flow diagram.ppt
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Transcript of flow diagram.ppt
Fuel
Electric power
Air intake Flue gases
Air filter
Compressor Combuste
r
Gas turbine
Bypass stack
Generator
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
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
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
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
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
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
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
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
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
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