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THIS DOCUMENT CONTAINS CTCI CORPORATION CONFIDENTAL INFORMATION OF A PROPRIETARY NATURE.THIS INFORMATION MUST NOT BE COPIED OR DISCLOSED IN QHPLE OR IN PART TO OUTSIDE PARTIES NOR

USED FOR OTHER THAN THE PURPOSE FOR WHICH PROVIDED WITHOUT PERMISSION OF MANAGEMENT.

CTCI OVERSEAS CORP., LTD

Record of Revisions

Revision no. Date Description

0 27-AUG-07 Issued for Review

1 21-DEC-07 Re-issued for Review – inclusion of Licensor comment

Appendix-III Valve Number and Specification List updated as per licensor

Requirements

Appendix-V Service Index updated as per licensor and PMT comments

Appendix – VI -BBT Replaced by 1CA1B01

-BBE Replaced by 1SA1B07

-CB3/CBM Replaced by 3CA1B02

-CE2 Replaced by 3SA1B09

-CE3 Replaced by 3SA1B10

-DE1 Replaced by 6SA1B03

-Added -12CG0T01U(Drinking Water-U/G Piping)

-Added -12CG0T04(Fire Water – For downstream of deluge valve)

-Added –3CB1B91H(Hydrogen – For U&O tie-in)

-Added –6SA0S87(EO – For ethyoxylates reactor loop line)

-1FE0F01 for FW(U/G) Replaced by 12CB1S02U as per client

Confirmation (Transmittal No. AM-L-PS-SS-0030)

-Sch10s for 2 inch to 4 inch changed to Sch40s as per Balchem comment

(1SD0S03, 3SD0S03)

-Ball valve added for EO service

spec(1CB1S86,1SA0S86,3SA0S86,6SA0S96)

2 30-MAY-08 Issued for Construction-1

According to project scope changes, the following classes are deleted.-1CA1B01,1CB1B01H,1CB1B04,1CB1S05,1SA0B07,3CA1B02,

3CB1S01, 3CB1S03, 3CB1S05,3CJ1B04, 3CJ1S01,3SA0B09,

3SA0B10,3SA0S01, 3DS0S03,6SA0B03,9CB1S01

3 21-MAY-10Hand over from Samsung & convert to CTCI code system as per commentfrom PMT

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Record of Revisions

Revision no. Date Description

4 06-AUG-10Issued for Construction, included modified the comment from PMT and

remarked

Appendix-II: Branch table modify as per PMT comments

(1LT0F01, 1SA0S01, 1SA0S03, 1SA0S85, 1SA0S86, 1SD0S01, 1SD0S03,

3SA0S86, 3SD0S01, 3SD0S02, 6SA0S01, 6SA0S86,6SA0S87, 6SD0S01)

- Appendix-VI: note 37 added for gate, globe, needle and ball valve

(1CB1S86, 1SA0S86, 1SD0S01, 1SD0S03, 3CA1S01, 3SA0S86, 3SD0S01,6SA0S86,6SA0S87)

Appendix – VII

-Add Nipple PBE

(12CB1S01, 12CB1S03, 1CB1S01, 1CB1S02, 1CB1S92, 1CB2B01C,

1CB2S91, 1SA0S01, 1SA0S03, 1SD0S01, 1SD0S02, 3CB1B04, 3CB1S02,

3CB1S92, 3SD0S01, 9CB1S91 )

-Welded changed to SMLS as per ITB

(1CB2B01C, 3CB1B04)

-Add Tube and Tubing Connector as per ITB

(1SD0S01, 1SD0S03)

4

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CONTENTS

Page

1. GENERAL ---------------------------------------------------------------------------------------------- 6

1.1 Intent ------------------------------------------------------------------------------------------- 6

1.2 Scope------------------------------------------------------------------------------------------- 6

1.3 Codes and Standards ---------------------------------------------------------------------- 6

1.4 Units -------------------------------------------------------------------------------------------- 6

1.5 Abbreviations --------------------------------------------------------------------------------- 6

1.6 Related Specifications ---------------------------------------------------------------------- 7

2. MATERIALS ------------------------------------------------------------------------------------------- 7

2.1 Standard Materials -------------------------------------------------------------------------- 7

2.2 Copper and Copper Alloys ---------------------------------------------------------------- 7

2.3 Material Classification ---------------------------------------------------------------------- 7

2.4 Carbon Content ------------------------------------------------------------------------------ 8

2.5 Hot Dip Galvanizing ------------------------------------------------------------------------- 8

2.6 Materials for Oxygen Service ------------------------------------------------------------- 8

2.7 Sour Service ---------------------------------------------------------------------------------- 8

2.8 Positive Material Identification ----------------------------------------------------------- 8

2.9 Heat Treatment ------------------------------------------------------------------------------ 82.10 Non-destructive Examination(NDE) --------------------------------------------------- 9

2.11 Environmental Evaluation --------------------------------------------------------------- 10

3. REQUIRMENTS -------------------------------------------------------------------------------------- 10

3.1 Pipes --------------------------------------------------------------------------------------------- 10

3.2 Valves -------------------------------------------------------------------------------------------- 11

3.3 Flanges ------------------------------------------------------------------------------------------ 13

3.4 Fittings ------------------------------------------------------------------------------------------- 14

3.5 Gaskets ------------------------------------------------------------------------------------------ 15

3.6 Bolts and Nuts for Flange ------------------------------------------------------------------- 15

3.7 Threads ------------------------------------------------------------------------------------------ 153.8 Seal Welding and Thread Sealant --------------------------------------------------------- 16

4. COLOR CODING CERTIFICATION FOR PIPING --------------------------------------------- 16

5. SPECIFICATION FOR VENDOR INSPECTION AND CERTIFICATION OF BULK PIPING

COMPONENTS --------------------------------------------------------------------------------------- 16

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Page

APPENDICES

I. Abbreviations------------------------------------------------------------------- 17

II. Branch Table------------------------------------------------------------------- 20

III. Service Index for Piping Material Classes------------------------------- 30

IV. Option Table-------------------------------------------------------------------- 40

V. General Notes------------------------------------------------------------------ 41

VI. Piping Material Classes------------------------------------------------------ 43

VII. P-T Rating Diagram----------------------------------------------------------- 148

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1. GENERAL1.1 Intent

This specification defines qualities of the piping materials which shall be included in theplant designed by CTCI OVERSEAS CORP., LTD. (hereinafter referred to as CTCI)

1.2 Scope1.2.1 This specification shall be applied to piping materials indicated on the Piping and

instrument Diagram (hereinafter referred to as P& ID).However, piping systems furnished as a regular part of equipment or package,shall be in accordance with project specification 000-50S-0033.

1.2.2 When the piping is connected to the equipment, this specification shall beapplied to the extent as indicated below:

(1) Companion flanges, gaskets, bolts and nuts at equipment nozzle.(2) First block valve(*) with companion flanges, gaskets, bolts and nuts in the

instrument line.(3) Companion flanges, gaskets, bolts and nuts for pressure relief valves.(4) Companion flanges, gaskets, bolts and nuts at the matching point between

the piping furnished as part of equipment by its manufactures and thatprovided by CTCI.(*) “First block valve“ in the instrument connecting line as used herein shallmean the nearest valve to a line to which the instrument is connected.

1.2.3 This specification shall not be applied to specially designed companion flanges,gaskets, bolts and nuts at the equipment nozzle.

1.3 Codes and Standards1.3.1 This specification is based on the ASME Code for Pressure Piping, ASME B31.3

“Process Piping” 2008 edition.

1.3.2 Unless otherwise specified, the latest edition of listing codes in ASME B31.3 shallbe used.

1.4 Units

Unless otherwise specified, metric, Celsius and kilogram units shall be applied as themeasurement system for the all drawings and documents. However, nominal sizes ofpiping components shall be in accordance with inch system, which abbreviation is (B).(refer to Z01-G04 and SK-Z01-G04)

1.5 Abbreviations Abbreviations used in this specification are defined in Appendix I ”Abbreviations”.

4

4

4

4

4

4

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1.6 Related Specifications:(1) 600-50S-0007 Rev.3 : Colour Coding Certification for Piping(2) 000-50S-0026 Rev.10: Piping Line Class index(3) 000-50S-0033 Rev.3 : Specification for Packaged Equipment Piping(4) 000-50S-0062 Rev.4 : Specification for Vendor Inspection and Certification of Bulk

Piping Components(5) 000-50S-0063 Rev.5 : Piping Commodity Catalogue(6) 000-85S-0001 Rev.4 : Materials Selection(7) 000-85S-0004 Rev.4 : Welding and NDE of Pipelines(8) SK-Q01-T07 Rev.2 : Positive Materials Identification(9) Q01-T07 Rev.1 : Positive Materials Identification(10) 000-50S-0041 Rev.4 : Specification for Coating of Underground Piping Systems

(11) 000-50S-0036 Rev.3 : Specification for Hot Dip Galvanizing of Equipment, Pipingand Structural Steel(12) 000-85S-0005 Rev.8 : Welding, PWHT & NDE of Plant Piping(13) SK-Z01-G04 Rev.2 : Measurement Units for Use in SABIC Projects(14) Z01-G04 Rev.1 : Measurement Units for Use in SABIC Projects(15) Line class in ITB \ITB Part II Technical Document\ Part VI- Specifications\

Subpart1- Specifications\7.Piping

2. MATERIALS2.1 Standard Materials

Materials shall be generally in accordance with 000-85S-0001 “Materials Selection” andwelding shall be in accordance with ASME II and ASME IX respectively. Materials for

pressure component shall be per ASME B31.3 materials.2.2 Copper and Copper Alloys

Copper-based alloys shall not be used in ammonia service. Alloys with a coppercontent greater than 50% shall not be used in service where acetylene in a wetenvironment is present.

2.3 Material Classification2.3.1 Appendix VI “Piping Material Classes” contains piping material specifications

which is classified in accordance with the pressure and temperatures for eachline, and medium in the line.

2.3.2 Material classes are identified by a coding system (Refer to 000-50S-0027)Example :

)1(

1

)2(

CA

)3(

1

)4(

S

)5(

01

(1): Pressure Rating(2): Line Material(3): Corrosion/ Erosion Allowance(4): Joint Construction/ Construction type(5): Serial Number

4

4

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2.4 Carbon ContentCarbon steel containing carbon content of more than 0.23% shall not be used inwelded construction, or in piping materials to be shaped by oxygen cutting or thermalcutting process.

2.5 Hot dip galvanized process shall be done for galvanized piping components. (Refer to000-50S-0036)

2.6 Materials for Oxygen Service All materials for oxygen service require special consideration and are governed byspecific material classes.

2.7 Sour ServiceDissimilar welding shall not be applied between carbon and stainless steel. The specialrequirements shall be kept and referred to NACE MR0175 in design and construction.The requirements for material in amine service shall be as per 000-85S-0001,“Appendix A”.

2.8 Positive Material Identification (Refer to SK-Q01-T07 and Q01-T07)For alloy piping components, PMI tests shall be performed at the manufacture’s shop.

Alloy metal means low alloy steel containing more than 0.5% total alloy elements (ex.Cr-Mo, C-Ni), intermediate and high alloy steels, nickel based alloys, copper basedalloys, other non-ferrous metals.Manufacturer is responsible for preparing detailed procedure subject to CTCI’s/ Ownerapproval. PMI specification shall be issued to Vendor/ Manufacturer, all requirementsfor PMI tests shall be governed by PMI specification.

2.9 Heat Treatment (refer to 000-85S-0005)

2.9.1 In addition to the requirements of ASME B31.3 post weld heat treatment (PWHT)is required for the following service:

(1) Chrome-Moly piping for all services(2) Monel piping in HF acid service(3) Carbon steel piping containing amines at a concentration greater than

2.0wt%

(4) Any other service as shown in P&ID’s

2.9.2 The weld metal tensile strength for killed carbon steel pipe in hydrogen sulphideservice shall be essentially the same as the pipe being welded and all weldsexcept socket welds shall have a maximum weld hardness 200 Brinell. At leastone hardness reading shall be taken near the center of the weld. Readings shallbe taken with a Telebrineller or equal instrument calibrated at 200 Brinell. Whereweld hardness exceed 200 Brinell, the welds shall be postweld heat treated.

4

4

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2.9.3 When Charpy V-notch impact testing is required for a component that will be heattreated, the testing specimens shall be supplied in the same heat treatedcondition as new pipe.

2.9.4 Large diameter piping shall be supported and stiffened to prevent conditionduring heat treatment.

2.9.5 Flange facings shall be protected against oxidation during heat treatment.

2.9.6 Flame impingement is prohibited at all times.

2.9.7 Piping requiring post weld heat treatment shall have all welded-on non-pressureattachments installed by the shop fabrication prior to heat treatment.

2.9.8 Delete

2.10 Non-destructive Examination (NDE) (refer to 000-85S-0005)

2.10.1 General

(1) Examination shall be in accordance with ASME B31.3 and projectspecification.

(2) Weld between dissimilar materials shall be examined by the method and tothe extent required for the material requiring the more stringent examination.

(3) Welds jointing non-pressure retaining components to pressure retainingcomponents shall be fully dye penetrant or magnetic examined.

(4) ASME Class 900 and greater cast valves assemblies and integral flangesshall have a casting quality factor 100 percent. The examination shall beperformed by radiography in accordance with ASME Section VIII, Division 1,

Appendix 7 and project specification.For 2 inch and smaller forged valves Class 900 and over, if radiography innot possible, a helium mass spectrometer test (probe technique) inaccordance with ASME Section V, Subsection A, Article 10, Appendix V isacceptable. Casting repairs and identification shall meet the requirements ofparagraph 7-4 and 7-5 of Appendix 7 of ASME Section VIII, Division 1 andproject specification.

2.10.2 Socket WeldsMinimum welding dimensions for socket welding components shall be inaccordance with ASME B31.3, Fig.328.5.2.C. (ex. 1.5mm approx. gap beforewelding)

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2.11 Environmental EvaluationEnvironmental pollution, disruption and sanitation shall be considered in selectingpiping materials.

3. REQUIRMENTS3.1 Pipes

3.1.1 Pipe dimensions shall be in accordance with ASME B36.10M for welded andseamless wrought steel pipe and with ASME B36.19M for stainless steel pipe,unless otherwise specified.

3.1.2 Pipe made by acid Bessemer process shall not be acceptable. Steel pipe shall bemade by open hearth, electric furnace or basic oxygen processes.

3.1.3 Butt-welding end preparation shall be in accordance with ASME B16.25.

3.1.4 The thickness of threaded nipples shall be calculated in accordance with ASMEB31.3.

3.1.5 Pipe tolerances shall be in accordance with applicable material code.

3.1.6 Pipe thickness shall be calculated in accordance with ASME B31.3. Thecalculation sheets shall be submitted to owner for approval.

3.1.7 Polyethylene coated pipes shall be manufactured in accordance with

Specification 000-50S-0041.Polypropylene coated pipes shall be manufactured in accordance withSpecification 000-50S-0041.

3.1.8 Line Class “1FE0D01” conditions are as follows :(1) Material : GRE(Epoxy Resin) : ASTM D2996 TYPE I

- End Conn. : Bondstrand Quick-Lock Adhesive Straight Spigot and Taperedbell

(2) Fluid- Gravity drains(U/G), Oily water and Process sewers(U/G)

(3) Design Press. /Temp. : 2.24bar.G / 120

(4) Pipe Wall Thickness shall be determined by vendor as per given lineconditions.

(5) Inside Diameter of GRP Piping shall be in accordance with AWWA C-950,Table-2.(6) UV stabilizer protection for sunlight to be required.(7) Surge Analysis to be performed by vendor if required.(8) Specification "P01-E28-01(Qualification of FRP Pipe and Components) and

P01-E28-03(Design Requirements for Underground FRP Piping System)shall be incorporated by manufacturers and detail designer.

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3.1.9 Mercury, aluminium, cooper, cooper alloys, galvanised metals, zinc or zinc alloysshall not be used for materials that come in contact with the process fluid.

3.2 Valves3.2.1 Gate, globe and check valves

(1) Forged steel valves (socket welding or threaded ends) shall be inaccordance with API 602 for class 600 and lower, and ASME B16.34 forclass 900 and higher, unless otherwise specified.

(2) Cast steel valves (flanged or butt-welding ends) shall be in accordance with API 600, unless otherwise specified.

(3) Pressure seal shall be in accordance with ASME B16.34, if required.

3.2.2 Ball valves shall conform to ASME B16.34 or API 608 or BS EN ISO 17292, plugvalves shall conform to API 599.

3.2.3 Butterfly valves shall conform to API 609, wafer type check valves shall conformto API 594.

3.2.4 Corrosion resistant valves (normally austenitic stainless steel) in class 150 shallbe in accordance with API 603, unless otherwise specified.

3.2.5 Bronze valves shall conform to MSS SP-80, “Gate, Globe, Angle and Check

valves”.

3.2.6 Face-to-face and end-to-end dimensions of steel valves shall conform to ASMEB16.10 to the extent covered. Valve supplier shall furnish certified dimensiondrawings for all valves.

3.2.7 Butt-welding end valves shall be furnished with ends to match pipe schedule.

3.2.8 End preparation shall be in accordance with ASME B16.25.

3.2.9 End connection of threaded valves shall be in accordance with ASME B1.20.1.End connection of socket welding valves shall be in accordance with ASME

B16.11.

3.2.10 Bonnet gasket materials shall be compatible with the gasket materials specifiedin the individual material class, unless otherwise specified.

3.2.11 Features not covered by the valve descriptions shall be in accordance withmanufacturer’s standard suitable for the intended application, subject to ownerapproval.

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3.2.12 Where used carbon steel bonnet, cap bolts are normally furnished with ASTM A193 grade B7, they shall be furnished in the liquid quenched and temperedcondition.

3.2.13 Bonnet, cap bolts shall not furnished with ASTM A307.

3.2.14 Unless otherwise specified in the individual material class, manual gearoperators shall be supplied for the following size and larger.

ASME Class Gate Globe Ball Plug Butterfly150 14B 14B 8B 4B 8B300 12B 10B 8B 4B 6B

600 8B 8B 4B 4B 6B900 8B 6B 4B 4B -

3.2.15 The gate valves with 2-piece or split wedge shall not be used, unless specificapproval is obtained. The 2-piece or split wedge type shall not be used in steamservice.

3.2.16 Swing check valves shall be provided with a boss at location ”G” when the wallthickness is insufficient to permit a drain tap(3/4 for valve size 2B and larger).Bosses and taps shall comply with the requirements of para. 6.3 of ASMEB16.34. Valves shall not be tapped, unless otherwise specified on the purchaseorder.

3.2.17 Swing check valves shall be provided with limit stops to prevent disc fromremaining in the open position and also suitable for horizontal as well as verticalinstallation with flow upward.

3.2.18 The operating levers or handles on ball valves and plug valves shall indicate, bytheir position, whether the valve is open or closed.The open position shall be indicated when the lever or handle points in adirection parallel to the flow through the valves. In addition, it shall be impossibleto reverse the indicating position inadvertently during reassemble of the valve.

3.2.19 Ball valves are not permitted as drain or bleed valves in hydrocarbon service.

3.2.20 Lubricated plug valves shall not be used, unless otherwise specified.

3.2.21 Fire-safe ball valves design shall be in accordance with API 607, where fire-safedesign specified in the individual class.

3.2.22 Valves in no-flow connections (such as vents and pressure gauges) may beinstalled at an angle up to 90 degrees from vertical (i.e. may be installed invertical pipe) in service below minus(-)50 .

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3.2.23 Unless otherwise specified, valve stem packing shall be flexible graphite(Grafoil) with braided graphite filament end rings in accordance with themanufacturer’s standard. The packing material shall be fully described invendor’s quotation and shall be approved by piping material engineer.

3.2.24 For all valves the fugitive emissions shall be below 500 ppm and supplier shallcertify all valves and packing to limit the fugitive emission.

3.2.25 Valve numbering system shall be followed in accordance with specification”000-50S-0063”

Example :)1(

G )2(

A )3(

1 )4(

A )5(

01 )6(

B

(1): Valve type (2): Valve Rating(3): Valve Connection type (4): Valve Body Material(5): Serial Number (6): Special Requirements

3.2.26 The upstream side of the LTCS valve shall be provided with a 3 mm bleed holefor relieving the pressure in the valve cavity for gate and ball valves.High pressure side (balance hole opening side) shall be marked on the outside

of the valve body.

3.2.27 Valve size over 36B shall be fitted with adapter drive and bracket for air wrench-2" hexagon nut.

3.2.28 Rubber seat butterfly valves shall be limited up to temperature 100

3.2.29 Teflon seated valves are limited to maximum temperature 400 (204 ).

3.3 Flanges

3.3.1 Flanges shall be as follows:

(1) ASME class 25,125,250,800 cast iron (all sizes): ASME B16.1

(2) ASME class 150~1500 (1/2B~24B): ASME B16.5(3) ASME class 2500 (1/2B~12B): ASME B16.5(4) ASME class 150~900 (26B~60B): ASME B16.47 Series A

3.3.2 Unless otherwise specified, flange facing finish shall be in accordance with ASMEB16.5.

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3.3.3 Flanges of unlisted materials and flanges not covered by the above standards shallbe designed in accordance with ASME Section VIII Div 1, Appendix 2 and for blindflanges, in accordance with ASME Section VII Div 1, Section UG-34.

3.3.4 Size for reducing or blind flanges are indicated by nominal pipe sizes.

3.3.5 Flat face flanges with full-face gaskets shall be used against flat face cast ironequipment and valve flanges and FRP with flat face.

3.3.6 End preparation of welding neck flanges shall be in accordance with ASME B16.25.The bore of welding neck flanges shall correspond to the inside diameter of theconnecting pipe or fitting, permitting a thickness difference up to 1.6mm.When the

difference in wall thickness between the two components being joined exceeds1.6mm, taper boring shall be performed on the component having the heavier wallper ASME B16.25.

3.3.7 Ring type joint flanges shall have groove conforming to ASME B16.20.

3.3.8 Steel line blanks shall conform to ASME B16.48.

3.4 Fittings

3.4.1 All fittings shall be as follows:

(1) Forged steel socket welding and threaded fittings

(2) Malleable cast iron threaded fittings(Class 150,300)(3) Butt-welding fittings and stub ends(4) Butt-welding short radius elbows and returns(5) Steel flanged fittings(6) Cast iron flanged fittings(7) Swaged nipples and Bull plug(8) Forged branch outlet fitting

3.4.2 End preparation of butt-welding fittings shall be in accordance with ASME B16.25.When butt-welding fittings are specified with a wall thickness larger than that of thepipe and this results in misalignment greater than 1.6mm between the insidesurfaces of the parts to be jointed, the fitting shall be taper bored per ASME B16.25.

3.4.3 All lines which connect to another line or header, including instrument connections,vents and drains are considered as branch connections. The basis for design ofbranch connection shall be in accordance with the applicable ASME Code.Reinforcement requirements shall be determined by ASME B31.3 Para.304.3.Branches shall be made with un-reinforced or reinforced stub-ons with the followingexceptions.

: ASME B16.11

: ASME B16.3: ASME B16.9: ASME B16.28: ASME B16.5: ASME B16.1: MSS SP-95: MSS SP-97

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(1) Full size tees shall be used in all pressure ratings.(2) Reducing tees shall be used where specified in the job specification.(3) Branches 1-1/2B and smaller shall be made with integrally reinforced fittings.

3.4.4 Special consideration shall be taken for branch connection in cyclic service such astemperature cycling.

3.4.5 Minus(-) wall thickness tolerance of wrought fittings shall be per applicable code.

3.4.6 Delete

3.5 Gaskets

3.5.1 All gaskets shall be as follows:

(1) Spiral wound gaskets : ASME B16.20(2) Non-metallic gaskets : ASME B16.21(3) Ring-joint gaskets : ASME B16.20(4) Gasket dimensions for flanges 26B and larger : Applicable flange codes(5) Gaskets not conforming above codes shall be specified on drawings.(6) As per project specification and piping classes

3.6 Bolts and Nuts for Flange 3.6.1 Bolts and nuts shall be as follows:

(1) Bolts and nuts shall be heavy hexagon bolts and nuts, and shall conform to ASME B18.2.1 and B18.2.2 respectively.(2) Threads shall conform to coarse thread series, ASME B1.1. Number of threads

shall be 8 per one inch for bolt size U1-1/8” and larger.(3) Accuracy of threads and fineness of finish in accordance with ASME B1.1.

Item Accuracy of thread Fineness of finish

Bolt 2A Semi-finishedor betterNut 2B

3.6.2 Stub bolts shall be threaded in their full length.

3.6.3 Stub bolt with two nuts shall be used rather than bolt with one nut.

3.6.4 Number, diameter and length of bolts for flange connection shall be in accordancewith applicable flange codes.

3.7 ThreadsThreads for pipes, flanges, valves and fittings shall be specified in ASME B1.20.1 pipethreads, unless otherwise specified.

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APPENDIX : I

CTCI OVERSEAS CORP., LTD.Document Title : PIPING MATERIAL SPECIFICATION

Project Number : 10E0240A Document Number : 600-50S-0002

Project Owner : Saudi Kayan Revision Number : 5

Project Name : Saudi Kayan Petrochemical Complex- AMINE Revision Date : 23-MAR-12

Facility

Project Location : Jubail Industrial City, KSA

ABBREVIATION LIST

Abbreviation Descr ip tion Abbreviation Descr iption

-AL ALLOY CONC CONCENTRIC

-B BORE CONDEN CONDENSATE

-C COATED CONI CONICAL

-D DISC CONN CONNECTOR or CONNECTING

-E END CPH HALF COUPLING

-E ERW CPLG COUPLING

-F EFW CS CARBON STEEL

-IN INSERT CTRL CONTROL

-OLET xxxOLET

-R RESIST or RESISTANCE D-SHT DATA SHEET

-RT RADIOGARPHIC TESTING D&S DISC & STEM

-S SEAT(S) or SEATED DEG DEGREE

DI DUCTILE IRON

A/W ASSEMBLY WITH DIM DIMENSION

ADAPT ADAPTER DN DOWN

AL ALUMINUM DRN DRAIN

ANN ANNEALED DWG DRAWING

ANSI AMERICAN NATIONAL STANDARDS INSTITUTE

API AMERICAN PETROLEUM INSTITUTE E-OLET ELBOLET

AS ALLOY STEEL EXTEN-S EXTENDED SPINDLE or STEM

ASME AMERICAN SOCIETY OF MECHANICAL EFW ELECTRIC FUSION WELDEDENGINEERS EL ELBOW

ASTM AMERICAN SOCIETY FOR TESTING ELE-P ELECTRO or ELECTROPOLISHED

AWWA AMERICAN WATER WORKS ASSOCIATION EMIS EMISSION

EN EUROPEAN STANDARDS

BAL BALL ENT ENTRY

BB BOLTED BONNET ENVE ENVELOPED

BC BOLTED CAP EQ OR EQUAL

BE BEVEL END EXP EXPANSION

BHN BRINELL HARDNESS EXT EXTERNAL

BLE BEVEL LARGE END

BLD BLIND F-BORE FULL BORE

BLK BLANK F-FERR FEMALE FERRULES

BLT BOLT or BOLTING F-PORT FULL PORT

BRAN BRANCH F.S FIRE SAFE

BRZ BRONZE FACE FACING

BS BRITISH STANDARDS FBE FUSION BODDED EPOXY

BU-FLY BUTTERFLY FERR FERRUL

BULKHD BULKHEAD FF FLAT FACE

BW BUTT WELDING FEP FLUORINATED ETHYLENEPROPYLENE

FIL FILLED or FILLER

CS CARBON FILA FILAMENT

C&W COATING & WRAPPING FL FLAT

CALC CALCULATE FLEX FLEXIBLE

CENT CENTER or CENTERING FLEX-WG FLEXBLE WEDGE

CHAR CHARPY FLG FLANGE

CHK CHECK FLOA FLOAT(ING)

CHROM CHROMATE FN FINISH(ED)

CI CAST IRON FNPT FEMALE NATIONAL TAPER PIPE THREAD

CL CLASS FR MADE FROM

COMP COMPRESSED FRP FIBER GLASS REINFORCED POLYESTER

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Sheet No. : 2 of 3

APPENDIX : I





Facility


ABBREVIATION LIST

Abbreviation Description Abbreviation Descr iption

GA GALVANIZED M/C MACHINE or MECHANICAL

GAT GATE MAX MAXIMUM

GL GLASS MFR MANUFACTURE

GLO GLOBE MI MALLEABLE IRON

GR GRADE or GEAR MJ MECHANICAL JOINT

GRAPH GRAPHITE(D) MNPT MALE NATIONAL TAPER PIPE THREAD

GRE GLASS REINFORCED EPOXY MSS MANUFACTURERS STANDARDIZATION

GRP GLASS REINFORCED PLASTIC SOCIETYGSK GASKET

N-OLET NIPOLET

H.T. HEAT TREATED or HEAT TREATMENT NACE NATIONAL ASSOCIATION OF

H.T. HIGH TEMPERATURE CORROSION ENG'RS

HASTE- HASTELLOY NI NICKEL

HD HEAD NIP NIPPLE

HEX HEXAGONAL NON-ASB NON-ASBESTOS

HF HARD FACING NORM NORMALIZED

HI HIGH NOZZ NOZZLE

HNDL HANDLE NWN NOZZLE WELD (W/O REINFORCING PAD)

HOR HORIZONTAL NWP NOZZLE WELD (W/ REINFORCING PAD)

HVY HEAVY

.

I.R INNER RING O.R OUTER RING

I.O.R INNER AND OUTER RING OCT-R OCT. RING

IMP IMPACT OP OPERATOR

IN INNER or INSIDE or INCH ORG ORGANIC

INCO INCOLOY ORI ORIFICE

INSTRU INSTRUMENT ORIF ORIFICE

INSU INSULATION OS&Y OUTSIDE SCREW AND YOKE

INT INTERIOR or INTERNAL OUT OUTER

INTEG INTEGRAL OVAL-R OVAL RING

ISNRS INSIDE SCREW NON-RISING STEM

ISO INTERNATIONAL ORGANIZATION FOR PAT PATTERN

STANDARDIZATION PBE PLAIN BOTH END

ISRS INSIDE SCREW RISING STEM PC PIECE(S)

ITERM INTERMITTENT PCKG PACKINGPE PLAIN END or POLYETHYLENE

JACK JACKET PERF PERFORATE(D) or PERFORATION

JT JOING PFA POLYFLUOROALKOXY

PL PLATE

L LENGTH PLAS PLASTIC

L-OLET LETROLET PLD PLATED

L& FIX-E LOOSE AND ONE FIXED PLE PLAIN LARGE END

LT&G LARGE TONGUE AND GROOVE PLG PLUG

LG LENGTH or LONG POE PLAIN ONE END

LJ LAP JOINT POLYE PPLYESTER

LND LINED PP POLYPROPYLENE

LNR LINER PR PORT or POOR

LR LONG RADIUS PSB PRESSURE SEAL BONNET

LT LARGE TONGUE PSC PRESSURE SEAL CAP

LTCS LOW TEMPERATURE CARBON STEEL PSE PLAIN SMALL END

LTRL LATERAL PTFE POLY TETRAFLUOROETHYLENE

LUB LUBRICATED PVC POLY VINYL CHLORIDE

LVR LEVER PWHT POST WELD HEAT TREATMENT

LYR LAYER(S)Page 18 of 189

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Sheet No. : 3 of 3

APPENDIX : I





Facility


ABBREVIATION LIST

Abbreviation Description Abbreviation Descr iption

R RADIUS T-OLET THDOLET

RA-FN ROUGHNESS AVERAGE Ra FINISH T&C THREADED AND COUPLING

RBR RUBBER TBE THREAD BOTH ENDS

RD ROUND TE THREAD END

RED REDUCING TEE STRAIGHT TEE

REDU REDUCING or REDUCED TEMP TEMPORATY

REINF REINFORCED TFE TEFLON

REGU REGULAR THCK THICKNESS

REQU REQUIRE THRD THREAD

RF RAISED FACE TOL THREDOLET

RJ RING JOINT TR TRIM

RTFE REINFORCED TEFLON TRE REDUCING TEE

TRUNN TRUNNION

S SCHEDULE TS TAPER SOCKET

S- SUPPLEMENTARY TSE THREAD SMALL END

S-OLET SCKOLET TUB TUBE or TUBING

S&D SEAT & DISC TUBE-E TUBE END

S&S SEATS & SEALS TY TYPE

ST&G SMALL TONGUE AND GROOVE

S.R. STRESS RELIEVED U/G UNDER GROUND

SB SCREW BONNET UB UNION BONNET

SC SCREW CAP

SCRN SCREEN UNC UNIFIED COARSE THREAD

SEAL SEALING UNI UNION

SERI SERIES

SERR SERRATED VA VALVE

SH SHORT VER VERTICAL

SHT SHEET

SHWR SHOWER W-OLET WELDOLET

SLD-WG SOLID WEDGE W/ WITH

SLVE SLEEVE(S) W/O WITHOUT

SMLS SEAMLESS WASHR WASHER(S)

SMPL SAMPLE WB WELDED BONNET

SMTH SMOOTH WC WELDED CAP

SO SLIP ON WD WOUND

SOL SOCKOLET WG WEDGE

SOLU SOLUTION WN WELDING NECK

SP SPECIAL WOL WELDOLET

SP-WD SPIRAL WOUND WR WRENCH

SPEC SPECIFICATION WROU WROUGHT

SPECT SPECTACLE WT WEIGHT

SPRG SPRING

SS STAINLESS STEEL XS EXTRA STRONG

ST SMALL TONGUE XXS DOUBLE EXTRA STRONG

STAT STATIC

STD STANDARD WEIGHT

STD-FN STANDARD FINISH

STL STEEL

STM STEAM

STR STRAINER

STRG STRENGTH or STRONG

SUPP SUPPLEMENTARY or SUPPORT(ING)

SURF SURFACE

SW SOCKET WELD

SW/MNPT S.W.(1ST SIZE) X MALE NPT(2ND SIZE)

SW-STUB SOCKET WELD W/NIPPLE

SWA SWAGE

-

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Sheet No. : 1 of 10

APPENDIX : II

CTCI OVERSEAS CORP., LTD.Document Tit le : PIPING MATERIAL SPECIFICATION




Facility


T E : BW REDUCING TEE

E T Lateral TEE (45 Deg.)

E E T SW REDUCING TEE (1.1/2" and Below)

E E E T P : NOZZLE WELD WITH REINFORCING PAD

S S E E T S : SOCKETOLET

S S S E E T THREDOLET

S S S S E E T T : BW EQUAL TEE

S S S S P E E T Lateral TEE (45 Deg.)

S S S S P P E E T SW EQUAL TEE (1.1/2" and Below)

S S S S P P P E E T

S S S S P P P E E E T

S S S S P P P P E E E T

S S S S P P P P E E E E T

1SA0S01, 1SA0S03, 1SA0S85, 1SA0S86, 1SD0S01, 1SD0S02, 1SD0S03, 3SA0S86, 3SD0S01, 3SD0S02, 6SA0S01, 6SA0S86,6SA0S87,

6SD0S01

APPLICATION PIPING CLASS

M

A

I

N

S

I

Z

14

16

10

12

1/2

3/4

1

1.1/2

2

3

4

6

8

S S S S P P P P P E E E E T

S S S S P P P P P E E E E E T

S S S S P P P P P P E E E E E T

BR ANCHSIZE

E

24

18

20

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Sheet No. : 2 of 10

APPENDIX : II





Facility



E T Lateral TEE (45 Deg.)

E E T SW REDUCING TEE (1.1/2" and Below)

E E E T P : NOZZLE WELD WITH REINFORCING PADS S E E T S : SOCKETOLET

S S S E E T THREDOLET

S S S S E E T T : BW EQUAL TEE

S S S S P E E T Lateral TEE (45 Deg.)

S S S S P P E E T SW EQUAL TEE (1.1/2" and Below)

S S S S P P P E E T

S S S S P P P E E E T

S S S S P P P P E E E T

S S S S P P P P E E E E T

1SD0S02

M

A

I

N

S

I

1/2

3/4

12

14

16


1

1.1/22

3

4

6

8

10

S S S S P P P P P E E E E E T

S S S S P P P P P P E E E E E T

S S S S P P P P P P P E E E E E T

S S S S P P P P P P P E E E E E E T

S S S S P P P P P P P P E E E E E E T

Z

E20

24

26

28

30

BR ANCHSIZE

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Sheet No. : 3 of 10

APPENDIX : II





Facility


T B : NOZZLE WELD WITHOUT REINFORCING PAD

E T E : BW REDUCING TEE

E E T Lateral TEE (45 Deg.)

E E E T SW REDUCING TEE (1.1/2" and Below)

S S E E T P : NOZZLE WELD WITH REINFORCING PAD

S S S E E T S : SOCKETOLET

S S S E E E T THREDOLET

S S S S E E E T T : BW EQUAL TEE

S S S S B B E E T Lateral TEE (45 Deg.)

S S S S B B B E E T SW EQUAL TEE (1.1/2" and Below)

S S S S B B B B E E T W : WELDOLET

S S S S B B B B E E E T

S S S S B B B B B E E E T

S S S S B B B B B E E E E T

S S S S B B B B B B E E E E T

S S S S W W W W W W E E E E E T

S S S S W W W W W W W E E E E E T

S S S S W W W W W W W P E E E E E T

S S S S W W W W W W W P E E E E E E T

S S S S W W W W W W W P P E E E E E E T

M

A

I

N

S

I

Z

E

1/2

3/4

28

30

14

16

18

20

24

26

10

12

1.1/2

2

2.1/2

3

4

6

8

12CB1S01,12CB1S01U, 12CB1S02, 12CB1S02U, 12CB1S03, 1CA1S01, 1CB1S01, 1CB1S02, 1CB1S85, 1CB1S86, 1CB1S92, 1CB2S01, 1CB2S91


1

S S S S W W W W W W W P P E E E E E E E T

S S S S W W W W W W W P P P E E E E E E E T

S S S S W W W W W W W P P P E E E E E E E E T

S S S S W W W W W W W P P P P E E E E E E E E T

S S S S W W W W W W W P P P P P E E E E E E E E T

S S S S W W W W W W W P P P P P E E E E E E E E E T

1. Where additional reinforcement is required due to the deficiency of mechanical strength

in the nozzle weld area of branch connection, use the reinforcement pad as indicated on

the Isometric drawing after evaluating the availability as per ASME B31.3, Para. 304.3.

BR ANCHSIZE

44

48

32

34

36

40

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Sheet No. : 5 of 10

APPENDIX : II





Facility


E : BW REDUCING TEE

T SW REDUCING TEE (1.1/2" and Below)

E T S : SOCKETOLET

E E T THREDOLET

E E E T T : BW EQUAL TEE

S S E E T SW EQUAL TEE (1.1/2" and Below)

S S S E E T W : WELDOLET

S S S S E E T

S S S S W E E T

S S S S W W E E T

S S S S W W W E E T

S S S S W W W E E E T

M

A

I

N

S 12

8

10

4

6


3CA1S01, 3CB1S02, 3CB1S91, 3CB1S92, 3CB2S91

1/2

3/4

1

3

1.1/2

2

S S S S W W W W E E E T

S S S S W W W W E E E E T

S S S S W W W W W E E E E T

S S S S W W W W W E E E E E T

S S S S W W W W W W E E E E E T

BR ANCHSIZE

20

24

I

Z

E

14

16

18

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Sheet No. : 6 of 10

APPENDIX : II





Facility


T B : NOZZLE WELD WITHOUT REINFORCING PAD

E T E : BW REDUCING TEE

E E T T : BW EQUAL TEE

E E E T W : WELDOLET

W W E E T

W W W E E TW W W W E E T

W W W W B E E T

W W W W B B E E T

W W W W B B B E E T

W W W W B B B E E E T

W W W W B B B B E E E T

W W W W B B B B E E E E T

W W W W B B B B B E E E E T

W W W W W W W W W E E E E E T20

12

14

16

18

M A

I

N

S

I

Z

E

8

10


1CB2B01C

1/2

3/4

1

1.1/2

2

34

6

1. Where additional reinforcement is required due to the deficiency of mechanical strength

in the nozzle weld area of branch connection, use the reinforcement pad as indicated on

the Isometric drawing after evaluating the availability as per ASME B31.3, Para. 304.3.

BR ANCHSIZE

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Sheet No. : 7 of 10

APPENDIX : II





Facility



E T T : BW EQUAL TEE

E E T W : WELDOLET

E E E T

W W E E T

W W W E E T

W W W W E E T

W W W W W E E T

W W W W W W E E T

W W W W W W W E E T

W W W W W W W E E E T

6

8

1

10

12

1.1/2

M

A

I

N

S

2

3

4


1/2

3/4

3CB1B04, 3CB1B91H

W W W W W W W W E E E T

W W W W W W W W E E E E T

W W W W W W W W W E E E E T

W W W W W W W W W E E E E E T

W W W W W W W W W W E E E E E T24

14

16

18

20

I

Z

E

BR ANCHSIZE

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Sheet No. : 9 of 10

APPENDIX : II





Facility


* * : Free Branch* * * *

* * * *

* * * * *

* * * * * *

* * * * * * *

* * * * * * * *

* * * * * * * * *

3

4

1/2

1

1.1/2

2

6

8

1FE0D01


* * * * * * * * * *

* * * * * * * * * * *

* * * * * * * * * * * *

* * * * * * * * * * * * ** * * * * * * * * * * * * *

* * * * * * * * * * * * * * *

* * * * * * * * * * * * * * * *

* * * * * * * * * * * * * * * * *

* * * * * * * * * * * * * * * * * *

* * * * * * * * * * * * * * * * * * *

* * * * * * * * * * * * * * * * * * * *

* * * * * * * * * * * * * * * * * * * * *

* * * * * * * * * * * * * * * * * * * * * *

1. In principle the class having special connection is branched in accordance with Manufacturer's standard.

16

18

30

36

14

32

10

12

20

24

26

28

34

A

I

N

S

I

Z

E

BR ANCHSIZE

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Sheet No. : 10 of 10

APPENDIX : II





Facility


E : FLANGED REDUCING TEE

FLANGED TEE W/ REDUCER(S)

(Utilize manufacture's standard fittings as required)

I : INSTRUMENT TEET : BW EQUAL TEE

T SCRD EQUAL TEE (2" and Below)E T

E E T

E E E T

I I I E T

I I I E E T

I I I E E E T

I I I E E E E T

I I I E E E E E T

1LT0F01

1

1.1/2

2


3

M

A

I

N

S

I

8

10

4

6

E

BR ANCHSIZE

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Sheet No. : 1 of 10

PIPING LINE CLASS INDEX FOR ETHANOLAMINES(660 OXITENO) APPENDIX : III

SAUDI KAYAN PETROCHEMICAL COMPLEX A2AD

TE MP P RRE SS

barg

TYPE TRIM

12CB1S01 2 1.5 150 RF CARBON STEEL

A106 Gr.B

0

90

10.0

10.0

COOLING WATER (AG)

DESIGN: 10 barg @ 90 ° C

CWR, CWS GATE

B'FLY

13CR+ HFS

AL.BRZ

FLAT,SPWD

GRA,304/GRA,NE

1/2/- 48 > 19 mm

WALL

Y

SPEC

BY PMC

REMARKSERVICE SERVICE CODE BLOCK VALVE GSK TYPE &

MATERIAL

NPS

in

PWHTBASIC MATERIAL DESIGN

CONDITIONS

L INE CL ASS REV CORR

ALLOW

mm

FLANGE

RATING &

TYPE

.

A671 Gr.CC60 Cl.12

. I : . , ,

O 12CB1S02 2 1.5 150 RF CARBON STEEL

A106 Gr.B

A671 Gr.CC60 Cl.12

0

90

12.1

12.1

FIREWATER (AG)

DESIGN: 12.1 barg @ 90°C

FW GATE

B'FLY

AL.BRZ

AL.BRZ

FLAT,SPWD

GRA,304SS/GRA

1/2/- 24 No Y

12CB1S03 2 1.5 150 RF CARBON STEEL A106 Gr.B A671

Gr.CC60 Cl.12

0

100

200

19.6

17.7

13.8

GENERAL UTILITIES(AG)

DESIGN: ASME B16.5 MG

1.1

CA, LN, N, PA, RW,

SW ,HN

GATE

BALL

B'FLY

13CR + HFS

316 SS + RTFE

AL BRZ

FLAT,SPWD

GRA,304 SS / GRA

1/2/- 24 No Y Srevice HN to be added

12CG0T01 2 0.0 150 RF CARBON STEEL (Galv) A53 Gr.B 0 9.0 DRINKING WATER (AG) DW GATE 13CR + HFS FLAT,FULL 1/2/- 24 No Y .

FF

.

Galvanised 90

.

9.0

I I

DESIGN: 9 barg @ 90°C

B'FLY

AL.BRZ

,

NEOPRENE

12CG0T02 2 0.0 150 RF

FF

CARBON STEEL (Galv) A53 Gr.B

Galvanised

0

90

10.3

10.3

INSTRUMENT AIR (AG)

DESIGN: 10.3barg @ 90°C

IA GATE

BALL

13CR + HFS

316 SS + RTFE

FLAT,FULL

NEOPRENE

1/2/- 24 No Y

1CB1S02 2 1.5 150 RF CARBON STEEL A106 Gr.B

A671 Gr.CC60 Cl.12

-29100

200

300

19.617.7

13.8

10.2

STEAM / CONDENSATEDESIGN: ASME B16.5 MG

1.1

AV, BFW, BO, HEV,HW, LLS, LSC, SCS GATE 13CR + HFS FLAT,SPWDGRA,304 SS /

GRA,

W 304SS IR

1/2/- 24 No Y

400 6.5


A106 Gr.B/ A333 Gr.6

A671 Gr.CC60 Cl.12 /CI.12 S2

-29

100

200

300

400

19.6

17.7

13.8

10.2

6.5

GENERAL PROCESS (AG)


1.1

AMS, AWS, BS,

BZW, CC, CO, GS,

IL, IWW, LF, N,

NWW, OWS, P, PC,

PCS, PS, SCS, SS,

XO, WF, WS, WW

GATE

BALL &

B'FLY

13CR + HFS 316

SS + RTFE

FLAT,SPWD

GRA, 304 SS /

GRA

1/2/- 24 > 19 mm

WALL

Y

1SA0S01 2 0.0 150 RF STAINLESS STEEL -29 19.0 CORROSIVE PROCESS AE, AN, ANTF, AW, GATE 316 SS FLAT,SPWD 1/2/- 24 No Y. I

A312 Gr.TP304/304L

A358 Gr.304/304L Cl.1

100

200

300

400

.

15.7

13.2

10.2

6.5

I


2.1

, , , ,

BPA, CAT, DEG,

DMF, DMW, FC, FG,

GCD, GLR, GLS,

HGR, HN, IN, IV, KP,

NPE, MEG, MPC, P,

PC, PCW, PEGE,

PPH, SC, SUB, TEG,

WO, WW, XE, XEG

BALL

316 SS + RTFE

,

GRA, 304 SS /

GRA

1SA0S86 2 0.0 150 RF STAINLESS STEEL A312

Gr.TP304/304L A358 Gr.304/304L

Cl.1

-29

100

200

19.0

15.7

13.2

EO CONTENT 5 WT% &

HIGHER


2.1

EO, P PLUG 316 SS + PTFE SPWD

304 SS / GRA

W 304 SS IR

1/2 - 24 No Y Service P to be added

1SD0S01 2 0.0 150 RF STAINLESS STEEL

A312 Gr.TP316/316L

A358 Gr.316/316L Cl.1

-29

100

200300

400

19.0

15.7

13.210.2

6.5

CORROSIVE PROCESS


2.2

AV, CBS, DEA,

DMEA, HAA, MDEA,

MEA, P, PEA, SODB,TEA

GATE

BALL

316 SS

316 SS + RTFE

FLAT, SPWD

GRA, 316 SS /

GRA

1/ 2 - 24 N o Y 1S D0B 03 i s rep la ce d by

1SD0S01 and 1SD0S03 as per

punch list of 600-25M-0004-1No.16

.

1SD0S02 2 0.0 150 RTJ STAINLESS STEEL

A312 Gr.TP316/316L

A358 Gr.316/316L Cl.1

-29

100

200

300

400

19.0

15.7

13.2

10.2

6.5

CORROSIVE PROCESS


2.2

P, PEA BALL 316 SS + PTFE OCT RING

316 SS

1/2 - 30 No Y Service PEA to be added

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Sheet No. : 2 of 10



TE MP P RRE SS

barg

TYPE TRIM

SPEC

BY PMC


MATERIAL

NPS

in


CONDITIONS


ALLOW

mm

FLANGE

RATING &

TYPE


A312 Gr.TP316/316L

-29

100

19.0

16.2

CORROSIVE PROCESS


AV, AWS, CHCL, P,

WW

GATE

BALL

316 SS

316 SS + RTFE

FLAT

REINF TEFLON

1/2 - 24 Y 1SD0B03 is replaced by

1SD0S01 and 1SD0S03 as per .

A358 Gr.316/316L Cl.1 200

.

13.7

I : .

2.2

I

punch list of 600-25M-0004-1

. 3CB1S02 2 1.5 300 RF CARBON STEEL

A106 Gr.B / A333 Gr. 6

A671 Gr.CC60 Cl.12 / Cl.12 S2

-29

100

200

300

400

51.1

46.6

43.8

39.8

34.7

STEAM / CONDENSATE


1.1

BFW, BO, HEV,

HSC, HW, LS, MRS,

MSC, MS, RSC

GATE 13CR + HFS FLAT, SPW D

304 SS / GRA

W 304 SS IR

1/2 - 24 > 19 mm

WALL

Y

3SA0S86 2 0.0 300 RF STAINLESS STEEL

A312 Gr.TP304/304L

-29

100

49.6

40.9

EO CONTENT 5 WT% &

HIGHER

EO PLUG 316 SS + PTFE SPWD

304 SS / GRA

1/2 - 14 No Y WBS 600 - Balchem. FV WT

.

A358 Gr.304/304L Cl.1 200

.

34.5

I


2.1

W 304 SS IR


A312 Gr.TP316/316L

A358 Gr.316/316L Cl.1

-29

100

200

300

400

49.6

42.2

35.7

31.6

29.4

CORROSIVE PROCESS


2.2

DEA, DMEA, MDEA,

MEA, P, TEA, NH

GATE

BALL

316 SS

316 SS + RTFE

FLAT

GRAPHITE

1/2 - 14 No Y Service NH to be added

3SD0S02 2 0.0 300 RTJ STAINLESS STEEL

.

-29 49.6

.

CORROSIVE PROCESS

I : .

P , DEA, MEA, TEA BALL 316 SS + PTFE OCT RING

1/2 - 24 No Y Service DEA, MEA and PEA to

.

A358 Gr.316/316L Cl.1 200

300

400

.

35.7

31.6

29.4

I : .

2.2


A312 Gr.TP304/304L

A358 Gr.304/304L Cl.1

-29

100

200

99.3

81.7

69.0

EO CONTENT 5 WT% &

HIGHER


2.1


304 SS / GRA

W 304 SS IR

1/2 - 16 No Y WBS 600 - Oxiteno

6SA0S87 0 0.0 600 RF STAINLESS STEEL -29 99.3 EO CONTENT 5 WT% & EO PLUG 316 SS + RTFE SPWD 1/2 - 12 No Y As per NEW PIPING line class. I

A312 Gr.TP304/304L

A358 Gr.304/304L Cl.1

100

200

.

81.7

69.0

HIGHER


2.1

304 SS /GRA

W 304 SS IR

I I

designations. For the ethyolxylates

reator loop line specified as

6SA0S87

Page 31 of 189

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32/189

Sheet No. : 3 of 10



TE MP P RRE SS

barg

TYPE TRIM

SPEC

BY PMC


MATERIAL

NPS

in


CONDITIONS


ALLOW

mm

FLANGE

RATING &

TYPE


A106 Gr.B

0

90

10.0

10.0

COOLING WATER (AG)

DESIGN: 10 barg @ 90 ° C

CWR, CWS GATE

B'FLY

13CR+ HFS

AL.BRZ

FLAT,SPWD

GRA,304/GRA,NE

1/2/- 48 > 19 mm

WALL

Y .

A671 Gr.CC60 Cl.12

. I : . , ,

O 12CB1S02 2 1.5 150 RF CARBON STEEL

A106 Gr.B

A671 Gr.CC60 Cl.12

0

90

12.1

12.1

FIREWATER (AG)


FW GATE

B'FLY

AL.BRZ

AL.BRZ

FLAT,SPWD

GRA,304SS/GRA

1/2/- 24 No Y

12CB1S03 2 1.5 150 RF CARBON STEEL A106 Gr.B A671

Gr.CC60 Cl.12

0

100

200

19.6

17.7

13.8

GENERAL UTILITIES(AG)


1.1

CA, LN, N, PA, RW,

SW ,NH

GATE

BALL

B'FLY

13CR + HFS

316 SS + RTFE

AL BRZ

FLAT,SPWD

GRA,304 SS / GRA

1/2/- 24 No Y Srevice NH to be added

12CG0T01 2 0.0 150 RF

FF

C ARBON STEEL (Galv) A53 Gr.B 0 9.0

.

DRINKING WATER (AG)

I : °

DW GATE

'F

13CR + HFS

.

FLAT,FULL 1/2/- 24 No Y

a vanise . I : arg .

12CG0T02 2 0.0 150 RF

FF

CARBON STEEL (Galv) A53 Gr.B

Galvanised

0

90

10.3

10.3

INSTRUMENT AIR (AG)

DESIGN: 10.3barg @ 90°C

IA GATE

BALL

13CR + HFS

316 SS + RTFE

FLAT,FULL

NEOPRENE

1/2/- 24 No Y


A106 Gr.B A671 Gr.CC60 Cl.12

-29

100200

300

400

19.6

17.713.8

10.2

6.5

STEAM / CONDENSATE

DESIGN: ASME B16.5 MG1.1

AV, BFW, BO, HEV,

HW, LLS, LSC, SCS

GATE 13CR + HFS FLAT,SPWD

GRA,304 SS /GRA,

W 304SS IR

1/2/- 24 No Y


A106 Gr.B

A671 Gr.CC60 Cl.12

-29

100

200

300

400

19.6

17.7

13.8

10.2

6.5

GENERAL PROCESS,

VACUUM DESIGN: ASME

B16.5 MG 1.1

P PLUG 316 SS + PTFE FLAT,SPWD

GRA,304 SS/ GRA

W 304 SS IR

1/2/- 24 No Y W BS 600 - Oxi teno


A106 Gr.B

A671 Gr.CC60 Cl.12

-29

100

200

19.6

17.7

13.8

EO CONTENT 5 WT% AND

HIGHER DESIGN: ASME

B16.5 MG 1.1

EO, P PLUG DI W CR PL +

PTFE

SPWD

304 SS / GRA

W 304 SS IR

1/2/- 24 No Y W BS 600 - Oxi teno

1CB2B01C 2 3.0 150 RF CARBON STEEL A106 Gr.B -29

100

19.6

17.7

CAUSTIC (0-50 WT%) (AG)


1.1

NA, NAS, P, SNA GATE

BALL &

B'FLY

MONEL + HFS

MONEL + RTFE

SPWD

304 SS / GRA

W 304 SS IR

1/2/- 24 ALL Y


A106 Gr.B/ A333 Gr.6

A671 Gr.CC60 Cl.12 /CI.12 S2

-29

100

200

300

400

19.6

17.7

13.8

10.2

6.5

GENERAL PROCESS (AG)


1.1

AMS, AWS, BS,

BZW, CC, CO, GS,

IL, IWW, LF, N,

NWW, OWS, P, PC,

PCS, PS, SCS, SS,

XO, WF, WS, WW

GATE

BALL &

B'FLY

13CR + HFS 316

SS + RTFE

FLAT,SPWD

GRA, 304 SS /

GRA

1/2/- 24 > 19 mm

WALL

Y

, , ,

1LT0F01 2 0.0 150 RF PTFE LINED CS F1545 0

100

200

12.0

12.0

12.0

HYDROCHLORIC ACID 32%

CONC SULPHURIC ACID

DESIGN: 12.0 BARG @ 200°

C (H2SO4)

AS, AV, HCL, HSA,

P, THL

BALL,

PLUG &

B'FLY

DI + PFA

LINING

FLAT

TEFLON

1-12 No Y Balchem: FV at 150 TO 8"

1SA0S03 2 0.0 150 RF STAINLESS STEEL A312 Gr.TP304/304L

A358 Gr.304/304L Cl.1

-29100

200

19.015.7

13.2

CORROSIVE PROCESS(PIGGABLE)


AE, AV, NPE, PEGE,XE BALL 316 SS + RTFE FLA TGRAPHITE 1/2/- 24 No Y WBS 600 -Oxiteno.Full bore valves only

300

400

10.2

6.5

2.1

Page 32 of 189

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33/189

Sheet No. : 4 of 10



TE MP P RRE SS

barg

TYPE TRIM

SPEC

BY PMC


MATERIAL

NPS

in


CONDITIONS


ALLOW

mm

FLANGE

RATING &

TYPE


A312 Gr.TP304/304L

-29

100

19.0

15.7

GENERAL PROCESS,

VACUUM

P PLUG 316 SS + PTFE SPWD

304 SS / GRA

1/2 - 24 No Y W BS 600 - Oxi teno .

A358 Gr.304/304L Cl.1 200

300

400

.

13.2

10.2

6.5


2.1

W 304 SS IR

1SA0S86 2 0.0 150 RF STAINLESS STEEL A312

Gr.TP304/304L A358 Gr.304/304L

Cl.1

-29

100

200

19.0

15.7

13.2

EO CONTENT 5 WT% &

HIGHER


2.1

EO, P PLUG 316 SS + PTFE SPWD

304 SS / GRA

W 304 SS IR

1/2 - 24 No Y Service P to be added


.

-29 19.0

.

CORROSIVE PROCESS

I : .

AV, CBS, DEA,

, , ,

GATE 316 SS

+ F

FLAT, SPWD

,

1/ 2 - 24 N o Y 1S D0B 03 i s rep la ce d by

.

A358 Gr.316/316L Cl.1 200

300

400

.

13.2

10.2

6.5

I : .

2.2

, , ,

MEA, P, PEA, SODB,

TEA

,

GRA

punch list of 600-25M-0004-1

No.16


A106 Gr.B / A333 Gr. 6 A671 Gr.CC60 Cl.12 / Cl.12 S2

-29

100200

300

400

51.1

46.643.8

39.8

34.7

STEAM / CONDENSATE

DESIGN: ASME B16.5 MG1.1

BFW, BO, HEV,

HSC, HW, LS, MRS,MSC, MS, RSC

GATE 13CR + HFS FLAT, SPW D

304 SS / GRAW 304 SS IR

1/2 - 24 > 19 mm

WALL

Y


A312 Gr.TP304/304L

A358 Gr.304/304L Cl.1

-29

100

200

49.6

40.9

34.5

EO CONTENT 5 WT% &

HIGHER


2.1


304 SS / GRA

W 304 SS IR

1/2 - 14 No Y WBS 600 - Balchem. FV WT


A312 Gr.TP304/304L

A358 Gr.304/304L Cl.1

-29

100

200

300

400

99.3

81.7

69.0

61.8

56.9

GENERAL PROCESS


2.1

CAT, P , SUB, HW GATE

BALL

316 SS

316 SS + RTFE

SPWD

304 SS / GRA


.


A312 Gr.TP304/304L

A358 Gr.304/304L Cl.1

-29

100

200

99.3

81.7

69.0

EO CONTENT 5 WT% &

HIGHER


2.1


304 SS / GRA

W 304 SS IR



A312 Gr.TP316/316L

A358 Gr.316/316L Cl.1

-29

100

200

300

99.3

84.4

71.3

63.2

CORROSIVE PROCESS


2.2

HAA GATE

BALL

316 SS

316 SS + RTFE

SPWD

316 SS / GRA


400

.

58.9

Page 33 of 189

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34/189

Sheet No. : 5 of 10



TE MP P RRE SS

barg

TYPE TRIM

SPEC

BY PMC


MATERIAL

NPS

in


CONDITIONS


ALLOW

mm

FLANGE

RATING &

TYPE

12CB1S01U 2 1.5 150 RF CARBON STEEL (Coated)

A106 Gr.B

0

90

10.0

10.0

COOLING WATER (UG)


CWR, CWS GATE

B'FLY

13CR + HFS

AL.BRZ

FLAT,SPWD

GRA,304/GRA,NE

1/2/- 48 > 19 mm

WALL

Y .

A671 Gr.CC60 Cl.12

. I : . , ,

O

12CB1S02U 0 1.5 150 RF CARBON STEEL (Coated)

A106 Gr.B

A671 Gr.CC60 Cl.12

0

90

12.1

12.1

FIREWATER (UG)


FW GATE D.I FLAT,SPWD

GRA,304SS/GRA

1/2/- 24 No Y

12CG0T01U 2 0.0 150 RF

FF

CARBON STEEL (Galv & Coated)

A53 Gr.B Galvanised

0

90

9.0

9.0

DRINKING WATER (UG)


DW NONE - FLAT,FULL

NEOPRENE

1/2/- 24 No Y WBS 100-KBR

12CG0T04 0 0.0 150 FF CARBON STEEL (Galv) A53 Gr.B 0 12.1 DELUGE WATER FW, NONE - FLAT,FULL 1/2/- 24 No Y Downstream of deluge valves

Galvanised 90 12.1 DESIGN: 12.1 barg @ 90°C NEOPRENE

1CA1S01 2 1.5 150 RF L.T. CARBON STEEL A333 Gr.6

A671 Gr.CC60 Cl.12 S2

-46

100

200

300

400

18.4

17.4

13.8

10.2

6.5

LOW TEMP PROCESS

FLARE/BLOWDOWN

(COLD) DESIGN: ASME

B16.5 MG 1.3

AV, CF, LF, NH, PC,

PR, PRY, WF, WLR,

WLS

GATE

BALL &

B'FLY

316 SS + HFS

316 SS + RTFE

SPWD,FLAT

304 SS / GRA,NEO

1/2/- 40 No Y


A106 Gr.B

A671 Gr.CC60 Cl.12

-29

100

200

19.6

17.7

13.8

GENERAL PROCESS(AG)


1.1

AV, CDMF, CLC,

DMC, DMW, ETY,

FG, FO, HEX, HW,

GATE

BALL

13CR + HFS 316

SS + RTFE

FLAT.SPWD

GRA, 304 SS /

GRA

1/2/- 24 No Y

. .

300

400

.

10.2

6.5

. , , , ,

HX, IC5, IV, KA, LF,

ME, SC, STS, TWW

, WF

1CB1S92 0 1.5 150 RF CS

A106-B

A671-CC60-CL12

0

100

200

300

400

19.6

17.7

13.8

10.2

6.5

STEAM / CONDENSATE


1.1

AV, BFW, BO, HEV,

HW, LLS, LSC, SCS

GATE 13CR-HFS FLAT,SPWD

GRA,304 SS/ GRA

W 304 SS IR

1/2/- 24 No Y WBS 700 & 800 - U & O

1CB2S91 0 3.0 150 RF CS

A106-B

A671-CC60-CL12

0

100

200

300

400

19.6

17.7

13.8

10.2

6.5

GENERAL PROCESS


1.1

AMS, AWS, BS,

BZW, CC, CO, GS,

IL, IWW, N, NWW,

OWS, P, PC, PCS,

PS, SCS, SS, XO,

WS, WW

GATE

BALL &

B'FLY

13CR-HF

316 SS +RTFE

FLAT,SPWD

GRA, 304 SS /

GRA

1/2/- 24 > 19 mm

WALL

Y WBS 700 & 800 - U & O

1FE0D01 2 0.0 150 FF FRP EPOXY

D2996 TYPE 1

0

120

2.2

2.2

GRAVITY DRAINS

DESIGN: 2.2 Barg @ 120°C

AMS, AS, AWS,

BZW, BS, CBS, CHS,

GS, SNA, OWS,

, , , ,

GATE

B'FLY

DI

DI

FULL NEOPRENE 2 - 36 No Y

, , , ,

WW, XO

3CA1S01 2 1.5 300 RF L.T. CARBON STEEL

A333 Gr.6

A671 Gr.CC60 Cl.12 S2

-46

100

200

300

340

48.0

45.3

42.5

38.7

36.8

LOW TEMP PROCESS


1.3

CF, NH, PR, PRPA,

PRY

GATE

BALL

316 SS+ HFS

316 SS + RTFE

SPWD

304 SS / GRA

1/2 - 14 > 19 mm

WALL

Y Only NH Service from OSBL to be

used

3CB1B04 2 1.5 300 RF CARBON STEEL

. .

-29 51.1

.

METHYL AMINES

I : .

DMA, MA, MMA, GA TE 13CR + HFS

+ F

FLAT, SPWD

,

1/2 - 24 ALL Y

r . r.

A671 Gr.CC60 Cl.12 / Cl.12 S2 200

300

375

.

43.8

39.8

36.4

I : .

1.1

+ ,

GRA

Page 34 of 189

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Sheet No. : 6 of 10



TE MP P RRE SS

barg

TYPE TRIM

SPEC

BY PMC


MATERIAL

NPS

in


CONDITIONS


ALLOW

mm

FLANGE

RATING &

TYPE


A106 Gr.B / A333 Gr. 6

0

100

51.1

46.6

GENERAL PROCESS


AV, CMDF, DMC,

ETY, FO, FG, HEX,

GATE

BALL

13CR-HFS

316 SS + RTFE

FLAT, SPWD

GRA, 304 SS /

1/2 - 6 > 19 mm

WALL

Y WBS 700 & 800 - U & O . .

A671 Gr.CC60 Cl.12 / Cl.12 S2 200

300

375

.

43.8

39.8

36.4

I : .

1.1

, , , ,

HN, HOR, HOS, IV,

LF,ME, MG, N, NG,

NH

B'FLY

PLUG

316 SS + RTFE

316 SS + RTFE

,

GRA

3CB1B91H 0 1.5 300 RF CARBON STEEL

A106 Gr.B

A671 Gr.CC60 Cl.12

0

100

51.0

46.6

HYDROGEN


1.1

H GATE STELLITE SPWD

304SS / GRA

W 304 SS IR

1/2 - 36 > 19 mm

WALL

Y WBS 700 & 800 - U & O


A106 Gr.B / A333 Gr. 6

0

100

51.1

46.6

STEAM / CONDENSATE


BFW, BO, HEV,

HSC, HW, LS, MRS,

GATE 13CR-HFS FLAT, SPWD

304 SS / GRA

1/2 - 24 > 19 mm

WALL

Y WBS 700 & 800 - U & O

. .

A671 Gr.CC60 Cl.12 / Cl.12 S2 200

300

375

.

43.8

39.8

36.4

I : .

1.1

, , , ,

MSC, MS, RSC

W 304 SS IR


A106 Gr.B / A333 Gr. 6

A671 Gr.CC60 Cl.12 / Cl.12 S2

0

100

200300

375

51.1

46.6

43.839.8

36.4

GENERAL PROCESS


1.1

GATE

BALL

13CR-HFS

316 SS + RTFE

FLAT, SPWD

GRA, 304 SS /

GRA

1/2 - 6 > 19 mm

WALL

Y WBS 700 & 800 - U & O

. . I I9CB1S91 1.5 900 RF CS

A106-B / A333 Gr. 6

0

100

200

300

400

153.2

139.8

131.4

119.5

104.2

BOILER FEEDWATER

DESUPERHEATER WATER


1.1

BFW GATE STELLITE SPWD

304 SS /GRA

W 304 SS IR

1 /2 - 4 > 19 mm

WALL

Y WBS 700 & 800 - U & O

Page 35 of 189

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36/189

APPENDIX :III

CTCI OVERSEAS CORP., LTD. Document Title : SERVICE INDEX FOR PIPING MATERIAL CLASSES

Sheet No. : 7 of 10

CLASS SYMBOL TYPICAL SERVICE

DESIGN

TEMP.

( )

DESIGN

PRESS.

(BAR G)

FLANGE

RATING/FACE

BASIC

MATERIALC.A.

12CB1S01 AV ATMOSPHERIC VENT 0~90 10 ASME Class 150 RF KCS 1.5mm

CWR COOLING WATER RETURN(A/G) ASME B16.47 SER.A

) ass

DR DRAIN

12CB1S01U CWR COOLING WATER RETURN(U/G) 0~90 10 ASME Class 150 RF KCS+3LPP COATED 1.5mm

CWS COOLING WATER SUPPLY(U/G) ASME B16.47 SER.A

Class 150 RF

12CB1S02 FW FIRE WATER(A/G) 0~90 12.1 ASME Class 150 RF KCS 1.5mm

12CB1S02U FW FIRE WATER(U/G) 0~90 12.1 ASME Class 150 RF KCS+3LPP COATED 1.5mm

12CB1S03 HN HIGH PRESSURE PURIFIED NITROGEN 0~200 ASME B16.5 ASME Class 150 RF KCS 1.5mm

N NITROGEN

PA PLANT AIR

SW SERVICE WATER

12CG0T01 DW DRINKING WATER(AG) 0~90 9 ASME Class 150 RF CS+GALV 0.0mm

12CG0T01U DW DRINKING WATER(UG) 0~90 9 ASME Class 150 RF CS+GALV&COATED 0.0mm

12CG0T02 IA INSTRUMENT AIR 0~90 10.3 ASME Class 150 RF CS+GALV 0.0mm

12CG0T04 FW DELUGE WATER 0~90 12.1 ASME Class 150 RF CS+GALV 0.0mm

1CA1S01 AV ATMOSPHERIC VENT -46~340 ASME B16.5 ASME Class 150 RF LTCS 1.5mm

CF FLARE/BLOWDOWN-COLD ASME B16.47 SER.A

NH AMMONIA Class 150 RF

WF FLARE/BLOWDOWN-WARM

1CB1S01 AV ATMOSPHERIC VENT -29~400 ASME B16.5 ASME Class 150 RF KCS 1.5mm

DMF DIMETHYLFORMAMIDE

DMW PROCESS MAKE-UP WATER

FG FUEL GAS

HW HOT WATER

IV VAPOURS TO INCINERATOR

WF FLARE/BLOWDOWN-WARM

1CB1S02 AV ATMOSPHERIC VENT -29~400 ASME B16.5 ASME Class 150 RF KCS 1.5mm

BFW BOILER FEED WATER

HW HOT WATER

LLS LOW LOW PRESSURE STEAM

LS LOW PRESSURE STEAM

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APPENDIX :III


Sheet No. : 8 of 10


DESIGN

TEMP.

( )

DESIGN

PRESS.

(BAR G)

FLANGE

RATING/FACE

BASIC

MATERIALC.A.

1CB1S02 LSC LOW PRESSURE STEAM CONDENSATE

PC PROCESS CONDENSATE

1CB1S85 P PROCESS PIPING -29~400 ASME B16.5 ASME Class 150 RF KCS 1.5mm


1CB1S92 AV ATMOSPHERIC VENT 0~400 ASME B16.5 ASME Class 150 RF KCS 1.5mm

LLS LOW LOW PRESSURE STEAM

LS LOW PRESSURE STEAM

LSC LOW PRESSURE STEAM CONDENSATE

SCS POTENTIALLY CONTAMINATED CONDENSATE

1CB2B01C NA CAUSTIC -29~100 ASME B16.5 ASME Class 150 RF KCS 3.0mm

P PROCESS PIPING

SNA CAUSTIC SEWER


PCS POTENT. CONTAMINATED SURFACE WATER

WW WASTE WATER

1CB2S91 AWS AMINE WASTE WATER 0~400 ASME B16.5 ASME Class 150 RF KCS 3.0mm

IL WASTE ORGANICE

PCS POTENT. CONTAMINATED SURFACE WATER

SS SANITARY SEWER

WW WASTE WATER

1FE0D01 OWS OILY WATER SEWER(U/G) 0~120 2.2 ASME Class 150 FF RTRP EPOXY 0.0mm

. .

Class 150 FF

1LT0F01 HCL HYDROCHLORIC ACID 0~200 12 PTFE-LINED CS 0.0mm

THL TRIMETHYLAMINE HYDROCHLORIDE

1SA0S01 AE ALCOHOL ETHOXYLATES -29~400 ASME B16.5 ASME Class 150 RF 304/304L SS 0.0mm

ANTF ANTIFOAM

CAT CATALYST

DEG DIETHANOL GLYCOL

DMF DIMETHYLFORMAMIDE

DMW DEMINERALIZED WATER

GLR BRINE RETURN

GLS BRINE SUPPLY

HN HIGH PRESS. NITROGEN

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APPENDIX :III


Sheet No. : 9 of 10


DESIGN

TEMP.

( )

DESIGN

PRESS.

(BAR G)

FLANGE

RATING/FACE

BASIC

MATERIALC.A.

1SA0S01 ME METHANOL

NPE NONYL PHENOL ETHOXYLATES

PEGE POLYETHYLENE GLYCOL ETHOXYLATES

SUB ETHOXYLATE SUBSTRATES

TEG TRIETHYLENE GLYCOL

WLR CHILLED WATER RETURN

WLS CHILLED WATER SUPPLY

WW WASTE WATER

XE OTHER ETHOXYLATES

1SA0S03 AE ALCOHOL ETHOXYLATES -29~400 ASME B16.5 ASME Class 150 RF 304/304L SS 0.0mm

NPE NONYL PHENOL ETHOXYLATES

PEGE POLYETHYLENE GLYCOL ETHOXYLATES

XE OTHER ETHOXYLATES

1SA0S85 P PROCESS PIPING -29~400 ASME B16.5 ASME Class 150 RF 304/304L SS 0.0mm

1SA0S86 EO ETHYLENE OXIDE -29~200 ASME B16.5 ASME Class 150 RF 304/304L SS 0.0mm

P PROCESS PIPING

1SD0S01 AV ATMOSPHERIC VENT -29~400 ASME B16.5 ASME Class 150 RF 316/316L SS 0.0mm

DEA DIETHANOL AMINE

HAA ACETIC ACID

MEA MONOETHANOL AMINE

P PROCESS PIPING

PEA POLYETHANOL AMINE

TEA TRIETHANOLAMINE


1SD0S02 P PROCESS PIPING -29~400 SME B16.5 ASME Class 150 RF 316/316L SS 0.0mm

PEA POLYETHANOL AMINE ASME Class 150 RTJ

1SD0S03 CHCL CHOLINE CHLORIDE -29~200 ASME B16.5 ASME Class 150 RF 316/316L SS 0.0mm

P PROCESS PIPING

3CA1S01 NH AMMONIA -46~340 ASME B16.5 ASME Class 300 RF LTCS 1.5mm

3CB1B04 DMA DIMETHYLAMINE -29~375 ASME B16.5 ASME Class 300 RF KCS 1.5mm

MA METHYLAMINES

MMA MONOMETHYLAMINE

3CB1B91H H HYDROGEN 0~100 ASME B16.5 ASME Class 300 RF KCS 1.5mm

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APPENDIX :III


Sheet No. : 10 of 10


DESIGN

TEMP.

( )

DESIGN

PRESS.

(BAR G)

FLANGE

RATING/FACE

BASIC

MATERIALC.A.

3CB1S02 HW HOT WATER -29~400 ASME B16.5 ASME Class 300 RF KCS 1.5mm

MRS MEDIUM PRESSURE REDUCED STEAM

MSC MEDIUM PRESSURE STEAM CONDENSATE

3CB1S91 ME METHANOL 0~375 ASME B16.5 ASME Class 300 RF KCS 1.5mm

3CB1S92 LS LOW PRESSURE STEAM 0~375 ASME B16.5 ASME Class 300 RF KCS 1.5mm

MS MEDIUM PRESSURE STEAM

MSC MEDIUM PRESSURE STEAM CONDENSATE

3CB2S91 IL WASTE ORGANICE 0~375 ASME B16.5 ASME Class 300 RF KCS 3.0mm


3SD0S01 NH AMMONIA -29~400 ASME B16.5 ASME Class 300 RF 316/316L SS 0.0mm

P PROCESS PIPING

3SD0S02 DEA DIETHANOL AMINE -29~400 ASME B16.5 ASME Class 300 RTJ 316/316L SS 0.0mm


P PROCESS PIPING

TEA TRIETHANOL AMINE

6SA0S01 CAT CATALYST -29~400 ASME B16.5 ASME Class 600 RF 304/304L SS 0.0mm

HW HOT WATER

P PROCESS PIPING

SUB ETHOXYLATE SUBSTRATES


- ~ . .

6SD0S01 HAA ACETIC ACID -29~400 ASME B16.5 ASME Class 600 RF 316/316L SS 0.0mm

9CB1S91 BFW BOILER FEED WATER 0~400 ASME B16.5 ASME Class 1500 RTJ KCS 1.5mm

ASME Class 900 RTJ

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Page 1 of 1

APPENDIX : IV





Facility


OPTION CODE LIST

Option Code Descr ipat ion

1 Default

11 Type 1

12 Type 2

13 Type 3

14 Type 4

19 Type 9

24 FULL PORT54 DUAL PLATE TYPE

82 EXTENED STEM AND HANDWHEEL

166 45 DEG.

197 THREAD FLANGE

211 FLAT FACE

221 RAISED FACE

231 RTJ-FACE

241 SMALL TONGUE FACE

242 LARGE TONGUE FACE

361 W/ JACK SCREW

431 MNPT

491 PBE

542 F-ferr x male pipe

705 BLE/ TSE

711 PLE/TSE

714 SWE/FTE

721 3"(75MM)TBE

722 3"(75MM)PBE

725 3"(75MM)PLE/MSE

727 4"(100MM)TBE

731 3"(75MM)PLE/MSE

773 CL300

781 CL600

797 CL1500

817 CL6000

896 INSULATION KIT987 CONNECT TO EQUIPMENT NOZZLE

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Sheet No. : 1 of 2

CTCI OVERSEAS CORP., LTD. Document Title :Piping Material Specification

Project Numbe : 10E0240A Document Number : 600-50S-0002


Project Name : Saudi Kayan Petrochemical Complex- AMINE Facility Revision Date : 23-MAR-12

Project Locatio : Jubail Industrial City, KSA

Note Description

1

APPENDIX : VI - NOTES FOR SERVICE CLASS

Lon itudinal welds for i es and fittin s shall be 100% radio ra hed.

2

3

4

5

All welds, cold working parts and bends shall be stress relieved through post-weld/post-bend heat treatment.

Threaded joints are permitted only at outlet of vent and drain valves, at hydrostatic connections, at outlet of

instrument tak

600-50S-0002 Rev5 (Recovered)

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Transcript of 600-50S-0002 Rev5 (Recovered)