Gas Turbine Improvement with Steam Injection Combustion Sahara Conditions

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Gas Turbine Improvement with Steam Injection Combustion Sahara Conditions ( gas-turbine-improvement-with-steam-injection-combustion-saha )

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258 Oil & Gas Science and Technology – Rev. IFP, Vol. 63 (2008), No. 2 50000 49000 48000 47000 46000 45000 44000 43000 270 280 Figure 13 Turbine power. 3.5 3.0 2.5 2.0 1.5 1.0 0.5 0.0 -0.5 270 280 290 300 310 TAmb (K) 320 19600 19200 18800 18400 18000 17600 17200 270 280 Figure 14 Net power output. 25.0 24.5 24.0 23.5 270 280 Figure 16 Efficiencies. 290 300 TAmb (K) 310 320 pinj = 12 bar; tinj = 320°C pinj = 15 bar; tinj = 420°C pinj = 25 bar; tinj = 500°C pinj = 50 bar; tinj = 500°C pinj = 100 bar; tinj = 500°C tcc = 900°C; p2 /p1 = 7.3761 pinj = 12 bar; tinj = 320°C pinj = 15 bar; tinj = 420°C pinj = 25 bar; tinj = 500°C pinj = 50 bar; tinj = 500°C pinj = 100 bar; tinj = 500°C tcc = 900°C; p2 /p1 = 7.3761 pinj = 12 bar; tinj = 320°C pinj = 15 bar; tinj = 420°C pinj = 25 bar; tinj = 500°C pinj = 50 bar; tinj = 500°C pinj = 100 bar; tinj = 500°C tcc = 900°C; p2 /p1 = 7.3761 pinj = 12 bar; tinj = 320°C pinj = 15 bar; tinj = 420°C pinj = 25 bar; tinj = 500°C pinj = 50 bar; tinj = 500°C ping = 100 bar; tinj = 500°C tcc = 900°C; p2 /p1 = 7.3761 Figure 15 Steam quantity injected. 290 300 310 320 TAmb (K) 290 300 TAmb (K) 310 320 the mixture temperature in the amount of the combustor which increased with increasing of the parameters values of steam injection. In Figure 16, we note that thermal efficiencies does not depend on these parameters of the injection (efficiencies are identical), because the variation of these parameters influence on the quantity of the fuel to be injected. Analysis of these figures shows that when we increase the injection steam parameter values we have a reduction in the quantity injected of steam. This is evident because when we increases the injection steam temperature we have an increase in the balance temperature of mixture; and to main- tain the combustion chamber temperature constant it is nec- essary to decrease the quantity of the steam injected. 4.4 Influence of Operating Ambient Temperature (TISO) It is interesting to visualize the displacement of the point where the injection of the steam water starts, by varying the standard operating temperature (TISO) of a given step. ms/ma (%) PT(kW) ηTh_glop (%) PT(kW)

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