Numerical analysis and field study of time dependent exergy-energy of a gas-steam combined cycle

In this study, time dependent exergy analysis of the Fars Combined Power Plant Cycle has been investigated. Exergy analysis has been used for investigating each part of actual combined cycle by considering irreversibility from Apr 2006 to Oct 2010. Performance analysis has been done for each par...

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Main Authors: Barari Bamdad, Shirazi Abbasian Ashkan, Keshavarzi Mohsen, Rostamsowlat Iman
Format: Article
Language:English
Published: Serbian Chemical Society 2012-01-01
Series:Journal of the Serbian Chemical Society
Subjects:
Online Access:http://www.doiserbia.nb.rs/img/doi/0352-5139/2012/0352-51391200014B.pdf
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author Barari Bamdad
Shirazi Abbasian Ashkan
Keshavarzi Mohsen
Rostamsowlat Iman
author_facet Barari Bamdad
Shirazi Abbasian Ashkan
Keshavarzi Mohsen
Rostamsowlat Iman
author_sort Barari Bamdad
collection DOAJ
description In this study, time dependent exergy analysis of the Fars Combined Power Plant Cycle has been investigated. Exergy analysis has been used for investigating each part of actual combined cycle by considering irreversibility from Apr 2006 to Oct 2010. Performance analysis has been done for each part by evaluating exergy destruction in each month. By using of exergy analysis, aging of each part has been evaluated respect to time duration. In addition, the rate of lost work for each month has been calculated and variation of this parameter has been considered as a function of aging rate. Finally, effects of exergy destruction of each part have been investigated on exergy destruction of whole cycle. Entire analysis has been done for Unit 3 and 4 of gas turbine cycle which combined by Unit B of steam cycle in Fars Combined Power Plant Cycle located in Fars province in Iran.
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spelling doaj.art-141d4a0c60fd4728a79f941785b84bbe2022-12-22T02:46:25ZengSerbian Chemical SocietyJournal of the Serbian Chemical Society0352-51392012-01-0177794595710.2298/JSC110708014BNumerical analysis and field study of time dependent exergy-energy of a gas-steam combined cycleBarari BamdadShirazi Abbasian AshkanKeshavarzi MohsenRostamsowlat ImanIn this study, time dependent exergy analysis of the Fars Combined Power Plant Cycle has been investigated. Exergy analysis has been used for investigating each part of actual combined cycle by considering irreversibility from Apr 2006 to Oct 2010. Performance analysis has been done for each part by evaluating exergy destruction in each month. By using of exergy analysis, aging of each part has been evaluated respect to time duration. In addition, the rate of lost work for each month has been calculated and variation of this parameter has been considered as a function of aging rate. Finally, effects of exergy destruction of each part have been investigated on exergy destruction of whole cycle. Entire analysis has been done for Unit 3 and 4 of gas turbine cycle which combined by Unit B of steam cycle in Fars Combined Power Plant Cycle located in Fars province in Iran.http://www.doiserbia.nb.rs/img/doi/0352-5139/2012/0352-51391200014B.pdfexergy analysisexergy losscombined power plant
spellingShingle Barari Bamdad
Shirazi Abbasian Ashkan
Keshavarzi Mohsen
Rostamsowlat Iman
Numerical analysis and field study of time dependent exergy-energy of a gas-steam combined cycle
Journal of the Serbian Chemical Society
exergy analysis
exergy loss
combined power plant
title Numerical analysis and field study of time dependent exergy-energy of a gas-steam combined cycle
title_full Numerical analysis and field study of time dependent exergy-energy of a gas-steam combined cycle
title_fullStr Numerical analysis and field study of time dependent exergy-energy of a gas-steam combined cycle
title_full_unstemmed Numerical analysis and field study of time dependent exergy-energy of a gas-steam combined cycle
title_short Numerical analysis and field study of time dependent exergy-energy of a gas-steam combined cycle
title_sort numerical analysis and field study of time dependent exergy energy of a gas steam combined cycle
topic exergy analysis
exergy loss
combined power plant
url http://www.doiserbia.nb.rs/img/doi/0352-5139/2012/0352-51391200014B.pdf
work_keys_str_mv AT bararibamdad numericalanalysisandfieldstudyoftimedependentexergyenergyofagassteamcombinedcycle
AT shiraziabbasianashkan numericalanalysisandfieldstudyoftimedependentexergyenergyofagassteamcombinedcycle
AT keshavarzimohsen numericalanalysisandfieldstudyoftimedependentexergyenergyofagassteamcombinedcycle
AT rostamsowlatiman numericalanalysisandfieldstudyoftimedependentexergyenergyofagassteamcombinedcycle