화학공정 내 폐증기를 활용한 MVR 및 TVR 연구

The MVR was theoretically modeled by performing the polytropic process, and the polytropic coefficient was estimated by using the performance curve provided by the manufacturers. The TVR was investigated by applying the conservation equations to the movement of fluids inside the TVR. The size of the...

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Published in설비공학 논문집, 27(4) Vol. 27; no. 4; pp. 201 - 206
Main Authors 이창민(Chang Min Lee), 임정열(Jeong Yeol Lim), 윤린(Rin Yun)
Format Journal Article
LanguageKorean
Published 대한설비공학회 2015
Subjects
Online AccessGet full text
ISSN1229-6422
2465-7611
DOI10.6110/KJACR.2015.27.4.201

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Abstract The MVR was theoretically modeled by performing the polytropic process, and the polytropic coefficient was estimated by using the performance curve provided by the manufacturers. The TVR was investigated by applying the conservation equations to the movement of fluids inside the TVR. The size of the nozzle and diffuser was determined. Theoretical MVR and TVR modeling was verified by comparing the results of the model with the available design data. Besides, the effects of multi-staging of the MVR on power consumption, and the effects of suction and primary pressure on the sizing of TVR were investigated.
AbstractList The MVR was theoretically modeled by performing the polytropic process, and the polytropic coefficient was estimated by using the performance curve provided by the manufacturers. The TVR was investigated by applying the conservation equations to the movement of fluids inside the TVR. The size of the nozzle and diffuser was determined. Theoretical MVR and TVR modeling was verified by comparing the results of the model with the available design data. Besides, the effects of multi-staging of the MVR on power consumption, and the effects of suction and primary pressure on the sizing of TVR were investigated. KCI Citation Count: 2
The MVR was theoretically modeled by performing the polytropic process, and the polytropic coefficient was estimated by using the performance curve provided by the manufacturers. The TVR was investigated by applying the conservation equations to the movement of fluids inside the TVR. The size of the nozzle and diffuser was determined. Theoretical MVR and TVR modeling was verified by comparing the results of the model with the available design data. Besides, the effects of multi-staging of the MVR on power consumption, and the effects of suction and primary pressure on the sizing of TVR were investigated.
Author 윤린(Rin Yun)
이창민(Chang Min Lee)
임정열(Jeong Yeol Lim)
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DocumentTitleAlternate Investigation of MVR and TVR in Chemical Processes by Using Waste Steam
DocumentTitle_FL Investigation of MVR and TVR in Chemical Processes by Using Waste Steam
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Issue 4
Keywords Compressor(압축기)
TVR(열적 증기 재압축)
Ejector(이젝터)
MVR(기계적 증기 재압축)
Recompression(재압축)
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PublicationTitle 설비공학 논문집, 27(4)
PublicationTitleAlternate Korean journal of air-conditioning and refrigeration engineering
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Title 화학공정 내 폐증기를 활용한 MVR 및 TVR 연구
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