한국전산유체공학회:학술대회논문집
- 한국전산유체공학회 2005년도 추계 학술대회논문집
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- Pages.49-53
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- 2005
다관식 촉매 반응기 설계를 위한 multi-scale simulation
MULTI-SCALE SIMULATION FOR DESIGN OF A CATALYTIC MULTI-TUBULAR REACTOR
- 신상백 (LG화학기술연구원 CRD 연구소) ;
- 임예훈 (LG화학기술연구원 CRD 연구소) ;
- 하경수 (LG화학기술연구원 유화 연구소) ;
- ;
- 한상필 (LG화학기술연구원 CRD 연구소)
- Shin Sang-Baek ;
- Im Ye-Hoon ;
- Ha Kyoung-Su ;
- Urban Zbigniew (Process System Enterprise) ;
- Han Sang-Phil
- 발행 : 2005.10.01
초록
This paper presents a multi-scale hybrid simulation for the design of a catalytic multi-tubular reactor with high performance. The multi-tubular reactor consists of shell and a large number of tubes in which various catalytic chemical reactions occur. To consider fluid dynamics in the shell-side and kinetics in the tube-side at the same time, commercial CFD package and process simulation tool are coupled. This hybrid approach allowed us to predict many kinds of meaningful results such as tube center temperature profile, heat transfer coefficients on the tube wall, temperature rise of cooling medium, pressure drop through shell and tube side, concentration profile of each chemical species along the tube, and so on., and to achieve the optimal reactor design.
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