reducing waste, incinerating toxic substances in waste, and recycling waste heat generated from incineration can be achieved simultaneously.
4. The incineration method can not only treat solid waste, but also liquid waste and gas waste; Not only can it handle urban waste and general industrial waste, but it can also be used to handle hazardous waste. Organic solid, liquid, and gaseous waste in hazardous waste are often treated by incineration. When incinerating urban household waste, the leachate and odor generated during the temporary storage process before incineration are often introduced into the incinerator for incineration treatment.
5. Incineration is suitable for treating waste with high organic content and high calorific value. When dealing with waste with low levels of combustible organic components, a large amount of fuel needs to be added, which increases operating costs. But if conditions permit and appropriate waste heat recovery devices are used, the above disadvantages can be compensated for, the cost of waste incineration can be reduced, and the incineration method can achieve better economic benefits.

Introduction to Garbage IncineratorsOperation steps:

1. Inject fuel, turn on the power, activate the combustion assist switch, and the temperature inside the furnace reaches the self ignition temperature. Put the diseased livestock and poultry carcasses and their products into the furnace, turn off the combustion assist switch, activate the self ignition switch, and put the diseased livestock and poultry carcasses that cannot be cut into a self ignition state into the incinerator as a whole. Activate the self ignition switch, and the carcasses will self ignite until carbonization occurs.

2. Whole body incineration: The carcasses of diseased livestock and poultry that cannot be cut are put into the incinerator as a whole, and the self ignition switch is activated. The carcasses self ignite until carbonization occurs.

3. Meat corpse segmentation and incineration: It is allowed to divide diseased meat products and put them into the incinerator after segmentation, activate the self ignition switch, and the meat pieces will self ignite until carbonization.

4. Organ burning: The organs of diseased livestock and poultry are put into the incinerator as a whole, and the combustion aid switch is activated to burn the organs in a combustion aid state until carbonization occurs.

5. The burned carbides need to be buried in a location (far away from water sources and residential areas) to prevent the spread of bacteria.

The use of incinerators needs to consider environmental requirements:

The exhaust emissions need to meet relevant environmental standards such as no black smoke, no odor, and no large particulate dust.