p11218 spe me 00_005 revb spec for pressure vessel

7/27/2019 P11218 SPE ME 00_005 RevB Spec for Pressure Vessel

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SPECIFICATION FOR PRESSURE VESSEL

Doc. No: P11218-SPE-ME-00-005

Revision: B

Date: 22nd Feb 2012

FEED FOR TG AGAS CRUDE OIL STORAGE TANK

TERMINALPage 1 of 17

SPECIFICATIONFORPRESSUREVESSELMECHANICALSPECIFICATIONREVB

CLIENT:

TANJONG AGAS BUILDERS SDN BHD(852365-H)

PROJECT TITLE:

FRONT END ENGINEERING DESIGN (FEED) STUDY FOR CRUDE OIL STORAGETANK TERMINAL

DOCUMENT TITLE:


CONTRACT NO:

-

MECIP PROJECT NUMBER:

P11218

B 22/02/2012 Issued for Comment MBA MAMS JR

A 15/02/2012 Issued for IDC MBA MAMS JR

REV. DATE DESCRIPTION

PREPARED

BY

CHECKED

BY

APPROVED

BY

APPROVED

BY

MECIP TABSB


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TABLEOFCONTENT

1.0 INTRODUCTION............................................................................................................................ 5

2.1 MALAYSIAN LEGISLATION.................................................................................................... 5

2.2 PETRONAS TECHNICAL STANDARD.................................................................................. 5

2.3 STANDARD DRAWINGS.......................................................................................................... 5

2.4 INTERNATIONAL STANDARD................................................................................................ 6

3.0 GENERAL REQUIREMENT......................................................................................................... 6

3.1

SELECTION OF DIVISION 1 OR DIVISION 2...................................................................... 6

3.2 OVERPRESSURE PROTECTION.......................................................................................... 6

3.3 UNIT OF MEASUREMENT...................................................................................................... 6

3.4 GENERAL DRAWING............................................................................................................... 7

3.5 FABRICATION DRAWING....................................................................................................... 7

4.0 MATERIAL....................................................................................................................................... 8

4.1 MATERIAL SELECTION........................................................................................................... 8

4.2 CORROSION ALLOWANCE.................................................................................................... 8

4.3 PRESSURE CONTAINING COMPONENTS......................................................................... 8

4.4 INTERNAL PARTS.................................................................................................................... 8

4.5 LINING......................................................................................................................................... 8

5.1 MINIMUM THICKNESS............................................................................................................. 8

5.2 DESIGN TEMPERATURE........................................................................................................ 9

5.3 DESIGN PRESSURE................................................................................................................ 9

5.4 VACUUM..................................................................................................................................... 9

5.5

HORIZONTAL VESSELS.......................................................................................................... 9

5.6 LOADING..................................................................................................................................... 9

5.7 SHELLS....................................................................................................................................... 9

5.8 FORMED HEAD....................................................................................................................... 10

5.9 NOZZLE, CONNECTION AND OPENING........................................................................... 10

5.10 VESSEL SUPPORTS.............................................................................................................. 11


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5.11 INTERNAL................................................................................................................................. 11

5.12 LIFTING TRUNNION............................................................................................................... 11

5.13 PAINTING AND COATING..................................................................................................... 11

5.14 INSULATION............................................................................................................................. 11

6.0 FABRICATION.............................................................................................................................. 12

6.1 GENERAL REQUIREMENT................................................................................................... 12

6.2 WELDING.................................................................................................................................. 12

6.3 POST WELD HEAT TREATMENT........................................................................................ 12

7.0 INSPECTION AND TESTING.................................................................................................... 12

7.1

GENERAL

.................................................................................................................................

12

7.2 RADIOGRAPHIC AND ULTRASONIC INSPECTION........................................................ 12

7.3 PRESSURE TESTING............................................................................................................ 13

8.0 CLEANING, PACKAGING AND SHIPMENT........................................................................... 13

8.1 CLEANING................................................................................................................................ 13

8.2 PACKAGING............................................................................................................................. 13

8.3 SHIPMENT................................................................................................................................ 14

9.0 ATTACHMENT............................................................................................................................. 15


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AMENDMENT LOG

REVISION DATE DETAILSOFCHANGE PAGE


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1.0 INTRODUCTION

This specification covers the minimum requirements for the design, engineering,manufacture, supply, inspection, testing, packing, shipment to site and documentation ofthePressure Vessel for the TanjongAgas Crude Oil Terminal Project.

2.0 CODES AND STANDARDSAs a minimum, the pressure vessels shall be designed, manufactured, tested anddelivered inaccordance with this specification and the relevant section of thenational/international codes,standards and regulations as listed below.

2.1 MALAYSIAN LEGISLATION

Number Title

FMA Factories and Machinery Act 1967 (FMA) and its applicable regulation.

OSHA Occupational Safety and Health Act 1994 and its applicable regulations.

2.2 PETRONAS TECHNICAL STANDARD

Number Title

PTS 31.22.20.31 Pressure Vessels (Based on ASME VIII)

PTS 30.48.60.10 Rubber-lined for Process Equipment

PTS 30.10.02.11 Metallic Materials Selected Standards

PTS 30.10.02.13 Non-Metallic Material Selection and Application.

PTS 30.10.60.18 Welding of Metals (Amendments/Supplement to API RP 582)

PTS 30.46.00.31 Thermal Insulation (Amendments/Supplement to CINIHandbook)

PTS 30.48.00.31-P Protective Coating and Lining

PTS 61.10.08.11 Field Inspection Prior to Commissioning of MechanicalEquipment

PTS 01.00.01.30 Definition of Temperature, Pressure and Toxicity Levels

PTS 80.45.10.11 Overpresure and Underpressure Prevention and Protection

2.3 STANDARD DRAWINGS

Number Title

S 20.001 Skirts, cylindrical and conical

S 68.004 Earthing boss for steel structures, tanks, vessels, etc.

S 22.001 Saddles for horizontal vessels - Shell diameter nominalsize 150 mm up to and including 1000 mm OD.

S 22.002 Saddles for horizontal vessels - Shell diameter nominalsize 1050 mm OD up to and including 3000 mm OD

S 10.115 Typical Detail of Lifting Trunnions for Vertical Vessels

S 10.039 Pad-type hand holes with cover flange ANS class 150 and300 for unfired carbon steel, low alloy steel and stainlesssteel pressure vessels

S 10.053 Pad-type hand holes, carbon steel

S 10.054 Pad-type hand holes, carbon steel with lining


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2.4 INTERNATIONAL STANDARD

Number Title

ASME VIII Division 1 Rules for Construction of Pressure Vessels

ASME XI Welding and Brazing Qualifications

ASME B31.3 Process piping

ASME Section IIPart A

Ferrous material specifications

API RP 510Pressure Vessel Inspection Code: Maintenance Inspection,Rating, Repair, and Alteration

ASTM Steel Plate

ISO 37Rubber, vulcanized or thermoplastic - determinationof tensile stress-strain properties

ISO 8501-1 Preparation of steel substrate before application of paintrelated products

API 521 Guide for Pressure Relieving and Depressuring System

3.0 GENERAL REQUIREMENTPressure Vessel fabricator shall be ASME Certified AND vessels shall be inspected andcertified by an approved authorized inspector and also by DOSH.

3.1 SELECTION OF DIVISION 1 OR DIVISION 2

If one or more of the following conditions apply, the vessel shall be constructedaccordingDivision 2 instead of Division 1:

a) Pressure vessels in hydrogen service, especially those operating above thelimits set by API RP 941.

b) Pressure vessels for Very Toxic substances.c) Pressure vessels operating in wet H2S or Sour Service.d) Liquefied gas.e) Pressure vessels constructed of carbon steel having a tensile strength greater

than485 N/mm2, or 485 MPa.f) Vessel with design pressure of 10 MPa or higher.g) Vessels with a nominal wall thickness greater than 38 mm.h) Vessels operating in cyclic service, pressure or temperature induced.i) Vessels which operate in the creep range of the materials of construction.

3.2 OVERPRESSURE PROTECTION

Pressure vessels constructed in accordance with this specification shall be protectedfromoverpressure in accordance with any applicable standards. Unless otherwisespecified, piping between the pressure relief device and the vessel connection shallconform to ASME B31.3.

3.3 UNIT OF MEASUREMENT

Unless otherwise specified, metric, Celsius and kilogram units shall be applied asthemeasurement system for the drawings and documents to be submitted.


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3.4 GENERAL DRAWING

The general arrangement, assembly or outline drawing(s) shall contain thefollowinginformation:

a) Code of Construction Division, edition year, addenda year and applicableCodeCases

b) References to supplementary drawings, standards and specificationsc) Operating and design pressures and temperatures of all services for which

thevessel is designed including number of cycles if designed for fatigued) Environmental data

i. Wind speedii. Earthquake data

e) Corrosion allowances for shell, heads, nozzles, manways, and all supports andotheraccessories

f) Weld joint efficienciesg) Maximum Allowable Pressure (MAP); New and Coldh) Maximum Allowable Working Pressure (MAWP) with coincident Temperaturei) Minimum Design Metal Temperature(s) (MDMT) with coincident Pressure(s)

j) Field pressure test pressure at top of vesselk) Shop pressure test pressure and orientation of vessell) Test fluid propertiesm) Product and its composition

i. Temperatureii. Density

n) Weights; shipping, operating, water full with all internals

3.5 FABRICATION DRAWING

The detailed fabrication drawing(s) shall contain the following information:a) Full dimensions of all parts and sub-assemblies shown including necessary

tolerances and any finishing requirements.b) Complete identification of materials, including gaskets.c) Complete identification of internal materials supplied by fabricator, including

gaskets.d) Location of all circumferential and longitudinal joints.e) Details of weld preparations and welding procedure numbers.f) Impact test requirements.g) Heat treatment details, including temperature of PWHT, time at temperature,

heat up and cool down rates.h) General remarks on fabrication, assembly and testing as appropriate.i) Extent and location of all nondestructive examination (NDE).

j) Cleaning, surface preparation, painting and marking requirements.k) Nozzle schedule including the mark number, quantity, size, rating, facing, and

type.l) Nozzle orientation and elevation shall be provided. The mark number shall

matchthat shown on equipment data sheet.


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4.0 MATERIAL

4.1 MATERIAL SELECTION

Materials shall be selected in accordance with ASME Section II, Part A or Part B, asfollows:

a) Pressure-containing parts.b) Attachments subject to stress not induced by pressure (e.g. supporting skirts,

lugs, baffles, reinforcement pads, etc.).

Materials selection shall also comply with PTS 30.10.02.11

4.2 CORROSION ALLOWANCE

Corrosion allowance shall be in accordance with codes and standards. No corrosionallowance is required for stainless steel component.

Corrosion allowance shall be listed on the Data Sheet for each component.

4.3 PRESSURE CONTAINING COMPONENTS

The minimum corrosion allowance for pressure-containing components shall beinaccordance with the following figure.

Component and Material mm

Carbon Steel and Low Alloy Pressure Vessel Shell /Heads

1.5

Carbon Steel and Low Alloy Nozzles 3All other materials all vessel components 1.0

4.4 INTERNAL PARTS

The minimum corrosion allowance for internal parts, excluding processing trays andotherprocessing parts shall be in accordance with the following:

a) 50 % of the value listed on the Data Sheet for parts which may be removedfromthe pressure vessel.

b) Hc equal to the value listed on the Data Sheet for parts that are welded tothepressure-retaining portion of the pressure vessel.

4.5 LINING

Requirement, material selection and application of lining shall be in accordance to PTS30.48.60.10, Rubber-lined for Process Equipment and PTS 30.10.02.13, Non-MetallicMaterial Selection and Application. Loose lining shall not be applied.

5.0 DESIGN

5.1 MINIMUM THICKNESS

The minimum thickness of carbon steel and low alloy pressure vessels (includingcorrosionallowance but excluding the thickness of cladding) shall be the greater of thefollowing:

a) 6 mm


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b)D/650 + 1.8mm

Where D is the mean vessel diameter in millimeters (mm).

5.2 DESIGN TEMPERATURE

The design temperature for the pressure vessel, if not specified by the Process groupshallbe the greater of the following:

a) The material balance operating temperature, as specified by the Processgroup,plus 28C.

b) The maximum operating temperature at coincident pressure plus 14C.

5.3 DESIGN PRESSURE

The design pressure, if not specified by the Process group shall be selected according toPTS 01.00.01.30 and shall be approved by the Process group.

5.4 VACUUMThe pressure vessel shall be designed for Full Vacuum if any of the followingconditionsapply:

a) If the process is such that vacuum conditions can routinely occur.b) If the vessel normally operates under vacuum. Vessels that operate at less than

full vacuum [i.e. absolute pressure between 0 kPa and 100 kPa] shall beevaluated for design at full vacuum.

c) Vessels in steam or condensate systems which are not open to the atmosphere.

5.5 HORIZONTAL VESSELS

Horizontal vessels shall also be evaluated for buckling, local circumferential bendingandshear stresses design requirements.

5.6 LOADING

Tower deflection at the top of the equipment shall be no greater than;a) H/500 for brick lined equipment.b) H/200 for all other equipment.

The calculation of the deflection during operational conditions shall take into accountinsulation, steel structures and piping that are guided or supported by the equipment.

Vessel design shall also include analysis of wind induced loading for the following;a) Tower deflection.b) Moments and forces at foundation due to wind loads.

c) Vortex shedding effects on the vessel under erection, on standby and inoperating conditions.

5.7 SHELLS

If shell courses have different thicknesses, the inside diameter shall be constantunlessotherwise specified.


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5.8 FORMED HEAD

Unless otherwise specified, heads shall be ellipsoidal.

5.9 NOZZLE, CONNECTION AND OPENING

Unless otherwise specified, all connections shall be flanged with through studs, orspecifiedwith a butt weld end connection.Nozzle sizes of DN 32 (1.5 in), DN 65 (2.5 in), DN 90 (3.5 in) and DN 125 (5 in) shall notbe used.

Flanges used for nozzles shall be in accordance with the following:a) ASME B16.5 for nozzle sizes DN 40 through DN 600 (1. in through 24 in).b) ASME B16.47 Series B or ASME Section VIII design for nozzle sizes DN 650

through DN 1500 (26 in through 60 in), as specified by the Owner. Series A ispermitted when required to flange to equipment supplied with a Series A flange,or when analysis shows rotation is acceptable with a Rigidity Index < 1.0 inaccordance with ASME Section VIII.

c) ASME Section VIII design for nozzles larger than DN 1500 (60 in).d) Flange facing shall be in accordance with ASME B16.5.

Openings in vessels shall be the following minimum distances from any major structuraldiscontinuity, where D is the OD and tmin is the minimum required thickness of the shellor head being analyzed.

a) The greater of 1.8(D*tmin)0.5 or 50 mm for vessels in either cyclic or creep

service.b) The lesser of 1.8(D*tmin)

0.5 or 50 mm for all other vessels.

Where a nozzle cannot avoid a circumferential or longitudinal weld seam, thefollowrequirements shall be met:

a) The nozzle shall straddle the weld seam by a length of at least 50 mm or 2 x tmin,whichever is greater. This distance shall be measured on the I.D. of the nozzlealong the circumferential axis and the longitudinal axis.

b) The weld seam shall receive 100 % RT for a distance of [1.8(D .tmin)0.5 + D/2],

measured from the centre of the nozzle, where D is the nozzle outside diameter.

Nozzles shall be attached with through-wall (set-in), full penetration welded connections.Allinside edges of nozzles and connections, whether flush or extended, shall be roundedoff to a radius of at least 3 mm.

When reinforcing elements are required, the following requirements shall be met:a) The reinforcing element thickness shall not exceed the greater of 50 mm or

thenominal thickness of the shell at the location of the opening.b) The reinforcing element of the similar material shall be installed parallel to the

shell and normal to the nozzle.

Manways shall be no less than DN 600 (NPS 24). With the approval of the OWNER,DN450 (NPS 18) or DN 500 (NPS 20) may be used. The nominal minimum diameter forinspection openings (hand holes) is DN 150 (6").


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Davits shall be provided for all openings DN 300 (12") nominal up to and including DN750 (30").

Hand hole covers shall be provided with a grip.

5.10 VESSEL SUPPORTS

Cylindrical, vertical vessels shall be supported by a skirt in accordance with StandardDrawing S 20.001, and shall be continuously welded to the shell of the vessel.

Vessel skirts shall have a minimum of two grounding lugs installed in accordance withStandard Drawing S 68.004.

Small, cylindrical, vertical vessels shall be supported by legs, generally four (4) innumber, if:

a) The design temperature is not greater than 230 C.

b) The h/D ratio is no greater than 5, where h is the distance from the base ofthesupport to the top tangent line of the vessel.

c) The vessel is not in cyclic service.d) The legs are attached to pads that are of the same P number as the pressure

plate.

Unless analysis indicates otherwise, horizontal vessels shall be supported by two saddletypesupports. The supports shall be continuously welded and shall comply withStandardDrawing S 22.001 or S 22.002.

5.11 INTERNAL

All internal pipe connections shall be flanged or welded. Necks of nozzles that

extendthrough the vessel wall for internal connections shall be of one piece constructionwith no circumferential welds.

5.12 LIFTING TRUNNION

All vertical vessels shall be provided with lifting trunnions, attached by full penetrationwelds,or lifting lugs as specified in the data/requisition sheets. The tail end of verticalvessels that have a mass greater than 20 tonnes shall be provided with a tailing lug (orlugs).

5.13 PAINTING AND COATING

For painting and coating purpose, PTS.30.48.00.31 - P.shall be used.

5.14 INSULATIONSelection of insulation material and installation shall be accordance to PTS 30.46.00.31.


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6.0 FABRICATION

6.1 GENERAL REQUIREMENT

Fabrication shall not commence until calculations and drawings have been approved bythe Owner.

Material defects shall be repaired and examined in accordance with the Code.Heads shall be fabricated from one piece.

6.2 WELDING

Welding processes shall be in accordance with PTS 30.10.60.18.

Only full penetration welds are allowed. Continuous fillet welds shall be used for all internalstructures, supports and fittings to be welded to the vessel shell.

The minimum distance between two longitudinal seams in one course shall be 200 mm orfive times the wall thickness, whichever is the larger.

The minimum distance between the staggered longitudinal seams of two adjacent coursesshall be 200 mm or five times the wall thickness, whichever is the greater.

However, where this cannot be achieved, the last 300 mm of the adjacent longitudinal seamsshall be subjected to 100% NDE in accordance with UW-11.

6.3 POST WELD HEAT TREATMENT

Heat treatment shall be in accordance with the Code.The PWHT procedure shall clearly indicate the type and location of calibrated

thermocouples to be used. These details form part of the heat treatment procedure to besubmitted for approval.

7.0 INSPECTION AND TESTING

7.1 GENERAL

All pressure vessels shall be inspected and tested in accordance with applicable codesandstandards.

7.2 RADIOGRAPHIC AND ULTRASONIC INSPECTION

All categories of welds shall be examined by radiography or ultrasonic inaccordance with

clause UW-11, the minimum extent being 10% of each welder/welding operator andcategory of weld. Clause UW-52 shall also apply.

If radiography is not feasible, ultrasonic examination shall be performed. This appliestowelds on nozzles where radiography is not possible (in such cases, ultrasonicexamination of the welds shall be performed before the reinforcing pad is installed).

If full (100 %) inspection is specified on the data/requisition sheets, the following applies:


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- Examination for internal flaws: The full length of all categories of welds shall be examined 100% by radiographicor ultrasonic methods.

- Examination for surface flaws: The full length of all categories of welds and internal attachment welds, shall beexamined by the wet magnetic particle or liquid penetrant method, with theexception of carbon and carbon manganese steels with a specified minimum tensilestrength below 485 N/mm2.

Full penetration tee or corner-type joints including nozzle attachment welds shallbenondestructively examined by either radiography (preferred) or ultrasonic.

Radiography may be used for a plate thickness up to 50 mm (or 25 mm if thedouble wall technique is used). For a plate thickness greater than 50 mm, amechanized ultrasonic inspection technique shall be used which is capable of

producing hard copy inspection results.

7.3 PRESSURE TESTING

Water is the preferred medium for hydrostatic testing. See PTS 61.10.08.11 for waterquality, draining and drying requirements.

Test pressure shall be determined in accordance with the Division used for constructionexcept Maximum Allowable Pressure (MAP) shall be used in lieu of MAWP. The vesselshall be held at full test pressure (+ 1.0 %) for at least 15 min.

8.0 CLEANING, PACKAGING AND SHIPMENT

8.1 CLEANING

All pressure vessels shall be cleaned prior to shipment. All slag, debris, grit, scale, weldrodstub ends, sand, water and other foreign material shall be removed from the vesselprior to shipment. Additional cleaning may be required as specified on the data sheet ormay be required prior to placing in service.

8.2 PACKAGING

All components shall be cleaned and protected by packing which keepscontainedcomponents in a defect-free condition under 6 months-long exposure toatmosphere at site without any protection covering or shed.

All items shall be suitably packed, securely fastened, and protected from damage duringshipment.

Machined parts shall be treated with an easily removable anti-corrosion compound.Allflanges not connected to a mating flange shall have their gasket contact surfacestreated similarly and shall be protected with wooden blanks. These blanks shall besecurely attached to the flanges with at least four bolts.


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8.3 SHIPMENT

The manufacturer shall be responsible for loading and anchoring vessels to preventdamageduring shipment.

For vessels with a mass of 20 tan or more, the CONTRACTOR shall submit a loadingdiagram for review, comment and approval.


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9.0 ATTACHMENT

ATTACHMENT 1 VENDOR DOCUMENTATION REQUIREMENT LIST

No. Documentation Designation Bid ForReview

Need Date Final Need Date

1 GENERAL

1.1 Price Sheet X - - - -

1.2 Drawing Schedule List - X 1 WAFO X 4 WPTD

1.3 Organization Chart - - - X 2 WAFO

1.4 Master Schedule with Test Schedule - X 1 WAFO X 2 WAFR

1.5 Monthly Progress Report - X Monthly X -

1.6 Sub-Vendor List X X 4 WAFO X 2 WAFR

1.7 Estimated Utility Requirement List X - - - -

1.8 Catalogue X - - X 4 WPTD

1.9 Installation Experience List X - - X 4 WPTD1.10 Deviation List X

2 MECHANICAL

2.1 Data Sheets X X 3 WAFO X 4 WPTD

2.2 Performance Curve X X 3 WAFO X 4 WPTD

2.3 Outline Drawing X X 3 WAFO X 4 WPTD

2.4 Inspection Item List X X 3 WAFO X 4 WPTD

2.5 Shop Test Procedure X X 3 WAFO X 4 WPTT

2.6 Utility Test X X 3 WAFO X 4 WPTD

2.7 Loading Data (Foundation) X X 3 WAFO X 4 WAFR

2.8 Sectional Assembly Drawing X X 3 WAFO X 4 WPTD

2.9 Speed Torque Curve - X 3 WAFO X 4 WPTD

2.10 Lateral & torsional vibration analysisreport (if any)

- X 3 WAFO X 4 WPTD

2.11 Lateral & torsional vibration analysisdata (if any)

- X 3 WAFO X 4 WPTD

2.12 Nameplate Spec. - - - X 2 WPTD

2.13 Painting Spec. - X 3 WAFO X 4 WPTD

2.14 Rust Prevention Spec. - X 3 WAFO X 4 WPTD

2.15 Export Packing Spec. - X 3 WAFO X 4 WPTD

2.16 Painting List - X 3 WAFO X 4 WPTD

2.17 Lubricant Oil and Grease List - X 3 WAFO X 4 WPTD

2.18 Erection Manual - - - X 4 WPTD

2.19 Field Test Procedure - X 3 WAFO X 4 WPTT

2.20 Shop Inspection Procedure - X 3 WAFO X 4 WPTD

2.21 Alignment Procedure - - - X 4 WPTD

2.22 Parts List - - - X 4 WPTD

2.23 Noise Data - X 3 WAFO X 4 WPTD

2.24 Manual - - - X 4 WPTD

2.25 Aux. Equipment Manual - - - X 4 WPTD

2.26 Complete Set of Inspection & TestRecord

- X 3 WAFO X 1 WPTD

2.27 Material Certifications - X 3 WAFO X 1 WPTD

2.28 Inspection Certificate - - - X 4 WPTD


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2.29 Minutes of Meeting - - - X 4 WPTD

3 MOTOR

3.1 Performance Curves of Motor - X 3 WAFO X 4 WPTD3.2 Characteristic Curves of Motor - X 3 WAFO X 4 WPTD

3.3 Thermal Withstand CharacteristicCurves During Starting, DuringRepeated Starting and under VariousVoltage Condition

- X 3 WAFO X 4 WPTD

3.4 Motor Data Sheet X X 3 WAFO X 4 WPTD

3.5 Outline Drawing X X 3 WAFO X 4 WPTD

3.6 Terminal Box Drawing - - - X 4 WPTD

3.7 Certificate of Explosion Proof - - - X 4 WPTD

4 FOR PIPING DRAWING

4.1 Piping Assembly Drawing - X 3 WAFO X 8 WAFR

4.2 Piping ISOMETRIC Drawing - X 3 WAFO X 8 WAFR4.3 Piping Material Spec. - X 3 WAFO X 8 WAFR

4.4 Piping Parts Drawing - X 3 WAFO X 8 WAFR

4.5 Valve Data Sheet - X 3 WAFO X 4 WPTD

5 FOR AUX. EQUIPMENT (if any)

5.1 Data Sheets - X 3 WAFO X 4 WPTD

5.2 Outline Drawing of Oil Cooler - X 3 WAFO X 4 WPTD

5.3 Outline Drawing of Auxiliaries - X 3 WAFO X 4 WPTD

5.4 Outline Drawing of Gear Box - X 3 WAFO X 4 WPTD

5.5 Outline Drawing of Loose Ship Item - X 3 WAFO X 4 WPTD

5.6 Assembly Drawing of Coupling - X 3 WAFO X 4 WPTD

6 FOR SPARE PARTS AND SPECIALTOOLS

6.1 Spare Parts List for Commissioning 4 X 3 WAFO X 4 WPTD

6.2 Spare Parts List for 2 years operation/Initial Spare

4 X 3 WAFO X 4 WPTD

6.3 Special Tools List 4 X 3 WAFO X 4 WPTD

7 FOR SHIPPING

7.1 Supply List - - - X 2 WPTD

7.2 Pro Foma Packing List - - - X 2 WPTD

7.3 Packing List - - - X 2 WPTD

7.4 Packing Dimension - - - X 2 WPTD

8 VENDORS RECOMMENDATION

8.1 Storage Procedure at site - - - X 2 WPTD


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Remarks:

X: Number of Documents copies to be submitted

WAFO: Weeks after firm order

WPTD: Weeks prior to delivery

WAFR: Weeks after final review by OWNER

WPTT: Weeks prior to test

-END OF DOCUMENT-