314.00 ˚C

36.00 ˚C

43.30 T/H

11.8 MW

386.00 ˚C

198.00 ˚C

18.50 T/H

321.00 ˚C

20.50 T/H

386.00 ˚C

205.00 ˚C

4.30 T/H

"X"(Heat Rejection Factor) in condensor = (S-Sf)/(Sg-Sf) X=

Rankine Cycle Efficiency = (h1-h2)/(h1-hf)*100 ή%(Max)= %

SSC(Max)= T/MWH

Maximum Power of Turbine =m(h1-h2)/3600 MW P(Maximum)= MW

P(Rated)= MW

Generator Out Put Comparison with Max.Power Of Turbine %

%

T/Hr

%

Heat rate (Max) = m*(h1-hf)/P(Max) KJ/KWH

Heat Rate(Rated)=m*(h1-hf)/P(Rated) KJ/KWH

SSC Rated (Tons/MWH)= 3600/(h1-h2actual) SSC(Rated) T/MWH

X(Rated)

ή%(Rated) %

Rated Condensate Recovery= [{(m-m(1-Xactual)/m}*100]% %

ή%(Isentropic)%

KJ/Hr

%

%

%

Turbine Exhaust Temp.

WHRPP'S THERMAL CALCULATIONSInputs for Calculation

Turbine Inlet steam temp.

Turbine Inlet steam flow

Generator Out Put (For Comparison)

AQC2Main Steam Temperature

ECO.Outlet Temperature

Main steam Flow

PH2(A&B)Main Steam Temperature

Main steam Flow

EGMain Steam Temperature

ECO.Outlet Temperature

Main steam Flow

*here m is main steam flow at turbine inlet

0.824389857

31.72178356

Specific Steam Consumption=1/(h1-h2)*3600 Tons/MWH 3.891234375

11.1275744

(CR/m)*100 82.43898568

Rated power of Turbine=Isentropic Efficiency*P(Max) 8.982178053

Note:Isentropic efficiency of turbine is calculated in the end

106.0428767

Generator Out Put Comparison with Rated Power Of Turbine 131.3712546

Condensate Recovery (Max) =CR= {m-m(1-X)} Tons/Hr 35.6960808

89.82338373

Heat Rate (Max) 11348.66832

Heat Rate (Rated) 14059.30168

4.820657055

Heat rejection Factor Rated=(h2actual-hf)/hfg 0.898233837

Rated Rankine Cycle Efficiency=(h1-h2actual)/(h1-hf) 25.60582369

Isentropic Efficiency of Turbine = (h1-h2actual)/(h1-h2s)*100 0.807192807

80.71928073

Cooling Tower's Efficiency= (Tin-Tout/Tin-Twb)*100 needs wet bulb temp!

Boiler Heat Transfer Rate= m*(h1-hf1) AQC2 44012110.5

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 88.71847038

AQC2

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 118.7048715

EG

PH2(A&B)

"Prepared By Engr Sibt-e-Hassan"(WHRPP MLCFL Iskanderabad)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 61.46797867

314.00 ˚C

36.00 ˚C

43.40 T/H

11.8 MW

387.00 ˚C

198.00 ˚C

18.70 T/H

318.00 ˚C

20.50 T/H

383.00 ˚C

200.00 ˚C

4.30 T/H

"X"(Heat Rejection Factor) in condensor = (S-Sf)/(Sg-Sf) X=

Rankine Cycle Efficiency = (h1-h2)/(h1-hf)*100 ή%(Max)= %

SSC(Max)= T/MWH

Maximum Power of Turbine =m(h1-h2)/3600 MW P(Maximum)= MW

P(Rated)= MW

Generator Out Put Comparison with Max.Power Of Turbine %

%

T/Hr

%

Heat rate (Max) = m*(h1-hf)/P(Max) KJ/KWH

Heat Rate(Rated)=m*(h1-hf)/P(Rated) KJ/KWH

SSC Rated (Tons/MWH)= 3600/(h1-h2actual) SSC(Rated) T/MWH

X(Rated)

ή%(Rated) %

Rated Condensate Recovery= [{(m-m(1-Xactual)/m}*100]% %

ή%(Isentropic)%

KJ/Hr

%

%

%

Turbine Exhaust Temp.

WHRPP'S THERMAL CALCULATIONSInputs for Calculation

Turbine Inlet steam temp.

Turbine Inlet steam flow

Generator Out Put (For Comparison)

AQC2Main Steam Temperature

ECO.Outlet Temperature

Main steam Flow

PH2(A&B)Main Steam Temperature

Main steam Flow

EGMain Steam Temperature

ECO.Outlet Temperature

Main steam Flow

*here m is main steam flow at turbine inlet

0.824389857

31.72178356

Specific Steam Consumption=1/(h1-h2)*3600 Tons/MWH 3.891234375

11.15327318

(CR/m)*100 82.43898568

Rated power of Turbine=Isentropic Efficiency*P(Max) 9.002922113

Note:Isentropic efficiency of turbine is calculated in the end

105.7985383

Generator Out Put Comparison with Rated Power Of Turbine 131.0685559

Condensate Recovery (Max) =CR= {m-m(1-X)} Tons/Hr 35.77851979

89.82338373

Heat Rate (Max) 11348.66832

Heat Rate (Rated) 14059.30168

4.820657055

Heat rejection Factor Rated=(h2actual-hf)/hfg 0.898233837

Rated Rankine Cycle Efficiency=(h1-h2actual)/(h1-hf) 25.60582369

Isentropic Efficiency of Turbine = (h1-h2actual)/(h1-h2s)*100 0.807192807

80.71928073

Cooling Tower's Efficiency= (Tin-Tout/Tin-Twb)*100 needs wet bulb temp!

Boiler Heat Transfer Rate= m*(h1-hf1) AQC2 44528683.1

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 88.45576848

AQC2

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 120.0981172

EG

PH2(A&B)

"Prepared By Engr Sibt-e-Hassan"(WHRPP MLCFL Iskanderabad)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 61.87777915

311.00 ˚C

36.00 ˚C

44.10 T/H

11.6 MW

378.00 ˚C

198.00 ˚C

18.50 T/H

323.00 ˚C

21.20 T/H

379.00 ˚C

200.00 ˚C

4.40 T/H

"X"(Heat Rejection Factor) in condensor = (S-Sf)/(Sg-Sf) X=

Rankine Cycle Efficiency = (h1-h2)/(h1-hf)*100 ή%(Max)= %

SSC(Max)= T/MWH

Maximum Power of Turbine =m(h1-h2)/3600 MW P(Maximum)= MW

P(Rated)= MW

Generator Out Put Comparison with Max.Power Of Turbine %

%

T/Hr

%

Heat rate (Max) = m*(h1-hf)/P(Max) KJ/KWH

Heat Rate(Rated)=m*(h1-hf)/P(Rated) KJ/KWH

SSC Rated (Tons/MWH)= 3600/(h1-h2actual) SSC(Rated) T/MWH

X(Rated)

ή%(Rated) %

Rated Condensate Recovery= [{(m-m(1-Xactual)/m}*100]% %

ή%(Isentropic)%

KJ/Hr

%

%

%

Turbine Exhaust Temp.

WHRPP'S THERMAL CALCULATIONSInputs for Calculation

Turbine Inlet steam temp.

Turbine Inlet steam flow

Generator Out Put (For Comparison)

AQC2Main Steam Temperature

ECO.Outlet Temperature

Main steam Flow

PH2(A&B)Main Steam Temperature

Main steam Flow

EGMain Steam Temperature

ECO.Outlet Temperature

Main steam Flow

*here m is main steam flow at turbine inlet

0.822934651

31.68630768

Specific Steam Consumption=1/(h1-h2)*3600 Tons/MWH 3.904507251

11.29463903

(CR/m)*100 82.29346514

Rated power of Turbine=Isentropic Efficiency*P(Max) 9.117032626

Note:Isentropic efficiency of turbine is calculated in the end

102.7035921

Generator Out Put Comparison with Rated Power Of Turbine 127.2343807

Condensate Recovery (Max) =CR= {m-m(1-X)} Tons/Hr 36.29141813

89.65276086

Heat Rate (Max) 11361.37425

Heat Rate (Rated) 14075.04242

4.837100163

Heat rejection Factor Rated=(h2actual-hf)/hfg 0.896527609

Rated Rankine Cycle Efficiency=(h1-h2actual)/(h1-hf) 25.57718756

Isentropic Efficiency of Turbine = (h1-h2actual)/(h1-h2s)*100 0.807192795

80.71927955

Cooling Tower's Efficiency= (Tin-Tout/Tin-Twb)*100 needs wet bulb temp!

Boiler Heat Transfer Rate= m*(h1-hf1) AQC2 43689100.5

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 91.92899636

AQC2

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 117.8336826

EG

PH2(A&B)

"Prepared By Engr Sibt-e-Hassan"(WHRPP MLCFL Iskanderabad)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 63.0829279

311.00 ˚C

36.00 ˚C

42.10 T/H

11.1 MW

379.00 ˚C

198.00 ˚C

17.50 T/H

326.00 ˚C

20.20 T/H

388.00 ˚C

203.00 ˚C

4.30 T/H

"X"(Heat Rejection Factor) in condensor = (S-Sf)/(Sg-Sf) X=

Rankine Cycle Efficiency = (h1-h2)/(h1-hf)*100 ή%(Max)= %

SSC(Max)= T/MWH

Maximum Power of Turbine =m(h1-h2)/3600 MW P(Maximum)= MW

P(Rated)= MW

Generator Out Put Comparison with Max.Power Of Turbine %

%

T/Hr

%

Heat rate (Max) = m*(h1-hf)/P(Max) KJ/KWH

Heat Rate(Rated)=m*(h1-hf)/P(Rated) KJ/KWH

SSC Rated (Tons/MWH)= 3600/(h1-h2actual) SSC(Rated) T/MWH

X(Rated)

ή%(Rated) %

Rated Condensate Recovery= [{(m-m(1-Xactual)/m}*100]% %

ή%(Isentropic)%

KJ/Hr

%

%

%

Turbine Exhaust Temp.

WHRPP'S THERMAL CALCULATIONSInputs for Calculation

Turbine Inlet steam temp.

Turbine Inlet steam flow

Generator Out Put (For Comparison)

AQC2Main Steam Temperature

ECO.Outlet Temperature

Main steam Flow

PH2(A&B)Main Steam Temperature

Main steam Flow

EGMain Steam Temperature

ECO.Outlet Temperature

Main steam Flow

*here m is main steam flow at turbine inlet

0.822934651

31.68630768

Specific Steam Consumption=1/(h1-h2)*3600 Tons/MWH 3.904507251

10.7824105

(CR/m)*100 82.29346514

Rated power of Turbine=Isentropic Efficiency*P(Max) 8.456644558

Note:Isentropic efficiency of turbine is calculated in the end

102.9454406

Generator Out Put Comparison with Rated Power Of Turbine 131.2577338

Condensate Recovery (Max) =CR= {m-m(1-X)} Tons/Hr 34.64554882

90.52686809

Heat Rate (Max) 11361.37425

Heat Rate (Rated) 14486.00567

4.978333866

Heat rejection Factor Rated=(h2actual-hf)/hfg 0.905268681

Rated Rankine Cycle Efficiency=(h1-h2actual)/(h1-hf) 24.85157111

Isentropic Efficiency of Turbine = (h1-h2actual)/(h1-h2s)*100 0.784293

78.42929998

Cooling Tower's Efficiency= (Tin-Tout/Tin-Twb)*100 needs wet bulb temp!

Boiler Heat Transfer Rate= m*(h1-hf1) AQC2 41365677.5

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 87.85118999

AQC2

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 111.5671885

EG

PH2(A&B)

"Prepared By Engr Sibt-e-Hassan"(WHRPP MLCFL Iskanderabad)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 61.81931851

315.00 ˚C

36.00 ˚C

43.30 T/H

11.9 MW

388.00 ˚C

198.00 ˚C

18.60 T/H

318.00 ˚C

20.40 T/H

385.00 ˚C

205.00 ˚C

4.30 T/H

"X"(Heat Rejection Factor) in condensor = (S-Sf)/(Sg-Sf) X=

Rankine Cycle Efficiency = (h1-h2)/(h1-hf)*100 ή%(Max)= %

SSC(Max)= T/MWH

Maximum Power of Turbine =m(h1-h2)/3600 MW P(Maximum)= MW

P(Rated)= MW

Generator Out Put Comparison with Max.Power Of Turbine %

%

T/Hr

%

Heat rate (Max) = m*(h1-hf)/P(Max) KJ/KWH

Heat Rate(Rated)=m*(h1-hf)/P(Rated) KJ/KWH

SSC Rated (Tons/MWH)= 3600/(h1-h2actual) SSC(Rated) T/MWH

X(Rated)

ή%(Rated) %

Rated Condensate Recovery= [{(m-m(1-Xactual)/m}*100]% %

ή%(Isentropic)%

KJ/Hr

%

%

%

"Prepared By Engr Sibt-e-Hassan"(WHRPP MLCFL Iskanderabad)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 61.41090558

EG

PH2(A&B)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 88.02427693

AQC2

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 119.5652431

Isentropic Efficiency of Turbine = (h1-h2actual)/(h1-h2s)*100 0.807192811

80.71928112

Cooling Tower's Efficiency= (Tin-Tout/Tin-Twb)*100 needs wet bulb temp!

Boiler Heat Transfer Rate= m*(h1-hf1) AQC2 44331109.8

89.88005139

Heat Rate (Max) 11344.37645

Heat Rate (Rated) 14053.9847

4.815168689

Heat rejection Factor Rated=(h2actual-hf)/hfg 0.898800514

Rated Rankine Cycle Efficiency=(h1-h2actual)/(h1-hf) 25.61551102

(CR/m)*100 82.48723656

Rated power of Turbine=Isentropic Efficiency*P(Max) 8.992416007

Note:Isentropic efficiency of turbine is calculated in the end

106.8197912

Generator Out Put Comparison with Rated Power Of Turbine 132.3337353

Condensate Recovery (Max) =CR= {m-m(1-X)} Tons/Hr 35.71697343

*here m is main steam flow at turbine inlet

0.824872366

31.73378471

Specific Steam Consumption=1/(h1-h2)*3600 Tons/MWH 3.886804166

11.14025769

PH2(A&B)Main Steam Temperature

Main steam Flow

EGMain Steam Temperature

ECO.Outlet Temperature

Main steam Flow

Turbine Inlet steam flow

Generator Out Put (For Comparison)

AQC2Main Steam Temperature

ECO.Outlet Temperature

Main steam Flow

Turbine Exhaust Temp.

WHRPP'S THERMAL CALCULATIONSInputs for Calculation

Turbine Inlet steam temp.

313.00 ˚C

36.00 ˚C

42.80 T/H

11.5 MW

386.00 ˚C

198.00 ˚C

18.00 T/H

316.00 ˚C

20.20 T/H

379.00 ˚C

205.00 ˚C

4.50 T/H

"X"(Heat Rejection Factor) in condensor = (S-Sf)/(Sg-Sf) X=

Rankine Cycle Efficiency = (h1-h2)/(h1-hf)*100 ή%(Max)= %

SSC(Max)= T/MWH

Maximum Power of Turbine =m(h1-h2)/3600 MW P(Maximum)= MW

P(Rated)= MW

Generator Out Put Comparison with Max.Power Of Turbine %

%

T/Hr

%

Heat rate (Max) = m*(h1-hf)/P(Max) KJ/KWH

Heat Rate(Rated)=m*(h1-hf)/P(Rated) KJ/KWH

SSC Rated (Tons/MWH)= 3600/(h1-h2actual) SSC(Rated) T/MWH

X(Rated)

ή%(Rated) %

Rated Condensate Recovery= [{(m-m(1-Xactual)/m}*100]% %

ή%(Isentropic)%

KJ/Hr

%

%

%

Turbine Exhaust Temp.

WHRPP'S THERMAL CALCULATIONSInputs for Calculation

Turbine Inlet steam temp.

Turbine Inlet steam flow

Generator Out Put (For Comparison)

AQC2Main Steam Temperature

ECO.Outlet Temperature

Main steam Flow

PH2(A&B)Main Steam Temperature

Main steam Flow

EGMain Steam Temperature

ECO.Outlet Temperature

Main steam Flow

*here m is main steam flow at turbine inlet

0.823906068

31.7098702

Specific Steam Consumption=1/(h1-h2)*3600 Tons/MWH 3.895661662

10.98658039

(CR/m)*100 82.39060682

Rated power of Turbine=Isentropic Efficiency*P(Max) 8.616774996

Note:Isentropic efficiency of turbine is calculated in the end

104.6731521

Generator Out Put Comparison with Rated Power Of Turbine 133.4606045

Condensate Recovery (Max) =CR= {m-m(1-X)} Tons/Hr 35.26317972

90.64270474

Heat Rate (Max) 11352.932

Heat Rate (Rated) 14475.24161

4.967055542

Heat rejection Factor Rated=(h2actual-hf)/hfg 0.906427047

Rated Rankine Cycle Efficiency=(h1-h2actual)/(h1-hf) 24.8700512

Isentropic Efficiency of Turbine = (h1-h2actual)/(h1-h2s)*100 0.784293007

78.42930075

Cooling Tower's Efficiency= (Tin-Tout/Tin-Twb)*100 needs wet bulb temp!

Boiler Heat Transfer Rate= m*(h1-hf1) AQC2 42822594

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 86.98833174

AQC2

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 115.4966317

EG

PH2(A&B)

"Prepared By Engr Sibt-e-Hassan"(WHRPP MLCFL Iskanderabad)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 63.9083129

315.00 ˚C

35.00 ˚C

42.90 T/H

11.8 MW

390.00 ˚C

198.00 ˚C

18.20 T/H

324.00 ˚C

20.50 T/H

386.00 ˚C

205.00 ˚C

4.30 T/H

"X"(Heat Rejection Factor) in condensor = (S-Sf)/(Sg-Sf) X=

Rankine Cycle Efficiency = (h1-h2)/(h1-hf)*100 ή%(Max)= %

SSC(Max)= T/MWH

Maximum Power of Turbine =m(h1-h2)/3600 MW P(Maximum)= MW

P(Rated)= MW

Generator Out Put Comparison with Max.Power Of Turbine %

%

T/Hr

%

Heat rate (Max) = m*(h1-hf)/P(Max) KJ/KWH

Heat Rate(Rated)=m*(h1-hf)/P(Rated) KJ/KWH

SSC Rated (Tons/MWH)= 3600/(h1-h2actual) SSC(Rated) T/MWH

X(Rated)

ή%(Rated) %

Rated Condensate Recovery= [{(m-m(1-Xactual)/m}*100]% %

ή%(Isentropic)%

KJ/Hr

%

%

%

"Prepared By Engr Sibt-e-Hassan"(WHRPP MLCFL Iskanderabad)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 61.46797867

EG

PH2(A&B)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 88.98117227

AQC2

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 117.2079675

Isentropic Efficiency of Turbine = (h1-h2actual)/(h1-h2s)*100 0.784279239

78.42792385

Cooling Tower's Efficiency= (Tin-Tout/Tin-Twb)*100 needs wet bulb temp!

Boiler Heat Transfer Rate= m*(h1-hf1) AQC2 43457104.6

90.62836654

Heat Rate (Max) 11280.80967

Heat Rate (Rated) 14383.28403

4.92094552

Heat rejection Factor Rated=(h2actual-hf)/hfg 0.906283665

Rated Rankine Cycle Efficiency=(h1-h2actual)/(h1-hf) 25.02905451

(CR/m)*100 82.30721294

Rated power of Turbine=Isentropic Efficiency*P(Max) 8.717836812

Note:Isentropic efficiency of turbine is calculated in the end

106.1586744

Generator Out Put Comparison with Rated Power Of Turbine 135.3546786

Condensate Recovery (Max) =CR= {m-m(1-X)} Tons/Hr 35.30979435

*here m is main steam flow at turbine inlet

0.823072129

31.91260297

Specific Steam Consumption=1/(h1-h2)*3600 Tons/MWH 3.859497571

11.11543646

PH2(A&B)Main Steam Temperature

Main steam Flow

EGMain Steam Temperature

ECO.Outlet Temperature

Main steam Flow

Turbine Inlet steam flow

Generator Out Put (For Comparison)

AQC2Main Steam Temperature

ECO.Outlet Temperature

Main steam Flow

Turbine Exhaust Temp.

WHRPP'S THERMAL CALCULATIONSInputs for Calculation

Turbine Inlet steam temp.

312.00 ˚C

36.00 ˚C

42.00 T/H

h1 s hf sf sg hfg hg

3062.84 6.95612 150.81 0.51867 8.332 2415.50 2566.30

11.3 MW

389.00 ˚C

198.00 ˚C

18.10 T/H

320.00 ˚C

19.60 T/H

386.00 ˚C

204.00 ˚C

4.30 T/H

"X"(Heat Rejection Factor) in condensor = (S-Sf)/(Sg-Sf) X=

Rankine Cycle Efficiency = (h1-h2)/(h1-hf)*100 ή%(Max)= %

SSC(Max)= T/MWH

Maximum Power of Turbine =m(h1-h2)/3600 MW P(Maximum)= MW

P(Rated)= MW

Generator Out Put Comparison with Max.Power Of Turbine %

%

T/Hr

%

Heat rate (Max) = m*(h1-hf)/P(Max) KJ/KWH

Heat Rate(Rated)=m*(h1-hf)/P(Rated) KJ/KWH

SSC Rated (Tons/MWH)= 3600/(h1-h2actual) SSC(Rated) T/MWH

X(Rated)

ή%(Rated) %

Rated Condensate Recovery= [{(m-m(1-Xactual)/m}*100]% %

ή%(Isentropic)%

KJ/Hr

%

%

%

Turbine Exhaust Temp.

WHRPP'S THERMAL CALCULATIONSInputs for Calculation

Turbine Inlet steam temp.

Turbine Inlet steam flow

Readings taken from steam tables at above inputs

Generator Out Put (For Comparison)

AQC2Main Steam Temperature

ECO.Outlet Temperature

Main steam Flow

PH2(A&B)Main Steam Temperature

Main steam Flow

EGMain Steam Temperature

ECO.Outlet Temperature

Main steam Flow

*here m is main steam flow at turbine inlet

0.823906068

31.65780889

Specific Steam Consumption=1/(h1-h2)*3600 Tons/MWH 3.905042843

10.75532374

(CR/m)*100 82.39060682

Rated power of Turbine=Isentropic Efficiency*P(Max) 8.435400411

Note:Isentropic efficiency of turbine is calculated in the end

105.0642479

Generator Out Put Comparison with Rated Power Of Turbine 133.9592604

Condensate Recovery (Max) =CR= {m-m(1-X)} Tons/Hr 34.60405487

90.62288052

Heat Rate (Max) 11371.60191

Heat Rate (Rated) 14499.04617

4.979016757

Heat rejection Factor Rated=(h2actual-hf)/hfg 0.906228805

Rated Rankine Cycle Efficiency=(h1-h2actual)/(h1-hf) 24.82921951

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 116.4575456

Isentropic Efficiency of Turbine = (h1-h2actual)/(h1-h2s)*100 0.784292991

78.42929906

Cooling Tower's Efficiency= (Tin-Tout/Tin-Twb)*100 needs wet bulb temp!

Boiler Heat Transfer Rate= m*(h1-hf1) AQC2 43178871.3

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 84.73979026

AQC2

EG

PH2(A&B)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 61.5865755

"Prepared By Engr Sibt-e-Hassan"(WHRPP MLCFL Iskanderabad)

˚C

˚C

T/H

MW

˚C

˚C

T/H

˚C

T/H

˚C

˚C

T/H

"X"(Heat Rejection Factor) in condensor = (S-Sf)/(Sg-Sf) X=

Rankine Cycle Efficiency = (h1-h2)/(h1-hf)*100 ή%(Max)= %

SSC(Max)= T/MWH

Maximum Power of Turbine =m(h1-h2)/3600 MW P(Maximum)= MW

P(Rated)= MW

Generator Out Put Comparison with Max.Power Of Turbine %

%

T/Hr

%

Heat rate (Max) = m*(h1-hf)/P(Max) KJ/KWH

Heat Rate(Rated)=m*(h1-hf)/P(Rated) KJ/KWH

SSC Rated (Tons/MWH)= 3600/(h1-h2actual) SSC(Rated) T/MWH

X(Rated)

ή%(Rated) %

Rated Condensate Recovery= [{(m-m(1-Xactual)/m}*100]% %

ή%(Isentropic)%

KJ/Hr

%

%

%

Turbine Exhaust Temp.

WHRPP'S THERMAL CALCULATIONSInputs for Calculation

Turbine Inlet steam temp.

Turbine Inlet steam flow

Generator Out Put (For Comparison)

AQC2Main Steam Temperature

ECO.Outlet Temperature

Main steam Flow

PH2(A&B)Main Steam Temperature

Main steam Flow

EGMain Steam Temperature

ECO.Outlet Temperature

Main steam Flow

*here m is main steam flow at turbine inlet

#DIV/0!

#DIV/0!

Specific Steam Consumption=1/(h1-h2)*3600 Tons/MWH #DIV/0!

#DIV/0!

(CR/m)*100 #DIV/0!

Rated power of Turbine=Isentropic Efficiency*P(Max) #DIV/0!

Note:Isentropic efficiency of turbine is calculated in the end

#DIV/0!

Generator Out Put Comparison with Rated Power Of Turbine #DIV/0!

Condensate Recovery (Max) =CR= {m-m(1-X)} Tons/Hr #DIV/0!

#DIV/0!

Heat Rate (Max) #DIV/0!

Heat Rate (Rated) #DIV/0!

#DIV/0!

Heat rejection Factor Rated=(h2actual-hf)/hfg #DIV/0!

Rated Rankine Cycle Efficiency=(h1-h2actual)/(h1-hf) #DIV/0!

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 0

Isentropic Efficiency of Turbine = (h1-h2actual)/(h1-h2s)*100 #DIV/0!

#DIV/0!

Cooling Tower's Efficiency= (Tin-Tout/Tin-Twb)*100 needs wet bulb temp!

Boiler Heat Transfer Rate= m*(h1-hf1) AQC2 0

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 0

AQC2

EG

PH2(A&B)

"Prepared By Engr Sibt-e-Hassan"(WHRPP MLCFL Iskanderabad)

Boiler's Efficiency=m*(h11-hf1)/Gas Flow(Inlet enthalpy-outlet enthalpy)*100 0