산업용 고체 처리 공정 - 입자 반응 및 고정층 반응기 모델링

This paper reviews the previous industrial solid bed process simulations to provide a better understanding of the modeling approaches to the particle reactions in the bed. Previous modeling studies on waste incinerator, iron ore sintering bed, blast furnace, iron ore pellet indurator, and biomass co...

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Published in한국연소학회지 Vol. 22; no. 2; pp. 27 - 35
Main Authors 안형준(Hyungjun Ahn), 최상민(Sangmin Choi)
Format Journal Article
LanguageKorean
Published 한국연소학회 2017
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Online AccessGet full text
ISSN1226-0959
2466-2089
DOI10.15231/jksc.2017.22.2.027

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Abstract This paper reviews the previous industrial solid bed process simulations to provide a better understanding of the modeling approaches to the particle reactions in the bed. Previous modeling studies on waste incinerator, iron ore sintering bed, blast furnace, iron ore pellet indurator, and biomass combustor can be seen on the common ground of unsteady 1-D modeling scheme. Approaches to the particle reaction modeling have been discussed in terms of the status of solid particles in the bed, types of reaction progression in a particle, and the consideration of the intra-particle temperature gradient.
AbstractList This paper reviews the previous industrial solid bed process simulations to provide a better understanding of the modeling approaches to the particle reactions in the bed. Previous modeling studies on waste incinerator, iron ore sintering bed, blast furnace, iron ore pellet indurator, and biomass combustor can be seen on the common ground of unsteady 1-D modeling scheme. Approaches to the particle reaction modeling have been discussed in terms of the status of solid particles in the bed, types of reaction progression in a particle, and the consideration of the intra-particle temperature gradient.
This paper reviews the previous industrial solid bed process simulations to provide a better understanding of the modeling approaches to the particle reactions in the bed. Previous modeling studies on waste incinerator, iron ore sintering bed, blast furnace, iron ore pellet indurator, and biomass combustor can be seen on the common ground of unsteady 1-D modeling scheme. Approaches to the particle reaction modeling have been discussed in terms of the status of solid particles in the bed, types of reaction progression in a particle, and the consideration of the intra-particle temperature gradient. KCI Citation Count: 0
Author 최상민(Sangmin Choi)
안형준(Hyungjun Ahn)
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DocumentTitleAlternate Industrial Solids Processing Applications - Particle Reaction Models and Bed Reactor Models
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Title 산업용 고체 처리 공정 - 입자 반응 및 고정층 반응기 모델링
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