39:58

STEAM TURBINE INTERVIEW QUESTIONS & ANSWER RELATED TO CONDENSER VACUUM PRESSURE & VACUUM BREAKER|

27:44

IMPORTANT STEAM TURBINE INTERVIEW QUESTIONS & ANSWER RELATED TO COASTING DOWN AND SOAKING PERIOD|

41:15

HOW DOES CMC WORK?| HOW DOES LOAD INCREASE AFTER GIVING LOAD RAISE COMMAND IN CMC| BASIC DETAILS|

26:00

BOILER INTERVIEW QUESTIONS & ANSWER| BOILER OPERATION ENGINEERS (BOE) INTERVIEW PREPARATION| PART#2|

24:34

BOILER INTERVIEW QUESTIONS & ANSWER| BOILER OPERATION ENGINEERS (BOE) INTERVIEW PREPRATION| PART#1|

11:53

BOILER WASHING| REASON FOR BOILER WASHING IN THERMAL POWER PLANT| IT'S ADVANTAGES| BASIC DETAILS|

11:37

START UP VENTS| FUNCTIONS OF START UP VENTS| WHY IS IT PROVIDED IN BOILER| WHEN DO WE CLOSE IT|

11:35

WHY BOILER DRUM AIR VENTS TO BE OPENED OR CLOSED AT DRUM PRESSURE 2 KG/ CM2 ? BASIC INFORMATION|

48:36

INTEGRATED SHUT DOWN PROCEDURE OF 500MW THERMAL POWER PLANT| STEP BY STEP OPERATIONAL DETAILS|

55:39

HOT START UP| LIGHT UP PROCEDURE JUST AFTER TRIPPING OF UNIT| STEP BY STEP OPERATIONAL DETAILS|

23:28

CHANGE OVER FROM PRESSURE CONTROL MODE TO LOAD CONTROL MODE| BOILER FOLLOW MODE| TURBINE FOLLOW MODE

45:36

PRESSURE CONTROLLER| LIMIT PRESSURE(LP) MODE & INITIAL PRESSURE (IP) MODE| PRESSURE CONTROL LOOP|

27:17

WORKING OF LOAD CONTROLLER IN EHTC| LOAD CONTROL ACTIVE MODE| LOAD REF, LOAD REF TIME DELAY(PRTD)|

56:47

ELECTRO HYDRAULIC TURBINE CONTROL (EHTC) SYSTEM| SPEED CONTROLLER| SPEED CONTROL LOOP| NR,NRTD,dN/dT

38:24

ACTIVITIES TO BE DONE AFTER SYNCHRONISATION OF UNIT TO FULL LOAD| HOW TO PUT M/C ON CMC| LPH,HPH |

28:34

ACTIVITIES TO BE DONE DURING SYNCHRONISATION OF UNIT| MAIN EXCITATION SYSTEM| PMG| GENERATOR VOLTAGE

18:36

ROLLING OF TURBINE THROUGH ELECTRO HYDRAULIC GOVERNING (EHG)|ROLLING CRITERIA| PART#8| DETAILS|

42:13

ROLLING OF TURBINE THROUGH HYDRAULIC GOVERNING| ACTIVITY TO BE DONE BEFORE ROLLING| PART#7|DETAILS|

29:20

ACTION OF STARTING DEVICE ON SPEEDER GEAR| WHY STARTING DEVICE CALLED LOAD LIMITING DEVICE| DIAGRAM|

27:16

BOILER LIT UP PROCEDURE| PART#6| VACUUM PULLING, GLAND SEAL STEAM CHARGING, HP-LP BYPASS CHARGING|

23:15

BOILER LIT UP PROCEDURE| PART#5| ACTIVITIES TO BE DONE AFTER BOILER LIT UP| CLOSING OF DRUM VENTS|

22:40

BOILER LIT UP PROCEDURE| PART#4| BOILER & TURBINE SIDE CHECKLIST BEFORE TAKING OIL GUN|BASIC DETAILS

22:36

BOILER LIT UP PROCEDURE| PART#3| FROM PURGING TO BOILER LIT UP| APH, IDF, FDF, BCW PUMP, MFT RESET|

36:27

BOILER LIT UP PROCEDURE| PART#2| READINESS OF CONDENSATE WATER AND FEED WATER CYCLE|STEPWISE DETAILS

45:04

BOILER LIT UP PROCEDURE| PART#1|COLD START UP| FROM INITIAL PROCESS TO PUTTING TURBINE ON BARRING|

11:23

WHY TWO CHANNELS ARE PROVIDED IN ONE INDUCED DRAUGHT (ID) FAN?|WHAT IS SOURCE BREAKER & LOAD BREAKER

30:36

VARIABLE FREQUENCY DRIVE(VFD)| DIFFERENCE BETWEEN VFD & CONSTANT SPEED MOTOR DRIVE|HOW DOES IT WORKS

11:15

ADVANTAGES OF VARIABLE FREQUENCY DRIVE (VFD) SYSTEM USED IN THERMAL POWER PLANT| BASIC INFORMATION|

20:59

WHY SCANNER AIR FANS ARE USED IN THERMAL POWER PLANT?|IT'S IMPORTANCE| INTERLOCK| BASIC INFORMATION|

21:45

WHY SEAL AIR FANS ARE USED IN THERMAL POWER PLANT?| IT'S FUNCTION| INTERLOCKS| BASIC INFORMATION|

08:01

LINE DIAGRAM OF LUBE OIL SYSTEM OF INDUCED DRAUGHT (ID) FAN| IT'S COMPONENTS| BASIC DETAILS| PART#2|

15:38

INDUCED DRAUGHT (ID) FAN| IT'S IMPORTANCE IN POWER PLANT| DIFFERENCE BETWEEN ID FAN & FD FAN| PART#1

19:31

INTERLOCKS & PROTECTION OF INDUCED DRAUGHT (ID) FAN| START PERMISSIVE & TRIPPING CONDITION| PART#3|

14:52

HYDRAULIC IMPELLER BLADE ADJUSTMENT SYSTEM| BLADE PITCH CONTROL MECHANISM| EXPLANATION WITH DRAWING|

17:27

PARALLEL OPERATION OF FORCE DRAUGHT (FD) FAN| STALLING PHENOMENON| CHARACTERISTICS CURVE| PART#3|

25:03

INTERLOCKS ( START PERMISSIVE) & TRIPPING CONDITION OF FORCE DRAUGHT ( FD) FAN| FULL DETAILS| PART#2

23:49

FORCE DRAUGHT ( FD) FAN| IT'S IMPORTANCE IN THERMAL POWER PLANT| SECONDARY AIR DUCT LAYOUT| PART#1|

31:53

PARALLEL OPERATION OF PRIMARY AIR (PA) FANS| REASON OF STALLING IN FAN| FAN CHARACTERISTICS|DETAILS

10:27

FORCE DRAUGHT (FD)OR PRIMARY AIR (PA) FAN LUBE OIL LINE DIAGRAM WITH FULL DESCRIPTION| PART#3|

11:52

INTERLOCKS & PROTECTION OF PRIMARY AIR (PA) FAN| START PERMISSIVE| BASIC INFORMATION| PART#4

12:09

INTERNAL COMPONENTS OF PRIMARY AIR (PA) OR FD FAN| IMPELLER| DIFFUSER| BASIC INFORMATION| PART#2|

15:20

PRIMARY AIR (PA) FAN| IT'S FUNCTION IN THERMAL POWER PLANT| HOT & COLD PA HEADER| BASIC INFORMATION|

14:16

PRIMARY AIR(PA) HEADER PRESSURE CONTROL SYSTEM| HOW DOES IT WORK| HOW TO PUT PA FAN ON AUTO| DETAILS

36:49

WHY DO WE CONTROL AIR FLOW IN BOILER| AIR FLOW CONTROL LOGIC WITH DESCRIPTION| TOTAL AIR FLOW|

29:03

CMC PAGE DESCRIPTION IN FULL DETAILS| FGMO| RGMO| UNIT LOAD SP| SLIDING PRESSURE| HOW DOES IT WORK|

29:49

IMPORTANT CONTROL SIGNALS| INCREASE BLOCK / DECREASE BLOCK| RUN UP / RUN DOWN CONDITION| RUN BACK|

23:32

COORDINATED MASTER CONTROL (CMC)| PART#3| DIFFERENCE WITH BOILER FOLLOW MODE| HOW TO PUT M/C ON CMC|

28:12

BOILER FOLLOW MODE WITH TURBINE MASTER ON MANUAL| PART#2| DIFFERENCE WITH TURBINE FOLLOW MODE| CMC|

21:21

TURBINE FOLLOW MODE WITH BOILER MASTER ON MANUAL| CMC| PART#1|BRIEF DISCUSSION WITH LOGICAL DIAGRAM|

14:58

STEAM COILED AIR PREHATER(SCAPH)| EFFECT OF APH LEAKAGE|REASON FOR LOW TEMP OF FLUE GAS AT APH O/L|

26:12

REASONS FOR THE INCREASE IN FLUE GAS TEMPERATURE HIGH AT APH OUTLET OR HIGH STACK TEMP | REMEDIES|

20:50

CHIMNEY| PURPOSE OF CHIMNEY USED IN POWER PLANT| WHY CHIMNEYS ARE KEPT AT GREAT HEIGHT|BASIC DETAILS

24:03

ACID DEW POINT (ADP)| ON WHICH FACTORS ADP DEPEND?| COLD END CORROSION| SO2, SO3, H2SO4, H2SO3|

27:42

WHAT SHOULD BE THE MINIMUM FLUE GAS EXIT TEMP AT STACK?| ON WHICH FACTOR IT DEPENDS?| ACID DEW POINT

15:22

ZIRCONIA OXYGEN ANALYZER| WORKING PRINCIPLE| COMPONENTS & IT'S FUNCTION| HOW DOES IT WORK| BASIC|

20:30

OXYGEN ANALYZER| IT'S FUNCTION| WHY DO WE INSTALL OXYGEN ANALYZER IN THERMAL POWER PLANT|

18:14

WHY DO WE SUPPLY EXCESS AIR FOR COMBUSTION PROCESS OF PULVERIZED COAL IN THERMAL POWER PLANT| BASIC

11:57

WHY DO WE INSTALL OXYGEN ANALYZER IN BETWEEN ECONOMISER OUTLET AND APH INLET TO CONTROL EXCESS AIR?|

19:07

WHY DO WE MAINTAIN THE FURNACE TO WIND BOX DP| LOGICAL DIAGRAM|TANGENTIAL FIRING BOILER| PART-3|

23:51

FUNCTIONS OF SECONDARY AIR DAMPER CONTROL SYSTEM| INTERLOCKS OF AUXILIARY & FUEL AIR DAMPERS|DETAILS