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The present study investigates the effects of exhaust gas temperature on the performances of SCR vaporizer, urea conversion and uniformity index, by using CFD models and simulation method. The present CFD method is constructed by combining Reynolds ...
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RISS 인기검색어
배기가스 온도가 SCR 기화기 성능에 미치는 영향에 대한 전산해석 = Computational Analyses on the Effects of Exhaust Gas Temperature on SCR vaporizer performances
한글로보기부가정보
다국어 초록 (Multilingual Abstract)
The present study investigates the effects of exhaust gas temperature on the performances of SCR vaporizer,
urea conversion and uniformity index, by using CFD models and simulation method. The present CFD method
is constructed by combining Reynolds stress averaged Navier Stokes equation solver with turbulence, discrete
phase and urea conversion reaction models, and is also applied to a SCR vaporizer of Korean cogeneration
plant. The CFD analysis results show the significant reduction of urea conversion when exhaust gas temperature
is lower than 225 o
C and the high level of uniformity index with 82-87% over entire range of exhaust gas
temperature
urea conversion and uniformity index, by using CFD models and simulation method. The present CFD method
is constructed by combining Reynolds stress averaged Navier Stokes equation solver with turbulence, discrete
phase and urea conversion reaction models, and is also applied to a SCR vaporizer of Korean cogeneration
plant. The CFD analysis results show the significant reduction of urea conversion when exhaust gas temperature
is lower than 225 o
C and the high level of uniformity index with 82-87% over entire range of exhaust gas
temperature
The present study investigates the effects of exhaust gas temperature on the performances of SCR vaporizer,
urea conversion and uniformity index, by using CFD models and simulation method. The present CFD method
is constructed by combining Reynolds stress averaged Navier Stokes equation solver with turbulence, discrete
phase and urea conversion reaction models, and is also applied to a SCR vaporizer of Korean cogeneration
plant. The CFD analysis results show the significant reduction of urea conversion when exhaust gas temperature
is lower than 225 o
C and the high level of uniformity index with 82-87% over entire range of exhaust gas
temperature
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