Modern Thermodynamic Analysis by the Energic-Exergic Method of Gas Turbine Power Plants 55 MW in Taza-Iraq

Wadhah H. Al Doori; Anmmar Mahmoud Ahmed; Ahmed Hasan Ahmed

doi:10.37934/cfdl.14.10.112119

Authors

Wadhah H. Al Doori Engineering of Petroleum Process College, University of Tikrit, Iraq
Anmmar Mahmoud Ahmed Northern Technical University, Technical Institute, Mosul, Iraq
Ahmed Hasan Ahmed Northern Technical University, Technical Institute, Hawija, Iraq

DOI:

https://doi.org/10.37934/cfdl.14.10.112119

Keywords:

Exergy destruction, Energy Analysis, efficiency, GTPP

Abstract

Abstract Because of the increasing demand for energy in the recent period, it has become necessary to intensify the study in the field of evaluating the performance of the gas station under the first and second laws efficiency. The energy and exergy losses of gas stations are represented by the compressor, combustion chamber, and turbine. Therefore, this work aims to analyze the energy and exergy of a 55 MW Taza gas power station. The investigation demonstrated that the most significant misfortunes of the exergy happened in the combustion chamber, where was 66.5MW the most minimal misfortunes in the compressor 5MW while the misfortunes in the turbine 8.4MW. The thermal efficiency of the gas turbine power plant was 33.06%, while the exergy efficiency was 32.39%. The novelty of the current work concentrated on obtaining the Grassmann graph for each component.

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Author Biographies

Wadhah H. Al Doori, Engineering of Petroleum Process College, University of Tikrit, Iraq

wadhah.h.abdulrzzaq@tu.edu.iq

Anmmar Mahmoud Ahmed, Northern Technical University, Technical Institute, Mosul, Iraq

anmarket.ahmed@ntu.edu.iq

Ahmed Hasan Ahmed, Northern Technical University, Technical Institute, Hawija, Iraq

Ahmedhasan_hwj@ntu.edu.iq

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