PHEONWJ-M-SPE-0025~1

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PT. PHE ONWJ Piping Material Specification

PHEONWJ-M-SPE-0025, Rev 1 Page 2

Paper Copies are Uncontrolled

Revision Log Register

Revisions had been performed on following pages:

Page Date Revision

All 25-June-2012 Change document number:

Old No. : PHEONWJ-X-SPE-0003 New No.: PHEONWJ-M-SPE-0023

All 25-June-2012

Change reference specification number




4 of 49 25-June-2012

1.Correction on Scope

2.Add Company reference:

PHEONWJ-L-SPE-0001 – Painting Specification for External Metal

Surface

3.Delete MSS-SP-44 reference

All 25-June-2012 Replace text „PHE ONWJ Ltd.‟ with „PT. PHE ONWJ‟

6 of 49 25-June-2012 Revise Definition of Term to Definitions and Terms

Add Terms

17 of 49 25-June-2012 Revise “Deck Piping Subsea Pipeline” become “ Piping Pipeline”

All 25-June-2012

Add Note : “Pay attention shall be taken for Thermowell connection inpipe schedule 160 inside diameter” for lines class E, F, XA, XB, XD,

XE and XF.

43-44 of 49 25-June-2012 Deleted Note-4, Refer to Valve Specification PHEONWJ-X-SPE-0003

for Ball, Check, Gate and Globe Valve for line class WH1 and WH2

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Table of Contents

Revision Log Register ................................................................................................................. 2

Table of Contents ........................................................................................................................ 3

1. Scope .................................................................................................................................. 4

2. Reference ............................................................................................................................ 4

2.1 Company Specifications ........................................................................................... 4

2.2 Applicable Codes ..................................................................................................... 4

2.3 Order of Precedence ................................................................................................ 5

3. Definition of Term ................................................................................................................ 5

4. Abreviation .......................................................................................................................... 6

5. General Requirements ........................................................................................................ 6

5.1 Material Identification ............................................................................................... 6

5.2 Methods of Marking .................................................................................................. 7

5.3 Certifications ............................................................................................................. 7

5.4 Maximum Strength ................................................................................................... 7

5.5 Pressure Temperature Rating .................................................................................. 7

5.6 Pipe .......................................................................................................................... 7

5.7 Fitting ........................................................................................................................ 8

5.8 Flange ....................................................................................................................... 8

5.9 Gasket ...................................................................................................................... 8

5.10 Bolting Material ......................................................................................................... 9

5.11 Material Protection, Painting & Corrosion Under Insulation (CUI) ......................... 10

5.12 Exclusions .............................................................................................................. 10

5.13 Wall Thickness Calculations................................................................................... 10

5.14 Inspection and Testing ........................................................................................... 11

6. Materials and Specifications ............................................................................................. 12

6.1 Copper and Copper Alloys ..................................................................................... 12

6.2 Carbon and Carbon Manganese Steel ................................................................... 12

6.3 Chromium – Molybdenum Steel ............................................................................. 12

6.4 Branch Connections ............................................................................................... 13

6.5 Piping Material Class Index .................................................................................... 16

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1. Scope

This specification defines the minimum general requirements and material specifications for

the design of Process and Utility Piping Systems of offshore and onshore facility to be

installed in the facilities area of PT. PHE ONWJ, hereafter referred to as COMPANY.

CONTRACTOR shall obtain COMPANY written approval for any deviations from the

requirements of this Specification or specifications, standards and drawings referenced herein

or elsewhere in the Contract.

Content and Coverage

- This Specification prescribes requirements for materials and components, design,

fabrication, assembly, erection, examination, inspection, and testing of piping.

- This Specification applies to piping for all fluids, including raw, intermediate, and

finished chemicals

x Petroleum products

x Sour Gas and high corrosive service

x Utility gas, steam, air, water and sea water

x Fluidized solids

x Refrigerants

x Cryogenic fluids

- This Specification excludes piping material related to inspection, alteration, repair and

rerating which covered by API 570.

2. Reference

The latest editions of all applicable codes, specifications and references shall define the

minimum requirements applicable to the subject work and no statement contained in this

Specification shall be construed as limiting the work to such minimum requirements.

Wherever conflicts or omissions between codes, specifications and contract occur, the most

onerous condition shall apply. CONTRACTOR is responsible for reviewing the list below and

informing the COMPANY of any omissions. All conflicts shall be formally brought to the

attention of the COMPANY.

2.1 Company Specifications

PHEONWJ-M-SPE-0021 Piping Fabrication, Installation and Testing Specification

PHEONWJ-M-SPE-0023 Valve Specifications

PHEONWJ-M-SPE-0024 General Piping Design Specificaion

2.2 Applicable Codes

ASME B31.3 Process Piping

ASME B31.4 Pipeline Transportation Systems for Liquid Hydrocarbons and Other

Liquids

ASME B31.8 Gas Transmission and Distribution Piping Systems

ASME B 1.1 Unified Screw Threads

ASME B 1.2 Gages and Gauging for Unified Screw Threads

ASME B 1.20.1 Pipe Threads, general purpose (inch)

ASME B 16.5 Pipe Flanges and Flanged Fittings

ASME B 16.9 Factory Made Wrought Steel Butt-welding Fittings

ASME B 16.10 Face to Face and End to End Dimensions of Valves

ASME B 16.11 Forged Steel Fittings, Socket-Welding and Threaded

ASME B 16.20 Metallic Gaskets for Pipe Flanges - Ring-Joint, Spiral-Wound

ASME B 16.21 Non-metallic Gaskets for Pipe Flanges

ASME B 16.34 Steel Valves

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ASME B 16.36 Steel Orifice Flanges

ASME B 16.47 Large diameter steel flanges NPS 26 Through NPS 60

ASME B 18.2.1 Square and Hexagonal Bolts and Screws

ASME B 18.2.2 Square and Hexagonal Nuts

ASME B 36.10M Welded and Seamless Wrought Steel Pipe.

ASME B 36.19M Stainless Steel Pipe

MSS SP 25 Standard Marking System for Valves, Fittings, Flanges and Unions

MSS SP 97 Integrally reinforced forged branch outlet fittings - Socket welding,

threaded and butt welding end

API 5L Line Pipe

API 6D Specification for Pipeline valves

API 6FA Fire test for Valves

API 594 Wafer-Type Check Valves

API 598 Valves Inspection and Test

API 600 Steel Gate Valves Flanged or Butt-welding Ends

API 602 Compact Steel Gate Valves

API 605 Large Diameter Carbon Steel Flanges

API 607 Fire Test for Soft-Seated Quarter-Turn Valves

API 609 Butterfly Valve Lug type and Wafer type

2.3 Order of Precedence

The following order of priority shall apply to the various documents, codes and standards

called up with the Enquiry or Purchase Order:

- Enquiry / Purchase Order

- This Specification / Scope of Work

- Datasheets

- Other Project specifications

- International Codes and Standards

- Other related documents

Compliance with the statutory requirements of the Indonesian Authorities is Mandatory.

3. Definitions and Terms

3.1 Definitons

The following Definitions as used in this specification assume the meanings given below:

COMPANY PT. PHE ONWJ.

CONTRACTOR The Company or Consortium which is awarded the main PT. PHE

ONWJ contract for the project.

PURCHASER The party which places the order or signs the contract (This may be

CONTRACTOR at all times or COMPANY followed by

CONTRACTOR at time of novation).

VENDOR The COMPANY on which the order or contract for supply of the

goods or services is placed.

3.2 Terms

Throughout this document, the words „will‟, „may‟, „should‟, „shall‟ & „must‟, when used in thecontext of actions by PT. PHE ONWJ or others, have specific meanings.

For purposes of this Specification, the following terms apply:

- Will

Used normally in connection with an action by PHE ONWJ rather than by a contractor

or supplier.

- May

Used if alternatives are equally acceptable.

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- Should

Used if a provision is preferred.

- Shall

Used if a provision is mandatory by PHE ONWJ.

- Must

Used only if a provision is a statutory requirement.

4. Abreviation

Common abbreviations is used in piping material specification documents are listed below:

Abbrev Description Abbrev Description

BW Butt Welded NPS Nominal Pipe Size

C Carbon RF Raised Face

CE Carbon Equivalent RMS Root Mean Square

CPVC Chlorinated Polyvinil Chloride RT Reducing Tee

Cr Chromium RTJ Ring Type Joint

CS Carbon Steel Sch Schedule

Cu Cooper SS Stainless Steel

DN Nominal Diameter Std. Standard

EFW Electric Fusion Welded SW Socket Welded

ERW Electric Resistance Welded T & C Threaded & Coupled

Fe Ferrum TE Threaded End

FRP Fiberglass Reinforced Pipe Temp Temperature

Galv. Galvanized UNC Unified Coarse Thread

Gr. Grade V Vanadium

HDPE High density Polyethylene WN Welding Neck

Mn Mangan Wt Weight

Mo Molybdenum XS Extra Strong

MSS Manufacturers Standardization

Society XXS Double Extra Strong

Ni Nickel

5. General Requirements

CONTRACTOR shall provide all piping materials with the exception of those furnished by

COMPANY, and specifically noted as COMPANY furnished items. Unless noted otherwise, all

materials furnished by the CONTRACTOR shall be new, unused and undamaged.

Unless otherwise noted, all piping components shall be supplied in accordance with the

applicable codes referenced here-in and this specification.

Substitution of materials by CONTRACTOR may not be made without prior written approval of

COMPANY.

5.1 Material Identification

Piping shall have continuous longitudinal marking of material grade and cast number when

specified by PT. PHE ONWJ. If not specified, marking shall be carried out in accordance with

the manufacturing standard as well as MSS SP 25 etc.

Piping components e.g. elbows, spool pieces, flanges and reducers shall have the following

additional information marked upon them using the appropriate coding system and method of

marking:

- Manufacturer’s name or trademark.

- Nominal size.

- Nominal wall thickness in millimeters (inches) or schedule number.

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For cast fittings the melt reference should also be indicated if possible.

Normally only stainless steel pipe is continuously stenciled for the full length. Carbon steel

pipe greater than DN 50 (NPS 2) is normally stenciled or stamped at one end and pipe under

this size has only bundle labelling with no marking on individual pipes.

5.2 Methods of Marking

Pipe and piping components shall be legibly marked for identification using an indelible, heat

resistant ink, electrical engraving or titanium oxide pigmented paint.

For austenitic and nickel base steels, the mark shall be such that it shall have a life of at least

a year in unheated storage under cover. The dried film shall not contain more than 250 ppm

of lead, zinc, tin or copper and paints shall be as free as practicable from sulphur and

halogens. Limits on these elements will be specified by COMPANY. Adhesive tapes shall not

be used.

5.3 Certifications

Materials shall be supplied with the certification called for in the relevant codes and standards

and in the purchase specifications, including material test reports and certificates to identify

the type of steel, composition, heat number, and special tests.

All piping materials including valve pressure containing or load bearing parts shall require a

material certificate in accordance with BS EN 10204 (2004) type 2.1, 2.2, 3.1 and 3.2. Wetted

parts other than above shall require a material certificate in accordance with BS EN 10204 for

carbon steel and 3.1.B for stainless steel and low temperature carbon steel.

The CONTRACTOR or Supplier shall allow access for COMPANY Inspector’s review of all

mill certificates for Contractor/Supplier purchased materials.

5.4 Maximum Strength

The actual ultimate tensile strength of any steel component shall not exceed the minimum

required by the relevant specification by more than 150 MPa (22 000 psi).

5.5 Pressure Temperature Rating

The pressure-temperature rating of the valves and flanges composing the piping material

class shall be determined on the basis of the material used, fluid characteristics and operating

conditions, design pressure, and design temperature in accordance with ASME B16.5 and

B16.47. If process design conditions require design pressures and temperatures within the

same piping class, the highest rating shall be applied.

5.6 Pipe

Process pipe shall be seamless up to specified size in the piping material class.

Welded pipe ERW (Electric Resistance Welded) will be used with the following condition.

- Unless restricted by c) below, use of ERW piping is permitted only in the following

services:

x Category D service, or

x Normal Fluid Service, at design temperatures less than 200°C (400°F).

- If the use of ERW piping is permitted, it shall be:

x Used only on a Project basis, and shall not to be used for maintenance, except

for clearly defined projects as determined by COMPANY.

x ii) Inventory controlled and removed upon completion of project. Procedures for

control of ERW pipe shall be submitted to PT. PHE ONWJ Inspector for review

and approval prior to onsite delivery.

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- ERW pipe is not permitted in the following services:

x Aggressive Environmental Service, which is defined as any process stream that

can cause stress corrosion cracking or hydrogen attack. Due to ERW is not

furnished to a weld hardness requirement.

x Design conditions exceeding rating of ASME Class 300.

x Services containing water (including service water), unless an evaluation

shows that preferential corrosion along the weld seam will not occur.

Electric Fussion Welded (EFW) pipe may be used for severe cyclic duty, only when a weld

factor of 1 (0.9 for non toxic duty) can be applied to the longitudinal weld, i.e. 100% NDE of

the weld is performed.

Pipe incorporating longitudinal or spiral welded seams shall meet the material, thickness and

service requirements as specified by PHEONWJ-M-SPE-0024. This testing should be carried

out at the pipe mill.

5.7 Fitting

Only seamless fitting shall be used.

Fitting wall thickness shall be match to pipe schedule.

The thickness of reducing fitting shall match to the wall thickness of the pipe wall at larger

end. The smaller end then shall be tapered on a 1: 4 to ensure fitting wall thickness matches

the pipe wall.

Fitting shall confirm to the requirement of ASME B16.9 and ASME B16.11. Fitting shall not be

manufactured from bar stock.

5.8 Flange

Flange shall be welding Neck for size 2" and above and socket weld for 1½" and smaller.

Threaded flange allowable for air and water services only.

The bore of the weld neck flanges shall be the same as the ID of the pipe to which it is to be

welded.

Where metallic flange are bolted to non metallic flange both flange face shall be flat face and

provide with full face gasket.

Flange shall be in accordance with ASME B16.5 for size up to DN 600 (NPS 24") while steel

flange DN 650 (NPS 26") through DN 1500 (NPS 60"), up to and including Class 900 shall be

specified as confirming to ASME B16.47 series A (MSS SP-44), except series B flange (same

as API 605) shall be specified as required to meet with valve or equipment flange.

Flange specification requirement for Tie-in flow line to Xmas Tree shall be in accordance with

API 6A.

5.9 Gasket

Material, dimension, tolerances and marking of gasket shall meet requirement B16.20 for

metallic gasket and B16.21 for non-metallic gasket, use of asbestos gasket is prohibited.

Spiral wound gasket with flexible graphite filler, inner and outer ring shall be used in

conjunction with rise face flange up to class 900. Inner ring material shall be suitable for the

specified service fluid.

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Graphite should not be used on process with Sulphuric Acid, Nitric Acid, Hypochlorites,

Permanganate and Oxygen above 500 °C (930 °F). The used of plain Graphite Gasket is not

recommended in Oxygenated Seawater handling system.

High Performance Nitrile Rubber base reinforced sheet, containing Non-respirable Glass

Faiber maybe use in utility service cass 150 and 300, where the temperature is below than

100 °C.

Metallic oval ring type joint should be used for class 1500 and class 2500 flanges. For

hydrogen service class 900 flange should also have ring type joint unless otherwise specified

by COMPANY. Soft iron or Carbon Steel ring joint should be cadmium or zinc plated.

Isolating gasket shall be provided when dissimilar materials are connected or when complete

electrical isolation of flange assembly is required. Isolating kit material (gasket, washer,

sleeve) selection shall be under COMPANY‟s approval on case-by-case basis.

5.10 Bolting Material

Particular attention shall be given in bolting design and material selection to prevent

relaxation or overstressing of the bolting when:

- Different materials for bolting and flanges are used at elevated or low temperatures.

- The flange assembly is subject to cyclic temperature conditions.

- The flange assembly or through bolting is used at temperatures above 260°C

(500°F), and below -50°C (-60°F).

Alloy steel B7 bolts should be specified as the minimum grade for use on chemical,

refinery and ofshore services.

Threading should be UNC up to and including 25 mm (1 in) diameter, and 8 TPI (8

UN series) for sizes 29 mm (1 1/8 in) and above.

Bolting in sour service shall not be denied atmospheric exposure (e.g. fanges

insulated). If insulation is required, alternative bolting, resistant to sour service, shall

be used and lower strengths, if applicable, shall be taken into consideration in the

flange joint design.

- Bolting for carbon steel, stainless steel and high-alloy steel fanges and piping

components, with temperature ranges from -254°C (-425°F) to 540°C (1 000°F), shall

be in accordance with Table 1-1.

- Bolting for austenitic stainless steel flanges and piping components operating above

400°C (750°F) shall be:

x ASTM A193, Gr. B8M Class 2 studs.

x ASTM A194, Gr. 8A or 8M nuts.

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Table 1.1 Bolting for flanges

Allowable Temperature

Range °C (°F)

Insulated Flanges Uninsulated Flanges

-250 to 540 (-425 to 1000) ASTM A320, Gr. B8, Cl. 1 studs

ASTM A194, Gr. 8 nuts

N/A

-200 to 40 (-325 to 100) ASTM A320, Gr. B8 studs


N/A

-100to 370 (-150 to 700) ASTM A320, Gr. L7 studs


N/A

-45 to 400 (-50 to 750) ASTM A193, Gr. B7M studs

ASTM A194, Gr. 2H nuts

N/A


ASTM A194, Gr. 2H nuts

N/A


ASTM A194, Gr. 4 or 7 nuts

ASTM A193, Gr. B7 or B16 studs

ASTM A194, Gr. 2H, 4, or 7 nuts

-30 to 480 (-20 to 900) N/A ASTM A193, Gr. B16 studs

ASTM A194, Gr. 4 or 7 nuts

* May also use ASTM A320, Gr. L7 studs with ASTM A194, Gr. 4 nuts

** If furnished in a quenched and tempered condition, this material may be used at a temperature

not lower than -45°C (-50°F) temperature, without impact testing.

Fluorocarbon coated shall be applied on stud bolt and nut. Minimum thickness

requirement is 35 micron.

5.11 Material Protection, Painting & Corrosion Under Insulation (CUI)

External environmental considerations should be taken into account at all stages. Special

attention is drawn to the need to protect against corrosion under insulation.

PT. PHE ONWJ may specify protection of austenitic stainless steel piping against chloride

attack.

5.12 Exclusions

Low melting point materials including brasses, aluminum, and brittle materials including cast,

nodular or malleable iron are not acceptable for hydrocarbon, other flammable or toxic duty or

for fire mains unless specified otherwise by COMPANY. Brittle materials shall not be used on

steam or other gaseous duty. Because of the possibility of failure in the event of fire or shock

loading.

5.13 Wall Thickness Calculations

The pipe schedules given on the piping material specification sheets attached hereto are

based on the following assumptions:

- Design pressure equal to the flange cold working pressure rating per ASME B16.5,

except where specifically noted otherwise. In other words, the flanges shall be the

"weak link" in the piping system (not the pipe), unless otherwise noted.

- Corrosion allowance as detailed on the piping material specification sheets.

- Threading allowance, where applicable, per ASME B1.20.1 and API-RP 14E, and as

shown in paragraph 2.13.2 below.

- Pipe OD as detailed by the nominal pipe size on the piping material specification

sheets.

- Mill tolerance of 12.5% on wall thickness of seamless A-106-B pipe, A333-6 pipe and

API-5L Grade B seamless pipes. The mill tolerance is 10% on wall thickness of API-

5L Grade B welded pipe 20 inches and above.

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The required pipe wall thickness for pipe sizes, materials, design pressures, corrosion

allowance, other than those detailed on the piping material specification sheets, shall be

determined by the following formula, and in no case should be less than 0.375" (9,52 mm).

Note that pipe wall thickness less than 0.375" (9,52 mm) is allowed, if it is in accordance with

the attached Material Specification Sheets.

MTtTm

1 where c

PYSE

PDtm

��

)(2

MTc

PYSE

PDT

1

)(2»¼

º«¬

ª�

�

Where:

T pipe wall thickness (measured/ minimum per purchase spec.)

Tm minimum required wall thickness (inches).

P internal design pressure (psig).

D outside diameter of pipe (inches).

S allowable stresses for pipe material (psi), per tables in ASME B31.3

(Appendix A)

E longitudinal weld joint factor, per tables in ASME B31.3 (Appendix A -

normally 1.0 for seamless pipe).

Y temperature factor, per Table 304.1.1 in ASME B31.3 (Normally 0.4).

c the sum of mechanical allowances (groove depth and threading) plus

allowances for corrosion and erosion (inches).

MT factor to account for mill tolerance on pipe wall thickness. 0.875 for seamless

A-106 Gr. B pipe, A333 Gr 6 and seamless API-5L Gr. B pipe. 0.90 for API-5L

Gr. B welded 20 inch NPS and above.

Notes:

- This formula should only be used for t less than D/6 and for P/SE less than or equal

to 0.385.

- This formula is derived from the basic formula for internal pressure design thickness

from ASME B31.3 (ASME B31.4 and B31.8 have different formula). A minimum

corrosion allowance of 0.0625" (1/16") is recommended for all carbon steel piping. A

higher corrosion allowance would be appropriate for known corrosive or erosive

services.

- Threading allowances are as follows (from ASME B1.20.1, ASME B31.3, Sections

304.1.1 and 314):

DN 15 - 20 (1/2" - 3/4" NPS) 0.0571" (1.45 mm) thread allowance

5.14 Inspection and Testing

- Inspection

x All fabrication shall be subject to inspection. CONTRACTOR shall submit for

COMPANY approval, a QA/QC plan to inspect piping systems.

x All welds shall be visually inspected. No cracks, undercut, slag inclusions, other

defects, or evidence of poor workmanship shall be permitted. Liquid penetrant

inspection per ASME Specification SE-165 or ASTM E-1 65 may be used in

addition to visual inspection in critical areas.

x Radiography shall be required as per individual piping specifications.

x For process hydrocarbons 100% RT of all welds is required.

x Special care shall be taken in the inspection of branch welds and reinforcing pad

welds. For flange ratings, ASME 900# and higher, all welds shall merge

smoothly with the surface of the pipe with no notches or undercut permitted.

Sharp corners of reinforcing pads shall be ground off.

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- Testing

x Testing procedures, schedules and Hydrotest - Pneumatic Test Mechanical Flow

Diagrams shall be submitted for approval during the design phase.

x These procedures and documents shall be specifically related to each project.

x All material shall be suitable for the hydrostatic test temperatures. Special

consideration shall be given to the possibility of brittle fracture.

x Packing shall be replaced in equipment such as valves when leaks cannot be

stopped by normal tightening of the packing glands.

6. Materials and Specifications

6.1 Copper and Copper Alloys

Copper pipe shall be solid drawn to ASTM B42 with maximum bismuth content of 0.003%,

normally in the hard condition.

Copper nickel alloy pipe shall be SEAMLESS solid drawn to ASTM B466 up to DN 400 (NPS

16) and seam welded to ASTM B467 for larger sizes.

6.2 Carbon and Carbon Manganese Steel

Fittings in certain materials (e.g. cupro-nickel) are not normally covered by international

standards. These should only be used where there is evidence of proof testing acceptable to

COMPANY.

EEMUA Publications No. 144, 145 and 146 provide guidance for Cu - Ni piping components

for offshore applications. The chemical composition, by check analysis, of steels to be welded

shall be restricted as follows:

- Carbon

0.23% max. (pipe)

0.25% max. (forgings and castings)

- Carbon equivalent

(C.E.) 0.45% max,

where:

Ceq= C + Mn + Cr + Mo + V + Cu + Ni

6 5 15

Note: If necessary to achieve minimum specified strengths, the maximum

manganese content may be a maximum of 1.60% provided the maximum

permitted C.E. is not exceeded.

Forged components shall be normalised or normalised and tempered.

6.3 Chromium –Molybdenum Steel

- Carbon content:

Steels with less than 2% Cr. (nominal): carbon content 0.17% max.

Steels with more than 2% Cr. (nominal): carbon content 0.15% max.

- Residual elements:

Copper 0.30% max.

Nickel 0.40% max.

Tungsten 0.10% max.

Tin 0.015% max.

Phosphorous 0.015% max,

- Forged components shall be normalised or normalised and tempered.

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6.4 Branch Connections

Branch connections shall be made in accordance with the branch connection tables as shown

on the Piping Material Specificaion Data Sheets.

Table 6.4.A Branch Table (CS & SS Pipe Fitting)

NOMINAL RUN SIZE (IN)

42 36 32 28 24 22 20 18 16 14 12 10 8 6 4 3 2 1½ 1 ¾ ½

½ OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL RT RT RT T

¾ OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL RT RT T

1 OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL RT T

B 1½ OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL OL RT T

R 2 W W W W W W W W W W W W W W RT RT T

A 3 W W W W W W W W W W W W W RT RT T

N 4 W W W W W W W W W W W RT RT RT T

C 6 W W W W W W W W RT RT RT RT RT T

H 8 W W W W W W RT RT RT RT RT RT T

10 W W W W RT RT RT RT RT RT RT T

S 12 W W W RT RT RT RT RT RT RT T

I 14 W W RT RT RT RT RT RT RT T

Z 16 RT RT RT RT RT RT RT RT T

E 18 RT RT RT RT RT RT RT T T : Tee

20 RT RT RT RT RT RT T RT : Reducing Tee

(IN) 22 RT RT RT RT RT T W : Weldolet (Thread Olet for Galv. Line)

24 RT RT RT RT T OL : Olet, Sockolet (Thread Olet for Galv.

Line)

28 RT RT RT T

32 RT RT T

36 RT T

42 T

Note:

1) For a header and branch of different schedule, the respective header and branch

weight designations shall be indicated accordingly.

2) Exception to this chart are listed in the individual piping specifications.

3) Reducing Tee (RT) for nominal run size ¾, 1 and 1½ are not typical for class A, B and

D.

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Table 6.4.B Branch Table (FRP Pipe Fitting)


24 20 18 16 14 12 10 8 6 4 3 2 1½ 1 ¾ ½

½ SB SB SB SB SB SB SB SB SB SB SB SB RT RT RT T

¾ SB SB SB SB SB SB SB SB SB SB SB SB RT RT T

1 SB SB SB SB SB SB SB SB SB SB SB SB RT T

B 1½ SB SB SB SB SB SB SB SB SB SB SB RTF T

R 2 S S S S S S S S RT/S RT/S RT/S T

A 3 S S S S S S S RT/S RT/S RT/S T

N 4 X X X X X RT RT RT RT T

C 6 X X X RT RT RT RT RT T

H 8 RT X RT RT RT RT RT T

10 RT RT RT RT RT RT T

S 12 RT RT RT RT RT T T : Tee

I 14 RT RT RT RT T RT : Reducing Tee

Z 16 RT RT RT T SB : Saddle w/90-10 Cu-Ni bushed outlet

E 18 RT RT T (1 -1/2 & smaller) FRP saddle

20 RT T X : Tee w/nipple & reducer

(IN) 22 RT S : FRP Saddle (2” and larger

24 T RTF : Reducing Tee with 1-1/2” Flange

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Table 6.4.C Branch Table (Cu Ni Pipe Fitting)


24 20 18 16 14 12 10 8 6 4 3 2 1½ 1 ¾ ½

¾ OL OL OL OL OL OL OL OL OL OL OL OL RT RT T T

1 OL OL OL OL OL OL OL OL OL OL OL RT RT T

B 1½ OL OL OL OL OL OL OL OL OL OL RT RT T

R 2 W W W W W W W W W RT RT T

A 3 W W W W W W W RT RT RT T

N 4 W W W W W W RT RT RT T

C 6 W W W W W RT RT RT T

H 8 W W W W RT RT RT T

10 W W W RT RT RT T

S 12 W W RT RT RT T T : Tee

I 14 W RT RT RT T RT : Reducing Tee

Z 16 RT RT RT T W : Weldolet

E 18 RT RT T OL :Olet (Sockolet orThread Olet)

20 RT T

(IN) 24 T

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6.5 Piping Material Class Index

Class Rating

Design

Pressure

(psig) at min

temp

Corrosion

Allowance

Service

Temp. (F)

Piping Material Service

Min Max

A 150# 285 0.1” -20 600 Carbon Steel Process Hydrocarbon, Pressure Drain

B 300# 740 0.1” -20 600 Carbon Steel Process Hydrocarbon

D 600# 1480 0.1” -20 500 Carbon Steel Process Hydrocarbon

E 900# 2250 0.1” -20 500 Carbon Steel Process Hydrocarbon

F 1500# 3705 0.1” -20 500 Carbon Steel Process Hydrocarbon

FW 150# 150 None - 200 FRP Fire Water Service

H 150# 125 None - 110 CPVC Potable Water, Chlorinate Seawater

K 150# 285 0.1” - 100 Carbon Steel

(Galv) Potable Water (Outside Quarter)

L 150# 285 0.1” - 100 Carbon Steel

(Galv) Fire Water, Utility & Salt Water

M 300# 740 0.1” - 100 Carbon Steel

(Galv) Fire Water, Utility & Salt Water

N 150# 285 0.1” - 100 Carbon Steel

(Galv) Instrument Air, Utility Air

P 150# 100 None - 200 90-10 Cu Ni Potable Water, Utility Salt Water

(Inside Ling Quarter)

Q 150# 285 0.1” - 100 Carbon Steel

(Galv) Instrument gas, Utility Gas

R 600# 1480 None -20 500 Carbon Steel Process Hydrocarbon (Well Head

Piping)

S 2240 None - 100 316 SS Chemical Injection, Sample Line

T 150# 285 None - 100 316 SS Chemical Injection, Suction Piping,

Brine Water (Concentrated) Helicopter

Jet Fuel

U 150# 285 0.1” - 100 Carbon Steel Open Drain, Close of Hydrocarbon

Drain (Downstream of last block valve

when allowed by PFD)

V 150# 150 None - 200 FRP Cooling Water, Utility Water,

Firewater, Drain

W 150# 200 None 200 90:10 Cu - Ni Fire Water, Utility Water

X 150# 200 None 200 HDPE Black Water

XA 150# 285 0.1” -20 600 Carbon Steel Piping Pipeline

XB 300# 740 0.1” -20 600 Carbon Steel Piping Pipeline

XD 600# 1480 0.1” -20 500 Carbon Steel Piping Pipeline

XE 900# 2250 0.1” -20 500 Carbon Steel Piping Pipeline

XF 1500# 3705 0.1” -20 500 Carbon Steel Piping Pipeline

WH1 3000# 3000 0.1” -20 200 Carbon Steel Tie-in to Xmas Tree/Flow Line

WH2 5000# 5000 0.1” -20 200 Carbon Steel Tie-in to Xmas Tree/Flow Line

SA 150# 230 None -20 500 Duplex SS High CO2 Process Hydrocarbon

SB 300# 600 None -20 500 Duplex SS High CO2 Process Hydrocarbon

SD 600# 1200 None -20 500 Duplex SS High CO2 Process Hydrocarbon

SE 900# 1800 None -20 500 Duplex SS High CO2 Process Hydrocarbon

SF 1500# 3600 None -20 500 Duplex SS High CO2 Process Hydrocarbon

ZA 150# 285 0.2” -20 600 Carbon Steel High CO2 Process Hydrocarbon

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PIPE SPEC “A” ANSI 150 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:

Design Code Service Corr. Allowance Rating Class

ASME B31.3 PROCESS HYDROCARBON, PRESSURE DRAIN 0.1” RF ANSI 150

ASME B16.5 A

Radiography 100% All Weld PRESSURE DESIGN CONDITION

Hydrotest 450 psig Temp (oF) -20 to 100 200 300 400 500 600

Allow Press (psig) 285 260 230 200 170 140

Size (in) ½ ¾ 1 1½ 2 3 4 6 8 10 12 14 16 18 20 24-36

Joint Construction Socket Weld Butt Welded

Sch Sch 80 Std. Wt.

Pipe ASTM A106 GR. B SEAMLESS API-5L Gr B, WELD

Swage (Note 2) A234 WPB

Nipple (Note 2) ASTM A106 GR. B

SW Fittings SW 3000 Lbs A105

Threaded Fitting (Note 1)

(Refer to ASME B16.11)

BW Fitting (Note 2)

(Refer to ASME B16.9

& MSS SP-97)

SEAMLESS A234 WPB

Flanges (Note 2, 3, 4) 150# RF SW A105 150# RF WN A105

V Ball Valve Group D Valve Group A

A Check Valve Group D Valve Group A

L (Note 5) Gate Valve Group D Valve Group A

V Globe Valve Group D Valve Group A

E Butterfly Valve Group A

S Plug Valve Group D Valve Group A

Miscellaneous

Bolt & Nut ASTM A193 Gr B7 / A194 Gr 2H SF Heavy Hex with Fluorocarbon coated, minimum thickness 35

micron.

Gaskets 0.175” thick, spiral wound, 304 SS Windings Flexible graphite filler SS inner & outer ASME B16.20

Notes:

1. Threaded joints not allowable for hydrocarbon and chemical service, corrosive fluid

and steam service.

2. Schedule to match with pipe sch.

3. Raise face finish flanges 120 to 140 RMS.

4. Flanges larger than 24” shall be in accordance with ASME B16.47 SeriesA.

5. Refer to Valves Specification PHEONWJ-M-SPE-0023

Thrd. Fitting :

For Instrument connection only

SW Fitting :

Cap, Coupling, Elbow, Tee, Olet,

Union (GJ Integral Seat)

Butt Weld Fitting :

Cap, Elbow, Tee, Reducer, Weldolet,

Elbolet, Latrolet

Branch Connection Table :

Refer to Table 6.4.A

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PIPE SPEC “B” ANSI 300 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.3 PROCESS HYDROCARBON 0.1” RF ANSI 300

ASME B16.5 B



Allow Press (psig) 740 675 655 635 600 550

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 80 Std. Wt. XS 30







BW Fitting (Note 2)


& MSS SP-97)

SEAMLESS A234 WPB

Flanges (Notes 2, 3, 4) 300# RF SW A105 300# RF WN A105

V Ball Valve Group D Valve Group B

A Check Valve Group D Valve Group B

L (Note 5) Gate Valve Group D Valve Group B

V Globe Valve Group D Valve Group B

E Butterfly

Valve Group B

S Plug Valve Group D Valve Group B

Miscellaneous


micron.


Notes:


and steam service.





Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “D” ANSI 600 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:



ASME B16.5 D


Hydrotest 2225 psig Temp (oF) -20 to 100 200 300 400 500

Allow Press (psig) 1480 1350 1315 1270 1200

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 80







BW Fitting (Note 2)


& MSS SP-97)

SEAMLESS A234 WPB


V Ball Valve Group D

A Check Valve Group D

L (Note 5) Gate Valve Group D

V Globe Valve Group D

E Butterfly

S Plug Valve Group D

Miscellaneous


micron.


Notes:


and steam service.





Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “E” ANSI 900 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:



ASME B16.5 E



Allow Press (psig) 2250 2025 1970 1900 1795

Size ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 160 80 (XS) 120 100





BW Fitting (Note 2)


& MSS SP-

97)

SEAMLESS A234 WPB

Flanges (Notes 2, 3,

4)

900# RF SW A105 900# RF WN A105

V Ball Valve Group F Valve Group E

A Check Valve Group F Valve Group E

L (Note 5) Gate Valve Group F Valve Group E

V Globe Valve Group F Valve Group E

E Butterfly

S Plug Valve Group F Valve Group E

Miscellaneous


micron.

Gaskets 0.175” thick, spiral wound, 304 SS Windings Flexible graphite filler SS inner & outer ASME B16.20or

approval equal.

Notes:


and steam service.

2. Schedule to match with pipe sch unless for ½ to 1 ½ Swage use XXS


4. Flanges larger than 24” shall bein accordance with ASME B16.47 Series A.


6. Pay attention shall be taken for Thermowell connection in pipe schedule 160 inside

diameter.

Thrd. Fitting :


SW Fitting :

Cap, Coupling, Elbow, Tee, Olet, Union

(GJ Integral Seat)

Butt Weld Fitting :


Elbolet, Latrolet

Branch Connection Table:


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PIPE SPEC “F” ANSI 1500 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.3 PROCESS HYDROCARBON 0.1” RTJ 1500

ASME B16.5 F



Allow Press (psig) 3705 3375 3280 3170 2995

Size ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 160 To be

calculated





BW Fitting (Note 2)


& MSS SP-97)

SEAMLESS A234 WPB

Flanges (Notes 2, 3, 4) 1500# RTJ SW A105 1500# RTJ WN A105

V Ball Valve Group F

A Check Valve Group F

L (Note 5) Gate Valve Group F

V Globe Valve Group F

E Butterfly

S Plug Valve Group F

Miscellaneous


micron.

Gaskets Oval ring type joint, soft iron or carbon steel ring should be cadmium or zinc plated, and have a 30-40

vickers (30 -40 Brinnel) hardness

Notes:


and steam service.


3. For piping 2” and larger, use 2” RTJ WN flanges 120 to 140 RMS. 4. Flanges larger than 24” shall be in accordance with ASME B16.47 SeriesA.



diameter.

Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “FW” ANSI 150 Rev. 0 Material: Cu-Ni & FRP PROJECT NO.:


ASME B31.3/

EMUA 144, 145, 146 FIREWATER SERVICE None FF ANSI 150 FW

Radiography None PRESSURE DESIGN CONDITION

Hydrotest 225 psig Temp (oF) 100

Allow Press (psig) 150

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36

Joint Construction Screwed Epoxy type adhesive bonded

Sch (mm) 1.5 All piping shall have a minimum wall thickness of 5mm for all

unprotected pipe and at least 3 mm wall thickness for pipe with external

fire protection

Pipe (Note 1) EMUA 144 90-10 Cu Ni

ASTM B466 Annealed

Glass Filament reinforced thermosetting epoxy or epoxy Vinyl ester resin

pipe accordance with ASTM D3567

Fittings (Note 2) 90-10 Fe Cu-Ni CN 102

DIN 17664 AIloy 2.0872 Glass filament wound/reinforced thermosetting epoxy or hand lay-up epoxy

Vinyl ester resin couplings

Fireproofing (Note 3) Epoxy intumescent-type coating or an approved alternate fireproof coating

shall be utilized on all dry FRP piping and all joint areas on wet FRP piping

(except within quarters ling areas or on the butt and wrap joints)

Flanges (Notes 2, 4) Fixed type, glass filament wound/reinforced or land lay-up weld neck

Bolt & Nut ASTM A193 Gr B7/A194 Gr 2H SF Heavy Hex with Fluorocarbon coated, minimum thickness 35

micron. (washers should always be placed behind each stud head and nut prior to milting)

Gaskets Gaskets shall he manufactured from Buna-N Nitrite, EPDM, or a fluorocarbon based elastomer.

Notes:

1. Dimensions of piping shall be determined accordance with ASTM D3567 for ID, OD, weight

and total wall thickness. Approved FRP firewater piping products and their recommended

jointing system are listed.

2. Minimum wall thicknesses of at least 5mm for unprotected components and at least 3mm wall

thickness for components with external fire protection. Elbows, tees, nipples, couplings, nozzle

couplings, and adapters shall all be provided by the FRP pipe manufacturer and are

considered proprietary items. The only allowable nozzle coupling for sprinkler head installation

will be a 360 degree coupling to the pipe that is fitted with a stainless steel NPT threaded insert

that can accept a sprinkler head. No saddle clamp nozzle couplings are allowable.

3. Coating materials shall prove a standard hydrocarbon free endurance of at least twenty

minutes. An approved alternate fireproof coating shall be defined as one which (a) has

been proven via a Company or 3rd party-witnessed fire test to adhere to FRP pipe in a

hydrocarbon fire at a thickness which is sufficient to keep the dry pipe surface

temperature below 300F for 20 minutes (b) does not require additional reinforcement

such as wire mesh, steel banding, etc. to maintain adherence to the pipe and (c) does

not add sufficient weight to the pipe such that additional pipe supports will be

necessary.

4. Fixed flanges shall be flat faced with the flange face perpendicular to the axis within ½ degree.

Filament reinforced plastic lap flanges with steel backing rings may be utilized for

connecting FRP systems to raised face steel flanged systems, Dimensions of RFP

flanges should be compatible with existing steel flanges according to the dimension, in

ANSI B16.5.

5. Design, handling, shipping, fabrication & installation to be carr ied out strictly in

accordance with Manufacturer’s recommendations and engineering system requirements.

Approved Manufacture:

Pipe – Fitting/Coupling

Ameron (Bondstrand 2000M

Specialty (Fiberbond 20-FR-E)

Plastics

Smith

(Red Thread II, Green Thread)

Fireproofing:

PPG (Pitt –Char)

Textron (Chartex-4)

Thermal Design (K-Mass)

Carboline (Intumastic 285)


Refer to Table 6.4.B

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PIPE SPEC “H” 150 WOG UTILITY Rev. 0 Material: CPVC PROJECT NO.:


ASTM F441 (Pipe)

ASTM F439 (Socket

Fitting) POTABLE WATER, CHLORINATE SEAWATER None

FF ANSI 150

ASME B16.5 H

Radiography None PRESSURE DESIGN CONDITION



Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36

Joint Construction Socket type

Sch Sch 80

Pipe ASTM D2846, CPVC F441

Tapper Socket Fitting ASTM D2846, CPVC F439

Screwed Fitting (Note 1) ASTM D2846, CPVC F437

Flanges 150# (B16.5) FF, Socket type, ASTM

D2846, CPVC F439

Ball Valve Refer to Valves Specification PHEONWJ-M-SPE-0023, Valve Group H

Check Valve Refer to Valves Specification PHEONWJ-M-SPE-0023, Valve Group H

Miscellaneous

Bolt & Nut ASTM A193 Gr B7 / A194 Gr 2H SF Heavy Hex, with hot dip spun galvanized

Gaskets 1/8” thick soft neoprene rubber,flat face, Garlock 8314 or approved equal

SEALER

Socket Clean thoroughly with P primer before applying P cement, Celanese heavy duty industrial garde or

equal.

Screwed Teflon Tape

Welded All joints 3” and larger shall be back welded after cementing in place using a heat gun and CPVC rod.

Notes:

1. Fitting with screwed end may be furnished to mate with connection of Vendor

furnished equipment or instrumentation.

2. Seal welded a heat gun and P rod shall be a heat gun and CPVC rod. Used for welded

Joints and or the repair of leaks detected during the testing.

3. Long exposed runs of CPVC piping shall be run in structural channel of sufficient size

and banded every 6‟-0” to channel using SS-316 banding material

4. 2” CPVC pipe and smaller shall be supported at a maximum distance of 6‟-0” betweensupports. The use of angle picks up shall be permitted.

5. 3” CPVC pipe and larger shall be supported at a maximum distance of 9‟-0” betweensupports. The use of angle picks up shall be permitted.

6. The mechanical contractor shall be responsible to see that minimum stresses are

imposed on the CPVC pipe due to testing, operating conditions, thermal expansion,

mechanical equipment connection, and platform and equipment vibration.

Socket Type :

Cap, Coupling, Elbow, Tee, Union,

Plug, Reducer


Branch Table shall be as per

Manufacture standard

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PIPE SPEC “K” ANSI 150 UTILITY Rev. 0 Material: Carbon Steel (Galv.) PROJECT NO.:


ASME B31.3 POTABLE WATER (Outside Quarter) 0.1” RF ANSI 150

ASME B16.5 K




Size ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36

Joint Construction Thrd/Coupled (T & C) Butt Welded

Sch Sch 80 Sch 40

Pipe (Note 1) ASTM A106 GR. B SEAMLESS API-5L Gr B, WELD

Swage (Note 1, 2) A234 WPB

Nipple (Note 1, 4) ASTM A106 GR. B


(Refer to ASME B16.11) Thrd 3000 Lbs A105

BW Fitting (Note 2)


& MSS SP-97)

SEAMLESS A234 WPB

Flanges (Notes 1, 2, 3, 5) 150# RF Thrd A105 150# RF WN A105

V Ball Valve Group K Valve Group A

A Check Valve Group K Valve Group A

L (Note 6) Gate Valve Group K Valve Group A

V Globe Valve Group K Valve Group A


Miscellaneous

Bolt & Nut ASTM A193 Gr B7 / A194 Gr 2H SF Heavy Hex with Hot dipped spun galvanized.


Notes:

1. Hot dipped galvanized for ½” to 2”. 2. Schedule match with pipe sch for ½” to ¾” thrd nipple use sch 160 and 1” to 1 ½” sch

XS for thrd swage.


4. Use sch 160, TBE for size ½” to ¾” sch 80, TBE for size 1” to 1 ½” 5. Flanges larger than 24” shall be in accordance with ASME B16.47 SeriesA.

7. Refer to Valves Specification PHEONWJ-M-SPE-0023.

Thrd. Fitting : (2” and smaller) Cap, Coupling, Elbow, Tee, Olet,


Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “L” ANSI 150 UTILITY Rev. 0 Material: Carbon Steel (Galv.) PROJECT NO.:


ASME B31.3 FIRE WATER, UTILITY & SALT WATER 0.1” RF ANSI 150

ASME B16.5 L




Size ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 80 Sch 60

Pipe (Note 1) ASTM A106 GR. B SEAMLESS API-5L Gr B,

WELD





BW Fitting (Note 2)


& MSS SP-97)

SEAMLESS A234 WPB

Flanges (Notes 1,2, 3, 5) 150# RF Thrd A105 150# RF WN A105






Miscellaneous



Notes:

1. Hot dipped galvanized for ½” to 2”. 2. Schedule match with pipe sch.


4. Use sch XS, TBE.



Thrd. Fitting : 2” and smaller Cap, Coupling, Elbow, Tee, Olet,

Union (GJ Integral Seat

Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “M” ANSI 300 UTILITY Rev. 0 Material: Carbon Steel (Galv.) PROJECT NO.:


ASME B31.3 FIRE WATER, UTILITY & SALT WATER 0.1” RF ANSI 300

ASME B16.5 M




Size ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 80 Sch 60

Pipe (Note 1) ASTM A106 GR. B SEAMLESS API-5L Gr B, WELD





BW Fitting (Note 2)


& MSS SP-97)

SEAMLESS A234 WPB






E Butterfly Valve Group B

Miscellaneous



Notes:



4. Use sch 160 for size ½” to ¾”. sch 80 for size 1” to 1 ½”. 5. Flanges larger than 24” shall be in accordance with ASME B16.47 SeriesA.




Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “N” ANSI 150 UTILITY Rev. 0 Material: Carbon Steel (Galv.) PROJECT NO.:


ASME B31.3 INSTRUMENT AIR, UTILITY AIR 0.1” RF ANSI 150

ASME B16.5 N


Pneumatic Test 100 psig Temp (oF) 100

Hydrotest 450 psig Allow Press (psig) 285

Size ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 80 Sch 40 To be

calcul

ated

Pipe (Note 1) ASTM A106 GR. B SEAMLESS API-5L Gr B,

WELD





BW Fitting (Note 2)


& MSS SP-97)

SEAMLESS A234 WPB






E Butterfly

Miscellaneous



Notes:



4. Use sch 160, TBE for size ½” to ¾”. sch 80, TBE for size 1” to 1 ½”. 5. Flanges larger than 24” shall be in accordance with ASME B16.47 SeriesA.




Butt Weld Fitting :

Cap, Elbow, Tee, Reducer,

Weldolet, Elbolet, Latrolet



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PIPE SPEC “P” ANSI 150 UTILITY Rev. 0 Material: Cu Ni PROJECT NO.:


EEMUA 144, 145, 146 POTABLE WATER, UTILITY SALT WATER

(Inside Ling Quarter) NONE NONE P

Radiograph

y

None PRESSURE DESIGN CONDITION

Hydrotest None Temp (oF) 200


Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36

Joint Construction SW/Thrd

Sch

Pipe/Tubing

(Note 1)

ASTM B 466 Annealed, SMLS

SW Fitting SW 90-10 Cu-Ni

Screwed Fitting

Flanges FF WN Flange EMUA 145 90-

10 Cu-Ni UNS 7060X

V Ball Valve Group P

A Check Valve Group P

L

(Note 2)

Gate Valve Group P

V Globe Valve Group P

E Plug

Miscellaneous



Notes:

1. Use insulating union for connecting Copper to ferrous material.



Refer to Table 6.4.C

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PIPE SPEC “Q” ANSI 150 UTILITY Rev. 0 Material: Carbon Steel (Galv) PROJECT NO.:


ASME B31.3 INSTRUMENT GAS, UTILITY GAS 0.1” RF ANSI 150

ASME B16.5 Q



Pneumatic test 100 psig Allow Press

(psig)

285

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36

Joint Construction Socket Weld BW

Sch Sch 80

Pipe (Note 1) ASTM A106 GR.B, SMLS



SW Fitting (Note 1) SW 3000 Lbs A105

BW Fitting (Note 1, 2)


& MSS SP-97)

A234

WPB

Flanges (Notes 2, 3) 150# RF Thrd A105

V Ball Valve Group Q

A Check Valve Group Q

L (Note 5) Gate Valve Group Q

V Globe Valve Group Q

E Butterfly

Miscellaneous



Notes:

1. Hot dipped galvanized.

2. Schedule match with pipe sch.


4. Use sch 160 for size ½” to ¾”. sch 80 for size 1” to 1 ½”. 5. Refer to Valves Specification PHEONWJ-M-SPE-0023.

Thrd. Fitting : 1½” & smaller Cap, Coupling, Elbow, Tee, Olet,


BW Fitting :




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PIPE SPEC “R” ANSI 600 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.3 PROCESS HYDROCARBON (Well Head Piping) NONE RF ANSI 600

ASME B16.5 R



Allow Press (psig) 1480 1350 1315 1270 1200

Size (in) ½ ¾ 1 1 ½ 2 3 4 6


Sch XXS Sch 80

Pipe ASTM A106 GR. B SEAMLESS






BW Fitting (Note 2)


& MSS SP-97)

SEAMLESS A234 WPB

Flanges (Notes 2, 3) 600# RF SW A105 600# RF WN A105



L Gate Valve Group D

V (Note 4) Globe Valve Group D

E Butterfly


Miscellaneous


micron.


Notes:

1. Threaded joints not allowable for hydrocarbon and checmical service, corrosive fluid

and steam service.


3. Raise face finish flanges 120 to 140 RMS or MSS SP44.


Thrd. Fitting :

(For Instrument connection only)

SW Fitting :



Butt Weld Fitting :





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PIPE SPEC “S” Rev. 0 Material: ASTM A269 F316 PROJECT NO.:


ASME B31.3 CHEMICAL INJECTION, SAMPLE LINE None No Flange S

Radiography N/A PRESSURE DESIGN CONDITION

Hydrotest N/A Temp (oF) 100


Size (in) 1/8 1/4 5/16 3/8 1/2 5/8 3/4

Joint Construction FLARELESS TYPE

Sch (wall thickness) 0.028 0.035 0.035 0.049 0.065 0.083 0.083

Pipe/Tubing (Note 1) Annealed SMLS ASTM A269 F316

Swage

Nipple

Fittings Flareless type SS 316 Swagelok or equal

Threaded Fitting

BW Fitting

Flanges

V Ball Valve Group S

A Check Valve Group S

L (Note 2) Gate

V Globe

E Needle Valve Group S

S Plug Valve Group S

Miscellaneous

Bolt & Nut

Gaskets

Notes:

1. Hardness Rb 80 or less Tubing to be free scratches and suitable for bending


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PIPE SPEC “T” ANSI150 PROCESS Rev. 0 Material: Stainless Steel SS 316 PROJECT NO.:


ASME B31.3

CHEMICAL INJECT, SUCTION PIPING, BRINE

WATER (CONCENTRATED) HELICOPTER JET

FUEL

None RF ANSI 150

ASME B16.5 T

Radiograph

y

20% All Weld PRESSURE DESIGN CONDITION

Pneumatic

Test

100 psig Temp (oF) 100


Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 80 Sch 40

Pipe ASTM A312 TP 316 SEAMLESS ASTM A312 TP 316 WELD

Swage (Note 1, 5) ASTM A182 F316

Nipple (Note 1, 2) ASTM A312 TP 316

SW

Fitting

s

SW 3000 Lbs A182

F316

BW Fitting (Note 2)


& ASME B16.28)

ASTM A403 WP316

Flanges (Notes 2, 3,

4)

150# RF SW A182-

F316

150# RF WN A182-F316

V Ball Valve Group T

A Check Valve Group T

L (Note 6) Gate Valve Group T

V Globe Valve Group T

E Butterfly

S Plug

Miscellaneous

Bolt & Nut ASTM A193 Gr B8M / A194 Gr 8M SF Heavy Hex

Gaskets (API 601) 0.175” thick, spiral wound, 316 SS Windings Flexible graphite filler SS inner & outer ASME B16.20

Notes:

1. Threaded joints allowable for instrument connection only

2. Schedule to match with pipe sch



5. Use sch XS.


Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “U” ANSI 150 UTILITY Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.3

OPEN DRAIN, CLOSE HYDROCARBON DRAIN

(Down stream of last block valve when allowed by

PFD) 0.1”

RF ANSI 150

ASME B16.5 U

Radiogr

aphy

Not Required PRESSURE DESIGN CONDITION

Hydrote

st

450 psig (close drain) Temp (oF) 100

Allow Press

(psig)

285

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 80 Std. Wt.




SW

Fittings

SW 3000 Lbs A105

BW Fitting (Note 2)


& MSS SP-97)

SEAMLESS A234 WPB




L (Note

6)

Gate Valve Group D Valve Group A

V Globe


S Plug

Miscellaneous


micron.


Notes:

1. Threaded joints not allowable for hydrocarbon and checmical service, corrosive

fluid

and steam service.




5. Use sch XS

6. Refer to Valve specification PHEONWJ-R-SPE-0023

Thrd. Fitting :


SW Fitting :


(GJ Integral Seat)

Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “V” ANSI 150 UTILITY Rev. 0 Material: FRP PROJECT NO.:


ASME B31.3 COOLING WATER, UTILITY WATER, FIREWATER,

DRAIN N/A

RF ANSI 150

ASME B16.5 V


Hydrotest 225 psig Temp (oF) 200 200

Allow Press

(psig)

150 225

Size (in) 2 3 4 6 8 10 12 14 16 18 20 24-36

Joint Construction Epoxy type adhesive bonded

Sch Dimension, Length and wall thickness shall follow API 15LR

Pipe (Note 1) Glass Filament reinforced thermosetting Epoxy resin Polymers with glass

Fiber Reinforced to ASTM D2996 or ASTM D2310

Fitting (Note 1) Glass Filament reinforced thermosetting Epoxy resin Polymers with glass

Fiber Reinforced to ASTM D1599

Flanges (Notes 1, 2, 3, 4) Glass Filament reinforced thermosetting Epoxy resin Polymers with glass

Fiber Reinforced to ASTM D2996 or ASTM D2310

V Ball

A Check Valve Group V

L (Note 5) Gate

V Globe

E Butterfly Valve Group V

S Plug

Miscellaneous


Gaskets 1/8” thickfull faced butyl rubber

Notes:

1. Joining method for fitting to pipe, pipe to flange and fitting to fitting shall be

elastomeric “O” ring nylon key lock. Bell and spigot, epoxy-type adhesive bonded

fittings may also be utilized.

2. Flange shall be drilled to ASME B16.5 class 150 lb pattern and shall be flat face

with raised sealing ring for flat face be elastomeric “O” ring nylon key lock. 3. Filament Reinforce plastic lap Flange with steel backing rings may be utilized for

connecting FRP system to RF Steel Flange system if required.



General Notes :

1. Elbow, tees, Lateral, Reducer,

Nipples, Couplings, Cap and

adaptors shall be proprietary

item.

2. Handling, fabrication &

installation to be carried out

strictly in accordance with

manufacture‟srecommendation.

3. FRP Piping shall be protected

from ultraviolet degradation

and shall be coating/protection.

4. Flange shall be capable of with

standing bolt load imposed by

installation of wafer type valve

between flange without

detrimental distortion


Refer to Table 6.4.B

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PIPE SPEC “W” ANSI 150 Rev. 0 Material: 90-10 Cu Ni PROJECT NO.:


ASME B31.3 FIRE WATER, UTILITY WATER None RF ANSI 150

ASME B16.5 W

Radiography 100% All weld PRESSURE DESIGN CONDITION

Hydrotest None Temp (oF) 200


Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12

Joint Construction Threaded Butt Welded

Sch (mm) 1.5 1.5 1.5 1.5 1.5 2.0 2.5 2.5 3.5 4.0 5.0

Pipe 90-10 Fe Cu-Ni CN 102 DIN 17664 Alloy 2.0872

Fitting (Notes 1, 4) 90-10 Fe Cu-Ni CN 102 DIN 17664 Alloy 2.0872

Flanges (Notes 2) 90-10 Forge Fe Cu-Ni

V Ball Valve Group W

A Check Valve Group W

L (Note 5) Gate Valve Group W

V Globe Valve Group W

E Butterfly Valve Group W

S Plug

Miscellaneous


Gaskets (Note 3) High performance nitrile Rubber based reinforced sheet containing non respirable glass fibres.

Notes:

1. Elbow 1.5 x Diameter one piece forging dimension to DIN 2602

2. Carbon Steel outer surface normalize to ASTM A105,Galvanized and

painted with polyamide epoxy p aint. Composite weld neck with 90Cu

10Ni inner flange & CS outer flange, Inner flange dimension to DIN

86037. Composite slip on with 90Cu 10Ni inner flange & CS outer flange,

Inner flange dimension to BS 4504 part 2 and Table 16/23 of DIN 86036.

Slip on Forged 90-10 Fe Cu Ni

3. Insulating gasket c/w bolt sleeves between. 90 -10 Fe Cu Ni piping

and steel piping system, Gasket to be Maloney or equal

4. Reducer concentric seamless one piece forging dimension to ASME

B16.9, BS-1640 table 8, wall thickness to match tube thickness.


INTEGRALLY REINFORCE FITTING

2- 12 X 1 TE and SW

4- 12 X 2 TE and SW

2- 12 X 1 Welding type (Sockolet)

3- 12 X 3 Butt welding type (weldolet)



REDUCED AVAILABLE

MAIN REDUCED MAIN REDUCED

12 10, 8, 6 6 4, 3, 2

10 8, 6, 4 4 3, 2

8 6, 4, 3 3 2


Refer to Table 6.4.C

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PIPE SPEC “X” ANSI 150 UTILITY Rev. 0 Material: HDPE PROJECT NO.:


ASME B31.3 BLACK WATER None RF ANSI 150

ASME B16.5 X


Hydrotest 137 psig Temp (oF) 68 86 104 122 140 158

Allow Press (psig) 92 87 75 63 56 47

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20

Joint Construction Electro Fussion Welding

Sch PN=16 Barg, SDR 9 PN=6.3 Barg, SDR 21

Pipe HDPE PE 80 ASTM D3350

Electro Fusion Welding

Fittings (Note 1)

HDPE PE 80 ASTM D3350

Nipple (Note 2) HDPE PE 80 ASTM D3350

Flanges (Note 1, 2) 150# (B16.5) RF, Stub On Flange HDPE PE 80 with

Backing Ring CS A105, Galvanized

Ball Valve (Note 3) Valve Group X

Gate Valve (Note 3) Valve Group X

Check Valve (Note 3) Valve Group X

Miscellaneous


Gaskets 1/8” thick soft neoprene rubber, flat face, Garlock 8314 or approved equal

Notes:



3. Refer to Valve specification PHEONWJ-M-SPE-0023

Electro Fusion Welding Type :

Cap, Coupling, Elbow, Tee, Reducer


Branch Table connection shall be as per

Manufacturer Standard.

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PIPE SPEC “XA” ANSI 150 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.4 (LIQUID)

ASME B31.8 (GAS)

ASME B31.3 (PIG LAUNCHER)

PIPING PIPELINE 0.1” RF ANSI 150

ASME B16.5 XA

Radiography 100% All

Weld

PRESSURE DESIGN CONDITION


Allow Press (psig) 285 260 230 200 170 140

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 160 To be calculated

Pipe ASTM A106 Gr. B

SMLS

API-5L Gr X52 SMLS Welded

Swage (Note 1) A105 or A234 WPB


SW Fittings ASTM A105, 3000 Lbs

BWFitting (Note 1)


& MSS SP-97)

SEAMLESS ASTM A860 Gr. WPHY 52

Flanges (Notes 1, 2, 3) 150# RF SW A694-

F52

150# RF WN ASTM A694-F52



L (Note 4) Gate Valve Group D Valve Group A

V Globe Valve Group D Valve Group A


S Plug Valve Group D Valve Group A

Miscellaneous


micron.

Gaskets 0.175” thick, spiral wound, 304 SS Windings Flexible graphite filler SSinner & outer ASME B16.20

Notes:



3. Flange larger than 24”, shall be in accordance with ASME B16.47 SeriesA.


5. Pay attention shall be taken for Thermowell connection in pipe schedule 160

inside diameter.

Thrd. Fitting :


SW Fitting :


(GJ Integral Seat)

Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “XB” ANSI300 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.4 (LIQUID)

ASME B31.8 (GAS)

ASME B31.3 (PIG

LAUNCHER)


ASME B16.5

XB



Allow Press (psig) 740 675 655 635 600 550

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36



Pipe ASTM A106 Gr. B

SMLS

API-5L Gr X52 SMLS Welded




BWFitting (Note 1)


& MSS SP-97)


Flanges (Notes 1, 2, 3) 300# RF SW A694-

F52

300# RF WN ASTM A694-F52





E Butterfly Valve Group B

S Plug Valve Group D Valve Group B

Miscellaneous


micron.


Notes:





5. Pay attention shall be taken for Thermowell connection in pipe schedule 160

inside diameter.

Thrd. Fitting :


SW Fitting :


(GJ Integral Seat)

Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “XD” ANSI 600 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.4 (LIQUID)

ASME B31.8 (GAS)

ASME B31.3 (PIG LAUNCHER)


ASME B16.5 XD



Allow Press (psig) 1480 1350 1315 1270 1200

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24

-

36



Pipe ASTM A106 Gr. B SMLS API-5L Gr X52 SMLS Welded

Swage (Note

1)

A105 or A234 WPB

Nipple (Note

1)

ASTM A106 GR. B


BWFitting (Note 1)


& MSS SP-97)


Flanges (Notes 1, 2, 3) 600# RF SW A694-F52 600# RF WN ASTM A694-F52



L (Note 4) Gate Valve Group D

V Globe Valve Group D

E Butterfly


Miscellaneous


micron.


Notes:






diameter.

Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :





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PIPE SPEC “XE” ANSI900 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.4 (LIQUID)

ASME B31.8 (GAS)

ASME B31.3 (PIG

LAUNCHER)


ASME B16.5

XE



Allow Press (psig) 2250 2025 1970 1900 1795

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch 160 120 100

Pipe ASTM A106 GR. B SMLS API-5L Gr X52 WELDED



SW Fittings ASTM A105, 3000 Lb

BW Fitting (Note 1)


& MSS SP-97)


Flanges (Notes 1, 2, 3) 900# RF SW A694-F52 900# RF WN ASTM A694-F52

V Ball Valve Group E

A Check Valve Group E

L (Note 4) Gate Valve Group E

V Globe Valve Group E

E Butterfly

S Plug Valve Group E

Miscellaneous


micron.


Notes:



3. Flanges larger than 24” shall be in accordance with ASME B16.47 Series A.



diameter.

Thrd. Fitting :


SW Fitting :


(GJ Integral Seat)

Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “XF” ANSI1500 PROCESS Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.4 (LIQUID)

ASME B31.8 (GAS)

ASME B31.3 (PIG

LAUNCHER)

PIPING PIPELINE 0.1” RTJ ANSI 1500

ASME B16.5

XF



Allow Press (psig) 3705 3375 3280 3170 2995

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36



Pipe ASTM A106 GR. B SMLS API-5L Gr X52 SMLS Welded

Swage

(Note 1)

A105 or A234 WPB

Nipple

(Note 1)

ASTM A106 GR. B

SW Fittings ASTM A105, 6000 Lb

BW Fitting (Note

1)

(Refer to ASME

B16.9

& MSS SP-

97)


Flanges (Notes 1, 2, 3) 1500# RTJ SW A694-F52 1500# RTJ WN ASTM A694-F52

V Ball Valve Group F

A Check Valve Group F

L (Note 4) Gate Valve Group F

V Globe Valve Group F

E Butterfly

S Plug Valve Group F

Miscellaneous


micron.

Gaskets Oval ring type joint, soft iron or carbon steel ring should be cadmium or zinc plated, and have a 30-40

vickers (30 -40 Brinnel) hardness

Notes:






diameter.

Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “WH1” Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.4 (LIQUID)

ASME B31.8 (GAS)

TIE-IN TO XMASS TREE/FLOW LINE 0.1” 3000 API 6A WH1


Hydrotest 4500 psig Temp (oF) -20 to 100 200

Allow Press (psig) 3000 3000

Size (in) 1-13/16 2-1/16 2-9/16 3-1/16 3-1/8 4-1/16 5-1/8 7-1/16 9

Joint Construction SW Butt Welded


Pipe API-5L Gr B / ASTM A106 Gr.B SEAMLESS

Swage

Nipple

SW Fittings

A105 3000 lbs

BW Fitting (Note 1)


& MSS SP-97)

SEAMLESS ASTM A234 WPB

Flanges (Notes 1, 2, 3) 3000 API RF

SW A105 3000# RTJ WN ASTM A105

V Ball

A Check

L Gate

V Globe

E Butterfly

S Plug


micron.

Gaskets Octagonal Ring joint soft iron, per API 6A, type RX – 90 HB Max.

Notes:



3. Flanges shall be in accordance with API 6A.

The flange standards API 6A and ASME/ANSI B16.5 are similar dimensionally, but

API 6A flanges are rated for higher pressures as shown in the table below :

API vs ASME/ANSI Flanges

Flange

Pressure Class Rating (psi) Nominal Size Range (inches)

ANSI B16.5 API 6A ANSI B16.5 API 6A

Weld

Neck

600 2000

½” – 24”

113/16

- 11

900 3000

1500 5000

Blind and

Threaded

600 2000 113/16

- 211/4

900 3000 113/16

- 203/4

1500 5000 113/16

- 11

Thrd. Fitting :


SW Fitting :


(GJ Integral Seat)

Butt Weld Fitting :


Elbolet, Latrolet


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PIPE SPEC “WH2” Rev. 0 Material: Carbon Steel PROJECT NO.:


ASME B31.4 (LIQUID)

ASME B31.8 (GAS)

TIE-IN TO XMASS TREE/FLOW LINE 0.1” 5000 API 6A WH2


Hydrotest 7500 psig Temp (oF) -20 to 100 200

Allow Press (psig) 5000 5000

Size (in) 1-13/16 2-1/16 2-9/16 3-1/16 3-1/8 4-1/16 5-1/8 7-1/16 9

Joint Construction SW Butt Welded

Sch 160 To be calculated

Pipe API-5L / ASTM A106 Gr. B SMLS

Swage

Nipple

SW Fittings

3000 lbs A105

BW Fitting (Note 1)


& MSS SP-97)

SEAMLESS ASTM A234 WPB

Flanges (Notes 1, 2, 3) 5000 API RTJ

SW A105 5000# RTJ WN ASTM A105

V Ball

A Check

L (Note 4) Gate

V Globe

E Butterfly

S Plug


micron.

Gaskets Octagonal Ring joint soft iron, per API 6A, type RX – 90 HB Max.

Notes:



3. Flanges shall be in accordance with API 6D

The flange standards API 6A and ASME/ANSI B16.5 are similar dimensionally, but

API 6A flanges are rated for higher pressures as shown in the table below :

API vs ASME/ANSI Flanges

Flange

Pressure Class Rating (psi) Nominal Size Range (inches)

ANSI B16.5 API 6A ANSI B16.5 API 6A

Weld

Neck

600 2000

½” – 24”

113/16

- 11

900 3000

1500 5000

Blind and

Threaded

600 2000 113/16

- 211/4

900 3000 113/16

- 203/4

1500 5000 113/16

- 11

Thrd. Fitting :


SW Fitting :


(GJ Integral Seat)

Butt Weld Fitting :


Elbolet, Latrolet


-

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PIPE SPEC “SA” ANSI 150 HIGH CO2 Rev. 0 Material: Duplex / Stainless

Steel

PROJECT NO.:


ASME B31.3 High CO2 PROCESS HYDRO CARBON None RF ANSI 150

ASME B16.5 SA

Radiograph

y

100% All Weld PRESSURE DESIGN CONDITION


Allow Press (psig) 230 195 175 160 145

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36



Pipe DUPLEX 2205 (for above 160oF) or ASTM A312 TP316L (for temp below 160

oF)

Swage (Note 2) ASTM A182 F316L

Nipple (Note1)

SW Fittings SW 3000 Lbs A182-F316L

BW Fitting (Note 2)


& ASME B16.28)

ASTM A403 WP316L

Flanges (Notes 2, 3, 4) 150# RF SW A182 F316L 150# RF WN A182 F316L

V Ball Valve Group SD Valve Group SA

A Check Valve Group SD Valve Group SA

L (Note 5) Gate Valve Group SD Valve Group SA

V Globe Valve Group SD Valve Group SA

E Butterfly

S Plug Valve Group SD Valve Group SA

Miscellaneous

Bolt & Nut ASTM A193 Gr B8M / A194 Gr 8M SF Heavy Hex, class 2

Gaskets (API 601) 0.175” thick, spiral wound, 316L SS Windings Flexible graphite filler SS inner & outer ASME B16.20

Notes:

1. Nipple shall be as pipe schedule and material.



4. Flanges larger than 24” shall be in accordance with ASME B16.47 Series A.


General Note

1. Strength calculation shall be provided for Pipe / fitting wall thickness, flanged , bolt for

each specific application.

2. All 316 SS flanges or 316 SS flanged valves shall have Isolating kit when connected to

carbon steel or other dissimilar metals.

Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :


Elbolet, Latrolet



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PIPE SPEC “SB” ANSI 300 HIGH CO2 Rev. 0 Material: Duplex / Stainless Steel PROJECT NO.:



ASME B16.5 SB



Allow Press (psig) 600 505 455 415 380

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36




oF)


Nipple (Note1)


BW Fitting (Note 2)


& ASME B16.28)

ASTM A403 WP316L


V Ball Valve Group SD Valve Group SB

A Check Valve Group SD Valve Group SB

L (Note 5) Gate Valve Group SD Valve Group SB

V Globe Valve Group SD Valve Group SB

E Butterfly

S Plug Valve Group SD Valve Group SB

Miscellaneous



Notes:






General Note

1. Strength calculation shall be provided for Pipe / fitting wall thickness, flanged , bolt for each

specific application.



Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :





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PIPE SPEC “SD” ANSI 600 HIGH CO2 Rev. 0 Material: Stainless Steel PROJECT NO.:



ASME B16.5 SD



Allow Press (psig) 1200 1015 910 825 765

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch XS To be calculated

Pipe ASTM A312 TP316L


Nipple (Note1)


BW Fitting (Note 2)


& ASME B16.28)

ASTM A403 WP316L


V Ball Valve Group SD

A Check Valve Group SD

L (Note 5) Gate Valve Group SD

V Globe Valve Group SD

E Butterfly

S Plug Valve Group SD

Miscellaneous



Notes:






General Note

1. Strength calculation shall be provided for Pipe / fitting wall thickness, flanged , bolt for each

specific application.



Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :





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PIPE SPEC “SE” ANSI900 HIGH CO2 Rev. 0 Material: Duplex / Stainless Steel PROJECT NO.:



ASME B16.5 SE



Allow Press (psig) 1800 1520 1360 1240 1145

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36


Sch Sch XS To be calculated

Pipe ASTM A312 TP316L


Nipple (Note1)

SW Fittings SW 6000 Lbs A182-F51 or

A182-F316L

BW Fitting (Note 2)


& ASME B16.28)

ASTM A403 WP316L


V Ball Valve Group SF Valve Group SE

A Check Valve Group SF Valve Group SE

L (Note 5) Gate Valve Group SF Valve Group SE

V Globe Valve Group SF Valve Group SE

E Butterfly

S Plug Valve Group SF Valve Group SE

Miscellaneous



Notes:






General Note





Thrd. Fitting :


SW Fitting :



Butt Weld Fitting :





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PIPE SPEC “SF” ANSI 1500 HIGH CO2 Rev. 0 Material: Duplex / Stainless Steel PROJECT NO.:


ASME B31.3 High CO2 PROCESS HYDRO CARBON None RTJ ANSI 1500

ASME B16.5 SF



Allow Press (psig) 3600 3095 2795 2570 2390

Size (in) ½ ¾ 1 1 ½ 2 3 4 6 8 10 12 14 16 18 20 24-36




oF)


Nipple (Note1)

SW Fittings SW 6000 Lbs A182-F51 or

A182-F316L

BW Fitting (Note 2)


& ASME B16.28)

ASTM A403 WP316L

Flanges (Notes 2, 3, 4) 1500# RTJ SW A182

F316L

1500# RTJ WN A182 F316L

V Ball Valve Group SF

A Check Valve Group SF

L (Note 5) Gate Valve Group SF

V Globe Valve Group SF

E Plug Valve Group SF

S Needle Valve Group SJ

Miscellaneous


Gaskets (API 601) 0.175” thick, spiral wound, 316L SS Windings Flexiblegraphite filler SS inner & outer ASME B16.20

Notes:






General Note





Thrd. Fitting :

(For Instrument connection

only)

SW Fitting :



Butt Weld Fitting :





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Date post:	07-Feb-2016
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