flow diagram.ppt

13

Transcript of flow diagram.ppt

Page 1: flow diagram.ppt
Page 2: flow diagram.ppt

Fuel

Electric power

Air intake Flue gases

Air filter

Compressor Combuste

r

Gas turbine

Bypass stack

Generator

Page 3: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Main Steam Line

By Pass Stack

By Pass Stack

15.75 KV

10.5 KV

10.5 KV

GEN. TR

GEN. TR

UAT6.6 KV

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

STHPT

LPT

275.5 MW

WHRB#2

WHRB#1

156.07 MW

Gas / NapthaGAIL (HBJ Pipeline)

Main Stack

Main Stack

DM Water

Condenser

Page 4: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Main Steam Line

By Pass Stack

By Pass Stack

10.5 KV

GEN. TR

GEN. TR

UAT6.6 KV

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

STHPT

LPT

275.5 MW

WHRB#2

WHRB#1

156.07 MW

Gas / NapthaGAIL (HBJ Pipeline)

15.75 KV

10.5 KV

Main Stack

Main Stack

DM Water

Condenser

Page 5: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Main Stack

Main Stack

Main Steam Line

By Pass Stack

By Pass Stack

10.5 KV

Gas / NapthaGAIL (HBJ Pipeline) DM Water

GEN. TR

GEN. TR

UAT6.6 KV

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

STHPT

LPT

275.5 MW

WHRB#2

WHRB#1

156.07 MW

15.75 KV

10.5 KV

Condenser

Page 6: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Main Steam Line

By Pass Stack

By Pass Stack

10.5 KV

Gas / NapthaGAIL (HBJ Pipeline)

GEN. TR

GEN. TR

UAT6.6 KV

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

STHPT

LPT

275.5 MW

WHRB#2

WHRB#1

156.07 MW

15.75 KV

10.5 KV

Main Stack

Main Stack

DM Water

Condenser

Page 7: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Main Steam Line

By Pass Stack

By Pass Stack

Flue Gas

10.5 KV

Gas / NapthaGAIL (HBJ Pipeline)

GEN. TR

GEN. TR

UAT6.6 KV

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

555 °C200 MMWC

STHPT

LPT

275.5 MW

WHRB#2

WHRB#1

Flue Gas555 °C200 MMWC

156.07 MW

15.75 KV

10.5 KV

Main Stack

Main Stack

DM Water

Condenser

Page 8: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Main Steam Line

By Pass Stack

By Pass Stack

10.5 KV

Gas / NapthaGAIL (HBJ Pipeline)

GEN. TR

GEN. TR

UAT6.6 KV

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

STHPT

LPT

432 MW

WHRB#2

WHRB#1

156.07 MW

15.75 KV

10.5 KV

Main Stack

Main Stack

DM Water

Condenser

Page 9: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Main Steam Line

By Pass Stack

By Pass Stack

10.5 KV

Gas / NapthaGAIL (HBJ Pipeline)

GEN. TR

GEN. TR

UAT6.6 KV

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

STHPT

LPT

432 MW

WHRB#2

WHRB#1

156.07 MW

15.75 KV

10.5 KV

Main Stack

Main Stack

DM Water

Condenser

Page 10: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Flue Gas

Main Steam Line

By Pass Stack

By Pass Stack

10.5 KV

Gas / NapthaGAIL (HBJ Pipeline)

GEN. TR

GEN. TR

UAT6.6 KV

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

115 °C

Flue Gas115 °C

STHPT

LPT

432 MW

WHRB#2

WHRB#1

156.07 MW

15.75 KV

10.5 KV

Main Stack

Main Stack

DM Water

Condenser

Page 11: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Flue Gas

83.11 KSC

Main Steam Line

By Pass Stack

By Pass Stack

73.7 KSC520 Deg C

10.5 KV

Gas / NapthaGAIL (HBJ Pipeline)

GEN. TR

GEN. TR

UAT6.6 KV

83.11 KSC

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

115 °C

Flue Gas115 °C

STHPT

LPT

432 MW

WHRB#2

WHRB#1

156.07 MW

15.75 KV

10.5 KV

Main Stack

Main Stack

DM Water

Condenser

Page 12: flow diagram.ppt

GT#1

GT#2

220 KV

220 KV

Flue Gas

83.11 KSC

Main Steam Line

By Pass Stack

By Pass Stack

73.7 KSC520 Deg C

10.5 KV

Gas / NapthaGAIL (HBJ Pipeline)

GEN. TR

GEN. TR

UAT6.6 KV

83.11 KSC

AIR intake

AIR intakeUAT

6.6 KV

137.758 MW

137.758 MW

115 °C

Flue Gas115 °C

STHPT

LPT

LP steam

432 MW

WHRB#2

WHRB#1

156.07 MW

15.75 KV

10.5 KV

Main Stack

Main Stack

DM Water

Condenser

Page 13: flow diagram.ppt