Combustion gas temperatures in the free board of fluidized-bed furnace for power generation system using livestock wastes

Mo Yun; Jun Fukai; Yoshio Morozumi; Osamu Miyatake; Keiji Kurokawa

doi:10.1252/kakoronbunshu.28.661

Combustion gas temperatures in the free board of fluidized-bed furnace for power generation system using livestock wastes

Mo Yun, Jun Fukai, Yoshio Morozumi, Osamu Miyatake, Keiji Kurokawa

Product system engineering

Research output: Contribution to journal › Article › peer-review

Abstract

The combustion gas temperatures in the free board of an internal fluidized-bed furnace using livestock wastes as fuel are experimentally and numerically investigated. Broiler excrements and mixtures of broiler-swine excrements are provided as the fuel. The gas temperatures in the free board are measured at several locations. The exhaust gas temperature is found to be above 1,000 K even for the mixed fuels whose moisture content is 40 wt%. Three-dimensional combustion simulations based on k-ε techniques are performed in the free board. The calculated gas temperatures in the free board reasonably agree with the experimental ones. The calculations show that the fuel gases are completely burned, maintaining the free board at high temperatures.

Original language	English
Pages (from-to)	661-665
Number of pages	5
Journal	kagaku kogaku ronbunshu
Volume	28
Issue number	6
DOIs	https://doi.org/10.1252/kakoronbunshu.28.661
Publication status	Published - Nov 2002

All Science Journal Classification (ASJC) codes

Chemistry(all)
Chemical Engineering(all)

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10.1252/kakoronbunshu.28.661

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abstract = "The combustion gas temperatures in the free board of an internal fluidized-bed furnace using livestock wastes as fuel are experimentally and numerically investigated. Broiler excrements and mixtures of broiler-swine excrements are provided as the fuel. The gas temperatures in the free board are measured at several locations. The exhaust gas temperature is found to be above 1,000 K even for the mixed fuels whose moisture content is 40 wt%. Three-dimensional combustion simulations based on k-ε techniques are performed in the free board. The calculated gas temperatures in the free board reasonably agree with the experimental ones. The calculations show that the fuel gases are completely burned, maintaining the free board at high temperatures.",

author = "Mo Yun and Jun Fukai and Yoshio Morozumi and Osamu Miyatake and Keiji Kurokawa",

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AU - Yun, Mo

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AU - Miyatake, Osamu

AU - Kurokawa, Keiji

PY - 2002/11

Y1 - 2002/11

N2 - The combustion gas temperatures in the free board of an internal fluidized-bed furnace using livestock wastes as fuel are experimentally and numerically investigated. Broiler excrements and mixtures of broiler-swine excrements are provided as the fuel. The gas temperatures in the free board are measured at several locations. The exhaust gas temperature is found to be above 1,000 K even for the mixed fuels whose moisture content is 40 wt%. Three-dimensional combustion simulations based on k-ε techniques are performed in the free board. The calculated gas temperatures in the free board reasonably agree with the experimental ones. The calculations show that the fuel gases are completely burned, maintaining the free board at high temperatures.

AB - The combustion gas temperatures in the free board of an internal fluidized-bed furnace using livestock wastes as fuel are experimentally and numerically investigated. Broiler excrements and mixtures of broiler-swine excrements are provided as the fuel. The gas temperatures in the free board are measured at several locations. The exhaust gas temperature is found to be above 1,000 K even for the mixed fuels whose moisture content is 40 wt%. Three-dimensional combustion simulations based on k-ε techniques are performed in the free board. The calculated gas temperatures in the free board reasonably agree with the experimental ones. The calculations show that the fuel gases are completely burned, maintaining the free board at high temperatures.

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Combustion gas temperatures in the free board of fluidized-bed furnace for power generation system using livestock wastes

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