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7. Steam leaves an industrial boiler at 827.4kPa and 171.6°C (hf = 727.25 kJ/kg, hfg =...
Activity 11 - Review for Midterm Steam at a pressure of 9 bar (hf = 743...
Activity 11 - Review for Midterm Steam at a pressure of 9 bar (hf = 743 kJ/kg , hfg = 2031 kJ/kg) is generated in an exhaust gas boiler from feed water at 80*C (h = 334.9 kJ/kg). If the dryness fraction of the steam is 0.96, determine the heat transfer per kilogram of steam. If wet saturated steam at 8 bar (hfg = 2048 kJ/kg) requires 82 kJ of het per kg of steam to completely dry it, what...
P8-29 A closed feedwater heater is used in a Rankine cycle Steam leaves the boiler at...
P8-29 A closed feedwater heater is used in a Rankine cycle Steam leaves the boiler at 20 MPa, 600°C. Between the high and low-pressure turbines, steam at 1 MPa is extracted and delivered to the closed feedwater heater. Feedwater exits the feedwater heater at 20 MPa and the saturation temperature of the 1-MPa steam; saturated liquid condensate is fed through a steam trap back to the condenser. Steam from the second- stage turbine enters the condenser at 10 kPa, and...
3. In a reheat cycle, steam leaves the boiler and enters the high-pressure turbine (HPT) at...
3. In a reheat cycle, steam leaves the boiler and enters the high-pressure turbine (HPT) at 6 MPa and 440 °C. After expansion in the high-pressure turbine to 500 kPa, the steam is reheated to 480 °C and then expanded in the low-pressure turbine (LPT) to 10 kPa. The end states of both the HPT and LPT fall in the liquid-vapor mixture region. Draw the cycle diagram and the T-s diagram, and determine the work done to the pump, total...
Question 5 1.5/3 points In a Rankine cycle, steam leaves the boiler and enters the ideal...
Question 5 1.5/3 points In a Rankine cycle, steam leaves the boiler and enters the ideal turbine at 6.9 MPala) as a saturated vapor. Condenser pressure is 6.9 kPaſa). The specific enthalpy of the subcooled condensate/feedwater at the discharge of the feedwater pump (h) is 166.36 kJ/kg. Identify the specific enthalpy (in kJ/kg) of the steam entering the turbine. 166.36 Calculate the quality (in %) of steam-water mixture leaving the turbine. Calculate the specific enthalpy (in kJ/kg) of the steam...
Boiler P=8000 kPa, T =73°C U=305 H=306 kJ/kg P=8 MPa, T=400°C U=2867 H=3142 kJ/kg S =...
Boiler P=8000 kPa, T =73°C U=305 H=306 kJ/kg P=8 MPa, T=400°C U=2867 H=3142 kJ/kg S = 6.37 kJ/kg.K) W pump Pump Qboller Turbine Wurm Condenser Sat. liq., P=30 kPa U=289 H=290 kJ/kg P = 30 kPa, x = 0.90, U'= 289 H'= 290 UY= 2467 H'=2625 kJ/kg s'=0944 s'= 7.77 kJ/kg.K) Qcondenser For the steam power plant shown above, if the mass flow rate of the steam is 10 kg/s and the surrounding temperature is 25°C, determine the following: a....
A steam power plant operates on an ideal Rankine cycle with two of its feedwater heater...
A steam power plant operates on an ideal Rankine cycle with two
of its feedwater heater closed as shown in the figure below and
with a net power output of 105MW. The mass flow rate of the steam
is 70kg/s and enters the high-pressure turbine at 6MPa and
and leaves at 1.5 Mpa. a fraction of x of steam is extracted at
this pressure to the closed feedwater. a fraction of y of steam is
extracted from the second stage...
2) An ideal power plant produces steam at 3.5 MPa, 600°C in the boiler. The condenser with the ca...
Please solve question using questions numbers not the ones in
Solution Manual
2) An ideal power plant produces steam at 3.5 MPa, 600°C in the boiler. The condenser with the capacity of 12 MW is maintained at 50°C. The first turbine section expands to 600 kPa and then flow is reheated followed by the expansion in the low pressure turbine where the state is saturated vapor. a. Find the reheat temperature. b. Find the total turbine power output and the...
(1) Q.5 (a) A power station using a Superheated Rankine cycle operates with a boiler pressure...
(1) Q.5 (a) A power station using a Superheated Rankine cycle operates with a boiler pressure of 160 bar and a condenser pressure of 0.045 bar. The turbine has an inlet steam temperature of 575°C, and has an isentropic efficiency of 90.5%. The pump has an isentropic efficiency of 88%. Hence, determine Show the cycle on a T-s diagram in relation to the saturation curves and clearly label all the principal points starting from the exit of the condenser. Sketch...
Please need clear and good hand writing p1 Bar : 15 p3 Bar : 0.1 O2’C...
Please need clear and good hand writing
p1 Bar : 15
p3 Bar : 0.1
O2’C : 300
nis : 88
This are the numbers for the Equation please need a clear hand
writing
bled from bêtween the Task 3 - Rankine Cycle A simple steam power plant works as follows. Water is pumped into the boiler at point (1) on the diagram. Superheated steam leaves the boiler and goes to the turbine at point (2) The steam leaving the...
4. Steam at 30 bar and 500°C enters a pass-out turbine at a rate of 18000...
4. Steam at 30 bar and 500°C enters a pass-out turbine at a rate of 18000 kg h! The bulk of this steam is expanded isentropically to a condenser pressure of 0.03 bar, but 32% is bled from the turbine at a pressure of 3 bar for process heating. If the condensate from the process heater is directly pumped back to the boiler, find: (a) the power output from the turbine (b) the rate of process heating (c) the efficiency...
Activity 11 - Review for Midterm Steam at a pressure of 9 bar (hf = 743 kJ/kg , hfg = 2031 kJ/kg) is generated in an exhaust gas boiler from feed water at 80*C (h = 334.9 kJ/kg). If the dryness fraction of the steam is 0.96, determine the heat transfer per kilogram of steam. If wet saturated steam at 8 bar (hfg = 2048 kJ/kg) requires 82 kJ of het per kg of steam to completely dry it, what...
P8-29 A closed feedwater heater is used in a Rankine cycle Steam leaves the boiler at 20 MPa, 600°C. Between the high and low-pressure turbines, steam at 1 MPa is extracted and delivered to the closed feedwater heater. Feedwater exits the feedwater heater at 20 MPa and the saturation temperature of the 1-MPa steam; saturated liquid condensate is fed through a steam trap back to the condenser. Steam from the second- stage turbine enters the condenser at 10 kPa, and...
3. In a reheat cycle, steam leaves the boiler and enters the high-pressure turbine (HPT) at 6 MPa and 440 °C. After expansion in the high-pressure turbine to 500 kPa, the steam is reheated to 480 °C and then expanded in the low-pressure turbine (LPT) to 10 kPa. The end states of both the HPT and LPT fall in the liquid-vapor mixture region. Draw the cycle diagram and the T-s diagram, and determine the work done to the pump, total...
Question 5 1.5/3 points In a Rankine cycle, steam leaves the boiler and enters the ideal turbine at 6.9 MPala) as a saturated vapor. Condenser pressure is 6.9 kPaſa). The specific enthalpy of the subcooled condensate/feedwater at the discharge of the feedwater pump (h) is 166.36 kJ/kg. Identify the specific enthalpy (in kJ/kg) of the steam entering the turbine. 166.36 Calculate the quality (in %) of steam-water mixture leaving the turbine. Calculate the specific enthalpy (in kJ/kg) of the steam...
Boiler P=8000 kPa, T =73°C U=305 H=306 kJ/kg P=8 MPa, T=400°C U=2867 H=3142 kJ/kg S = 6.37 kJ/kg.K) W pump Pump Qboller Turbine Wurm Condenser Sat. liq., P=30 kPa U=289 H=290 kJ/kg P = 30 kPa, x = 0.90, U'= 289 H'= 290 UY= 2467 H'=2625 kJ/kg s'=0944 s'= 7.77 kJ/kg.K) Qcondenser For the steam power plant shown above, if the mass flow rate of the steam is 10 kg/s and the surrounding temperature is 25°C, determine the following: a....
A steam power plant operates on an ideal Rankine cycle with two
of its feedwater heater closed as shown in the figure below and
with a net power output of 105MW. The mass flow rate of the steam
is 70kg/s and enters the high-pressure turbine at 6MPa and
and leaves at 1.5 Mpa. a fraction of x of steam is extracted at
this pressure to the closed feedwater. a fraction of y of steam is
extracted from the second stage...
Please solve question using questions numbers not the ones in
Solution Manual
2) An ideal power plant produces steam at 3.5 MPa, 600°C in the boiler. The condenser with the capacity of 12 MW is maintained at 50°C. The first turbine section expands to 600 kPa and then flow is reheated followed by the expansion in the low pressure turbine where the state is saturated vapor. a. Find the reheat temperature. b. Find the total turbine power output and the...
(1) Q.5 (a) A power station using a Superheated Rankine cycle operates with a boiler pressure of 160 bar and a condenser pressure of 0.045 bar. The turbine has an inlet steam temperature of 575°C, and has an isentropic efficiency of 90.5%. The pump has an isentropic efficiency of 88%. Hence, determine Show the cycle on a T-s diagram in relation to the saturation curves and clearly label all the principal points starting from the exit of the condenser. Sketch...
Please need clear and good hand writing
p1 Bar : 15
p3 Bar : 0.1
O2’C : 300
nis : 88
This are the numbers for the Equation please need a clear hand
writing
bled from bêtween the Task 3 - Rankine Cycle A simple steam power plant works as follows. Water is pumped into the boiler at point (1) on the diagram. Superheated steam leaves the boiler and goes to the turbine at point (2) The steam leaving the...
4. Steam at 30 bar and 500°C enters a pass-out turbine at a rate of 18000 kg h! The bulk of this steam is expanded isentropically to a condenser pressure of 0.03 bar, but 32% is bled from the turbine at a pressure of 3 bar for process heating. If the condensate from the process heater is directly pumped back to the boiler, find: (a) the power output from the turbine (b) the rate of process heating (c) the efficiency...
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