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Numerical Simulation of Combustion Process and Analysis of Contamination in a 600MW Boiler Furnace
Author: LiYanZhen
Tutor: WangJun;ZhangZhiGang
School: North China Electric Power University (Hebei)
Course: Power Engineering
Keywords: numerical simulation contamination
CLC: TK224
Type: Master's thesis
Year: 2009
Downloads: 78
Quote: 1
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Abstract
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This work which aims to get preliminary study for the firing boiler is based on the principles and the part of operating data by using Computer Aided Test and software FLUENT. In this paper, a 600 MW coal-fired boiler by the swirl of two different coal combustion furnace combustion process of three-dimensional numerical simulation, come with in the furnace temperature and velocity distribution. By calculating the average outer surface temperature of the fouling layer, and comparing the distortion temperature of coal ash, the contamination of the boiler water wall can be analyzed. The results illustrate that this judgment of furnace contamination is simple, feasible and can be more accurate judging slag-off position. It also has practical value to prevent slag-off, advance boiler efficiency and reduce boiler accident.
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CLC: > Industrial Technology > Energy and Power Engineering > Steam Power Engineering > Steam boiler > Furnace process and pot process
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