IMPACT OF THE USE OF INLET AIR COOLING AND EVAPORATIVE AFTER COOLING ON THE ENERGETIC- EXERGETIC- ENVIRONMENTAL PERFORMANCE OF COMBUSTION GAS TURBINES

Engineering

1. Inlet Air 100%
2. Gas Turbine Combustion 100%
3. Energetics 100%
4. Environmental Performance 100%
5. Peak Demand 60%
6. Thermodynamic Efficiency 40%
7. Design Parameter 40%
8. Exergy Destruction 40%
9. Power Output 40%
10. Inlet Air Temperature 40%
11. Electric Power 40%
12. Saudi Arabia 40%
13. Natural Gas 20%
14. Turbine Inlet Temperature 20%
15. Electric Utility 20%
16. Chlorofluorocarbon 20%
17. Mass Flowrate 20%
18. Gas Turbine Plant 20%
19. Combustion Air 20%
20. Simple Cycle 20%
21. Sustainability Index 20%
22. Ambient Condition 20%
23. Pressure Ratio 20%
24. Exergy Analysis 20%
25. Gas Turbine Cycle 20%
26. Compressor Inlet 20%
27. Compressor Discharge 20%
28. Pressure Turbine 20%
29. Demand Profile 20%
30. Exergy Efficiency 20%
31. Relative Humidity 20%
32. Electric Power Plant 20%
33. Air Mass Flow Rate 20%
34. Thermodynamics 20%