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Exergy Analysis of a Single-Shaft Gas Turbine Power Plant with Steam Injection. | ||
| Journal Of Wassit For Science & Medicine | ||
| Article 1, Volume 1, Issue 2, 2008, Pages 116-132 | ||
| Author | ||
| Ahmed Abdul-Rida Yaseen | ||
| Abstract | ||
| Exergy analysis has been performed on a single-shaft gas turbine with steam injection upstream (STIG) of the combustion chamber. The analysis will be performed to study the effect of increasing of compressor inlet temperature design compressor pressure ratio and turbine inlet temperature on the exergy destruction of STIG cycle components. For a specific value of steam mass flow rate: the increasing in has a worthless effect on the exergy destruction of compressor and turbine while leads to increase in the exergy destruction of the combustion chamber. The increasing in leads to increase in the exergy destruction for all gas turbine power plant components. The increasing in leads to decrease in the exergy destruction of the combustion chamber, increase in the exergy destruction of the turbine, while has a worthless effect on the compressor. The biggest exergy destruction occurs in the combustion chamber | ||
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