BU-05-VD-305-MA-DSH-3301-002,01

Gas Sweetening, Sulphur Recovery, C2 Recovery, Fractionation and Inter Connection Pipeline Between Plants Project

P.O. No.: 05-POR-MA-305-119

BUSHEHR PETROCHEMICAL COMPANY

Document Title: Main steam turbine datasheet Rev.: 01

Document No.: BU-05-VD-305-MA-DSH-3301-002 Page 1 of 12

Main Steam Turbine datasheet for 05-330-PKU-1

EQUIPMENT NAME: DRIVE PROPANE COMPRESSOR STEAMTURBINE

Code1 (Approved ) No comment and the document is released for Manufacturing

Code2 (Approved with comments) Vendor shall correct, revise and resubmit the document The document is released for manufacturing

Code3 (Commented) : Vendor shall correct / revise & resubmit document

Code4 Not Acceptable Quality (Rejected) Date: Dept: Signature:

HuangC HuangHA WuT Issued For Approval 2014-9-3001

HuangC HuangHA WuT Issued For Review 2014-4-200

AUTD APPD CHCD PRED Purpose of Issue StatusDate Rev.

Abusalehi-AText BoxGeneral Comments:

(1) All changes/modification with respect to previous revision should have revision mark (highlight) and SBW is responsible for any change/modification without revision mark.(2) Please manage to keep up to date, Condenser datasheet & Utility consumption list based on this datasheet.

Please see more comments on other pages...

Saki-MAccepted

Saki-MText Box20 Oct 2014MAM.S.CODE 2

duanweinaMain Steam turbine datasheet for 05-330-PKU-1

Gas Sweetening, Sulphur Recovery, C2 Recovery, Fractionation and Inter Connection Pipeline Between Plants Project

P.O. No.: 05-POR-MA-305-119

BUSHEHR PETROCHEMICAL COMPANY

Document Title: Main steam turbine datasheet Rev.: 01

Document No.: BU-05-VD-305-MA-DSH-3301-002 Page 2 of 12

Revision Index

Rev. 00 01 02 03 04 05 06 07 Rev. 00 01 02 03 04 05 06 07 Sheet Sheet

1 X X 2 X X 3 X X 4 X X 5 X X 6 X X 7 X X 8 X X 9 X X

10 X X 11 X X 12 X X 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

CLIENT :PROJECT TITLE :

HANGZHOU STEAM TURBINE CO., LTD REQUISITION NO. : REV. :

1 PROPOSAL PURCHASE AS BUILT2 FOR SBW / BUSHER PETROCHEMICAL COMPANY UNIT

3 SITE BANDAR ASSALUYEH-IRAN SERIAL NUMBER

4 SERVICE PROPANE COMPRESSOR DRIVER NUMBER REQUIRED 1(ONE)

5 MANUFACTURER HANGZHOU STEAM TURBINE CO., LTD MODEL NK50/63 DRIVEN EQUIPMENT ITEM NO.

6 DRIVEN EQUIPMENT TYPE: COMPRESSOR GENERATOR OTHER7 NOTE: INFORMATION TO BE COMPLETED BY: PURCHASER MANUFACTURER PURCHASER OR MANUFACTURER8

9 OPERATING POINTS

10 AS APPLICABLE

11

12

13 COMP. NORMAL

14

14

16 TURBINE RATED

14

14

17 STEAM RATE, kg/kWh (3.45): RATED INDUCTION CONTROLLED UNCONTROLLED18 POTENTIAL MAXIMUM POWER (3.30) EXTRACTION CONTROLLED UNCONTROLLED19

20 INLET EXHAUST EXTRATION EXTRACTION EXTRACTION21 INDUCTION INDUCTION INDUCTION

22

23

24

25

26

27

28

29

30

31

32 LOCATION: (6.1.17) ELECTRICAL:

33 INDOOR HEATED UNDER ROOF OUTDOOR34 UNHEATED PARTIAL SIDES GRADE MEZZANINE VOLTS35 OTHER: PHASE

36 WINTERIZATION REQUIRED TROPICALIZATION REQUIRED HERTZ37 LOW TEMPERATURE CORROSIVE AGENTS kW AVAILABLE38 ELECTRICAL AREA CLASSIFICATION: (6.1.16) COOLING WATER:

39 CLASS GROUP DIVISION INLET TEMPERATURE (0C): MAX. RETURN (0C):

40 ZONE GROUP TEMP. RATING PRESSURE NORMAL (BAR): DESIGN (BarG/):41 SITE DATA: MINIMUM RETURN PRESSURE (BARG):

42 ELEVATION (m) BAROM. PRESS. (Bar) MAXIMUM ALLOWABLE PRESSURE DROP (BAR):43 WINTER TEMP. (0C) SUMMER TEMP. (0C) WATER SOURCE

44 REL. HUMIDITY (%) DESING WET BULB (0C) VELOCITY (m/s): MIN MAX

45 UNUSUAL CONDITIONS: DUST FUMES CLEANLINESS COEFFICIENT : 46 OTHER: UTILITY CONSUMPTION:

47 UTILITY CONDITIONS: (6.1.18) COOLING WATER (m3/h): INST. AIR (m3/h):

48 AUXILIARY STEAM: AUX. STEAM (kg/h): NORMAL MAXIMUM

49 INITIAL PRESSURE (BARa) AUX. DRIVERS (kW): ELECTRIC STEAM

50 INITIAL TEMPERATURE (0C) (TT) HEATER(S) (kW): OTHER

51 EXHAUST PRESSURE (BARG)

52 INSTRUMENT AIR ((BARa)

53 INSTRUMENT AIR DEW POINT (0C):

54 REMARKS:

55

NORMAL

MAXIMUM

NORMAL

330

80%

05-330-C-1

T3

5

SPECIAL-PURPOSE STEAM TURBINEDATA SHEET

SI UNITS

Mechanical Data Sheet for Condensing SteamTurbine(05-330-C-1-T)

STEAM CONDITIONS

DOC TYPEUNIT

MINIMUM

MAXIMUM

1

ITEM CODE

C-1-T

32.2

2

SITE AND UTILITY DATA

50

DC1

50

INSTRUMENT/ CONTROL

JOB NO.

ALARM /SHUTDOWN

SR. NO.

002330

PRESSUREBARA

TEMP.0C (TT)

FLOWT/h

PRESSUREBARG

DSH

PAGE

3 OF 12

ENTHALPYkJ/kg

Busher Petrochemical Company

TEMP.0C (TT)

PRESSUREBARA

TEMP.0C (TT)

Thunder, and Lightning

IIB

MINIMUM

74~76

7.5

MAX NORM

270

4

MIN

147

PRESSUREBARA

TEMP.0C (TT)

33

400

43

24

APPLICABLE TO:

PERFORMANCE

SHAFT INLET INDUCTION / EXTRACTION EXHAUST

FLOWT/H

POWERkW

SPEEDRPM

60.98

67.36

41

41

0.99~1.1

48

2.5

400

COOLING TOWERS

CL-:

35

50ppm

8.5 / 85

45

3

5.5

DRIVERS HEATING

4.56

-40

8.5

160

8

2

110

410

430

75.46

0.126

39 0.11

0.11

4.39

FLOWT/H

Turbine Rated

67.36COMP. rated

75.46

NORMAL 60.98

NOR

2405.3

0.11 47.7 2403.1

0.116

47.7

48.8

410

410

4.47

75.46 41 410

41

16869 3980

13896

15335

3891

3980

67.36

60.98

12250 3844 55.11 41 410 2420.9

2421.30.126

0.11

50.4

COMP. rated

COMP. CDR40% TD

Saki-MRectangle

Abusalehi-ACallout(3) Based on MOM; 05-301 & 05-301-MOM-BUEI-SB-0001 dated 16 June 2014 item 24.1, relevant comment has been ignored so please keep previous figures.

Saki-MText Box(4) + Sandstorm

CLIENT :PROJECT TITLE :REQUISITION NO. : REV. :

1 APPLICABLE SPECIFICATIONS: NOISE SPECIFICATIONS:

2 ISO 10437 (API 612), SPECIAL PURPOSE STEAM TURBINES APPLICABLE TO MACHINE:

3 OTHER SEE SPECIFICATION:

4 APPLICABLE TO NEIGHBORHOOD:

5 VENDOR HAVING UNIT RESPONSIBILITY (3.48): SEE SPECIFICATION:

6 ACCOUSTICAL TREATMENT YES NO7 GOVERNING SPECIFICATION, IF DIFFERENT: TYPE

8

9

10 TURBINE TYPE BACKPRESSURE CONDENSING INDUCTION EXTRACTION OTHER11 SPEEDS: TORSIONAL CRITICAL SPEEDS (9.5):

12 MAXIMUM CONTINUOUS (rpm) TRIP (rpm) FIRST CRITICAL (rpm)

13 MAXIMUM ALLOWABLE (rpm) SECOND CRITICAL (rpm)

14 LATERAL CRITICAL SPEEDS (DAMPED) (9.2) (AS PER API 612) THIRD CRITICAL (rpm)

15 FIRST CRITICAL rpm MODE FOURTH CRITICAL (rpm)

16 SECOND CRITICAL rpm MODE LATERAL ANALYSIS REPORT REQUIRED

17 THIRD CRITICAL rpm MODE INDIVIDUAL BODY TRAIN18 FOURTH CRITICAL rpm MODE UNDAMPED STIFFNESS MAP REQUIRED (9.2.3.b)

19 VIBRATION (microns) (PEAK TO PEAK) TRAIN TORSIONAL ANALYSIS REPORT REQUIRED (9.5.1)

20 TRAIN TORSIONAL ANALYSIS PERFORMED BY

21 CASINGS, NOZZLES AND DIAPHRAGMS

22 MAWP (3.17) (7.1.3) HYDROTEST PRESSURE (16.3.2)

23 INLET SECTION (BARG) EXH. SECTION (BARG) HP CASING (BARG) MID CASING (BARG)

24 INDUCTION / EXTRACTION SECTION (BARG) EXHAUST CASING (BARG) OTHER (BARG)

25 OTHER (BARG) WELDED NOZZLE RING (7.3.1) NOZZLE RING % ADM

26 MAXIMUM ALLOWABLE TEMPERATURE (3.16) (3.21) DIAPHRAGM BLADE ATTACH: INTEGRALLY CAST27 INLET SECTION (0C) EXHAUST SECTION (0C) WELDED OTHER28 INDUCTION / EXTRACTION SECTION (0C)

29 MINIMUM DESIGN METAL TEMPERATURE (11.1.15) (0C) DIAPHRAGM AXIAL LOCATION: INDIVIDUALLY STACKED30 RELIEF VALVE SETTING INLET (BARG)

31 EXTRACTION (BAR) OTHER (BARG)

32 CASING CONNECTIONS

33

34 SIZE FACING POSITION FLANGED MATING MAX MINIMUM35 OR STUDDED FLANGE & GASKET STEAM FLOW STEAM FLOW

36 (7.2.3) BY VENDOR (kg/h) (kg/h)

37 INLET

38 EXHAUST

41

42 AUXILIARY SCREWED PIPE CONNECTION: TAPERED STRAIGHT MAIN CASING JOINT STUDS / NUTS DESIGNED FOR HYDRO TENSIONING (7.1.15.f)43 ALLOWABLE FORCES AND MOMENTS (2 times NEMA SM-23) note2 ROTATION: (VIEWED FROM INLET END)

44 CW CCW45

46

47 PARALLEL

48 TO SHAFT VIEW STEAM

49 VERTICAL

50 HORIZONTAL 900

51

52

53

54

55

note1:( M)=mechnical trip speed

note2: already provided and integrated by compressor vendor

BU-01_05-D-000-MA-SPF-102

General specification -"Special Purpose Steam Turbine"

05-330-C-1 PROPANE COMPRESSOR VENDOR


SI UNITS


PAGE

MOMENTFORCE MOMENT

COMPRESSOR VENDORS

FLANGED

FLANGED Y

68.25

ITEM CODE

DSH C-1-T 002 4 OF 12

IPS-G-SF-900

0


JOB NO.

25

EXHAUST EXTRACTION / INDUCTION

2

UNIT

0

DOC TYPE

45.5 0.7&FV

4597(M)note1

~3000

Y

430 120

1*10" RTJ/1500LB DOWN

CONSTRUCTIONAL FEATURES

SR. NO.

330

1

4179

2200*1106MM DOWN

CONNECTION

FORCEMOMENT

5

FORCE

Nm N Nm N NmN

INLET



1 MATERIAL - CASING AND APPURTENANCES:

2 HIGH PRESSURE CASING DIAPHRAGM / BLADE CARRIERS

3 MID PRESSURE CASING DIAPHRAGM NOZZLES

4 EXHAUST CASING OTHER

5 STEAM CHEST Bearing Housing:

6 NOZZLE RING

7 STEAM CONTAMINANTS (11.1.6)

8 STEAM PATH COMPONENTS < HRC 22 (11.1.9)

9

10 ROTATING ELEMENTS (8)

11 SHAFT TYPE:

12 INTEGRAL WHEELS BUILT-UP (8.1.2) COMBINATION SHAFT ENDS: DIAMETER @ COUPLING (mm)13 DOUBLE EXTENDED STRAIGHT TAPER (mm/m)14 NUMBER OF STAGES BEARING SPAN (mm) KEYED SINGLE DOUBLE15 SHAFT MATERIAL HYDRAULIC FIT INTEGRAL FLANGE16 BLADES (BUCKETS): MAXIMUM TIP SPEED (m/s) FIELD BALANCING PROVISIONS REQUIRED (8.1.4)17 FINAL STAGE BLADE LENGTH (mm) MAX (mm) DESCRIPTION OF FIELD BALANCING PROVISIONS:18 REMARKS:

19 REMARKS:

20

21

22

23 WHEEL MATERIAL

24 BLADE MATERIAL

25 BLADE ROOT TYPE

26 CLOSURE PIECE TYPE

27 TIE WIRE MATERIAL

28 SHROUD MATERIAL

29 SHROUD ATTACH.

30 PITCH DIAMETER (mm)

31 BLADE HEIGHT (mm)

32 BLADE TYPE

33

34

35 SHAFT SEALS (10.5)

36

37 MAXIMUM SEAL PRESSURE (BARG) CASING END SEALS (10.5.1):

38 STEAM LEAKAGE (kg/h) TYPE: LABYRINTH OTHER39 AIR LEAKAGE (m3/h)(STD. COND.) MATERIAL: 1Cr18Ni9Ti(321)

40 SHAFT DIAMETER @ SEAL (mm)

41 STATIONARY LABYRINTH TYPE

42 ROTATING LABYRINTH TYPE INTERSTAGE SEALS (10.5.2):

43 MATERIAL TYPE: LABYRINTH44 OTHER45 MATERIAL: 1Cr18Ni9Ti(321)

46

47

48 REMARKS: note1:-77.6 means there is no steam leakage ,77.6 means seal steam consumption

49

50

51

52

53

54

55

Comparison sheet of turbine materials between HTC code and others have been

already supplied

Sealing strip

STAGE 1

REACTION

25

Foulenss-0.00020m2*W

1Cr18Ni9Ti(321)

1.08

1Cr18Ni9Ti(321)

Flute

INLET

JOB NO.

Gr D

28CrMoNiV49

UNIT

GS-C25

Busher Petrochemical Company0

STAGE

50

5 OF 12

11.5

1.08

-77.6 note1

EXHAUST

DOC TYPE

330

REACTION

STAGE 25STAGE 2~24 STAGESTAGE

N.AX22CrMoV12 1

C-1-T

INTEGRAL

T

N.A

DSH

STAGE

28CrMoNiV49

FORK

X20Cr13

X20Cr13


SI UNITS


0

INTEGRAL

X22CrMoV12 1

IMPULSE

Sealing strip

GS-22Mo4

GS-22Mo4

X22CrMoV12 1

002

GS-C25&GS-22Mo4

PAGEITEM CODE SR. NO.

1

X22CrMoV12 1

28CrMoNiV49

X22CrMoV12 1/X20Cr13

28CrMoNiV49

2735

Sealing strip

FORK

N.A



1 BEARING AND BEARING HOUSINGS

2 RADIAL (10.1) THUST (10.2)

3 TYPE * NOTE 1

4 MANUFACTURER TYPE

5 LENGTH (mm) MANUFACTURER

6 SHAFT DIAMETER (mm) UNIT LOADING MAX. (N)

7 UNIT LOAD (ACT / ALLOW) (N) UNIT LOADING ULTIMATE (N)

8 BASE MATERIAL NUMBER OF PADS

9 BABBIT THICKNESS (mm) AREA (mm2)

10 NUMBER OF PADS PIVOT: CENTER/OFFSET (%)

11 LOAD: BETWEEN / ON PAD PAD BASE MATERIAL

12 PIVOT: CENTER / OFFSET (%)

13 LUBRICATION: FLOODED DIRECTED14 THRUST COLLOR: INTEGRAL REPLACEABLE15 BEARING TEMPERATURE DEVICES: VIBRATION DETECTORS:

16 THERMOCOUPLES TYPE TYPE MODEL17 SELECTION SWITCH AND INDICATOR BY: PURCHASEER MANUFACTURER MANUFACTURER18 RESISTANCE TEMPERATURE DETECTORS NUMBER AT EACH SHAFT BEARING TOTAL NUMBER

18 RESISTANCE MATERIAL (Ohm) MONITOR SUPPLIED BY20 SELECTION SWITCH AND INDICATOR BY: PURCHASEER MANUFACTURER LOCATION ENCLOSURE21 LOCATION - JOURNAL BEARING MANUFACTURER MODEL22 TOTAL LOCATION SCALE RANGE ALARM SET @ (microns)23 SCALE RANGE ALARM SET @ (0C) SHUT DOWN SET @ (microns) DELAY (s)24 SHUTDOWN SET @ (0C) DELAY (s) AXIAL POSITION DETECTORS:

25 LOCATION - THRUST BEARING TYPE MODEL26 ACTIVE SIDE MANUFACTURER NUMBER REQUIRED27 TOTAL LOCATION MONITOR SUPPLIED BY

28 INACTIVE SIDE LOCATION ENCLOSURE29 TOTAL LOCATION MANUFACTURER MODEL30 SCALE RANGE ALARM SET @ (0C) SCALE RANGE ALARM SET @ (microns)31 SHUTDOWN SET @ (0C) DELAY (s) SHUT DOWN SET @ (microns) DELAY (s)32 MONITOR SUPPLIED BY: COMP. VENDOR PROVISION FOR ACCELEROMETER MOUNTED ON BEARING HOUSINGS

33 LOCATION ENCLOSURE KEYPHASOR: STEAM TURBINE GEAR DRIVEN EQUIPMENT34 MANUFACTURER MODEL REMARKS:35

36

37 * NOTE 1: THE TURBING IS PRIOR TO APPLY THE TITLING PAD RADIAL

38 BEARING, BUT IF THE TITLING PAD BEARING CAN NOT PASS THE VIBRATION ANALYSIS, THE ELLIPTICAL BEARING WILL BE APPLIED.

39 LUBRICATION AND CONTROL OIL SYSTEM (15.5)

40 REFERENCE SPECIFICATIONS: OIL REQUIREMENTS:

41 FURNISHED BY TURBINE MANUFACTURER OTHERS / SBW NORMAL FLOW (m3/h)42 SEPARATE FOR TURBINE ONLY TRANSIENT FLOW (m3/h)43 COMMON WITH DRIVEN EQUIPMENT (15.5.2)(15.5.5): PRESSURE (BAR)44 TEMPERATURE (0C)

45 TURBINE MANUFACTURER TO SUPPLY: TOTAL HEAT REJECTED (kW)

46 CONTROL OIL ACCUMULATOR OIL TYPE (HC / SYNTHETIC)47 STAINLESS STEEL OIL SUPPLY HEADING PIPING VISCOSITY (cP @37.80C)48 OIL DRAIN HEADER PIPING FILTRATION (microns)49 STAINLESS STEEL CARBON STEEL50 SIGHT FLOW INDICATORS51 CONTROL OIL FILTERS SINGLE DUAL compressor vender 52 to supply

53

54

55

75

3300

INACTIVETILTING PAD TYPE

20


3 BENTLEY NEVADA

45

CCR

BENTLY NEVADA

NON-CONTACTING

3500

10

LUBE OIL

~12

~30

45

0.85

ISO VG46

0.25

800

INLET

20

Later

Kingsbury

EXHAUST

6 OF 12C-1-T

JOB NO. UNIT

0

DOC TYPESPECIAL-PURPOSE STEAM TURBINE

DATA SHEETSI UNITS

330 DSH

0


ITEM CODE SR. NO. PAGE

002

TILTING PAD TYPE

Kingsbury

TILTING PAD TYPEKingsbury

Later

NON-CONTACTING

1

Later

TILTING PAD TYPE

200

ACTIVE

Later

20

Later

6

Later

Later

6

3500

50

10

3300

Bearing Metal

BU-01_05-D-000-MA-SPF-101

2

CR

Kingsbury

5

250

20

5

105

Later

B.N

105

Later

560

RTD

Pt 100

BENTLEY NEVADA

2

SBW

4

Bearing Metal

0~200

2 per bearing Bearing Metal

SBW

115

3500

115

CCR

ISO VG46

CTRL OIL

~17

BENTLY NEVADA

2

0~200

Saki-MRectangle

Mottaghi-MCallout(4) Each RTD shall be dual Element Type.Please mention "Dual Element RTD"



1

2 COUPLINGS AND GUARDS (15.1) SEE COMPRESSOR DATA SHEET

3 NOTE: SEE ROTATING ELEMENTS - SHAFT ENDS

4 SEE ATTACHED ISO 10441 DATA SHEET

5 COUPLING FURNISHED BY

6 MANUFACTURER TYPE MODEL

7 COUPLING GUARD FURNISHED BY

8 TYPE FULLY ENCLOSED SEMI OPEN OTHER9 COUPLING DETAILS VENDOR MOUNT HALF COUPLING (15.1.8)

10 MAXIMUM OUTER DIAMETER (mm) MASS SIMULATOR (15.1.6) IDLING ADAPTER REQUIRED (15.1.7)11 HUB MASS (kg) LUBRICATION REQUIREMENTS

12 SPACER LENGTH (mm) GREASE CONT. OIL LUBE NONE13 SPACER MASS (kg) QUANTITY PER HUB

14

15 MOUNTING PLATES (15.3)

16 BASEPLATES FURNISHED BY: SOLEPLATES FURNISHED BY:

17 UNDER TURBINE ONLY THICKNESS (mm)

18 OPEN NON-SKID DECKING (15.3.2.8) DRIP RIM SUBPLATES REQUIRED (15.3.2.7)19 LEVELING PADS (15.3.2.3) HOLD-DOWN BOLTS FURNISHED BY:

20 SINGLE SECTION MULTI SECTION EPOXY PRIMER VENDOR (15.3.1.7)21 COLUMN MOUNTING (15.3.2.2) SUBPLATES REQUIRED (15.3.2.7)22 LEVELING (CHOCK) BLOCKS REQUIRED SUPPLIED BY ANCHOR BOLTS FURNISHED BY (15.3.1.9):

23 GEAR UNIT (15.2)

24 FURNISHED BY: REFERENCE API 613 OTHER25 SEE ATTACHED GEAR DATA SHEETS

26 CONTROL AND INSTRUMENTATION (12)

27 INSTRUMENTS AND CONTROL PANELS SHALL BE API 614, PAGES

28 IN ACCORDANCE WITH THE FOLLOWING API 670, PAGES

29 ATTACHED DATA SHEETS: PURCHASER'S DATA SHEETS

30

31 PROTECTIVE DEVICES

32

33

34

35 MOUNTING LOCATION

36 SET RELIEF PRESSURE (BarG)

37 CAPACITY, STEAM (kg/h)

38 VALVE MANUFACTURER

39 VALVE TYPE

40 VALVE SIZE / RATING

41 FLANGE FACING (FF, RF)

42 FURNISHED BY

43 QUANTITY

44

45 REMARKS:

46

47

48

49

50

51

52

53

54

55

00 1

002

PAGE

ACCESSORIES


DOC TYPE

330 DSH 7 OF 12

ITEM CODE SR. NO.

C-1-T

JOB NO. UNIT

SBW


SI UNITS

NON-RETURN VALVE(S)(12.3.1.4)


THERMAL RELIEF VALVES(S)

(15.4.4)

Exhaust Piping

0.07

EXHAUST RELIEF VALVE(7.1.3) (15.4.1) (15.4.2)

EXTRACT. / INDUCT. RELIEF VALVE

(7.1.3) (15.4.1) (15.4.2)

VACUUM BREAKER(12.3.1.3)

condenser cooling water return line

100%

HTC

Water sealing spring type

150LB

RF

SBW

HTC

SBW

2

SBW

Flexible Diaphfragm later

SBW

SBW

Min. 457

RF

HTCHTC

2



1 TRIP TRIP & THROTTLE VALVES (12.3.4.1) DUPLICATE TRIP/TRIP AND THROTTLE VALVES REQUIRED (12.3.4.2)2 LOCATION: MAIN INLET INDUCTION STRAINER: OPENING SIZE (mm/MESH)3 PROVIDED BY: VENDOR PURCHASER MATERIAL4 MANUFACTURER MODEL TEMPORARY START-UP STRAINER (MESH)

5 SIZE RATING FACING MATERIAL

6 SIZE RATING FACING STEM MATER HARDNESS (HRC)

7 SIZE RATING FACING SEAT MATERIAL HARDNESS (HRC)

8 CONSTRUCTION FEATURES: PACKING MATERIAL LEAK OFF (kg/h)

9 RESET: MANUAL HYDRAULIC SPRING SUPPORT OF VALVE REQUIRED10 TRIP: LOCAL (MANUAL) REMOTE BY VENDOR BY PURCHASER11 EXERCISER: LOCAL (MANUAL) REMOTE12 FULLY OIL OPERATED13 GOVERNOR - CONTROLLED VALVE(S):

14 LOCATION:

15

16 TRIP POSITION (OPEN/CLOSED)

17 NUMBER OF VALVES

18 CONNECTION SIZE

19 RATING

20 FACING (RT, RTJ, OTHER)

21 ACTION (CAM, BAR, OTHER)

22 STEM MATERIAL

23 STEM MATERIAL HARDNESS, HRC

24 SEAT MATERIAL

25 SEAT MATERIAL HARDNESS, HRC

26 PACKING MATERIAL

27 PACKING LEAKOFF, kg/h)

28

29

30

31

32 TURNING GEAR (15.8) MISCELLANEOUS

33 TURNING GEAR REQUIRED (15.8.1) START-UP ASSISTANCE (DAYS)

34 FURNISHED BY VENDOR'S REVIEW & COMMENTS ON PURCHASER'S

35 TYPE (15.8.5) SPEED (rpm) PIPING AND FOUNDATION DRAWINGS (6.1.9)

36 ENGAGEMENT (15.8.2) (15.8.3) (15.8.4): AUTO MANUAL VENDOR WITNESS INITIAL ALIGNMENT (6.1.9)37 MANUFACTURER MODEL "Y" TYPE STRAINER

38 MOUNTED BY WATER WASHING CONNECTIONS

39 DRIVER: REFERENCE SPECIFICATION STATIC CONDUCTING BRUSHES

40 DRIVEN BY: ELECTRIC MOTOR STEAM TURBINE SHUTDOWN ACTIVITIES EXHAUST VACUUM BREAKER (12.3.1.3)41 (15.8.5) HYD. / PNEUM. MOTOR OTHER:42 OPERATOR STATION (15.8.7) LOCAL REMOTE43 INSULATION AND JACKETING (15.7) SPECIAL TOOLS (15.9)

44 BLANKET OTHER COUPLING RING AND PLUG GAUGE BY COMP. VENDOR45 JACKETING HYDRAULIC MOUNTING / REMOVAL KIT BY COMP. VENDOR

46 CARBON STEEL STAINLESS STEEL OTHER47 EXTENT SPREADER BEAM(S) (15.9.3)

48 ON LOAN 49 PURCHASE50

51

52

53

54

55

21Cr12MoV(X22CrMoV121)

INDUCTION

HTC

330 002 8 OF 12

DOC TYPE ITEM CODE SR. NO. PAGE

00 1


C-1-TDSH

INDUCTIONEXTRACTION

HYDRAULIC

Graphite

BAR

21Cr12MoV

21CrMoV

NOTES

CLOSED

MAIN INLET

INDUCTIONEXTRACTION

LANTHANIDE MATERIAL COAT

4 OR 5

Other

Later

25person-day

Turbine Washing Facilities

1*10"


HTC HYDRAULIC

RF

JOB NO. UNIT

1Cr18Ni9Ti(361)

INLET INDCUT.

21CrMoV(21CrMoV5 7)

HTC

HTC


SI UNITS

1500LB

1.5



1 GOVERNOR (12.2)

2 TYPE DIGITAL PROCESSOR BASED MANUFACTURER MODEL3 OTHER SUPPLIED BY4 SIMPLEX MULTI-CPU5 STEAM TURBINE TYPE

6 SINGLE VALVE SINGLE STAGE DOUBLE AUTOMATIC EXTRACTION

5 SINGLE VALVE MULTI STAGE SINGLE AUTOMATIC EXTRACTION/INDUCTION

8 MULTI VALVE MULTI STAGE DOUBLE AUTOMATIC EXTRACTION/INDUCTION

9 SINGLE AUTO EXTRACTION OTHER

10 DRIVEN EQUIPMENT TYPE

11 CENTRIFUGAL COMPRESSOR SYNCHROUS GENERATOR

12 AXIAL COMPRESSOR INDUCTION GENERATOR

13 CENTRIFUGAL PUMP OTHER

14 SERVICE REQUIREMENTS

15 MECHANICAL DRIVE GENERATOR DRIVE

16 SPEED CONTROL BY: DROOP CONTROL

17 PROCESS VARIABLE PRESSURE FLOW FREQUENCY CONTROL18 EXTRACTION PRESSURE FLOW LOAD CONTROL19 INDUCTION PRESSURE FLOW kW CONTROL20 TURBINE INLET PRESSURE FLOW kW IMPORT/EXPORT CONTROL21 TURBINE EXHAUST PRESSURE FLOW LOAD SHEDDING22 OTHER AUTOMATIC SYNCHRONIZATION

23 AUTOMATIC VOLTAGE REGULATION

24 TURBINE INLET PRESSURE LIMITING

25 INLET PRESSURE LIMITER

26 INPUT / OUTPUT REQUIREMENTS

27 DISCRETE INPUTS DISCRETE OUTPUTS

28 START OR RESET COMMON SHUTDOWN

29 NORMAL STOP COMMON ALARM

30 EMERGENCY TRIP OVERSPEED TRIP (rpm)

31 RAISE SPEED REMOTE SPEED SET POINT ENABLED

32 LOWER SPEED PRESSURE CONTROL ENABLED

33 ENABLE/DISABLE REMOTE SPEED SET POINT FLOW CONTROL ENABLED

34 RAMP TO MINIMUM CONTINUOUS EXTRACTION CONTROL ENABLED

35 OVERSPEED TEST ENABLE INDUCTION CONTROL ENABLED

36 ENABLE PRESSURE CONTROL SPEED PICKUP ALARM

37 ENABLE EXTRACTION CONTROL OTHER

38 REMOTE ALARM CLEAR / ACKNOWLEDGE

39 ENABLE AUTO SYNCHRONIZE

40 CASCADE RAISE / LOWER ANALOG OUTPUTS (4 mA TO 20 mA)

41 OTHER SPEED

42 ANALOG INPUTS (4 mA TO 20 mA) SPEED SET POINT

43 REMOTE SET POINT REMOTE SPEED SET POINT

44 PROCESS PRESSURE EXTRACTION PRESSURE

45 EXTRACTION PRESSURE FLOW EXTRACTION PRESSURE SET POINT46 kW IND. LOAD PRESSURE FLOW ACTUATOR POSITION47 kW IMPORT/EXPORT PROCESS PRESSURE

48 OTHER Inlet steam pressure kW

49 kW IMPORT/EXPORT

50

51

52

53

54

55

JOB NO. UNIT DOC TYPE SR. NO. PAGEITEM CODE



SI UNITS

002330 DSH C-1-T

00 1

9 OF 12

Note: This signal will be supplied by SBW

WOODWARD 505E

HTC

4513

Ready to start




1 GOVERNOR INSTALLATION REQUIREMENTS

2 LOCATION LOCAL (AT TURBINE) MOUNTING FLUSH MOUNT IN PANEL SURFACE MOUNT3 REMOTE (CONTROL ROOM) VERTICAL RACK4 OTHER POWER SOURCE5 AREA CLASSIFICATION: Not Classified 400 V (A.C.) 6 CLASS GROUP DIVISION 110 V (A.C.) 7 ZONE GROUP TEMP. RATING 125 V (D.C.) 8 ENCLOSURE IP 65 24 V (D.C.) 9 NEMA 4

10 NEMA 4X 11 OTHER12 LOCAL GOVERNOR GAUGE BOARD REQUIRED NOT REQUIRED

13 LOCATION LOCAL ENCLOSURE IP 6514 REMOTE (CONTROL ROOM) NEMA 4 NEMA 4X15 OTHER OTHER16 AREA CLASSIFICATION:17 OUTPUTS FROM PANEL TO GOVERNOR CLASS GROUP DIVISION

18 START ZONE GROUP TEMP. RATING19 TRIP INPUTS TO PANEL FROM GOVERNOR20 RAISE COMMON ALARM TRIP21 LOWER TRIP LAMP22 OVER SPEED TEST REMOTE SETPOINT ENABLED LAMP23 RAMP TO MINIMUM CONTINUOUS SPEED SETPOINT METER24 REMOTE SET POINT ENABLE / DISABLE OTHER25 RESET26 OTHER27 MISCELLANEOUS GOVERNOR DETAILS

28 GOVERNOR ACTION ON LOSS OF REMOTE SIGNAL: LOCKS ON LAST VALUE

29 GOES TO MINIMUM CONTINUOUS

30 GOES TO MAXIMUM CONTINUOUS

31

32 EXTERNAL INTERFACE DEVICE TYPE: PRINTER FORMAT: GRAPHIC DISPLAY33 CRT TABULAR DATA34 MODEM TRENDING (REAL TIME)35 HISTORICAL ARCHIVING

36 DISTRIBUTIVE CONTROL SYSTEM MANUFACTURER MODEL37 DATA TRANSMISSION DATA LINK PROTOCOL38 DISCRETE I/O39 NETWORK TYPE40

41 GOVERNOR SPEED PICKUP SENSORS (12.2.6):

42 MANUFACTURER MODEL INSTALLATION: DUAL TRIPLE INSTALLED SPARE43 NUMBER OF TEETH IN SPEED SENSING SURFACE

44

45 ACTUATOR(S): SUPPLIED BY MANUFACTURER MODEL46 ACTUATOR TYPE HYDRAULIC PNEUMATIC SINGLE COIL MULTI COIL OTHER47

48 TURBINE MOUNTED ACCESSORIES

49 TACHOMETER MANUFACTURER MODEL NUMBER REQUIRED50 LOCATION(S)51

52

53

54

55

SINGLE

10Mechanical Data Sheet for Condensing Steam

Turbine(05-330-C-1-T)0 Busher Petrochemical Company

PAGE

330 DSH C-1-T 002

DOC TYPE SR. NO.ITEM CODEUNIT

10 OF 12SPECIAL-PURPOSE STEAM TURBINE

DATA SHEETSI UNITS

JOB NO.

HTC VOITH

AIRPAX MPU 60

DUAL

2 IIB T3

E360

2

LOCAL PANEL

AIRPAX



1 OVERSPEED SHUTDOWN SYSTEM (12.3)

2 FURNISHED BY NUMBER OF SPEED PICKUPS

3 MANUFACTURER MODEL SOLENOID SHALL: DE-ENERGIZE TO TRIP4 ELECTRONIC SET POINT (rpm) ENERGIZE TO TRIP

5 OVERSPEED SHUTDOWN REQUIREMENTS CONTACTS SHALL BE: NORMALLY OPEN6 2 OUT OF 3 VOTING LOGIC (12.3.2.1) NORMALLY CLOSED

7 OTHER Vendor to provide extra one speed pickup sensor as spares VOLTAGE LEVEL:

8 (loose supply)

9

10 GLAND SEALING AND VACUUM SYSTEM (15.6)

11 SYSTEM PER: ANNEX G.1 ANNEX G.2 VACUUM SYSTEM FURNISHED BY12 OTHER SHIP LOOSE SKID MOUNTED13 AVAIL. HEADER PRESSURE (BAR) TEMP. (0C) OTHER

14 AVAILABLE SEAL STEAM SUPPLY PRESSURE (BARG) GLAND CONDENSER, SEE SPECIFICATION

15 AVAILABLE SEAL STEAM SUPPLY TEMPERATURE (0C) STEAM EJECTOR STEAM PRESSURE (BARG)16 SEAL STEAM PR. (BARA) FLOW (kg/h) STEAM FLOW (kg/h)17 SEALING STEAM RELIEF VALVE SET PRESSURE (BAR) VACUUM PUMP (15.6.2), SEE SPECIFICATION

18 FURNISHED BY CONDENSATE RECEIVER

19 FLOW ADJUSTING VALVES, TYPE LOOP SEAL HEIGHT (m)

20 FURNISHED BY

21

22 GENERAL MECHANICAL RUNNING TEST (16.3.3)

23 SHOP INSPECTION (16.1.5)

24 EXTENT: CONTRACT ROTOR 25 REFERENCE INSPECTION CHECKLIST (ANNEX. I) (16.1.7) SPARE ROTOR 26 TEST W/JOB COUPLING 27 INSPECTION AND MATERIAL TESTING TEST TAPE RECORD REQUIRED 28 TEST TAPE GIVEN TO PURCHASER 29 SPECIAL MATERIAL INSPECTION AND TESTING REQUIREMENTS (16.2.2) TEST W/JOB LUBE OIL CONSOLE 30 COMPONENT 31 TRIP & T & T

32 VALVE OPTIONAL TESTS (16.3.4)

33 STM CHEST

34 CASING PERFORMANCE (16.3.4.2) 35 PIPING COMPLETE UNIT (16.3.4.3) 36 ROTOR

37

38 HEAT STABILITY (16.2.2) AUXILIARY EQUIPMENT (16.3.4.4)

39 CLEANLINESS (16.2.3.3) TRIP/TRIP AND THROTTLE VALVE 40 HARDNESS (16.2.3.4) GLAND SEAL SYSTEM 41 HYDRO TESTS (16.3.2) GLAND VACUUM SYSTEM 42 BLADE SHAKER (STATIC) RELIEF VALVES 43 ROTOR BALANCE STANDARD (9.6.1) (9.6.2) 44 HIGH SPEED (9.6.3) CASING INTERNAL INSPECTION (16.3.4.5) 45 LOW SPEED PRIOR TO HIGH SPEED (9.6.6) COUPLING TO SHAFT FIT (16.3.4.8) 46 LOW SPEED RESIDUAL UNBALANCE CHECK (9.6.7) TURNING GEAR 47 FINAL SURFACE INSPECTION (16.4.3) OVERSPEED SHUTDOWN SYSTEM (16.3.4.6) 48 CRATING INSPECTION (16.4.1) GOVERNOR RESPONSE (16.3.4.10) 49 SPARE ROTOR FIT SOUND (16.3.4.11)

CASING JOINT LEAK TEST (16.3.2.3) SPARE PARTS TEST (16.3.4.7) 51 52 53 54

55

WIT

400(390~410)

R.T.

0 1

BU-01_05-D-000-MA-SPF-107 Para 3.3.2

1.08

U.T.

MAG PART OBSDYE PEN

4513

HTC

330 DSH C-1-T 002 11 OF 12

JOB NO.

OBS

OVER SPEED TRIP

WIT

OBS


PAGEUNIT DOC TYPE ITEM CODE SR. NO.

0

3

WOODWARD PROTECH GII


SI UNITS


40(38~42)

HTC

WIT

INSPECTION AND TESTING (16.2) (16.3)

HTC

40(38~42)

Saki-MRectangle

Saki-MCallout(5) Tests are required, please mark up.



1

2 PAINTING WEIGHTS

3 MANUFACTURER'S STANDARD TURBINE (kg)

4 OTHER ROTOR (kg)

5 TURBINE UPPER HALF CASING (kg)

6 UNIT NAMEPLATE UNITS (6.2.6) U.S. CUSTOMARY SI MAXIMUM FOR MAINTENANCE (IDENTIFY) (kg)7 SHIPMENT (16.4.1) (16.4.3.j) TRIP/TRIP & THROTTLE VALVE (kg)

8 DOMESTIC EXPORT MISCELLANEOUS (kg)9 EXPORT BOXING REQUIRED OUTDOOR STORAGE OVER 12 MONTHS TOTAL SHIPPING MASS (kg)

10 WATERPROOF BOXING REQUIRED

11 SPARE ROTOR ASSEMBLY PACKAGED FOR:

12 HORIZONTAL STORAGE VERTICAL STORAGE (16.4.3.j)13 SPACE REQUIREMENTS: VENDOR DRAWING AND DATA REQUIREMENTS (17)

14 COMPLETE UNIT: L (mm) H (mm) ANNEXURE J

15 CONTROL PANEL: L (mm) H (mm) OTHER

16 OTHER: L (mm) H (mm)

17 OTHER: L (mm) H (mm)

18 REMARKS AND ADDITIONAL REQUIREMENTS:

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

PAGESR. NO.DOC TYPESPECIAL-PURPOSE STEAM TURBINE

DATA SHEETSI UNITS

JOB NO. UNIT

002DSH C-1-T

ITEM CODE

MISCELLANEOUS


00 1

BU-01-05-D-000-PI-SPF-009

330


~45000

12 OF 12

~4470

~15000

~15000

API 6th DATA SHEET R1

BU-05-VD-305-MA-DSH-3301-002,01

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Transcript of BU-05-VD-305-MA-DSH-3301-002,01