5.4 A single-pressure combined-cycle power plant consists of a gas turbine,HRSG, supplementary firing, and steam turbine plant. The compressor inlet temperature is 15°C, its pressure ratio is 15, and isentropic efficiencyis 0.88. The 200 MW gas turbine burns natural gas with 380% of theo-retical air; the higher heating value of the gas is 49.5 MJ/kg. The gasturbine has an inlet temperature of 1270°C and isentropic efficiency of0.92. supplementary firing uses a bituminous coal with a higher heatingvalue of 34 MJ/kg to raise the gas temperature to 900°C before enter-ing the HRSG. Steam is generated at 9 MPa and 540°C from feedwaterat 110°C. The pinch point in the HRSG is 13 K. The flue gas leaves theHRSG to the stack at 250°C. Assume an isentropic exponent of 1.4 and aspecific heat of 1.05 kJ/kg K for the working fluid of the gas turbine andof 4.187 kJ/kg K for water.Calculate (a) the heat addition qsF in supplementary firing per kg of thegas turbine exhaust gas, (b) the net specific work of the gas turbine plantWGT, (C) the air mass flow rate mair, (d) the thermal efficiency of the gasturbine plant nGT, (e) the rate of steam generation in the HRSG m,, and(f) the ratio mĮmair:

According to terms and conditions of bartleby we can only provide upto 3rd part. Thank you !

Answered: 5.4 A single-pressure combined-cycle…

5.4 A single-pressure combined-cycle power plant consists of a gas turbine, HRSG, supplementary firing, and steam turbine plant. The compressor

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Related questions

Q: Explain the reasons why the Diesel station is superior to the thermal power station? mention it?

A: Given Diesel station To find Advantage of diesel engine over thermal power plant station

Q: if the coldworked radius is twenty mm, now what is the radius before being deformed if the ductility…

Q: Technician A says the pump vanes of a fluid coupling pick up fluid and force it inward toward the…

A: Technician A says the pump vanes of a fluid coupling pick up fluid and force it inward toward the…

Q: 3. 130 Consider a Rankine cycle with reheat as shown in the diagram, with state properties as…

A: *As per our guidelines we are supposed to answer first three sub-parts of the question. Kindly…

Q: Question 2 2a. Explain binary cycle power plant (using figure). Compare its performance as…

Q: A simplified Rankine cycle and some data are given in the figure below. a. Show the process in a TS…

Q: A gas turbine power plant has specific heat ration of 0.72 with compression ratio of 0.12 Calculate…

A: Given: Specific heat ratio for gar turbine power plant→γ=0.72 And compression ratio →r=0.12 Because…

Q: Construct a simple ideal Rankine cycle and examine the four processes that make up the cycle.

A: Given:- Simple ideal Rankine cycle To find:- Simple ideal Rankine cycle with four process

Q: e dryness fraction at low pressure turbine exit (in %)

A: Dryness fraction X=93%

Q: Construct a simple ideal Rankine cycle and examine the four processes that make up the cycle. QI (a)

A: As per rule i answer only one question or first 3 parts ,in the part (b) there are many parts,so i…

Q: 2. Consider a reheat cycle utilizing steam. Steam leaves the boiler and enters the turbine at 4 MPa,…

Q: An open-cycle gas turbine plant will exhaust into a waste heat boiler which receives 66 °C…

A: Write the given data. P=2611 kW x=37 kg/kW·hrrf/a=0.014 kg fuel/kg air Te=483°C cp=1.082…

Q: Len figur employ ing that h air ar

A: introduction we have to find out efficiency and specific heat are same for air and gas.

Q: Pa. Solve for the cycle heat added, heat rejected, thermal efficiency.

A: To find Heat rejected heat added thermal efficiency

Q: Prob-2 In a Rankine cycle steam power plant 0.9 MW energy is taken out in the condenser, 0.63 MW…

A: Given Power condenser = 0.9 MW Power Turbine = 0.63 MW Pump Work = 0.03 MW To find Thermal…

Q: 01: On the shaft H.P. Turbine of open cycle gas power plant drives the L.P. compressor, or the other…

A: Given data The reservoir of plant has 1.1bar, 26 °C. Max. cycle temperature = 722 °C, the pressure…

Q: d over-all plant efficiency

A: Given; A steam power plant has the boiler efficiency of; ηboil;er=92%=0.92Turbine efficiency;…

Q: The piston diameter of a 4-cylinder Otto engine is 100 mm and the piston stroke is 90 mm. The…

A: Given Piston diameter = 100 mm Piston stroke = 90 mm\ Compression ratio = 8 Nominal temperature =…

Q: 1. a. derive expression for thermal efficiency and backwork ratio for the Rankine cycle

A: Derivation of thermal efficiency Heat addition q1=h4-h2 Heat rejection…

Q: Answqer b) only

Q: Engine work on the reversible cycles as shown, work output from the engine ?

Q: 5. A regenerative steam power cycle operates so that steam enters the turbine at 3 MPa and 5000C and…

Q: water at 0.80 bar is compressed isentropically to 170 bar . First by heating in a boiler ,and then…

A: According to the bartleby guidelines answering first three subparts only. Please repost for further…

Q: The Steam Engine for a simple Rankine Cycle with super heat vapor steam power plant, drives 150 kW…

Q: Solve it using the given values provided below, The efficiency must be 35% In a simple rankine…

Q: A rankine cycle with water superheats to 500.111oC at 3.1111 Mpa in the boiler and the condenser…

A: The Rankine Cycle is a mechanical cycle that converts the pressure energy of steam into mechanical…

Q: A steam powerplant currently operates between a boiler pressure, 110 bar, and a condenser pressure,…

Q: Turbine work and compressor work in a Gas turbine cycle are found to be 335 kw and 178000 W…

A: Given data :- Turbine work = 335kw Compression work = 178000w Find :- Work ratio = ?

Q: 1. (pp11-1p150gutay) -The steam supplied to an engine is at 198 N/m² superheated to an engine 300 C.…

A: The steam supplied to an engine is at 198 N/cm² Also, superheated to 300 °CThe exhaust pressure is…

Q: A steam power plant operates with a boiler at 4,500 kPa and 500 °C. The turbine steam exhaust is at…

A: Given: To determine Wp, Wt, Qh, Qc for the given cycle.

Q: An ammonia refrigeration system operates between saturated suction temperature of -20°C, and…

A: Given:Evaporation temperature, Te=-20oCCondensation temperature, Tc=40oCFind:The COP comparison of…

Q: Give at least 3 Advantages of electrical Reheat Regenerative Cycle in Thermal Power Plant.

A: To be explained:-electrical Reheat Regenerative Cycle in Thermal Power Plant.

Q: An open-cycle gas turbine plant will exhaust into a waste heat boiler which receives 66 0C…

Q: 3. Specify from which water / steam properties depends the real Rankine cycle

Q: Find the net power output (in MW) of a Gas turbine power plant operates on simple Brayton cycle…

A: GivenGas turbine power plant operates onSimple Brayton cycleCo2 emission =900G/kwh=0.9KgkwhMass flow…

Q: A steam power plant operates between a boiler pressure of 15 MPa and a condenser pressure of 5kPa.…

Question

5.4 A single-pressure combined-cycle power plant consists of a gas turbine,
HRSG, supplementary firing, and steam turbine plant. The compressor

inlet temperature is 15°C, its pressure ratio is 15, and isentropic efficiency
is 0.88. The 200 MW gas turbine burns natural gas with 380% of theo-
retical air; the higher heating value of the gas is 49.5 MJ/kg. The gas
turbine has an inlet temperature of 1270°C and isentropic efficiency of
0.92. supplementary firing uses a bituminous coal with a higher heating
value of 34 MJ/kg to raise the gas temperature to 900°C before enter-
ing the HRSG. Steam is generated at 9 MPa and 540°C from feedwater
at 110°C. The pinch point in the HRSG is 13 K. The flue gas leaves the
HRSG to the stack at 250°C. Assume an isentropic exponent of 1.4 and a
specific heat of 1.05 kJ/kg K for the working fluid of the gas turbine and
of 4.187 kJ/kg K for water.
Calculate (a) the heat addition qsF in supplementary firing per kg of the
gas turbine exhaust gas, (b) the net specific work of the gas turbine plant
WGT, (C) the air mass flow rate mair, (d) the thermal efficiency of the gas
turbine plant nGT, (e) the rate of steam generation in the HRSG m,, and
(f) the ratio mĮmair:

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Step 5

Step 6

Step 7

Step 8

Step by step

Solved in 8 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions

a) List out the methods to improve the efficiency of the Rankine cycle.
A gas turbine cycle is preferred over steam power plant in power station that is used to generate electricity. Your manger asked you to investigate and study the possibility of upgrading the power plant discussed in Project-1 to a gas turbine cycle or a combination of both cycles (Combined cycle). The head of the department asked you to deliver a report showing a professional evaluation and assessment for gas turbine cycle efficiency given the following information.First you selected a gas-turbine power plant operating on an ideal Brayton cycle and according to the manufacturing datasheets it has the following specifications:• A pressure ratio of 10.• Heat is added to the cycle at a rate of 500 kW• Air passes through the engine at a rate of 1 kg/s• The air at the beginning of the compression is at 70 kPa and 0 C.
2. A geothermal power plant has the thermal energy at well head of 1,289 KJ, mass of the liquid of 82 kg, and specific enthalpy at final stage of 4.12 KJ/KG, what is the value of work at the heat utilization system of the plant?
A power plant operates between pressure of 70bar and 0.035bar. Calculate for efficiency, specific heat consumption and work ratio for a) Rankine cycle dry saturated steam at the turbine entry b) Rankine reheat cycle wherein the steam from the turbine is heated to same boiler temperature 4500C and pressure.
2.) A Steam power plant operates using the actual Rankine Cycle where steam initially enters the turbine at 5.0 MPa and 400C then after an irreversible adiabatic process, it exits the turbine with a dryness of 0.90. It then condenses at 7 kPa and exits as saturated liquid. Draw the TS diagram, find the thermal efficiency, and steam rate.
Q.5 A vapour compression heat pump is driven by a power cycle having a thermal efficiency of 25% for the heat pump, refrigerant 12 is compressed from saturated vapour at 2 bar to consenser pressure 12 bar. The isentropic efficiency of compressor is 80% saturated liquid entors the expansion value of 12 bar for power cycle 80% of the neat rejected by it is transferred to the heated space which has total heating requirement of 500 kJ/min. Determine the power input to heat pump compressor F 12 properties are
Project 2
A rankine cycle with water superheats to 500.546oC at 3.1546 Mpa in the boiler and the condenser operates at 100.546oC. All the components are ideal except the turbine which has an exit state measured to be saturated vapor at 100.546oC. Find the cycle efficiency with a) an ideal turbine and b) the actual turbine. Draw the schematic diagram and T-s diagram.
DRAW DIAGRAM In a SIMPLERankine cycle, the steam throttled condition is 8 MPa and 480°C. The steam is then reheated to 2 MPa and 460 °C. If turbine exhaust is 60 °C, determine the following:a. Heat Addedb. Turbine Workc. Heat Rejectedd. Pump Worke. Net Workf. Efficiency
3. What are the four major accessories of a Rankine Cycle? Define each.
ı need solution
2. A 10 MW steam turbine generator power plant has a full- load steam rate of 12 kg/kw-hr. Assume no-load steam consumption of as 14% of full-load steam consumption, compute for the hourly steam consumption at 75% load in kg/hr.