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Incineration is the process of burning combustible waste materials at high temperatures and converting them into gas and ash as by-product residues. The process in an incinerator includes the combustion of MSW at a high temperature ranges from 850C to 1200C and convert it into flue gas CO2 and water as end products.
The process in an incinerator includes the combustion of MSW at a high temperature ranges from 850C to 1200C and convert it into flue gas CO2 and water as end products. The pressure range is atmospheric pressure 760 mm Hg (Gabbar et al., 2018).
Flue-Gas Recirculation The process is used to lower nitrogen oxide formation by limiting the flame temperature and by slightly diluting the flame oxygen concentration. Care must be taken to ensure that not too much flue gas is recirculated, lest the combustion process be adversely affected.
Incineration is a thermal waste treatment technique that can be understood as a controlled combustion process with the primary objective of volume reduction and energy recovery from the waste stream.
Incineration is the process of burning hazardous materials at temperatures high enough to destroy contaminants. Incineration is conducted in an incinerator, which is a type of furnace designed for burning hazardous materials in a combustion chamber.
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Incinerator operations can be separated into three functions. The blending and feeding of the wastes, the operation of the incinerator and the removal and disposal of ash and other residues. The breakdown of any of these functions means the incinerator is not going to operate.
The waste is introduced by a waste crane through the throat at one end of the grate, from where it moves down over the descending grate to the ash pit in the other end. Here the ash is removed through a water lock. Part of the combustion air (primary combustion air) is supplied through the grate from below.

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