The Proceedings of the Symposium on Environmental Engineering
Online ISSN : 2424-2969
2020.30
Session ID : 304
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Effects of gas compositions on NOx formation during char combustion in waste incineration
*Ryo YOSHIIEKazutaka TSUKAMOTOYasuaki UEKIIchiro NARUSETaichi USUKITomohiro DENDA
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Abstract

An incineration process is the most dominant method of the waste disposal in Japan. A stoker furnace incinerator is widely used for the waste incineration. In the stoker furnace incinerator, waste products can be sufficiently stirred and burned completely. Recently, low air ratio and high temperature incineration have been applied to the stoke furnace incinerator to improve efficiencies of power generations. However, they result in the increase in the amount of air pollutant NOx due to their higher flame temperatures. In addition, Exhaust Gas Recirculation (EGR) system, which is also applied into advanced incinerators, makes the NOx formation more complicated. In this research, NOx and other gaseous emissions from RDF char combustion were experimentally analyzed, investigating effects of exhaust gas compositions on NOx formations.

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© 2020 The Japan Society of Mechanical Engineers
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