API Purchasing Guidelines 01-01-04

8/9/2019 API Purchasing Guidelines 01-01-04

http://slidepdf.com/reader/full/api-purchasing-guidelines-01-01-04 1/202

PLIrchasing

G LI

del ries

Amer isan

Petroleum

Institute

yright American Petroleum Instituteoduced by IHS under license with API Licensee=BG Group/5943895100Not for Resale, 12/25/2004 05:05:55 MSTeproduction or networking permitted without license from IHS


http://slidepdf.com/reader/full/api-purchasing-guidelines-01-01-04 2/202yright American Petroleum Instituteoduced by IHS under license with API Licensee=BG Group/5943895100

Not for Resale, 12/25/2004 05:05:55 MSTeproduction or networking permitted without license from IHS

--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



Table

of

Amer ¡can

Petroleum

Institute

For updates to the Purchasing Guidelines Handbook, visi t the Addenda and Errata section

of

www.api.orgícat

Bsp rodu&lesia

Practical Guidelines

for

Making

Practica

Choices

A m pec 2B

Fabrication

of

Structural

Steel Pipe

API

spec

2gd

Specifi::atÍ:x?

for Cii'fsiicire Pe:lestai hkiririted

Cranes

APB spec

2H

Carbon P~4angainese teei Plate for Offshore

PlatTom

Tijtxjlar ioirits

APB

spec

2MT1

Carbori Mangaritise

Steel Plate

w i t h In>proved

1-oughness or Offshore Structures

A W spec

2MT2

Fiolle:l

Shapes

with

1rriprove:l Notch

lougiiriess

API

spec

dow

Steel

Plates h:r

OTfsIioI~:

Sti-u::tui-c:s, lrc:diiced

t y

-1hernio-9iieclianicalControl

Processing

1-PvKPj

API

spec 2Y

Steel Plates, Qiieriched-ar?d-l-eirir)ered,

for Offshore

Structures

APB spec 4F

Drillii-g and

Weli Servicing

Structures

A m pecsm

Specif ca

io

i far Casi

rig

a

n:l

Tu t ng

API

spec I D

Specifi::ai.io

n

h:r Eri Pipi:

APB spec

OBL

Line

Pipe

(naw spec 9LC

CRA

Line Pipe

API spec

ILCP

Coiled lLi1-e

Pipe

A W spec OBLD

CRA c;l¿3d

or

I..irif:d Steel

Pipc:

APB s p e c E a

Specification

for Pipeiine Valves

API

spec 7

Rotary Drill Sten i Elenieriis

APB

s p e c

$K

Specif icat iw for Drill ing ~ 3ritl

Well Servicirig Equipriierii.

(naw

spec

Dri

I

ngarid

Production

H

oisti

rig Eq i ipment

API

spec sgd

Drilling

and

Productioi?

Hoisting

Equipment

( P s i I.

arid

PSl.2)

APB s p e c 9 A

Specification

for

Wire

Rope

(naw

spec

%SB

Suclier

Rods

API

spec

& RI

Peir oleurii arid Naiurai Gas iridusl.ries -

Downhole

Equipment

-

Packers

and

Bridge

[>lüg5

API

spec

L@

Elet:ti'Íc Molar

?i Íriie

Mover

for Bearri

Pui-nping

unit

Se:-vice

APB s p e c S N

Lease Autoinatic

Custody .liai?sfer

LACQ Equipinent

APB s p e c 32F

S hop Welded

Tanks

for Storage of

Produchno

Liquids

(naw

spec 22GDaB

Glycoi-lype

Gas

Deliydiarion Ui-~its




&PB spec 129

AP’ ]spec

I 2 L

\lertical and Hoiizontal En3ulsionTreaters

APBI spec 32P

Figberglass Fieinforced Piastic Tanks

APB

spec @a

Speciiicai.iori for Subsurface Safety

Valve

I

AP’] spec I4b

[Lock Manf i rels a :d 1z

rid

¡rigNi ppl<?s

&PB spec 1 S H R

&PI spec 15LE

?oIyethylene

PE) Line Pipe

APE spec 35LR

j.ow Pressure Fiberglass LLne Pipe

APBI spec 36C

Choke

and Kill Systeins

pee 1833

.Syderi?s or IDiillirigWell

Control

AP’]spec

ITD

Su

bs::¿3

Well tieatl i1 nd

C;t::istrriac Tree

Equi

prnent

&PB

spec

12

Subsea Probuctim Control

Umbilicals

&PI spec I = r J

Ui-ihonbed

Fiexrbie

Jipe

APE

spec

33

Specificatiori for Boritletl Flexible Pipe

el

G3te M1lvc-:s

ror Pet:oleurri

and Natural Gas Industries - Modified National

Adoptiori of IS0 1.i34-34:1998

yright American Petroleum Institute

oduced by IHS under license with API Licensee=BG Group/5943895100Not for Resale, 12/25/2004 05:05:55 MSTeproduction or networking permitted without license from IHS

- - `

`

`

` ` `

` `

` ` `

- ` - `

`

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`

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Refer to page

50

of

A l i

spec

2L

Purchase API Cx,ec

PE

onlir ie a i www.eio~ ai.i~is.::c:ni

:4P1

Specification




n/a

I

2c-2




Quanttty

Grabe (and class,

if

applicable)

-[abies2

and

3

Type of Pipe

Par, 5A.3

Size or Outside Diameter

Pai-.7.3

‘&‘:ill

Ttiickriesc

Par.

7.3

Noriiirial i.en&.i-i

Par.

7.5

aritl

.Table

3.l

E

n:l

Fin ish

Par. 7.9

Delivery

üate

a n d

Shippirig

lrts.tructioris

4.2

The purchaser should also

state

on

the

purchase order h is

req

u

remerits coricer ?

rig iii

e

fol (l~’ii

g stÍ

p

uM o n s p

di ch

are

oplional wlth the purchaser:

Information

Reference

CertifÍ::ate of Gerieral Coriipliance

Par. 12.1

Cold Expandeci oi-

Nonexpanded

PIpe

Par. 5.3

High Carbon Equivalent

Pipe

Par. 6.132

Jointecc;

far

.Threaded Pipe

I h

ead

Cornpou

i?d

Fled

u

ced

N egat re

.To

era

nce

for

Wall

Ti?Íckr?ec;s

Power-Tigi-il.

Makeup

Specific

Edition of Spec 5i

foi- Pip::

i m l

Coupl i rgs

Alter riative Bevel or Erid

Preparation, Plain-End Pipe

Al i m a

tive

Miriirriu ni i-lytl.c:static:

1-eSt

Pressure

HydrostaticTest Pressure,

Maxiir iuiri

Special

inspeclion

of

Electric

Weldeci

Seams

Al erria iue I

ris

jiection of

i-asei

Welded Seams

i\icmcii:str uctive

Ti:stirig

of

Seamless

Pipe

Special Nr:ritlestriictive

I nspection foi

Lam nations

D~-:n.iorisi.i.¿3tic:n<:i a

pa

hi ty c

Mag netic Pa rticle inspectioi?

Met

hcxl

Par.

6.2.6;

SR5:

SRG; SRI9

par,

i .

Pai‘. 7 - r

[>ar,

.7.9,2

-rabies9and 10

Far. 7.9.2

Pai-.7.9.2

Far. 7.9.3

Par.

9. 4. 3

Par.

9.4.3

Par.

9.7.2. 2

nd SFlI7

pai’,

r\

.

.

Y < arid

s r 3 1 7

Pai.. 9.3.2.6 :inci

SR4

Par.

9. 7. 3, 4

Pai-.

11. 1

Far. 7.8.ltl

Par. 9.7.5.3



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API

Specir imt iar i II

43rd Etlitibn. March 3004

Specificatron foi-Line Pipe

Infarmation Reference

T~irtug~i-l.he-lowline (WLi Pipe

i-erigtli

T&mnce arid

h i r i t e r

sR7

Par'.SR%2

Aii:wan::e f o r TFI.

Pipe

Additional

Markings for

Corr:

pati ile

Stz~

di2

rtls

?a .

lit.1.3

a n d

1.1.3

Marki

ng I.

o::ation

a

n:l

Sequence

for

Welded Pipe.

Sire

3.6 arid

[Larger

Die

Stainping

of

Pipe

or Plate

Par'.

1 0 . 2 ~

ritl i.2.3

Pai'.

10.7

and

1.7

Method af

bveldil-gJniriters

l a r . A. 1

p.

IaLhasei- 7 Inspection

Pai ?.1

n d

Appendix H

Information

Reference

Alteri-iative Heat .l-realiiient ?a .

5.1.3.3

f o r Electric

Weld

Seanis

Aiterriaiive

I-kat Trealmeril. Par'.

Fi.1.3.4

far

Lase:-

\.Veld

Seams

Quencti ing

arid

Tempering Par. 5.4

of

Grade 3 pipe

Skelp

End Weibs at

Pipe EI-& l a r . 5. 5

Chemical Cainw sit ion

Pai. 6,1,1

Carbori

Equivaierit iLiriii

(PSL

2 )

Grade xczo

Par'.6.1.3.2

High

Carbai?

Equivalent Pipe la r . 6. 1. 3. 2

Infarmatian Reference

interna

Diaiveter Talera

nce

inter

17:

d ate Diam

ete

Skelp Eritl Weitis at

loirirer

Weids

Supplementary

Hydro static Test

Diameter ialerance

for

Norisiciridaid

t-lyd?otesl.

-

Aiterriative Nondestructive

.lest

Meliiod foi-Searns at Ends

or I..awr LS'i:lded

Pipe

Aiterriaiive Ferietrariiete?

fa:-

Radio logmi

Inspection

Aiternative

Reinspectiori

Mettiad

f x

Gas-i\/letaI-ArcWelds

iLerigtIi Tolei'mces Applied

to Carloads

Noristandixtl L.i:ngi.h i d

Length

Tooera

nces

Par. SR25.3

SR0.3

Par, 7.3

l a r .

7.1

Par. 7.1.

Par. 7.7

Par.

9.4.:1

Par. 5.4.3

Par.

9.4.3

arid

Appendix

K

Par. 9.4.4

iable ?

Par. 9.7.2.2

Par.

9.72.3

Par.

9.-7.3.4

Par. 9. 7. 4. 3

Par.

SR4.3.2

Par.

SR3T.2

Table

13.

Par.

7.5


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API Spxificr3tic:n

'9L

:

43rti

Edii.itm, March

2064

Specification for Line

Pipe

Repair of Weid seains

of

Laser

Welded Pipe

Par. 9.7.4.4 a n d

B, L. 2

Repair of

Heafl-reated Pipe

ty Weldirig

Par, 8.1.3

Fiep

ot:essirig

kìy

I-ia -Treai.nierii.

Par.

9.iil. arid

SFi5.4

Par,

H.4

isposition

of

Product

Fiqected

ty

Prirt:tiacer

Marking

tieyiiirerrienis

Mai-kingof Couplings

Witl?out

Die

Si.3

rn i

ng

Par, li3.1.2 and 1.1.2

Coior Code Marking for Grade

Par.

16. 3. 5nd

1.3.5:SR3

No

risici rida

i'ti U ? is of ILerigiii

Par. 311.5 arid 1.5

iocal io n for

iengtth M ai-kings

Use of

Coid

Die Stainping

Par. 16.5aand

i.%

Par, l i 3 .7 a n d

1.7





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:4P1

Specification

A 3

rlbaiem@FaI

elines

for enquiry

a n d puichase

of

weii-

t.These guidelines

consist cif

a n d

a

decision t ree

l)üi.t>hasei.. 2

series

:>f typical

wel lhead and

christinas

h:r tletermiriing protii jct

specifi::ation

lm

T h e data sheets are designed t o

perforin

two

fui-~ctions:

a) assist the purchaser in deciding what

lhe

wants;

bi

cissist

t t ie

purchaser

i:)

corr:niuriicaling hic

partkxlar

rie::&

a n d

requirements, as

well

as inforniation

on

the

well

environ-

rrieril.,

to

the iriariufactui?er or his

use

in

tlesignÍrig arid pro--

d

uci rig ey 1 ipn? nt.

li

use

this Anriex A,

ii copy of the :laia slieels

sliould

be

com

pleted as accuratet< as

possibie.

The

?<pical

configurations

si-ioul:l be referred to,

as

rieetletl,

io seieci the required

equip-

mienl . Ttie

<ieC:i:jii>r)

t ree Figure A.3,

tc:g::ther

with

its

iristructioris,

provides the recoiiinhended practice as

to wiiicii PSL

each piece

A copy of ih:

&3ta stieet

should then be attacheci to the purchase orciri or request for

pro-

ie r i t

ct iould be rnanufactur

posal.

Data

Sheets

in questions a n d information that

can

1

equipirierit,

Íric1u:lii-g chokes

arid

ins general information which

pertains

to

the

entire well. 1-abies

1?4.3o A.12

are

designed

to be used for

1-he effects of exterrial ioatls

(i.e,

twidirig rrioriierits,

.erisiciris,

etc.) i::) ihe:

assernbiy

i:f c:oriipm::r:ts a re r io t c:xplic:ii. jj atlcires:jc:d

by this international Standard (see 4.2.1.3j.

.The

purcliaser

1 - i ~

urchaser should

specify

whether the perforinance vei-ifica-

tior)

pIi:c::durec in

Anriex

F are appl imble.

should specify any i:xcept

I

limling corifigriration.

E.xarriples

c

typi::al wel

i iead

anci

cti

riclmias tree cor:figi: ~3t i k :n~

ai-esi iown

in Figures

A . l

and

A . 2

Also included are

exampies

of

casing arid hit

prc:gr¿3nimii:s that are

t:ürisist<?nt wii.h the well-

Iheads as sl~nwri.

A A

Ax&%

Geaaeaasli

PSL 1ncludes

piactices cuirently

being

iiiiplen?ented

by a broad

spxti?ci ir iof

lhe

Íridus1.y far sewice cmdii.ioris

rectirnriierided in

PSL.

2 includes aii the re

P ~ ~ ~ ~ ~ t~@~~~~~~~~~ keweas QPSL]

ts of

PSI.. i plus adtlitioni il

PSL. 3 ncludes aii the

re

pr¿3ctit:es (xrrer i t ly being irnplem

dcscribetl

i r i this Anriex

A .

PSL

3G

includes

aii the requiren

pr¿3ctit:es

(xrrer i t ly being irnplem

the ii-idusti-y or a specific range

:isstxibed in this

Aririex

A . 1-he

desigriatÍw

PSI.

36

is

m i y iil.ilÍze

in

those ciauses and tables wher

tÍ:x?al gas-tes jing i?equ

reriierits

o

i.est

PSI. 4 in:;ludes i i i i

the re:

ts

of

PSI.. ii plus adtlitioni il

f PSL3 plus additionai

by i3

br?oatl;pe<:trilmi

of

ice conditions as

tissary

to befine the

addi-

pri ier i t that cari be gas-

ts

of PSI. 3G

pitis ceriairi

addi-

tional requirements a n d

is

intended for

the seivice condirions

usually

identified

a

iori~3

Sta

ndi2

r tl a n d is

rior

mi a

I

y

the scope of this

equip1nent.

Figure: A.3 s~ic:v,cs

he

rewnimii:nde:i specification level r::

pri-

inary equipnient.

Priinary

equipiiient

of a

well l iead

asseinbiy

inc ludes a a

rniriimirini:

e tubii-ig

head;

e tubing

hanger;

tubirig tieatl adapter;

e

iower inaster vaive.

All other wellheaci parts are classifieci as secondary. The specifi-

catiori

level

for

secoritlary

equipnierii.

riiay

be

i.i-ie

siirrie

as

or

les

lha i.h

e level

for prirna ry

<:y

tj

i

p

r i ieni..

i n of ?Si. houlti kie hasetl

iiri ii

y

ich

is a

foimal

a n d

systematic ap

potentiaiiy Iiaza

rdous events,

and

estimating

dents

developing

i-onithese events.

Ttie following

ci:nimienls

appiy to the

basic

ques t ions asked ¡ r i

Figure

1?4.3.

<:oïisc;<j:<:??c<::j>

pcp I<:?

::?:vi

rc:n

rn::r:t ¿3

id

I


--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



A.4.2

NACE I R u5

llhis applies if the partial

pressure

of

bydrogeri

sulfkie WS i r ?

the

produced

[luid

equals

or

::xceeds

t i i e

rriiriinii:rri arnoi:rit

spec:-

ified by NACE MFi 01-75or sour seivise.

A A 3

High H.$ Claemmmaratlom

k~

f

th<: t-S

ccmcentri3tiw

of ihe: produced f luid is $;i:cti

ail-an H,S

concentration

of

70 1iP

;)U

parts

per

inii-

detect

concentralions Ihigher

than TO x 10- ).

Aiternatively

tis:: ìc::s

i f .tic:

ïi3diüs

c i:>cp<)Fjüi-c: ROE ) to

100

p p n i HS is

greater than

15 rn (50

ft)

from the

wellhead. ROE

is

defined ¡ri Texas

Railroad

Cornrriissiciri

Rule 36,

see

A.4.5.

O t h e r

m e t h o d s of

calculating

ROE inay

apply depending on

iocai

regula-

ti 1-1s.

The

above

requires

t he

knowiedge

of

t h e

acijusted

open-f iowate

of offset

~vel l s .

f tlhis is r io t

available,

hit if hydrogeri suii'ide car?

be

expected,

a

LOO

p p m RDE

equal

to 1,000

m

;3,O00 ft niay be

dS5Unled.

A . 4 A

cilaese Pwxlmlty

Users

who are accustomed to

t he

use of t h e close-proxinxtyand

ratlius-of-expcisiire

cm ce pb irtay substii.ute ::lose proxiirtity f ix

gas well

in

Figrin:

Tlie

prcxirrtityassessrrieril.

sbould corisider the pc>i.eril.iai iripaci.

of

an

uncontrolled

enxssinn

of

H,S

threa

for

d

ei.er ni

i

n

irig p ten t i a i

I

sk:

iiient

near the w elll iead.

T h e

following lis

of

i,S

is

greater

thari

E

i?

i5i3

fi)

frwrt

i.i-ie

iriclude s ¿3ny

part

i:f ¿3

put:lic area except

i3

pub-

lic

road.

ROE is

defined

in

A.4.5.

?ubiic

area ineans a

dwelling. plac:e of bu

school sus stop,

gov

portÍ:x?

of

a

park.

city,

to

one

can expect

t o be

populated. Public road

mean s

any

street

or

road owned

or

inaintained

foi.

public

access or

use;

5) F U 0 p p n i ROE

of

H,S is greater than

15

ni 50t; froin

t h e

v~el lhead

rid iriclutles

ariy part of

a

put:lic are2 ir icluti ing

a

c) kvell is located Í r i

a y rivii ': r?rrierilaiiy

serisitÍve area su::li as a

park?

wildlife preseive,

ity l in i i k ,

etc.:

d j

well is

located

w i t h i n 46 ni

(:I50 ft) ofari operi fiarne or

f ireti

eq

il

i

p

merit;

i : ) ~ve l lk

Io::ai.eci

withiri 1.5 in (50 t) of i3

f j well

is located

i13 or near

iniand navigable waters;

g)

well is

located

in or

near surface

doinestic watersupplies;

put)l ic

:c:ad

;

ii) ~:rc;llk Io::&<i

withiri

l.07 ni (350

rt ¿3riy

ch~Ili?:g.

.l-h

ese eonditions a

re

recoin

i i iended in

in in u n i cons

d

eralioi-~s.

An y

ici(x3i rc:giilatc:ry requ ire riier1i .s

$;I

AAL5

AasabrngSLt

The following informalion

is

taken from

Texas Railroaci

Corriiriissiori

Rule

36.

SI

rriel.rioeyriivalent rules

are

r io t

giveri.

as

t t ie

rnet:ic:d

c ROE

dei.erniinatiori

is

ris::tl in

t t ie

IJriii.ed Si.ates

oi-~ly. thei.

methods

of

caiculaling ROE inay

apply

depending

oi?

ic:cal

regulatioris.

A.sab.gS.2.

For

de temin i r i g

i i e

ocatiori

or tt ie 3.00

pprn

ROE :

RadEses

o

Exposure

[R'OQ

o H2.S

)I

=

[(q.,58g)(rriole fractiori

t-i,S)(y)]"e's

E

For

deterininingti ie iocation of the

5OU ppin

FiDE:

X = [j0,454

6)(rnolc:

fractiori l-i,S)(q)]ü

8

where

r

H,S

is

the

mole fraclion

of

hydrogeiÎ

suif ide

in the gaseous

is

the

radius

of

exposure,

in feet;

is

the

niaxiriiuri: ?ioli:riie flowrate cic:terriiirie<l to be mail-

abie for

escape,

l l

cubic

feet

p e r

day;

mi~tui-e

vailable foi-eseme.

A.4.5m3

lhe

VoltiIrteflowral.e

used

as t be escape ra ie il?:

radius of

expusiire siiali be that

specified below?

a) For

i:ew

wc:s i r i tic:velop::tl areasp t

cieteri-ninedhj:

usingthe current-adj

set

wells, or tbe

fieidaverage current-adjusted

open

flowrate,

whichever

is

laiger.

i )

1-be

escape

ra ie used

Í r i

deterniinÍrig

the

raditis

of

expost ire

shall be

correcteci

to

standard conditions of 14.65

psia

and

60°F (:I6"C).

A S

~ ~ ~ ~ ~

f

@tain@&

MUd

To seiect the

besired

material

class in Table

3.

he

purchaser

sktoultl

determine

tbe corrosivii.y

i r i j ~ 3 . d

luid

tiy

<><>ri$jikj<

sild

production

variable

c. r

<,sb-c:ir:osiori

-

cr¿3ckii:

::rosion-~:orI~:si~i?:~

nd

sulfide

stiess cracking

SSU)re aii influericeci by the

i

erivironriierital factcirs anti tbe prodtictÍ:x?

varÍa

a n d vaiiables riot listed ~ I Î

able

A.2 niay ais0 influence fluid cor-

The

purchaser should determine

if

inateiials shall me et

NAUE

hW?

0175

for

so u r

service.

NACE h4R 03.75 is oriiy coricernetl with

t t ie inetall i(:

Ki¿3t<?1a req

ui

rern::?:t:;

10

pri:verit

s l

If ide

:;tr<?F;S

king

and

not with

resistance

to geneiai

corrosion.

iitic::ation $;iioilld i3is:i b e

give?:

te: t i i e

c;ixbw:

dioxide

partial

i%),ilÎ wells

as s h o w n

t i ie

field

perfoi-niance


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



American Petroleum Institu te

Purchasing Guidelines Handbook

API@Monogram@ auioment

Handbook Revision 09.18.04

Refer to pages 215

-

23 3 of API Spec 6A

Purchas e API Soec 6A online a t www.do bal.ihs.com

API Spec ification 6A

:

19t h Edit ion, July 2 00 4

Specification for W ellhead and Christmas Tree E quipme nt

Annex

A

(lnformatlve)

Purchaslng Guldellnes

The m inimum partial pressure of carbon dioxide required to initi-

ate corrosion and the relative effect of increasing partial pres-

sures on th e corrosion rate are strongly influenced by other envi-

ronmental factors and production variables, such as:

a) temp eratu re;

b) H2S level;

c) PH;

d) chloride ion concentration;

e) sand production;

f)

water production and comp osition;

g) types and relative amo unts of produced hydrocarbons.

Finally, h e purchaser should consider future service of the w ell

when selecting a material class. This should no t be limited to

anticipated change s in the acid gas partial pressures for p roduc

tion or increased water production with or without increased

chloride content, but also should include consideration of opera

tions such a s acidification or other well treatments.

Table A . l - Relatlve Corroslvlty of Retalned Flulds as Indlcated by CO, Partl al Pressure

Partial Press ure of

CO,

Retained Fluids Relative Corrosivity M Pa

General Service Noncorrosive

General Service Slightly Corrosive

General Service

Sour Service Noncorrosive

Sou r Service Slightly Corrosive

Sour Service

Moderately to Highly Corrosive


<0.05

0.05 to 0.21

>0.21

<0.05

0.05 to 0.21

>0.21

See following pages for Wellhead Equipm ent Data She ets.

Copyright 20 04 American Petroleum Institute. All rights reserved. I 23130

6A-


--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



Coriduckx

Surface

Csg,

Prntective

csg.

P r o d u c h i

Csg.

Tuhing

Grad::

3

ingle

3

ultiple

Total

String

i-larigtrig

W t .

d a N

jlbs)

Bit

size

r r m i

(in.)




Hai#db@@klEt vaSa@# 9.L8.04

Refer

to

pages 215

- 233

of

X I I Spec 6 A

Pu rc

iase

A PI Srje:: 6 A on

rie

a www.eloha

I.

is.c:o

rr i

Rated

Woi-king

Pressure

a <:$:

Sire

internal Coating


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



Casir>ghea:iSpciol

Bottom

Con

nectinn

Size

Rated Working Pressure

Iriternal

Coating

Yes

a o




Top Connection

PR

Tubing i-ia

nger

Size



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---




--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



Hai#ab@@klEt ?&d@# 9.L8.04

Refer to pages 215

- 233

of

A l l Spec 6 A

Pu ICliase

A PI Srie:: 6 A on rie a \uww.elokia

I.

is.::o

rr i

Cwss-over Flange

Bottoi7:

Lon

nection

Top Connection

Rated

Ll’orkirig Pressure

interrial Coatirig

Flange Bolting Re quirements

(Table

49) Non-exposed €“posed Exposed (Low Sliength)

Mairi

Rui:

(St

u&) ([\i

ts)


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



American Petroleum Instit ute




Refer to pages 215

- 233

of API Spec 6A

Purchase API Soec 6A online a t www.dobal.ihs.com

Tubing Head Adap tor PSL PR

Botto m Connection Size


Top Connection

Type

Size


Surface-Controlled Subs urface Sa fety Valve Outlets

Number

Size

Electrical Feed-through Connection

Special Material Requirements

Temperature Rating (Table 2)

Mate rial Class (Table 3)

Retain ed Fluid Corrosivity (Table A. l)

Witness o esa o o

External Coating

o

es

o

o

Internal Coating o es

Type

Ma in Run (Studs) (Nuts)

Flange Bolting Requirements (Table

49)

Non-exposed Exposed Exposed (Low Streng th)

aif

yes, specify what

and

by

whom.

Copyright 20 04 American Petroleum Institute. All rights reserved. I 23130

6A-1


`

`

`

` ` `

` `

` ` `

`

`

`

`

`

`







Refer to pages 215

- 233

of API Spec 6A


Christinas

Tree

a n d

Choke -Single

Solid BioCl< Dual

S t a c k e d

PSL PR Witn ess?b

External Flanged

Coating? If Bolting

Yes, State Requirementsc

Type Stud Nuts

Ring

Gasket

Type

Choke

(Atl~usi.abler

Fixeti)

Gril ice Size

Norniri¿3lSize

?ressure Drop

Flow1 ne

Connect ion

Size

a

Define or specify material requirements and, if cladding or other corrosion resistant ma teriais are to be iniayed, state base

material type/ciad material type, e.g., 4130/625.

if yes, specify what and by whom.

indicate required boiting for the ap plicable retained fluid and temperature classification specified in Table 49

(Cont inued to next page}

6A-12

Copyright 200 4 -American Petroleum Institute. All rights reserved. I 23130


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



CSut eis

SIX

Tgpe

Casing

Hanger


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



o

u l i

ets


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





Application

I

Fluid

Quantity

End Connections/A&B Dimensionsa

Pressure Ra tinulnle t

I I

Outlet

I

Temperature Rating I

Material Class

PSL PR

Service Conditions a t Max. Flow (Units) Norm al Flow (Units) Min. Flow (Units)

Pressure I inlet I I I

I

Outlet or^^

I I I

Temperature a t Inlet

I I I

Oil I Flowrate I I I

I S.G. (if available) I I I

Gas

I

Flowrate

I I I

I or

G.O.R.

I

I S.G. (if available) I I I

Liauid

I

Flowrate

I I I

S.G. (if available)

Ma nual/Actuated

Actua or Type/Ma ke/M ode

Power Source

Manu al Override

I

Position Indication Local Remote/Position Tra nsm ter

Positioner

Additional Comments

a See Figures 20 and 21.


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





API@Monogram@ quipment

Handbo ok Revision 09.18.04

Refer to pages 215

- 233

of API Spec 6A

Purchase API Spec 6A online a t www.global.ihs.com

Appendlx

A

Purchashg Gaald@llpeeas

API

Speciiiciil.iciri

63

:

i 9 i . h E.ci i l . icx~~

uiy

206 4

Specification

or Well l?ead

anci Cli:-islmasTree

Eyu i pnxn t

Quanti ty

Pneumatlc

Dia ph ragm Single

Double

Piston Single

Double

Table A.12

-

Wellhead Equlpment Data Sheet-Actuator and Bonnet

Quantity Quantity

Hydraullc Electrlc

Conventional Rising Stem

Retained fluid Rising Stem

W ecutter Wire/Cable Size

Self-contained Stand-alone Power Source

Non-risingStem

Non-risingStem

Supply

Requlrements/Speclflcatlons

Pneumatlc

Ava i a bi ty

Clean Air

N trogen

Well Gas Non-NACE

Other NACE

MPa (psi)

Max. Min.

Hydraullc

Ava i a bi ty

Well Fluid

Non-NACE NACE

Self-contained

Other

MPa (psi)

Max. Min.

Current Available

Other

Actuator Requlrernents

Speclflcatlons Actuator

Temperature Rating Fab le 2)

Retained Fluid (Table A .l )

Mate rials Class (Table 3)

Externa l Coating ? No Yes

If yes type

Bonnet Requlrernents

Maximum Working Pressure MPa (psi)

Materl al Class:

Fleld Data

Customer

Field Location

Platform

Well No.

Closed-in Tubing Head Pressure MPa (psi)

Accessories

Fusible Hold-open Device

Manual Hold-open Device

Qu ick Exhaust Valve

Position Indication a) Local

b) Remote

Speclflcatlon PSL

SSV PR2

2

3

3G

4

Temperature Ratlng:

6A-18

Copyright 200 4 -America n Petroleum Institute. All rights reserved. I 2313


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---







Refer to pages

215

-

233

of API Spec 6A


API Spec ification 6A

:

19th Edition, July

2004

Specification for Wellhead and Christmas Tree Equipment

Appendlx

A


Flgure A . l - Typlcal Wellhead and Tree Conflgu ratlon

5,000 psl(34.5

MPa) Rated Worklng Pressure (WP)

Surface Safety

Va Ive

Option 5

Surface Safety

Typical

Programs

Casing Program

in. (mm)

8% 219.1)x 5% 139.7)

9% 244.5)x 7 (177.8)

10% 273.1)x 7% 193.7)

Bit Program Casing Head Top Flange Tubing Head Top Flange

in. (mm ) in.

-

psi (mm

-

MPa) in.

-

psi (mm

-

MPa)

7% 200.0)

11

- 3000 (279 - 20.7) 7116- 5000 (179 - 34.5)

8% 215.9)

or

8% 222.2)

or

9% 250.8)

11-

5000 (279

-

34.5)

Copyright 20 04 American Petroleum Institute. All rights reserved. I 23130 6A-1


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






Handbo ok Revision 09.18.04

Refer to pages

215- 233

of API Spec

6A

Purchase API Soec

6A

onl ine a t w ww.dobal. ihs.com

API Specification 6A

:

19th Edition, July

2004

Specification for Wellhead and Christmas Tree Equipment

Appendlx

A


Flgure A.2 - Typlcal Wellhead and Tree Conf lguratlon 10,000 psl(69.0 MPa) Rated Worklng Pressure (WP)

Surface Safety

5,000 psi (34.5 MPa)

Typlcal Programs (US Customary Un h )

Casing Program (in.)

16

x

10%

x

7%

16x 11%x 9 7

Liner

13%x 9 7

10%x 7%x 5

Typlcal Programs (Metrlc )

Casing Program (mm)

406.4 273.1 193. 7

406. 4 298. 5 244.5 177.8

Liner

339. 7 244. 5 177.8

273.1 193.7 127.0

Bit Program (in.)

14%

x 9xor x 9

14%x 10%x 8

12%x

8

6

9 x 6%

Bit Program (mm)

374.7 250. 8

r

241.3

374.7 269.9 215.9

311.2 215.9 152.4

250.8 165.1

Casing Head Housing

Top Flange

(in. - psi)

16%- 5000

16%

-

5000

13% 5000

16

-

5000

Casing Head Housing

Top Flange

(mm

-

MPa)

425

-

34.5

425

-

34.5

346

-

34.5

279- 34.5

Casing Head Spool

Top Flange

(in. - psi)

11- 10, 000

13%

-

10, 000

11

-

10, 000

11- 10, 000

11

-

10, 000

Casing Head Spool

Top Flange

(mm

-

MPa)

279

-

69. 0

346

-

69. 0

279- 69. 0

279

-

69. 0

279- 69. 0

Tubing Head

Top Flange

(in.

-

psi)

71/, 10, 000

71/, 10, 000

71/, 10, 000

71/, 10, 000

Tubing Head

Top Flange

(mm

-

MPa)

179

-

69. 0

179

-

69. 0

279

-

69. 0

179- 69. 0

6A- 20 Copyright 200 4 -American Petroleum Institute. All rights reserved. I 23130




s

>5,000 psi (34.5

MPa)

NACE MR

0175?

Yes

Gas W el l?

yes High H2S yes Rated W ork i ng

Concent ra t ion?

---- -

Pressure

--E-

-i +

o N o

C5,OOO

psi L

(34.5

MPa)

C5,OOO psi (34.5

MPa)

Pressure

>5,000 psi (34.5

MPa)

C5,OOO psi (34.5

MPa)

Yes

Gas Wel l?

a ted W ork i ng

Pressure

I

C 5,000 psi

(34.5

MPa)

PSL

3G

PSL

3G

PSL

3

PSL

3G

PSL

3

PSL 2

PSL

3

PSL

2

PSL 2

PSL

1

PSL

3

PSL 2

PSL

1


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---




--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



Refer

to page 4.3 - 44 of APi

Spec

71\

Purchase APl Sxec T K oriiine at wvIw.~lot:al.ihs.t:orri

:4P1

Specification

3rd

Edition, September 2002

Specification for Drilling and

NeIl

Servicing Equipn-rei-rt

~ ~ ~ ~ ~ e ~

@ ~ ~ ~ ~

Addenduni

1:

epterriber

2002

arid

Addendum

2

April

2004

in the purchaser and

manufacturer.

and

purchase ortier, orie tir rmre of

the

2

ry

r eq j irern::?:ts

sha

apply.

~ ~ - ~ ~ o @ f

oad ~e~~~~~

The

equipirierii. shall

be

ioati tested anti subsequeni iy exarnÍried

in accordance wi t h the

reyuirei-nents

of 8.6

of

this specification,

Ihard-diestamping

near

the Load Rating identification,

t

$;hall

be

~ ì i 2 i . I < ~ t i

SRI"by

rn::i3ri:;

of low-str:::;$;

R2-Low T e ~ ~ ~ F a ~ ~ ~ @esmg

Il rider tii s

c;tl pplemeritz

ry reqij ri:nierit, th::

ntaxinii:

rn irn

pact

test

teniperature

for

materiais used in

priinar); load carrying

cori:ponent:;

o f

covered

::c~uipni

op e at ing

te

n i perature

below th

s.pe::if

ieti by t I? pi1 t:liaser.

Impact testing

siiall

be pei-fornied n

accordance with

the

requirements of 6.3

of

thÍs Specificatioi~

ritl ASIR1

A 370 .

Escepl.

for inanual

tong

hinge pins of wrought material^ the

minii-num

average

Cliarpy

Ímpact

eriery

of l.hree

full

sÍze tesi. pieces shall

with i1 required

rriinirnurri

pecified

in

4 - . I

shall

be

h n:>

intiividual

~ i 3 1 ~ < :ec;

i.tiz3ri 35

H.-lt: (31: J).

ge

pins

of

~vi-oiight

aterial, the

rninin?uni

averi3gi: impact i:ner of three full size C h i - p y mpact test

pieces shaii be 11 t - lb

(15 i)

wit17 no iridiviciuai

\falue less

than

25 ft-lb (Y2

i}.

inti ca

e thai.

lt W

ternperatii

re tesi.trg

Each priniai-y

load bearing

con?ponent

shall be marked SW o

prinmry

load bearing

componen t sha

teniperature ¡ri degrees Celsius tti i n (

t i s t i.ernperz3i.w::.

seri perforiried. Each

be

marked with

the

i i ie

actual

design

aritl

23

ilrider

iiiis

sujipleri?eritary

equkenierii., rnjiact lesihg

shall

also

be applicable to i-naterials used i i ~he primary loaci carrying

on

n

is

of

eq

u

Í

p

rten

ri

o r

maI

y exe

ri?

y

ted

froni

i

ni

pad.

g.

The t:c:niporienis to wiiici-t inipat:t testirig

$;hall z3ppiy

stii2ll

terniined by

nwtual agreement

of

the purchaser and

the

rr:ariuRxti

Impact

testing

siiall

be

pei-fornied n

accordance

with

the

r::eJuireri:erits of

6.3 of this

Spi:cificr3tion

:inti

ASTM A3TC.

The

nwxiniuin

impact test tenipei-ature

and t he niinirnum

average

anti iritlividrialvaiues shall be

as

agreeti upon ky i.i-ie jirirciiaser

anci the

manufacturei.

Each c:)veIc:d

pri

ntary

l iml ci1rrying c:orriponent sha I

bi:

rriai-lieti

"SFi2A"

o

indicate tha t additional

iow

teniperatui-e

testing

lias

t:eeri perforiried.

The

::(:iriporieril.

shall ais:

be niarked wit l i

t he

teniperature

in degiees

Celsius

t o

indicate

t he

actual design a n d

tesi. ieiripera

u re.

Wien

requested by

the purchaser, records sliall

be

prepared,

gi2th::retiF i d

r o y ~ r i y

:c:llati:d in

2

datz1 booli t y t i i e rna?:uractijri:r

l-he

data

book

shall

at

ieasi.

Íriclutie

for

each

ririit:

e

Statenient of Coinpiiance

esigna ion,/% ria

N u

n?Ser

Asseriikily aritl

Critical

Area ilrawirigs

e Noniinai Capacities a n d

Ratiings

* [Listc

C t x n p r i i : n b

0

Tra::eat:ility Caties aritl Systerns (iriarkingori pai'ts/recortls

o n file)

0

Steel

Grades

e

Heat

Treatment Recurcis

K4z3teriaI

Test

Reprts

e NEE Fiecords

e

Performance

Test

Records inciuding Functional Hydrostatic

arid iLoad IestÍrig CertÍficaies

(wlier i applicakile)

e S u p p len ien t a ry Re, enients

Certificates as

Re,

*

Vîkid

rig ?ro::i:d c i r S peci ica tio

i$;

a

rid

Qrla

I

ica io ri Rc:ct>rds


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



iJ Itrasoriik:

em mina

iori sha ii be i r ) ;ic:c:ortla

(the iiniiieision

method

nia);

be

used) and

ha r i ? a l ikm t io r i

skiall

be perforiried usÍrig

curve

baseci

ori

a

flat-bottomed

hole

with

a

diameter

of

3.2

nim

or

sirialler.

b'Vroiight coimponents examined by

the

uitrasonic

imethod shall

rrieei. iiie fol I

OL'~

ng a:ep ta rice ::i te na:

a. for both straight and

angle

b e a m exai

d s::oi-~

¡ in t iily

resti l.irig

calibration reference l h e is riot

ailowed.

Any

InciIcatIon

Íril.erpreiedas a crack or l.i-ierrnal rupture Ís ais: nol.

allowetl;

b. muitipie InciIcations

@,e. w o

or niore indications),

each

i'

Cie iefereri::e

tiistance

ariiplitu:le ::me

and

yright American Petroleum Instituteoduced by IHS under license with API Licensee=BG Group/5943895100


--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -

` , ,` , ,` ,` , ,` ---



:4P1

Specification

25th Edition,

February

2004

Speciiieation

for

Wire Rope

Th i: fol ow

rig

i i for mati on

when rnaking

an enquiry

or piacing

a ?

oi-Cer:

a) r’efi:ren::e to

this

Irii.ernai.i:ma

13 yuaritÍty arid

Iei-gi.ki;

sj

noniinai

dian?eter;

:i) rope ciiiss or c:i::i:;t:r~tic:n:

ou d

be

p c:vid iy ttie

pur

chaser

e} c:>r‘e

,pe;

f)

rope gi-ade;

g) wire

finish;

II

iay dir ect ion ari:l

type;

i) prelorrnation;

li} ariy part Icu iar iriarking i’equ irerrieri1.s;

I) a r y

particuiar packing requirements;

ri:) rniriimri ni br’e aiirig force requ reci.


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---




--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



Refer

t o page 99

of A l i

spec

16A

Purchase APl

Sxxx

?.SA onl ine al. vIwvv..ricibai.ihs.cori?

:4P1

Specification

Em2.aab

Equ8pmemt

~ e t a ~ $ s / ~ ~ t ~ook

A

data boolí

should t:e si

purci-t¿3s::rFa n d should c:

a) purchase order ririnib ales ortier nuiriber;

bj product identificationp ype,

par t nuinber, serial nuinber;

c) d ah :

of

cnrr:plei.ion

and

in:;pe<:tioïi;

:i)

assembly drawirigs, actrial

overall package

diri?erisiciris,

etl

upciri

t i i e

request

of

the

n th

e fol

i:wi

ng inforrriai.im:

iet

descrIption?nmss,

coinponents defined in

e) rriancifac:i.urer’sstatement

of corqAiaix:e to

current e:iition of

IS.)

13533:

f)

niaierial

ceriificai.es;

gj welding

procedure qualification;

l i) NDE

reporb;

i) pressrire test reporls.





--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



:4P1 Specification

2n d Editlon, July

2OCM

Specification

frsr Crsntrol

Systems

for

DrillingWell Caritrill

Equipment

and

Control

Systems

for

üiverter

Equipwient

Man

ufaetu

re r

Xili

Val?ie(s)

Quanti ty

Opera

ing

Press i

i'e

(Aga rist War kÍrig

Fiessu

re}

Manufactu

r'er

rv

oc ei

SÍX

Workirig Pressure

Open

Close


--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



A?I Speci~imtiari

@D :

2 n d kiii.km9 uiy 2364

Specification foi-Control Sysieins or Drill ing Well Control

E u

i

pnie it. arid Con

r d

Systerris

f o r

Dive i r u

i

11

irierit

1.

Direrter

Unit

ODt. ?

Close

2

Pas.

Operating Pressure

R k X

Miar




AnII lar BOPis? _________________ Quantity

illanufacturer

Model

Size

Working

pressufe



- - ` ,

` , ,

` , , ,

` ` ` ,

` ` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -



A?I Speciki3tiari

%@D :

2nd

Edii.ion9

uiy 2064

Specification foi-Control Systeins or Drill ing Well Control

E

u

pnie it. arid Con

rei1

Systerris

f o r

ilive

i r

Banaaeexes

n aad a

u

i

11

irierit

S a i

.ocal.iciri Qua

ritity

NQ.

I

2.

3 .

4.

5.

6.

,

8,

9.

10.

Il..

12.

13.

3.

15.

16,

17

18.

3.9.

m.

21.

22.

23.

Ceintad Funct ion

Foil Select

Upper Annular BOP

l.ow::r Anriular BO?

Riser Conriecior

Riser Cnrinector Second ary

U p l ~ ~ ri r ~

arris

Shea,

Viains

High

P r e s s u r e Shear

Rams

Upper Pipe Rariis

Middle

Pipe

Rains

I c w c : ~

Pipe

Rams

Wei h

eatl Cori

nec:l.cir

\dZ el

h ead

Con

nector

Secarida y

POD

l.ai.ct1

Blue

Hydraulic Stab s

Yeiiow

Hydraulic

Stahs

c:lholíe anti

Kill Stabs

Annuiai'

BOP

Outer Bleed

Arinui¿3:

BOF

Iriner BIec:d

ILMRP Ci-iolíe

aritl Kiii ]-esl.Vaive

Upper

Outer

Choke

Upper Imer Choke

Lowe,

Outer

Choke

P O S

3

3

3

3

2

3

3

-

3

3

3

3

2

2

3

3

3

2

2

2

2

2

2


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



Noc

24. .

r 5 .

26.

37.

28.

29,

30.

YI .

32,

.-.

?”

-..>.

3 4 .

35

*aE;

.,..

37.

38.

34.

.u.

4:1.

132,

43.

44.

Lower

inner Choke

Upper

Outer Kill

Upper lnnei-Kill

Lower Outer

Kill

i.ciwer inne r Kill

Shear Rains

Locks

Upper Rims

L.c:cks

Upper

Middle Rairts WedgeIo::ks

Lower Middle Rams

Wed,j,rioclis

I..ower Rarris l.o::ks

Blue

S;Upply

’iiot

Check

Wlnw

Supply Pilot Check

1.MRF Accuri i

Isolator

H?M\CpAccum Duinp

I..ower

S t x k

Accumi Isolai.or

i.ciwer

Stack Act:iiiri

IDuriip

LMRP

Falsafe

Suppt<

L.c:we -

Stack Failsi3h:

Supply

Acoustic Accurn

lsoiatoi-

Acoustic

Accum

Dun?.

Sr1ksea

Ma nfold

Regu

I a t w

Faiisafe Assist

Regulator

Upper AnriuIzr

BOP

Ri:guI¿3tor

OpeII

Operi

Open

Open

CSpe1-I

Lock

{Lock

i.ot:k

Lock

L . d i

Ve1-d

v e it

Operi

Open

O p e n

CSpe1-I

OpeII

Operi

Open

Open

increase

increase

inc1c:aC;:

increase

Pos

3

2

2

2

c.

e

ef

2

2

2

.-.

e

ef

3

2

2

.-.

c.

3

2

2

2

c.

e

ef

2

2

1.

c.

.. .

3

<


--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



API Speci~ imt iar i

@D :

2nd

Edii.km9

uiy 2364

Specification foi-Control Systeins

or

Drill ingWell Control

E

u

pnie it. a rid Con

r d

Systerris for Dive i r u

i1 irierit

No.

?

...

2.

3.

4.

5.

6.

7.

8

5.

I O.

11.

Ra.

L

2.

3

4..

5.

6.

8.

9.

I O.

11..

12.

A ?

.i..>.

14.

T

13.

Contaal Furtcticar

Diverter Unit

Flow

S::ii:ctor

Ilsiverter I.: ckdown

Vent Vaive

Fc:rt

.)verboaIc1

M3ive

Starboard Ovei-boardVa

Ive

Flowline Valve

Insert

Packer

i.ocktlowri Dogs

f lowl ine

Seal

Fi[ii??g

.in<?

j ~ i v ~ :

Ball

Jo in t

Pressure

Overshop

Packer

Trip T m k

Support Ring

Op e n

Port

IL3tCi-i

O p e n

(3

p?:

:1

Op e n

O p e n

IL3tCi-i

Energize

(3p?: :1

Energize

Op::??

ope ?

*her (Specify)

Note which funclions if any)

are to

be interconnected for sequencing.


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



American Petroleum Inst itute


Purchase

API

Specs on line a t www.global.ihs.com

Pu

c hasing Gu del nes

Handbook

PI@Monogram@

Eq u pment

Copyright 2004

-American Petroleum Institute.

A l l rights reserved. I 23130



--` ,` ,

,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





--` ,` , ,` , , ,` ` ` ,

` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



American

Petroleum

Institute


API" Monogram@Equipment

Handbook

Revision

01.01.04

Purchase API Specs online at www.global.ihs.com

Table

of

Special No tes

Guide lines for U sing API Publications

Introduction

Practical Guidelines for Mak ing Practical Choices

API Spec 2B

Fabrication of Structural Steel Pipe

API spec 2c

Offshore Cranes

API Spec 2H

Carbon Man ganese Steel Plate for Offshore

Platform Tubular Joints

API Spec 2M Tl

Carbon Manga nese Steel Plate with Improved

Toughness for Offshore Structures

API Spec

2MT2

Rolled Shapes with Improved Notch Toughness

API Spec 2W

Steel Plate s for O ffshore Structures, Prod uced by

Thermo-MechanicalControl Processing (TMCP)

API

Spec

2Y

Steel Plates, Quenched-and-Tempered,

for O ffshore Structures

API

Spec 4F

Dril ling an d W ell Servicing Structures

API

Spec

5CT

Specification for Casing and Tubing

API Spec 5D

Specification for Drill Pipe

API Spec 5L

Line Pipe

API

Spec 5LC

CRA Line Pipe

API Spec SLCP

Coiled Line Pipe

API Spec 5LD

CRA Clad or L ined Steel P ipe

API

Spec BA

Wellhead and Christmas Tree E quipmen t

Page No.

i

iii

2 5 1

2 G 1

2H-1

2MT1-1

2MT2-1

2 w - 1

2Y-1

4F-1

5CT-1

5D-1

5L-1

5 L G 1

5LCP-1

5 L D 1

6A-1

API Spec 6D

Specification fo r P ipeline Valves

API Spec 6H

End Closures, C onnectors, and Swivels

API Spec 7

Rotary Dril l Stem Elem ents

Page No.

6D-1

6H-1

7-1

API Spec

7K

7

K - I

Specification for Dril l ing and Well Servicing Equipm ent

API

Spec SA

8A-1

Dril ling and Production Hoisting Equipm ent

API Spec 8C 8G1

Dril ling and Production Hoisting Equipm ent

(PSL 1 nd PSL2)

API

Spec 11B

Sucker Rods

1151

API Spec 11 Dl

1 1 D 1 - I

Petroleum and Natural Gas Industries -

Downhole Equipment - Packers and

Bridge Plugs

API Spec1116

Electric Motor Prime Mover for Beam

Pump ing unit Service

11L6 -1

API Spec 1 l N 11N-1

Lease Autom atic Custody Transfer (LACT) Equ ipme nt

API

Spec

l2B 1251

Bolted Tanks for Storage of Production Liquids

API Spec l 2 D

12D-1

Field Welded Tanks for Storage of Production Liquids

API Spec l 2 F

12F-1

Sho p Welded Tanks for Storage of Productino Liquids

API Spec UGD U

Glycol-Type Gas D ehydra tion Units

API Spec

121

Oil and G as Separators

API Spec

l 2 K

Indirect-Type

Oil

Field Heaters

(Continued to

next

page

12GDU-

12J-1

1 2 K - 1

Copyright

2004

American Petroleum

nstitute.

All rights received. I

23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





APPMonoBram@ aUiDment

Handbook Revîsion 01.01.04


~

Table of Contents

API

Spec l 2 L

Vertical and H orizontal Emulsion Treaters

API Spec U P

Figberglass Reinforced Plastic Tanks

API Spec 14A

Specification for Subsurface Safety Valve Equipme nt

API Spec 14L

Lock Mandrels and Landing Nipples

API Spec l5HR

High Pressure Fiberglass Line Pipe

API Spec l5LE

Polyethylene (PE) Line Pipe

API Spec l5LR

Low Pressure Fiberglass Line P ipe

API Spec l 5 L T

PVC Line d Steel Tubular Goods

API Spec 16A

Drill-Through Equipme nt

API Spec 16C

Choke and Kill Systems

API Spec 16D

Control Systems for Drilling Well Control Equipment

API Spec 17D

Subsea Wellhead and Christm as Tree Eq uipment

API Spec 17E

Subsea Production Control Umbilicals

API Spec 17J

Unbonde d Flexible Pipe

API Spec 17K

Specification for Bonded Flexible Pipe

API Std 600

Bolted Bonnet Steel Gate Valves for Petroleum

and Natural Gas Industries - Modified National

Adoption of

IS0

10434:1998

Page No.

12L-1

12P-1

14A-1

14L-1

15H

R - 1

15LE-1

15LR-1

15LT-1

16A-1

16C1

16D1

1 7 D 1

17E-1

17J-1

17K-1

600-1

Please note that the following API Publicationsdo not

contain PurchasingGuidelines:

API Spec 2F

API Spec

58

API Spec 7F

API Spec

9 A

API Spec 10A

API Spec 1 0D

API Spec 1 l A X

API Spec 11E

API Spec 1 1IW

API Spec 11V1

API Spec 13A

API Spec 16R

API Spec 17F

API RP 19B

API Spec 1581

API Spec

1583

Copyright

2004

- Amencan Petroleum nstitute.All rights EseNed. 1 23130







API" Monogram@ quipment



SDecial

for

Using

API

Publications

API p ublications necessarily address pro blems of a gen eral

nature. With respec t to particular circumstance s, local, state,

and federa l laws and regula tions should be reviewed.

API is not undertaking to m eet the duties of employers, ma nufac-

turers, or sup pliers to warn and properly train a nd e quip their

employees, and others exposed, concerning health an d safety

risks and precautions, nor undertaking their obligations under

local, state, or federal laws.

Information concerning safety and health risks and proper

precautions with respect to particular materials and conditions

should be obtained from th e employer, the manufacturer or

supplier of that material, or the m aterial safety data sheet.

Nothing contained in any API publication is to be construed

as granting any right, by implication or otherwise, for th e

manufacture, sale, or use of any method, apparatus, or product

covered by letters patent. Neither should anything contained in

the publication b e construed as insuring anyone against liability

for infringement of letters patent.

Generally, API standards a re reviewed and revised, reaffirm ed,

or withdrawn at least every five years. Sometimes a on etim e

extension of up to two years will be add ed to this review cycle.

This publication will no longer be in effect five years after its

publication date as an operative API standard or, where an

extension has been granted, upon republication.

Status of this publication can be ascertained from th e API

Certification Programs department:

American Petroleum Institute

Certification Programs

1 2 2 0 L Street, NW

Washington, DC 20005-4070

USA

Telephone 20 2-962-479 1

Fax 202-68 2-8070

Email [email protected]

API standards are publishe d to facilitate the broad availability

of proven, sound enginee ring and op erating p ractices. These

standards are not intended to obviate the need for applying

sound engineering udgment regarding when and where these

standards should be utilized. The formulation and publication of

API standards is not intend ed in any way to inh ibit anyone from

using any other practices.

Any m anufac turer marking equipm ent or materia ls in conformance

with the marking requirements of anAPI standard is solely

responsible or complying with a ll the applicable requirements

of tha t standard. API does no t represent, warrant, or guara ntee

that such products do in fact con form to the applicable API

standard.

A catalog of API publications, program s and services is publishe

annu ally and u pdated biann ually by APL and availab le through :

Global Engineering Docu ments

15 Inverness Way East

M/S C303B

Englewood, CO 80112-5776

USA

Telephone 1-800-854 -7179 (o-free in th e US. and Canada)

303 397- 274 0 (Local and international)

Fax 303-3997 -2740

Online www.global.ihs.com

Questions concerning the interpretation of the content of

this publication or comments and qu estions concerning he

procedures under which this publication was developed should

be directed in w riting to:

Director of Certification Programs


12 20 L Street, NW

Washington, DC 2 0 0 0 5 4 0 7 0

USA

Requests or permission to reproduce or translate a ll or any pa r

of th e material published herein should b e directed in writing to:

Director of Business Services


12 20 L Street, NW


USA

Copyright 20 04 - American P etroleum Institute. All rights

reserved. API,

API

Monogram, the API logo and API Monogram

logo are either trademark s or registered tradema rks of the

American Petroleum Institute in the United States and/or othe

countries. No part of this work may be reproduced, stored in a

retrieval system, or transm itted by any m eans, electronic,

mechanical, photoco pying, recording,

or

otherwise, without prior

written permission from the publisher. Contact the Publisher at:


Publishin g Services

1 2 2 0 L Street, NW


USA

Copyright

2004 -American Petroleum Institute. All

rights resewed. I

23130



- - ` ,

` , ,

` , , ,

` ` ` ,

` ` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -





--` ,` , ,` , , ,` `

` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





APP Monogram@ quipment


Purcha se API Specs online a t www.global.ihs.com

Practical

for Making

Practica Cho¡ces

Dear Colleagues,

I am proud to introduc e the API Pu rchasing Guidelines

Handbook, the first inclusive publication that contains purchasing

guidelines from each ap plicable API Specification in th e

API

Mono gram Program. The API Mo nogram Program is based on 70

API equipment and se rvice specifications, covering oilfield

equipme nt, refinery equipment, aviation fuel h andling and well

perforator standards. Currently over 1,675 companies in 6 7

countries are licensed to use the API M onogram on their

products, and over 2,300 licenses have been issued. Seventy

percent of API Monogram Program licensees are based outside

of the U nited States and range from small, entreprene urial firms

to large, multinational corporations. They are involved in m aking

a variety of equipm ent, rang ing from valves, casing and tubing,

line pipe, drilling equipment, pumps, drilling fluids, and well

cement, to blowo ut preventors, cranes and electric m otors.

The API Purchasing Guidelines Handbook contains the purchas ing

suggestions and data sheets for he API pro duct and service

standard s covered by the API Monogram Program. Moreover, they

have been reformatted to look consistent and to ask t hat

all-important question,

“Does

it

have an

API

Monogram?” The

API M onogram is th e Licensee’s warranty to API and the buyer

that th e product meets the API product standard in every detail.

What better way to ensure that your purchas ing requirements

meet the minimu m requirements recommended by the API

subcommittees that control the product specifications, than to

follow the pu rchasing guidelines they have agreed to include in

the standard?

The API Purchasing Guidelines Hand book is presented in a

loose-leaf hre erin g binder that facilitates use and updating of

the guidelines. Although reformatted for ease of use by

purchasers and suppliers, the information in each guideline is

identical to the suggestions, recommendations, or data sheets

shown in th e referenced specification. Also, to ensure that th e

information is current and traceable, each guideline references

the API specification num ber, edition and date from which itwas

obtained. API will u pdate indiv idual guidelines when there are

revisions o the listed sp ecifications. These updates will be

available through th e API website and can be do wnloaded and

placed in the binders.

We at the American Petroleum Institute understand that t he

exchange of accurate information between end users,

purchasers, suppliers, and manufacturers in the procurement of

equipment and services is critical to the best interests of the

industry. We have developed this han dbook to assist all parties in

the exchange of pertinent information regarding products in the

API Monogram Program.

With best regards,

John D. Modine

Director, Certification Programs


Amerlcan

Petroleum

Institute


Certification Programs

1220

L

Street, NW

Washington, DC 20005- 4070

USA

Telephone 202-962-479 1

Fax 202-682-8070

Email [email protected]

w . a i.org

Copyright

2004 -American Petroleum nstitute. All

rights reseived.

I

23130

ii



- - ` ,

` , ,

` , , ,

` ` ` ,

` ` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` -

- -










Handbook

Revision01.01.04

Refer to page vi of API Spec 2 8

Purch ase API Spec 2B online at www.global.ihs.com

API SDecification

6 th Edition, July

2001

Fabrication of Structural Steel Pipe

Suggestions

for

Ordering

API Spec 2B Pipe

API Monogram@Required

Yes No

In placing orders for steel pipe to be fabricated in accordance

with API Spec 28, the purchaser should specify the following on

the purchase order:

Specification

Quantity

Size

ASTM

(or

other industry

standard) Designation or

Steel Plate

Delivery Date and Shipping

Instructions

Supplementary Requirements

API Spec 28

As Required

Nom inal Length, Wall

Thickness, and Outside

Diameter

Specification/Grade/


As Required

As Required

The purchaser should state whether any of the following optional

requirem ents are to apply:

Mill Test Certificate for Steel Plate

End Finish (specify, if not stand ard 30 degree bevel)

o

o

SR1, Plate Direction of Rolling

Longitudinal -

"S-IC'

Transverse -

S-IT

o

o

o

o

SR2, Notch Toughness (specify test tem peratures

SR3, 100%Radiographic Examination (joint can

SR4, Ma tching Weld Toughness for Des ignated

and m inimum energy requirements)

quality assurance)

Plate Material

Special Note: Nothing in this specification should be nterpreted

as indicating a preference by the com mittee for any optional

requirement. In the selection o f requirements, the purchaser

mu st be guided by the purchaser's experience and by the servic

for w hich the pipe is intended.

Copyright

2004

-Amer ican Petroleum nstitu te. Ali

rights reserved.

I 23130

25







--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



American Petroleum Inst itu te

Purchasing

Guidelines

Handbook

APP Monogram" Equipment

API

Soecification

Handbook

Revision 01.01.04

Refer to page 3 7 of API Spec 2C

Purchase API Spec 2C online at w ww.global.ihs.com

2c

th Edition, April 1995

Offshore

Cranes

Appendix

C

Minimum Purchase Information

API Spec 2C


Yes No

Performance Criteria

Maximum Dynamic Lift Ibs. (kg) at ft (m)

Maximum Static Lift Ibs. (kg) at ft (m)

Maxim um Auxiliary Lif t Ibs. (kg) at ft (m)

Auxiliary Hook Available Speed

V m i n (m/min)

Features

Boom Length

ft

(m)

Auxiliary Tip Cap Ib. (kg)

Prime Mover

Starter Type

Anti-Two Block Type (12.6)

Audible Warning

(12.8d)

Noise Le vels (11.7)

At Idle

At Load

Area Classification (9.4)

dB (A) (default

90

dB [A])

dB (A) (default 95 dB [A])

At

Crane

Class

Div.

Group

On Boom

Class

Div.

Group

Power Unit

Class

Div.

Group

Environmental Criteria

Elevation of Boom Heel Pin

Operating Temperature M ax Min.

ft (m) above Typical Supply Boat Deck

Wave Criteria (3.2)

Copyright

2004

-American Petroleum Institute.

All

rights reserved.

I

23130

2 G 1


oduced by IHS under license with API Licensee=BG Group/5943895100


--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---







American Petroleum Insti tute



Handbook Revision

01.01.04

Refer to page

iv

of API Spec 2H

Purchase API Spec 2H o nline at www .global.ihs.com

API Specification

8 th Edition, August 1999

Carbon Manganese Steel Plate

for

Offshore P latform Tubular Joints

Suggestions

for

Ordering

API Spec 2H Steel Plate

API

Monogram@Required

Yes

oNo

In placing orders for steel plate to be manufactured

in

accordance

with API Spec 2H, the purchaser should specify the following on

the purchase order:

Specification

Quantity/Size

Grade

Retreatment

(see subs ection 4.2)

Chemical Requirements

(see Table

4-1,

Footnotes

b

& d)

Mill Inspection by Purchaser

Delivery Date and

Shipping Instructions


API Spec 2H

As Required

42 or 50

State Whether Retreatment

per 4.2 is Permitted

State Whether use of

Titanium, and/or Vanadium,

Zirconium is Permitted and,

if

Permitted. State Lim its

State Advance No tice

Requirements

As Rewired

As Required

The purchaser should state

on

the purchase order the require

ments concerning he following Supplementary Requirements,

which are optional with the purchaser.

Note:

Section 1 f this specification addresses the purpose/

function

of

several o f the supplementary requirements.

SR1

SR2

SR3

SR4

SR5

SR7

SR8

SR9

SR11

SR12

SR13

SR14

Ultrasonic Examination

Notch Toughness at Lower Temperatures

SR2 .1 Notch Toughness at

-60°C

SR2.2 Notch Toughness at Other Than

SR2.3 H igher Notch Toughness Energy Values

Individual Plate Testing

Through-Thickness (Z-Direction)Testing

Low Sulfur Steel for Improved Through-

Thickness Properties

Low Nitrogen Content for Improved Notch

Toughness in Strain-Aged Condition

Strain-Aged Charpy V-Notch Impac t Tests

Simu lated Post-Weld Heat Treatment

Preproduction Qualification

Notch Toughness Using Drop Weight

Surface Quality

Thickness Tolerance

-40°C

or

-60°C

O

o

O

o

o

o

o

o

o

o

o

o

Special Note: Nothing in this specification should be interpreted

as indicating

a

preference by the com mittee for any material or

process.

ln

the selection of m aterials an d processes, the

purchaser must be guided by this experience and by the service

for which the plate is intended.

~

Copyright

2004

-American Petroleum Institute.All rights resewed. I 23130

2H-



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






Handbook Revision

01.01.04

Refer to pages 5

-

6 of API Spec 2M T1

Purchase API Spec 2 M T1 online a t www.giobal.ihs.com

API SDecification

2'MTl

Appendix A

2nd Edition, September 2001

Carbon Manganese Steel Plate with Improved

Toughness for Offshore Structures

Suggestions for Ordering

API Spec 2MT1Steel Plate

~~ ~~ ~ ~


U

Yes

O

No

In placing orders for steel plate to be m anufactured

in

accordance

with API Spec 2MT1, the purchaser should specify the following

on an inquiry and the purchase order:

Specification API Spec 2M T1

Quan tity Size As Required

Grade 2MT1


(see Table

1,

Footnotes b an d d)

State Whether use of

Boron and/or Zirconium is

Permitted and, if Permitted,

State Limits

Process of Manufacture Subsec tion 3.2.2

Mill Inspection by Purchaser

State Advance Notice

Requirements

As Required

elivery Date and S hipping

Instructions

Supplem entary Requirements As Required

Manufacturers Procedure State if Required

Specification (MPS)

The purchaser should state on the purchase order the requirements

concerning he following supplementary requirements which are

optional with the purchaser:

S 1 Ultrasonic Examination

U

S9

Simulated Post-Weld Heat Treatment o

S I3 Surface Quality

U

S14 Thickness Tolerance

o

S15 Manufacturing Procedure Specification

o

Note:

Nothing

in

this specification should be nterpreted as

indicating a preference for any material o r process.

In

he

selection of materials an d processes, the purchaser mu st be

guided by the purchaser's experience and by the service for

which the p late is intended.


These requirements shall n ot apply unless specified in the order

in which case the m anufacturer

or

processor shall perform the

specified supplementary requirement before shipment of th e

material. Supplementary requirement S 1 provides for ultrasonic

examination of the plates by the ma nufacturers and specifies

limits for acceptance.

Supplem entary Requirement S9 provides for simulated post-weld

heat treatment o f test sam ples. The pu rchaser should specify on

the purchase order the temp erature range, time at temperature,

and cooling rate.

Supplem entary Requirement S1 3 may be applied where surface

quality is considered critical.

Supplementary Requirement S14 may be applied to reduce the

standard over thickness tolerance.

Supplementary R equirementS15 may be applied if additional

details of the manufacturing procedure

or

process are required

by the purchaser.

By agreement between the purchaser and m anufacturer,

and whe n specified on the purchase order, the following

Supplem entary Requirements shall apply:

SR1


SR1.1

Pulse echo ultrasonic examination shall b e performed on each

plate in accordance with ASTM Specification A 578/A 578M.

Acceptance Level IIshall b e used.

SR1.2

Examination reports shall be furnished for ea ch plate, and areas

with more than

50%

oss of back reflection shall be located on a

sketch.

SR9

Simulation of Postweld Heat Treatment

SR9.1

A

second test of test coupons shall be subjected to a sim ulated

postweld heat treatme nt provided by the purchaser tha t is

representative of the therm al treatme nt to which the material will

be subjected during fabrication. The temperature range, time at

temperature, and coo ling rate shall be as specified on the order.

Copyright

2004

-American Petroleum Institute.All rights reserved. I 23130

2MT1-1



- - ` ,

` , ,

` , , ,

` ` ` ,

`

` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -





API@Monogram" Equipment

API Specification 2MTl: 2nd Edition, September 2001

Carbon Maganese Steel Plate with Improved

Toughness for Offsho re Structures


Refer to pages 5 -

6

of API Spec 2M T1

Purchase API Spec 2M T 1 online a t www.global.ihs.com

Appendix A


API Spec 2MTl Steel Plate

S R l 3

Surface Quality

For applications where surface quality is co nsidered critical,

plates are to be furnished in the blasted and inspected

conditions. The depth of rolled-in scale or c lusters of p its shall

not exceed 0.015 in. and sh all not result in an undergage

condition. However, isolated individual pits not over 0.030 in.

deep are acceptable provided plate thickness is not reduce d

below the specified minimum. Other surface imperfections such

as tears, seams, snakes, blisters, scabs, etc., are n ot acce ptable

and must be conditioned without reducing the thickness below

minimu m. The surface imperfections m ay be removed by

grinding provided each ground area is well fired and grinding

does not reduce the thickness of the plate below m inimum.

S R 1 4

Thickness Tolerance

By

agreement between purchaser and supplier, plates can be

ordered to

Y

standard over tolerance for thickness shown in

ASTM A6.

SR15

Manufacturing Procedure Specification

(MPS)

Details of steel making refining, desulfurization deoxidation

continuous cas ting (if used), control of segregation, intermixing

between heats, and slab cropping shall be addressed.

The sequence of deoxidizing, microalloying, and grain refining

elements sh all be shown. Slab quality control shall be included.

The MPS shall identify aim and range values for chemical

composition, mechanical ests, and all major manufacturing

steps, including all examination and checkpoints. Process

variables for steel plate rolling and cooling conditions sh all be

identified.

Details of welding repair and rep air qualifications shall be

shown.

2MT1-2

Cowright

2004. American Petroleum Institute.

All

rights reserved.

I

23130






Purchasing Guidelines Handboo k

API” Monogram” Equipment

Handbook Revision

01.01.04

Refer to pages 7 -

8

of API Spec 2MT2

Purch ase API Spec 2M T2 o nline at www .global.ihs.com

API SDecification

ZMT2

1st Edition, June 2002

Appendix

A



API Spec

2Mfz

Shapes

API Monogram@Required Yes No

A l

Placing Orders

In placing orders for steel shapes to be m anufactured in

accordance with API Spec 2MT2, the purchaser should specify

the following on the purchase order (parenthetical remarks are

comm entary for the user, and need not appear on t he order):

Specification

Grade

Class*

Quantity/Size

Mill inspec tion by Purchaser

Items Only “By Ag reement”

(Continued to next column)

API Spec 2MT 2

(Ail are

50

ksi yield, group

II

in AWS D 1 . l and API RP

2A)

C (Ordinary che mistry a nd

toughness)

B

(Improved chemistry and

toughness)

A (Superior chemistry and

toughness)

AAZ

(Invoking extras in

8.14:

S101)

As Required

State if Required, and Any

Advance Notice Requirements

Section

1.5:

Other

International Standards

Section 4.7: T hird Party

Remediation Shop

Section 8.1: SR1

-

Prescribed

Steelmaking Methods

Section

8.3:

SR3

-

Lower

Impac t Test Temperature

Section 8.4: SR4 -

Production L ot Tension Tests

Section 8.7: S R19

-

IS0 10005; Hold points

Section

8.8:

SR20

-

Surface

Defect Percentage

Items Only “By Agreement”

Section

8.9:

SR44 -

Min.

RA

>

30%

Section

8.11:

SR76

-

Core Charpy Criteria

Section

8.13:

SR78 -

Charpy 50% Shear

Section 8.14: SR101 -

Class AA2

Section 8.15: SR102 -

No Tolerance on Chem istry

Intended Fabrication For Man ufacturer’s

Heat Treatment

Informa tion, Even

if

No 8.6:

SR9

Delivery Date, As Required


Supp lemen tary Requ iremen ts As Required

*Note:

Classes

C,

6 nd

A

are intended to c orrespond to

API

RP

2A (steel classes described

in

Section

8.1.3

and weld

impact requirements of Section 10.2.2).Class

AAï

s intended

for

exceptionally critical applications.

A2

Commentary on Supplementary

Requirements

The purchaser should state on the purchase orderthe requiremen

concerning he following Supplementary Requirements, which ar

optional with the purchaser. However, not all options a re availabl

from all producers, and some require specific agreement.

A2.1

SR1

Vacuum Treatment

Common pre scriptive supplem ent from ASTM beam specs, but

rarely found in API node steel specs, w hich are performance

based.

A2.2

SR2

Product Analysis With ou t Tolerance

Chemistry from th e finished product, rather than from the heat’s

ladle sample, eliminating th e tolerance s allowed by ASTM A6.

Cowright

2004

-American Petroleum Institute.Ali

rights

reseived. I 23130

2MT2-





Am erican Petroleum Inst i tute


API@Monogram@ auipment

Handbook Revision

01.01.04

Refer to pages 7 - 8 of API Spec 2MT2

Purch ase API Spec 2M T2 online a t www.global.ihs.com

API

Specification2MT2

:

1st Edition, June 20 02


Appendix A

Suggestions for Ordering API Spec

2MTz

Shapes

A2.3

SR3 - m pac t Tests at Lo wer Temperature

The following targets have been suggested as being poss ible in

some cases, and more compatible with the usage of plate

specifications in offshore structures:

Class C 20 ft-lb. at

32°F

27J at 0°C

Class B 2 0 ft-lb. at -4°F 27J at -20°C

Class A 3 0 ft-lb. at -40°F

41i

at -40°F

Required for

Class AAZ

Users are cautioned that, for heavy section beam and c olumn

sections hav ing flange thickness greater than

1.5

inches,

meeting the foregoing oughness requirements may have

progressively more lim ited availability with the us ual produc tion

methods, and m ay require time consuming and costly extra

processing. For these applications , consid eration should be g iven

to fabricating m embers by welding together 50 ksi plates of

appropriate chemistry and Charpy toughness, in which case the

provisions of AWS D 1. l apply;

or

beams of a higher performance

class may be substituted.)

A2.4

SR4 - Ad ditio nal Tension Tests

Testing production lot rather tha n h eat lot, required for C lass AAZ.

A2.5

SR8 - Ultrasonic Examination

Recommended to avoid preexisting laminations in th e through

mem ber of truss connec tions or nodes; alternatively, thi s

inspection may be performed on a spot basis at th e fabrication

site, and the member reorientated to avoid laminations at

nodes.

A2.6

SR9 - Simulation of Therm al Treatment

Checks for loss of strength

or

toughness if the steel is to be

heated during fabrication above 1 050°F (565"C), beyond the

usual h eat affected zone from welding.

A2.7

SR19

-

Additional Quality Control Requirem ents

Qua lity system, quality plan, p rocess control plan, and trace ability,

for Class AAZ.

A2.8

SR20

-

Additional Surface Requirements and Weld Repair

Surface defects marked by steelmaker and weld repaired by qual-

ified fabricator. Part o f Class AAZ.

A2.9

SR44 - Through Thlckness (2-Dlrection) Testing

Recommended to avoid laminar tearing in the through member

of truss connections or nodes. Passing he test may require

furthe r pro cess ing beyond 8.12: SR77, reduced sulfur. Appropriate

supplement for Class

A.

Required part of Class AAZ. If a re duction

of area greater than the standard 30% is required, this must be

stated, subject to agreement.

A2.10

SR75 - Maxlm um Yield and Yieldflensile Ratio

Part of Class A M .

A2.11

SR76 - Core Region Charpy Tests

Results are typically less favorable than samples from the flange,

but research is mixed on the significance of this.

A2.12

SR77

-

Reduced

Sulfur

May be used to achieve the goals of

8.9:

SR44 without the extra

cost of Zdirection testing.

A2.13

SR78

- 50%

Shear Fractu re App earance

Often a better indicator

of

the brittle fracture transition temperatu re

than a modest impact energy requirement, or modern low sulfur

steels. Also may be more difficult for steel-makers to meet. Part

of Class AAZ.

A2.14

S R 1 0 1

-

Class AAZ Shapes

Collects various S upplementary Requirements for critical

applications , including Charpy tests at -40°F (40°C).

A2.15

SR102

-

Product Analysis with out Tolerance

Available by special ag reement only.

2MT2-2

Copyright 20 04 -Am erican Petroleum InSi tut e. All rights reserved.

I

23130



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





APP Monogram@Equipment


Refer to page iv of API Spec 2W

Purchase API Spec 2W online at www.global.ihs.com

API SDecification

4th Edition, August 1999

Steel Plates for Offshore Structures, Produced by

Thermo-Mechanical Control Processing (TMCP)

Suggestions

for

Ordering API Spec

2W

Steel Plate

~ ~~~ ~


O

Yes

O No

In placing orders for steel plate to be m anufactured in accordance

with API Spec 2W, the purchaser should specify the following on

the purchase order:

Specification API Spec 2W

Quantity/Size As Required

Grade

42,

50,50T, or 60

Process of Manufac ture Subsec tion 3.2.2

Mill Inspection by Purchaser State Advance Notice

Requirements

Delivery Date and As Required


Supplem entary Requirements As Required

The purchaser should state on th e purch ase order the

requirements concerning he following Supplementary

Requirements, which are optional with the purchaser.

Note: Section 1 f his specification addresses the purpose/

function o f several of the supplementary requirements.

S I Ultrasonic Examination

D

S2 Notch Toughness at Lower Temperatures

o

S2.1 Notch Toughness at

-60°C

o

S2.2

Notch Toughness at Other Than

-40°C o

or -60°C

S2.3

Higher No tch Toughness Energy Values

O

S3 Additiona l Tension Test

o

S4 Through-Thickness (Z-Direction) Testing

O

S5 Low Sulfur Steel for Improved Through-

O

S7 Low Nitrogen Content for Improved Notch

O

S8

Strain-Aged Charpy V-Notch Impact Tests

o



(Continued

to

next column)

S9 Simulated Post-Weld Heat Treatment O

S I 0

Hardness Testing O

S I 1

Preproduction Qualification O

S11.3 CTOD Testing of Weld Hea t

Affected Zone

S11.4 Weldab ility (Hydrogen Cracking) Tests at

-

CP (Conventional Preheat)

O

- MP (Modified Preheat) O

S12 Notch Toughness Using Drop Weight O

S13 Surface Quality c

S14 Thickness Tolerance

O

Level of Performance

Level of Performance

Special Note:

Nothing

in

this specification should b e interpreted

as indicating a preference by the com mittee for any material or

process. In the selection o f materials an d processes, the

purchaser must be guided by th e experience and by the

service for which the plate is intended.

Cowright 2004 -American Petroleum Instiîute.

All

rights reserved.

1

23130

2w-1




--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



American Petroleum Ins tit ute


API@Monogram@Equipment

API Specification

Handbook Revision01.01.04

Refer to page iv of API Spec

2Y

Purchase API Spec 2Y online at w ww.global.ihs.com

4 t h Edition, August

1999

Stee Plates, Quenched-a nd-Te

m

pe ed,

for

Offs

ho re Structures

API Monogram@Required O

Yes

o o


API Spec 2Y Steel Plate

In placing orders for steel plate to be manufac tured in accorda nce

with API Spec 2Y, th e purchase r should spe cify the fOllOWing on

the purchase order:

Specifica tion API Spec 2Y

Quantity/Size As Required

Grade 42,50 ,50T, or 60

Mill Inspec tion by Purchaser

Delivery Date and As Required


Suppleme ntary Requireme nts As Required

State Advance Notice

Requirements

The purchaser should state on t he purchase order the

requirements concerning the following Suppleme ntary

Requirements, which are optional with th e purchaser.

Note: Section 1 f this specification addresses the purpose/

function o f several of t he supplementary requirements.

S 1 Ultrasonic Examination

o

S2 Notch Toughness at Lower Temperatures

o

S2 .1 Notch Toughness at -60°C o

S2.2 Notch Toughness at Other Than O

S2.3 Higher Notch Toughness Energy

o

S3 Additional Tension Test o

S4 Through-Thickness Z-Direction)Testing o

S5 Low Sulfur Steel for Improved Through-

o

S7 Low Nitrogen Content for Improved Notch o

S8 Strain-Aged Charpy V-Notch Im pact Tests o

S9

Simulated Post-Weld Heat Treatment

-40°C or -60°C

Values




S I 0 Hardness Testing

o

S 1 1 Preproduction Qualification

S11 .3 CTOD Testing of Weld Heat

Affected Zone

S11.4 Weldability (Hydrogen Cracking)

Tests at:

- CP (Conventional Preheat) Level

- MP (Mo dified Preheat) Level of

O

S1 2 Notch Toughness Using Drop Weight O

S13 Surface Quality O

S I 4 Thickness Tolerance o

of Performance

Performance

Special

Note:

Nothing in this specification should be nterpreted

as indicating

a

preference by the committee for any ma terial

or process. In the selection

of

materials and processes, the

purchaser must be guided by this experience

and

by the

service for which the p late is intended.

2Y-

omgh 2004 -Amencan Petroleum

Institute.

All

rights

IES~IV&. 23130



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` ,

,̀ , ,` ,` , ,` ---





--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





API@Monoeram@ auiDment

Handbook

Revision 01.01.04

Refer to page

13

of API Spec 4F

Purchase API SDec 4F onlin e a t www.global.ihs.com

API Specification

2nd Edition, June 1995

Drilling and Well Servicing Structures

Appendix

A



SR1

Low

Temperature Testing

This supplementary requirement shall apply when specified by

purchaser. In all cases, the purchaser and m anufac turer shall

agree upon the m inimum design temperature im pact test result

requirements.

Critical components shall be fabricated from materials

possessing h e specified notch toughness at the required

minimum design temperature. Impac t testing shall b e performed

in accordance with th e requirements of ASTM A370.

When

it

is necessary for subsize impact test pieces to be used,

the acceptance criteria shall be multiplied by the appropriate

adjustm ent factor listed in Table A-1. Sub size tes t piec es of width

less than 5 mm are not permitted.

Products meeting this supplementary requirement shall have

their name plate stamped with SR1 and with the design

minimum temperature in degrees

C

and the impact value in

joules.

Table

A-& Adjustment Factors for SubSize Im pact Specimens

Specimen D imensions

mm x mm Adjustment Factor

10.0 x 7.5 0.83 3

10.0

x 5.0 0.667

SR2

Proof Load Test

The equipment shall be load tested to a load agreed upon by the

purchaser and manufacturer. After load testing, the equipment

shall be visually exam ined per 10.4.1 of this specification.

The equipment shall have its name plate stamped with

SR2

and

the ratio of load test to design load (load teSvdesign load),

example SR2-1.0.

SR3

Data Book

When reque sted by the purchaser, records shall be prepared,

gathered and properly collated in a data book by the manufacturer

The data book shall at least include for each unit:

a. Statem ent of compliance

b. Equipment designation/serial number

c. Assembly and critical area drawings

d. Nom inal capac ities and ratings

e. List of com ponents

f. Traceability codes and systems (marking on parts/records

on file)

g. Stee l grades

h. Heat treatme nt records

i. Material test reports

j. NDE

records

k. Performance es t records including functional hydro static

and load testing certificates (when applicable)

I. Supplementary requirements certificates as required

m. Welding procedure spec ifications and qualification records

n. Instructions

Copyright 2004

Ameri can Petroleum Institut e. All rights resewed. I 23130

4F-







--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---







API" Monogram" Equipment

API Spe cification 5CT : 7th Edition, October 2001



Refer to pages 9

-

11

of

API Spec 5CT

Purchase API Spec 5CT online at www.global.ihs.com

IS0

119 60 :20 01- Petroleum and Natural Gas Industries

-

Steel Pipes for Use as Cas ing or Tubing or Wells

Information to be Supplied by the Purchaser

Requirement Reference

Cold Rotary Straighten ing - 6.3

QI25

Grade

Statistical Impact Testing

Impact

of

Group 1

Non-Heat-Treated Pipe

7.3.8, A.6 (SR12)

7.5.1, A.9 (SR16)

Sulfide Stress C racking Test

-

C90

and T95 Grade

7.14

Length of Accessories

8.6

Thread and Storage Compound

8.14

Waiving NDE of G roup 1 ouplings

in Grades H40, J55 and K55

9.14.3

Coupling Thread Plating- 9.17

Q I 2 5 Grade Only

Additional H ardness Testing

-

10.6.2

Grades M6 5 and L80

Additional Hardn ess Testing -

10.6.4

C90

and T 9 5 Grade

Reduced S ection Tensile

10.4.6

Specimens

- QI25

Grade

Hydro static Pressure Test for

10.12.2

Handling-Tight Make-up,

Accessories and Alternative 10.12.3

Hyd rostatic Test Pressures

Plain-End Q I 2 5 Casing

10.12.2

Hydrostatic Testing

Non-Des tructive Examination

10.15,

A . l (SR I), A.2

(SR2), A.4 (SRIO)

and A.5 (SRI I )

Marking Requirements 11.1

Thread Protectors 12.2

Coupling Blanks - Q I2 5 Grade Only

Upset Casing

-

Q I 2 5 Grade Only

A.3 (SR9)

A.4 (SRIO)

Electric-Weld Casing- A.5 (SRI I )

P I1 0 and QI25Grade

Alternative

F

Factor in

SR12

-

Q I2 5 Grade


A.6 (SR12.2)

Requirement Reference

Spec ial End Finish for Casing,

Couplings, P upJoints or Accessories

Quality Assurance Requirements

8.12.8, 9.13.2

Spec ial Wall Thickness for

Grades C90, T95 a nd Q I 2 5

8.2

5.2

Tubing

5.2.1

When inquiring or placing orders for pipe to be manufactured in

accordance with this International Standard, the purchaser shall

specify the following:

Reauirement

Standard

Quantity

Type of P ipe or Couplings

Tubing

Non-Upset, External-

Upset or Inte gral Joint

Threaded, Plain-End,

or O ther Connection

With or Without Couplings

Spec ial Bevel Couplings

Special Clearance

Couplings

Label 1 r S pecified Outside

Diameter

Label 2 or Specified Mas s or

Wall Thickness

Grade an d Type,

where Applicable

Range Length

Seamless or Electric-Welded

(Continued to next page)

Reference

IS0 11960or API

5CT

Table

C.3

or Table E.3

8.12

8.12

9.12, Tables C.3, C.37

and C.38 or Tables E.3,

E.37 and E.38

9.8,

Tables

C.3, C.38

or Tables E.3 a nd E.38

Table

C.3

or Table E.3

Table C.3 or Table E.3

Table C.3 or Table E.3,

Table

C.5

or Table E.5

8.6,

Table C.30 or

Table E.30

6.1,

Table C.4 or Table E.4

5CT-2 Copyright2004 -American Fetmleum nstitute.

All

rights reserved. I 23130





American Petroleum Insti tu te


API@Monogram@ Equipm ent

API Specification

JCT

: 7th Edition, October 20 0 1



Refer to pages 9

-

11of API Spec 5CT

Purcha se API Spec 5CT online at www.global.ihs.com

IS0

11960:2001-


Steel Pipes for Use as Cas ing or Tubing or W ells

Information o be Supplied by the Purchaser

Reauirement Reference

Critical Thickness for Spec ial 7.4.6

End-Finish Couplings,

Stock or Blanks

Critical Thickness for

Accessory Material

7.6.6

Wall Thickness Verification 10.13.4

of Special End-Finish Accessories

Delivery Date and


Inspection by Purchaser Annex B

5.2.2

The purchaser should also state on th e purchase agreement the

requirements concerning the following stipulations, which are at

the purchaser's option:

Requirement

Heat Treatment

Upset Length Standard

or Extended

Rounded Nose

Coupling Make-up

(other than pow er-tight)

Tubing with Couplings Detached

Seal R ing Couplings

Heat and S upplementary Analyses

Additional Markings

Pipe Coatings

Material Certification

Reference

6.2

8.11.6

8.12.4

8.14

8.14

9.11, A.7 (SR13)

10.3

11

12.1

13.2, A.8 (SR15)

5.2.3

The following may be agreed betwee n purchaser and

manufacturer:

Reauirement

Statistical Im pact Testing

Impac t Testing of G roup 1 ipe

Sulfide S tress Cracking Test -

C 9 0

and T95 Grade

Length o f Accessories

Thread and Storage Compound

Spe cial End-Finish for Tubing,

Couplings or Accessories

Waiving NDE of Group 1 ouplings

in Grades H40, J55 and K55

Additional H ardness Testing -

Grades M 65 and L80

Additional H ardness Testing

-

C90 and T95 Grade

Hydros tatic Pressure Test for

Handling-Tight Make-up and

PupJoints

Alternative Hydrostatic Test

Pressures

Non-Destructive Examination

Marking Requirements

Thread Protectors

Electric-Weld Tubing - Grade PI 10

Special End-Finish Tubing,

Couplings, PupJoints and

Accessories

Quality Assurance Re quirements

Special Wall Thickness for

Grades C90 and

T95

Casing Used for Tubing

Reference

7.3.8, A.6 (SR12)

7.5.1, A.9 (SR16)

7.14

8.6

8.14

8.12.8, 9.13.3

9.14.3

10.6.2

10.6.4

10.12.2

10.12.3

10.15, A.1 (SRl),

A.2 (SR2), A.4 (SR10)

and A.5 (SR11)

11.1

12.2

A.5 (SR11)

8.12.8, 9.13.3

8.2

8.2, Table

C.30

or

Table E.30

copyright

2004

-American Petroleum Institute.All rights reserved. I 23130 5CT-3



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





`

`

`

` ` `

` `

` ` `

` `

`

`

`

`



American Petroleum Inst it ub



Handbook Revision

01.01.04

Refer to page iv of API Spec 5 D

Purchase API Spec 5D on line a t www.global.ihs.com

API

Specification

5th Edition, October

2001

Specification

for

Drill Pipe

Information to be Supplied by the

Purchaser


Yes No

When inquiring or placing orders for drill pipe to b e manufactured

in accordance with API Spec 5D, the purchaser should specify

the following on the purchase order:

Specification API Spec 5D

Quantity

Internal-Upset, External-

9.1,

Table 1

Upset or Internal-External-

Upset (for welding)

Size (outside diameter) Table 1

Weight per Foot or

Table 1

Wall Thickness

Grade Table

1

Range Length 8.5, Table 9

Seamless 4.1

Delivery Date and


Inspection by Purchaser 10.1, 10.2

The purchaser should also state on th e purchase order the

requirements concerning the following stipulations, which are


Heat Treatment of Drill Pipe

Heat and Supplementary 5.2, 5.3

Analyses

Pipe Coatings

11.6

Markings in M etric U nits

4.2

11.2.3, 11.2.4, 11.2.6

9.1

rill Pipe with Special Threads

or End Finish

Pipe Ends Section 9

Marking Requirements 11.1


Under-ThicknessTolerance

8.3

if

Less than 12.5 P ercent

(Group

3

product only)


SR2 Nondestruc tive Inspection Appendix B

(N5 Notch or %in. Hole)

SR15 Test Certificates for

Oil Country Tubular Goods

SR19 Charpy V-Notch Impact

Toughness Testing of Group 1

(Grade E-75) Drill P ipe

SR20 Alternate Low Tempe rature Appendix B

Charpy V-Notch Impact Toughness

Testing of G roup 1Grade E-75)

and Group 3 (Grades X-95, G-105,

and S-135) Drill Pipe

API Monogram Marking*

Appendix

B

Appendix

B

D.2 Appendix D

*Note: There is

no

longer a requirement for marking a product

with the API monogram. The American Petroleum Institute

continues to license use of the API Monogram on products cov-

ered

by

this specification but

it

is

administered

by

the staff of the

Institute separately from th e specification. The policy describing

use of he API Monogram is contained in Appendix D, herein. No

other use o f the API Monogram is permitted. Licensees may mark

products in conformance with Appendix D or Section 11and Non

Licensees may mark products in conformance with Section

11.

Special Note:

Nothing in this specification s hould be interpreted

as indicating a preference

by

the com mittee for any material or

process or as indicating equality between the various materials

or processes. In the selection of materials andprocesses, the

purchaser must be guided

by

the experience and bythe service

for which the pipe

is

intended.

5D-

awright 2004

American Petroleum nstlute . All

rights

reserved.

I 23130



`

`

`

` ` `

` `

` ` `

`

`

`

`

`

`











Refer to pages 3

- 5

of API Spec 5L

Purchase API Spec 5L online at www.global.ihs.com

API

Specification

5L

42nd Edition, January 2000

Line Pipe


Purchaser

API Monogram@Required O Yes No

4


Purchaser (See Note1)

4.1

In placing orders for line pipe to be m anufactured in accordance

with API Spec 5L, the pu rchaser should spe cify the following on

the purchase order:

Information Reference

~~ ~

Specification API Spec 5L

PSL (Product Specifica tion Level)

Quantity

Grade (and class, if applicable)

Type of Pipe Par. 5.1.3

Size or Outside Diame ter Par. 7.1

Wall Thickness Par. 7.1

Par. 1.2 and Table 1

Tables

2

and 3

Nominal Length

Par. 7.5 and Table 11

End Finish Par. 7.9

Delivery Date and


4.2

The purchaser should also state on the purchase order the

requiremen ts concerning the following stipulations, which are

optional with th e purchaser:


Certificate of General Compliance

Certificate of Compliance,

with Test Results

Cold Expanded

or

Par.

5.2

Nonexpanded Pipe

High Carbon E quivalent Pipe

Par. 12.1

Par.

12.1

and SR

15

Par. 6.1.3.2

(Continued o next column)

Information

Optional Fracture Toughness:

Test Type, Temperature, and

Charpy Energy Value

Acceptance and M aximum

Percent of Jointers

Jointers for Threaded Pipe

Thread Compound

Reduced Negative Tolerance

for Wall Thickness

Power-Tight Makeup

Specific Edition of Spec 5L

for Pipe and Couplings

Alternative Bevel or End

Preparation, Plain-End Pipe

Alternative Minimum Hydrostatic

Test Pressure

Hydros tatic Test Pressure,

Maximum

Special Inspection of Electric

Welded Seams

Alternative Inspection of Laser

Welded Seams

Nondes tructive Testing of

Seamless Pipe

Type of Penetram eter for

Radiological Inspection

Bare Pipe; Temporary and

Special Coatings

Special Nondestructive

Inspection for Laminations

Demonstration of Capability of

Magnetic Particle Inspection

Method


Reference

Par. 6.2.6; SR5;

SR6; SR19

Par. 7.7

Par. 7.7

Par. 7.9.2

Tables 9 and 10

Par. 7.9.2

Par. 7.9.2

Par. 7.9.3

Par. 9.4.3

Par.

9.4.3

Par. 9.7.2.2 and SR17

Par. 9.7.2.3 and SR17

Par. 9.7.2.6 and SR4

Par. 9.7.3.4

Par.

11.1

Par. 7.8.10

Par. 9.7.5.2

~~

Copyright

2004

-American

Petroleum

nst lute. All rights -Ned.

I

23130

5L-



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Specification 5L : 42nd Edition, January 20 00

Line Pipe

Handbook Revision

01.01.04

Refer to pages

3 -

5 of API Spec 5L

Purchase API Spec 5 L o nline at w ww.global.ihs.com

Information t o

be

Supplied

by

the Purchaser

Information

Throu gh-theF lowline (TFL) Pipe

Length Tolerance and Jointer

Allowance for TFL Pipe

Reference

SR7

Par. SR7.2


Par. SR5.3

SR6.3

Charpy Spec imen Size for

Optional Fracture Toughness

Type of No tch for Drop Weight

Tear Test Spec imen s


Alternative Length Units

Internal Diam eter Tolerance

Par. 7.2

Par. 7.1

Par. 7.1

Par.

7.7

Par. 9.4.1

Par. 10.5 and 1.5

Par.

10.1.3

and

1.1.3

Intermediate Diameter

Additional M arkings for

Compatible Standards

Marking Location and

Sequence for Welded Pipe,

Size 16 and Larger

Die Stamping of P ipe or P late

Intermediate Wall Thickness

Par.

10.2~

nd

1.2.3

Skelp End Welds a t Jointer Welds

Hydrostatic Test for Threade d

and Coupled Pipe

Higher Hyd rostatic Test Pressure

Par. 10.7 and

1.7

Par. A . l

Par. 9.7.1 an d

Appendix H

Par. H.2

Par.

9.4.3

Method of Welding Jointers

Purchaser Inspection

End Load Com pensation for

Hyd otest Producing Stress

> 90%

SMYS

Par.

9.4.3

and

Appendix

K

Inspection Location

Supplementary Hydrostatic Test

Diameter Tolerance for

Nonstandard Hyd otest

Alternative N ondestructive Test

Method for Seams at Ends of

Electric Welded Pipe

Alternative Nondestructive

Test Method for Seams a t Ends

of Laser Welded Pipe

Par. 9.4.4

Table 7PI Monogram Ma rking (see Note 2)

4.3

The following stipulations are sub ject to agreement between the

purchaser and the manufacturer:

Informatlon Reference

Par.

1.1

Par. 9.7.2.2

Par. 9.7.2.3

Par.

5.1.3.3

Par.

5.1.3.4

Alternative Heat Treatment

for E lectric Weld Seams

Alternative He at Treatment

for Laser Weld Seams

Alternative Penetrameter

for Radiological Inspection

Par. 9.7.3.4

Quenching and Tempering

of Grade

B

Pipe

Par. 5.4

Alternative Reinspection Method

for Gas-Metal-Arc Welds

Par. 9.7.4.3

Par.

5.5

Par.

6.1.1

Par. 6.1.1 and 6.2.1

Alternative R eference Standard

for N ondestructive Inspection

of Seamless

Par. SR4.3.2kelp End Welds at Pipe Ends

Chemical Composition

Intermediate Grade Technique for Nondestructive

Inspection of Electric Welds and

Laser Welds

Par. SR17.2

Carbon E quivale nt Limit (PSL 2)

Grade X80 Par.

6.1.3.2

Par. 6.1.3.2

Length T olerances Applied

to Carloads

Table

11

Seamless with Wall

Thickness > 0.800 in

(20.3

mm)

High

Carbon Equivalent Pipe

Nonstandard Length and

Length T olerances

Par. 7.5

Par.

6.1.3.2



5L-2

Copyright

2004 -American

Petroleum nstitute.

Ail tights

received.

I 23130





American Petroleum Insti tut e




Refer to pages 3 -

5

of API Spec 5L

Purchase API Spec 5L online at www.global.ihs.com

API Specification 5L :42nd Edition, January 2000

Line Pipe

Information to

be Supplied

by the Purchaser

information

Welded Couplings

NDT for Repair of Pipe Body

by Welding

Repair of Weld Seams of Electric

Welded Pipe

Repairof Weld Seams

of

Laser Welded Pipe

Repair of Heat-Treated Pipe

by Welding

Reprocessing by Heat-Treatment

Disposition of Product Rejected

by Purchaser


Marking

of

Couplings Without

Die Stamping

Marking on Interior Instead

of

Exterior (Welded Pipe < Size 16,

and Seamless Pipe)

Color Code Marking or Grade

Nonstandard Units of Length

Location for Length Markings

Use of Cold Die Stamping

Reference

Par. 8.1

Par. B. l. l

Par. 9.7.4.4 and B.1.2

Par. 9.7.4.4 and B.1.2

Par. B.1.3

Par. 9.11 and SR5.4

Par. H.4

Par. 10.1.2 and 1.1.2

Par. 10.2b and 1.2.2

Par. 10.3.5 and

1.3.5; SR3

Par. 10.5 and 1.5

Par. 10.5a and 1.5a

Par. 10.7 and 1.7

Notes:

1

Nothing

n

this specification should be interpretedas

indicatinga preference by the committee for any material or

processor as indicating equality between the various materials

or

processes. In the selection of materials and processes, the

purchaser has to be guidedby experience and by the service for

which the pipe is intended.

2.

Users of this specification should note that there is no longer

a requirement for markinga product with the API Monogram.

The American Petroleum Institute continues to license

use

of the

API Monogram on products covered by this specification, but

it

is

administered by the staff o f the Institute separately rom the

specification. The policy describing use of the API Monogram

s

contained

n

Appendix

1

No other use of the API Monogram s

permitted. Licensees mark products inaccordance with

Appendix

I

r Section 10, and Non-Licensees mark products in

accordance with Section 10.

Cowright 2004 -American Petroleum nstitute.All rights -Ned.

I

23130

5L-3




--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---









APIO Monogram@' quipment

Handbook Revision

01.01.04

Refer to page iv of API Spec 5LC

Purchase API Spec 5LC online a t www.global.ihs.com

API SDecification

5LC

rd Edition, July 1998

CRA Line Pipe


API Spec 5LC CRA

Line

Pipe


Yes No

In placing orders for line pipe to b e m anufactured in accordance

with API Spec 5LC, the purchase r should specify the following on

the purchase order.

Specification

Quantity

Grade

Type of Pipe

Size

Nominal Diameter

Standard Weight

Plain-End Pipe

Extra-StrongPlain-End Pipe

DoubleExtra-Strong

Plain-End Pipe

Outside Diameter

Regula -Weight

Plain-End Pipe

Special Plain-End Pipe

Weight Per Foot or

Wall Thickness

Nominal Length

End Finish

Delivery Date and


API Spec 5LC

Tables 4 and 6

Par. 4.l.c

Table 8

Table 8

Table 8

Table

8

Table

8

Table 8

Par.

10.5

Sect. 10

The purchaser should also state on t he purchase order the



Certificate of Compliance Par. 1.5

Chem ical Analys is Test Reports Par.

6.5


Acceptan ce and Max imum Par. 10.7

Allowable Percent of Jointers

Altern ative Bevel, Plain-End Par. 10.8

Pipe in Sizes 2% n.

O.D. and Larger

Defect Repa r Procedu es

Pars. 12.7, 12.8, 12.9

Markings in M etric Units

Par. 13.1.b

Purchaser Inspection Appendix F

API Monogram Marking*

Attention is called to the following stipulations w hich are subjec t

to agreement between the purchaser and the manufacturer:

Chem ical Composition Par. 6.1

Intermediate Grades

Appendix

G,

Par.

G . l

Par. 7.1., Table B . l

Flattening Test Orientation Par. 7.10

Intermediate Diameters Par. 10.2

Intermediate Wall Thickness Par. 10.3

Supplementary Requirements Appendix D

Supplementary Hydrostatic Test Par. 9.4

Hydros tatic Test Pressure Par. 9.3

Lengths Applied to Carloads Table 10

Nonstand ard Length and Par. 10.5

Length Tolerances

Repair of Welds of Electric-

Welded Pipe

Par. 12.7.b


*Note: Users of this specification should note that there

is

no

longer a requirement for m arking a product with the APl

Monogram. The American Petroleum Institute continues to

license use of the API Monogram

on

products covered by this

specification but it is administered by the staff of the Institute

separately from the Specification. The policy describing licensing

Par.

13.1,

13.4,

13.5


Cowright 2004 -Amencan Petroleum nstiute. All rights reserved. I

23130

5 L G







API" Monogram Equipment

Handbook Revision

01.01.04

Refer to page iv of API Spec 5LC

Purchase

API

Spec

5LC

online at www.global.ihs.com

API

Specification 5LC

:

3rd Edition, July 1998

CRA

Line Pipe

Suggestions for

Ordering

API Spec 5LC

CRA

Line Pipe

and use of t he API Monogram is contained in Appendix G. No

other use of the API Monogram is permitted. Nonlicensees may

mark products in conformance with Section 13 and Licensees

may mark products in conformance w ith Appendix

G

or

Section

13.

Special Note:Nothing in this specification should be interpreted

as indicating a preference by the committee for any m aterial

or

process or as indicating equality between the various materials

or processes.

In

th e selection of materials an d processes, the

purchaser must be guided by the experience and by the service

for which the pipe is intended.

5LC2

-

Copyright

2004

-American Petroleum Inst i tute.

All rights reseived. I

23130

right American Petroleum Instituteoduced by IHS under license with API Licensee=BG Group/5943895100




Amer ican Petro leum Inst i tu te



Handbook Revision

01.01.04

Refer to pages 2

- 3

of

API

Spec 5LCP

Purchase API Spec 5LCP online at www.global.ihs.com

API

Specification

5LCP

st Edition, November 1999

Coiled Line Pipe

Information to be Supplied

by the Purchaser

API Monogram@Required Yes

No

4


Purchaser (See Note

1)

4.1

Purchaser Specification

In placing orders for line pipe to be m anufactured in accordance

with API Spec 5LCP, the purch aser should spec ify the fOllOWing

on the purcha se order:

Information

Specification

Grade

Size: Outside Diame ter

Spec ified Wall Thickness

Nominal Length

PipetePipe Welds

Pipe Ends

Reference

API Spec 5LCP

Tables 1 nd

2

7.2, Table 3

7.3

7.5

7.6

Appendices A and B

7.8

Reference

9.1.1

10.1

Method of PipetePipe Welding Appendices A, B

Appendix F

urchaser Inspection

API Monogra m Mark ing (see Note 2) Appendix G

4.3

RequirementsSubject to A greement

The following stipulations are subject to agreement between the

purchaser and the manufacturer:


Chemical Composition 6.1.1

Intermed iate Diameters 7.1

Information

Markings in SI (metric) Units

Bare Pipe

-

Special Coatings

Intermed iate Wall Thickness 7.1

Pipete Pipe Welds 7.6

Trim

of

Ins ide Flash 7.7.4

Shipping Reel Dimensions Appendix H

Gauge Ball

Delivery Date and Shipping

Instructions

4.2

Optional Purchaser Requirements


requirements concerning the following stipulations, w hich are

optional with t he purchaser:


Fractu re Toughness Tests 6.2.5

Non des truc tive Insp ectio n 7.7.6

for Laminations

7.9

Hydro static Test Pressure

8.4.3

Additional SkelpEnd Weld 8.6.2.1

Inspection

Additional Insp ection of 8.6.2.3

PipetePipe Welds

Type of X-ray Penetrameter

8.6.3.4

Nonde structive Test

Reference Standard

8.6.4.2


9.1

and Appendix G

Radiographic Penetrameter 8.6.3.4 I Drying of Coil 10.2.3

Nondestructive Inspection of 8.6.4.4

Standard Dem onstration

Supplementary Requirements Appendix E

Shipping Reel Size Appendix

H

(Continued to next column) (Continued to next page)

Copyright

2004-American Petroleum nstitute.All rights reserved. I

23130

5LCP-







APIO Monogram@EauiDment


Refer to pages 2 - 3

of

API Spec 5LCP

Purchase

API

Spec 5 L online at www.global.ihs.com

API Specification SLCP : 1s t Edition, November 1999

Coiled Line Pipe

Information

to be

Supplied

by

the Purchaser

Notes:

1

Nothing in this specification should be interpreted as

indicating

a

preference by the com mittee for any material or

process or as indicating equa lity between th e various materials

or processes. in the selection of materials and proceses, the

purchaser must b e guided by experience and by th e service for

which the pipe is intended.

2. Users

of

this specification shou ld note that the re is

no

longer

a requirement for marking a product with the API Monogram.

The American Petroleum Institute continues to license use of the

API Monogram

on

products covered by this specification, but it is

administered by the staff of th e Institute separately from th e

specification. The policy describing use of the API Monogram is

contained in Appendix G. No other use of th e API Monogram is

permitted. Licensees may mark produ cts in conformance w ith

Appendix

G

or Section 9, and Non licencee s may mark products

in conformance with Section 9.

5LCP-2

Copyright2004 -American Petmleum I n s i h i e . All rights

r e~e i v ed .

23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---




Purchasing G uidelines Handbook


Handbook Revision

01.01.04

Refer to page iv of API Spec 5LD

Purchase API Spec 5LD online a t www.global.ihs.com

API SDecification

5LD

2nd Edition, July 1998

CRA Clad

or Lined Steel Pipe


API

Spec

5LD CRA

Clad

or

Lined Pipe

A P I

Monogram@Required

O

Yes

O

No

In placing ord ers for CRA Clad or Lined Pipe in accordance with

API Spec 5LD, the purchaser should specify the following on t he

purchase order:

Spec ification API Spec 5LD

Quantity

Grade of Base Material

Grad e of CRA Layer

Type of CRA Layer

Size

Par. 1.1

Table

1

Par. 4.1.a

Nom inal Diam eter of Par.

1.1

Base Material

Wall Thickn ess of Par.1.1

Base Material

Minimum Thickness of Table 3

CRA Layer

Nom inal Length Par.

9.5

End Finish Par.

9.8

The purchaser should also state on th e p urchase order the

requirements concerning the following stipulations which are


Chemical Analysis Repo rts Par. 5.L5.3

Defect Repair Procedures

Par. 11.6, 11.7, 11.8

Attention is called to the following stipulations which are sub ject

to agreem ent between the purchaser and the manufacturer:


for the CRA Layer

Ha rd nes s Test Frequency

(Centrifuga l y-Cast)

Mechanical Properties

of

CRA Layer

CRA

Layer Bond ing Test

OD

Tolerance Applied to

ID

Maximum Thickness of

CRA

layer

Supplementary Hydrostatic Test

Intermed iate Dia meters

and Walls

Jointers

NDT of Welded Clad P ipe

NDT of Seam less and

Centrifugally-Cast Clad P ipe

NDT of Lined Pipe

Continuity of CRA Layer

Rep air o f De fects in CRA Layer

Marking on Inside Surface


Table

1

Par. 6.18.c

Par.

6.1

Par. 7.3

Table

3

Table 3

Par. 8.4

Par. 9.2,9.3

Par. 9.7

Par.

10.1

Par. 10.2

Par.

10.3

Par. 11.2.g

Par. 11.5.b

Par. 12.2.b,

A.2

Appendix B: SR1, SR2

Copyright2004 -American Petroleum nstitute.All rights reserved. I 23130

5 L D 1




--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





API” Monogram@’ quipment

Handbook Revision

01.01.04

Refer to pages A -I

-

A- I4 of API Spec 6A

Purcha se API Spec 6A online a t ww w.global.ihs.com

API

Specification

Annex

A

(Informative)

17th

Edition, December 2002

Wellhead and Christmas Tree Equipment

Purchasing Guidelines


No

A l

General

This appendix provides guidelines for inquiry and p urchas e of API

Spec 6A equipment. These guidelines consist of data sheets t o

be completed by the purchaser, a series of typical wellhead and

tree configurations, and a decision tree and table for determining

specification levels.

The data sheets are designed to perform two functions:

a. Assist th e purchaser in deciding what he wants

b. Assist the purchaser in communicating the particular nee ds

and requirements, as well as information on the well

environment, to the manufacturer for the use i n designing

and producing equipment

To use this appendix, a copy of the data she ets should b e

com pleted as accurately as possible. The typical configurations

should be referred to, as needed, to select the require d

equipment. The decis ion tree Figure

A3,

and Table A 2 with its

instructions, provides the API recommended practice t o w hich

PSL each piece of equipment should be manufactured. A copy of

the data sheet should then be attached to the purchase order or

reques t for proposal.

A2

Data Sheets

The following pages contain questions and information that can

be used to select wellhead equipment. E xhibit A I ontains

general informa tion which pe rtains to the entire well. Exh ibits A2

through A 8 are designed to be used for each type of equipm ent.

A 3

Chokes

Orders for chokes shall specify the size and pressure rating of th e

inlet connection as well as size, type and pressure rating of the

outlet connection, first listing the inlet connection and then the

outlet connection, the working pressure, and type, (¡.e.,

adjustable or pos itive). Orders for adjus table chokes shou ld

specify the maximum orifice diameter. Orders for pos itive chokes

should specify the type of flow bean together with its maximum

orifice size.

A4

Typical Wellhead and Tree Configurations

Examples of typical wellhead and tree configurations are shown

on Figures A I and A2. Also included are examples o f casing and

bit programs that would be consistent with the wellheads as

shown.

A5

Product Specification Level

A5.1

Spec ification levels are defined in 1.3.Table A2 and Figure A 3

show th e recommended specification level for p rimary parts. This

table an d figure both give the same answer and either can be

used. Primary parts of a wellhead assembly include as a

minimum:

Tubing head

Tubing hanger

Tubing head adapter

Lower mas ter valve

All other w ellhead parts a re classified as secondary. The

specification level for secondary parts m ay be the s ame as or

less than th e level for primary parts.

The following definitions apply to th e basic questions asked in

Table A 2 and Figure A3.

A5.1.1

NACE?

This applies to the partial pressu re of hydrogen sulfide (H2S) in

the produced fluid as de fined by NACE Std. MR 0175.

A5.1.2

High H2S Concentrat ion?

Use “Yes” if the 100 PPM radius of exposure (ROE) of H 2S is

greater than 50 ft (15 m) from the wellhead. ROE is defined in

Section 6 of this appendix.

A5.1.3

Close Proximity?

This proximity assessment should consider the potential impact

of an uncontrolled condition on life and environment near the

wellhead. The following list of items can be use d for determ ining

potential risk. Items for additional consideration should be

included w hen necessary.

a.

100

PPM radius of exposure (ROE) of H2S is g reater than

50 ft

(15 m) from the wellhead and includes any part of a

public area except a pub lic road. ROE is defined in Section

6

of th is appendix.

Public area shall mean a dwelling, place of business, church,

school, hospital, schoo l bus stop, governm ent building, a pub lic

road, all or any portion of a park, city, town, village, or other

(Continued

to

next page)

Copyright

2004

Am erican Petro leum Institute. All right s reserved. I

23130

6A-



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Spec ification 6A : 17th Edition, December 20 02

Wellhead Christmas Tree Equipment


Refer to pages A-1- A-13 of API Spec 6A

Purch ase API Spec 6 A online at www.global.ihs.com

Appendix

A


similar area that one can expec t to be populated. Public road

shall m ean any federal, state, county

or

municipal street

or

road

owned

or

mainta ined for public access or use.

b. 500 PPM ROE of H2S is greater than 50 ft (15 m) from the

wellhead and includes any p art of a public area including

a

public road.

c. Well is located in any environmenta lly sensitive area such as

parks, wildlife preserve, city limits, etc.

d. Well is located within

150

t (46 m) of an open flame

or

fired

equipment.

e. Well is located within 50

ft

(15 m) of a public road (lease road

excluded).

f.

Well is located in state

or

federal waters.

g. Well is located in

or

near inlan d na vigable waters.

h. Well is located in

or

near surface domestic water supplies.

i. Well is located within 350 ft (10 7 m) of any dwelling.

These conditions are recom mended minimum considerations. It

will be necessary o m eet any local regulatory requirements.

A 6

Radius of Exposure ROE) of

Hfl

A 6 . 1

The following inform ation is taken from Texas Railroad

Commission Rule 36. SI metric equ ivalent rules may be used if

available. Other meth ods of calculating ROE may apply

depending on local regulations.

A6.1 .1

For determining the location of the 100 ppm radius of exposure:

X = [(1.589)(moie fraction H2S )(Q)] .6258

A6.1.2

For determining the location of the 500 ppm radius of exposure:

X

=

[(0.4546)(m ole fraction H 2S)(Q)] 0.625 8

where

X

= Radius of exposure in feet,

Q =

Maximum volume determined to be available

for escape in cub ic feet per day,

H2S = Mole fraction of hydrogen sulfide in the

A6.1.3

The volume used as the escape rate in determining the radius of

exposure shall be th at spec ified below, as is applicable.

(Continued to nex t column)

gaseo us mixture available for escape.

a. For the new wells in developed areas, the escape rate

shall be determined by using the current adjusted open-flow

rate of offs et wells, or the field average current adjusted

open-flow rate, w hichever is larger.

b. The escape rate used in determining the radius of exposure

shall be corrected to standard conditions of 14.65 psia and

60°F (16°C).

A6.1.4

When a w ell is in an area where insufficient data exists to calcu-

late a radiu s of exposure, but where hydrogen sulfide m ay be

expected, a 100 ppm radius of exposure equal to

3000

feet shall

be assumed.

A 7

Corrosivity

of

Retained Fluid

To select the desired m aterials class in Table 4.3, the purchaser

may determine the corrosivity of the retained fluid by considering

the various environmental factors and production variables listed

in

Exhibit A l . Corrosion, stresscorrosion cracking, eros ionc orre

sion, and sulfide stres s crack ing are all influenced by the

interaction of th e environmental factors and the production

variables. Other factors and variables not listed in Ex hibit

A l

may

also influence fluid corrosivity.

The purcha ser shall determine if materials mu st meet NACE

Standard MR0175 for sour service. NACE Standard MR0175 is

only concerned with t he metallic material requirements to

prevent sulfide stress cracking and not with resistance o

corrosion. A second consideration should be to determine th e

carbon diox ide partial p ressure, which generally relates to

corrosiv ity in wells as shown i n Table A l .

No

single retained fluid may be able to predict the field

performance of any single type of metallic or nonmetallic

material.

The minimum partial pressure of carbon dioxide required to

initiate corros ion and the relative effect of increa sing partial

pressures on the corrosion rate is strongly influenced by the

other environmental factors and production variables listed in

Appendix A , Exhibit A l .

Finally, the pu rchaser should consider the future service of the

well when choosing a materials class. This not only include s

anticipated changes in carbon dioxide partial pressures or

production but also should include consideration of workover

operations such as acidizing.

The purchaser may consider chem ical inhibition to reduce

corrosivity. Effective chem ical inhibition chang es the

relationship between the partial pressure of CO2 and the relative

corrosivity of the retained fluids in the above table.

The purchaser may also consider us ing metallic overlays or

plastic/orga nic co atings to reduce corrosion of low alloy

equipment. Some coatings have maximum service temperature

limitations less than th e temperature ratings selected from

Table 4.2 for the equipment.

6A-2 Copynght

2004

Amencan k tm l eum Instnute.

All

rights reseived. I 23130



- - ` ,

` , ,

` , , ,

` ` ` ,

` ` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -




Purchasing Guidelines Handbo ok

API" MonoEram@ auipment


Refer to pages A-1

-

A-13 of API Spec

6A

Purcha se API Spec 6A onlin e a t www.Elobal.ihs.com

API Specification

6A :

17th Edition, December 20 02


AppendixA


Table Ai:

Relative Corrosivity of Retaine d Fluids as Indicate d by CO2 Partial Pressure

Partial Pressure of CO2

Retaine d Fluids Relative Corrosivity (psis)

imp4


General Service Slightly Corrosive

General Service


Sour Service Slightly Corrosive

Sour Service


Moderately o Highly Corrosive

<7

7 o 30

>30

<7

7 to

30

>30

(<0.05)

(0.05

o 0.21)

p-0.21)

(<0.05)

(0.05

to 0.21)

(>0.21)

See

following pages for Wellhead Equipment Data Sheets.

Copyright2004 -American Petroleum Institute.Ail rights reserved. I 23130

6A-3




--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





API@Monoeram@EauiDment

Handbook Revision

01.01.04

Refer to pages

A - I

- A-14 of API Spec 6A

Purch ase API Spec

6 A


API Spec ification

BA

: 17th Edition, December 2002

Wellhead Christma s Tree Equipm ent

Appendix

A


Wellhead Equipment Data Sheet

Exhibit

A l - General

Specification Required

O

API

Spec

6A

API Spec 14D

Well Name@)and Location(s)

Maximum Operating Pressure

Anticipated Wellhead Shut-In Pressure

Tempe rature Ranges Anticipated

Minimum Ambient Temperature

Maximum Flowing Fluid Temperature at Wellhead

Anticipated Composition of Produced Fluids

CO2

PPm H2S PPm

Chlorides

PPm Othe r PPm

Anticipated Com pletion or Future Workover or Recovery Operations which would A ffect Pressure, Temperature, or Fluid Content

New Values

Are there any Governm ent Regulations tha t will apply or must be me t by this equipme nt Yes

o o

If so, Which One@)

Water or Brine pH

Does NACE Stan dard MR 0175 Apply Yes

Will Scale, P araffin, Corrosion, or Other Types of Inhibitors be Used o es

o o

O No

Inhibitor Type

Inhibitor Carrier

Batch or Continuous Inhibition

Will Acidizing be Perform ed Yes O No

Type of Acid

Anticipated Produ ction Rates BPD Oil/Condensate

MCFD Gas

BPD S&W

Will E rosion be a Concern

OYes

Cause

External Coating

O

Yes

O

No

Internal Coating

OYes o o

Type

Type

Delivery R equirements

Special Shipping, Packing and Storage Instructions

[Continued

to

next page)

6 A 4

~~~

Copyright 2004 -American Petroleum nstitute. All r ightsreserved.

I23130





American Petroleum Institut e


API"

Monogram@Equipment

API Specification 6A : 17th Edition, December

2002

Wellhead Christmas Tree Equipm ent


Refer to pages A -1

-

A-I4 of API Spec

6A

Purchase API Spec 6A online at www .global.ihs.com

Appendix

A



ExhibR A l

-

General continued)

Casing Program

Top Joint in String

Total String

Wt., Ib./ft Hanging Wt.

Size (OD) (Kg/m ) Grade Connection (1,000) Bit Size

Conductor

Surfa ce Csg.

Protective Csg.

Production Csg.

Tubing

Type of Completion Single Multiple

Technical Contact in Buyer's Organization

Conventional Tubingless

Phone

Copyright 2004 -American Petroleum nstitute. All

rights

reserved.

I 23130

6A-5








API Spec ification

6 A :

17th Edition, December 2002

We llhead Christmas Tree Equipme nt

Handbook Revîsion01.01.04

Refer to pages A- 1- A-14 of API Spec 6A

Purchase API Spec 6 A online at www.global.ihs.com

Appendix A



Exhibit A2

-

Casing Head Housing PSI.

PR

Bottom Connection Size

Type

Top Conn ection Size


Type

Size


Type

Number

Valve Removal Plug

quipment for Outlets

Outlets

Valves (Inboard)

Valves (Other)

Companion Flanges

Nipples

Needle Valves

Gauges

Lock Screws

Bull Plugs

PSL PR

PSL PR

E L

Q ~ Y

Q ~ Y

Lock Screw Function

Base Plate Requirements


Casing Hanger

PSL

Size

Type

PR

API Temp erature Classifications

Material Class (Table

4.3)

Retained Fluid (Table A l )

Witness i Yes o No

External Coating 0 es o No

Internal Coating o Yes o No

Type

Type

Outlet Inboard (Studs) (Nuts)

Outlet Other (Studs) (Nuts)

Bowl Protectors

Running and RetrievingTools

Test Plugs

Flange Bolting Class (Specify Class [Ill, II, or I])

Test and Auxiliary Equipm ent

Other Requirements

6A-6

copyright

2004

-Amencan Petroleum n stltute.

All rights resewed. I23130








API Spec ification

6A :




Refer to pages

A - I -

A- I4 o f API Spec 6A

Purchase API Spec

6A

online a t www.global.ihs.com

Appendix A



Exhibit A 3

-

Casing Head Housing PSL PR


Rated Working P ressure

Top Connection

Outlets

Type

Size


Size


Type

Number

Valve Removal plugquipment for Outlets

Valves (Inboard ) Q ~ Y PSL PR

Valves (Other)

QtY

PSL PR

Companio n Flang es QtY PSL

Bull Plugs

Q ~ Y

Nee dle Valves

QtY

Gauges

Q ~ Y

Lock Screws es

o

o

Lock Screw Function


Bottom Casing Spool Packoff

Size

PR

PSL

Type

Casing Hanger

PR

API Temperature Classification s


4.3)

Retained Fluid (Table A I)

Witness es o o

External Coating es

o

o

_ .

Internal Coating

es

Type

Flange Bolting Class (Spe cify Class

[Ill,

II, or I])

Main Run (Studs) (Nuts)

Outlet inboard (Studs) (Nuts)

Outlet other (Studs) (Nuts)

Test and Auxiliary Equipment

~~

Running and Retrieving Tools

Test Plugs

Other Requirements

~~ ~

Copyright

2004 American Petroleum nsti tute.

All rights

-Ned.

I

23130

6A-7




--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---




Purchaslng

Guidelines

Handbook


API Specification

6A

: 17th Edition, December 2002

Wellhead C hristmas Tree E quipment

Handbook Revbion 01.01.04

Refer

to

pages A-1

-

A- 14 of API Spec 6A

Purchas e API Spec

6 A


Appendix

A



Exhibi t A4

-

Tubing Head Spool PSL PR



Top Connection

Outlets

Size


Type

Size


Equipment for Outlets

Valves (Inboard)

Valves (O ther)

Comp anion Flanges

Bull Plugs

Needle Valves

Gauges

Lock Screws

Number

Valve Removal Plug

QtY PSL PR

@Y

PSL PR

@Y

PSL

Q ~ Y

Q t Y

Lock Screw Function


Bottom Ca sing Spool Packo ff

Size

Type

PR

Casing Hanger

PSL

PR

Back Pressure Valve Type

Surface Controlled Sub surface Valve Control Lines

API Temperature Classifications

(Continued to n ext page)

~~

6 A 8

~~ ~

Cawright2004

-American Petroleum nstiute.

All rights

reserved.

I 23130

right American Petroleum Institute



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---







2002



Refer to pages A -1 - A-14 of API Spec 6A

Purchase API Spec 6 A online at www.global.ihs.com

Appendh A



Exhibi t A4

-

Tubing Head Spool (continued)

PSL PR

Material Class (Table 4.3)

Retained Fluid (Table A l)

Witness

i Yes o o

External Coating

o

es

o

o

Intern al Coa ting Yes o o

Type

Type


Outlet Inboa d (Studs) (Nuts)


Flange Bolting Class (S pecify Class

[ill,

11 or I])

Test and Auxiliary Equipment

Bowl Protectors


Test Plugs

Other Requirements

Copyright 2004 -American Petroleum Institute.All r ights res i ved.

I 23130

6A-9






Purchaslng Guidellnes Handbook


API Specification 6A : 17th Edition, December 2002

Wellhead Christm as Tree Equipm ent


Refer to pages A-1 - A- I4 o f API Spec 6 A

Purcha se API Spec

6A


Appendix

A



Exhib it A5 - Crossover Flange PSL PR

Bottom Conne ction Size


Top Con nection Size


Pac koff Type

PR


API Temperature Classifications


4.3)


Witness o es o No

External Coating yes o o

Internal Coating Yes o No

Type

Type

Ma in Run (Studs) (Nuts)

Flange Bolting Class (Specify Class [Ill, 11 or I])

6A-10

Copyright

2004

-American

Petroleum nstitute.

All

rights

reserved.

I

23130



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-`

-` , ,` , ,` ,` , ,` ---






API Specification 6A : 17th Ed ition, December 2002


Handbook Revision

01.01.04

Refer to pages A -I

-

A- I4 o f API Spec

6A


Appendix

A



Exhibit A6

-

Tubing Head Adaptor PSL PR



Top Connection

Size


Type

Ga uges/Qty

Surface Controlled SubS urface Safety Valve O utlets

Number

Type of Connection

Size

Electrical Feed Through C onnection


API T emperature' Classifica tions

Materia l Class (Table 4.3)

Retained Fluid (Table AI )

Witness

es o o

External Coating es

o o

Internal Coating es

o

o

Type

Type

Flange Bolting Class (Spec ify Class [Ill,

II,

or I])

.


Copyright

2004

-American

Petroleum

n t i l u t e .

All rights reseived.

I

23130

6A- 11



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



American Petrol eum Insti tute



API Specification 6 A : 17th Edition, December 20 02

Wellhead Christma s Tree Eq uipment

Handbook Revision

01.01.04

Refer to pages A-1

-

A-14 of API Spec 6A

Purchase API Spec 6A online at www.global.ihs.com

Appendix

A

PurchasingGuidelines


Exhibit A7 - Christmas Tree and Choke

Single Solid

Block

Dual Stacked

Multiple

Lower Master Value

Upper Master Value

Swab (Crown) Valve

Wing Valve-Inboard

Wing Valve(s)-Other

Tee/Cross (Circle one)

Choke

End Flange

Companion Flanges

Instrument Flanges

Tree Capflop Connection



API Tempe rature Classification


Size Materiala

PSL PR Witness?

External Flangedb

Coating? If Bolting Ring

Yes, state Class- Gasket

Type Studs Nuts Type

Upper Master Prepped for Actuator Yes

o

o

Wing Valve-Inboard Prepped for Actuator Yes

o

o

Wing Valve-Other Prepped for Actuator

o

es

o

o

Specify Requireme nts Below PR

Specify Requireme nts Below PR

Specify Requirements Below PR

Choke (Adjustable or Fixed)

Orifice Size

Nominal Size

Pressure Drop

Flowline Connection

Size

a

Define or specify mate rial requirements and,

if

cladding or other corrosion resistant mate rials are to

be

inlayed, stat e base

material type/clad material ype, (e.g., 4130/625).

Indicate required class bolting, III, 11 or I per Section 10.3,as required for the applicab le retained luid class and

temperature classification.

[Continued to

nex t page)

6A-12

Copyright 2004-Am erican Petroleum nstitute.Ml rights reserved. I 23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Specificatio n

68 :

17 th Edition, December 2002



Refer to pages

A-1 -

A-14 o f API Spec 6A

Purch ase API Spec 6A onlin e a t www.global.ihs.com

AppendixA


Wellhead Equipment Data Sheet Single Solid Block

Exhibit A7 - Christmas Tree and Choke continued)

Dual Stacked

Multiple


Are there any Government Regulations hat w ill Apply or M ust be M et by this Equipment

~

Other Requirements

Upper Mas ter Valve Type Actuator Required

Pneumatic/Piston

Hydra u ic/Piston

Supply Pressure

Pneumatic/Diaphragm

Hydraulic/Diaphragm

Air

Gas

Wing Valve Type Actuator Required

Pneumatic/Piston

Hyd rau c/Piston

Pneumatic/Diaphragm

Hydraulic/Diaphragm

Supply Pressure

Other

Copyright

2004 - Amellcan

Petroleum nstitute.

All rights

reserved.

I 23130

~

6A-13









2002


Handbook Revision

01.01.04

Refer to pages A -I

-

A -I 4 of API Spec 6A

Purchase API Spec 6A online at ww w.global.ihs.com

Appendix A



Exhibit AS - Compact Casing Head Housing

PSL

PR

A.


Outlets

Type

Size


Type

Number

Valve Removal Plug

quipment for Outlets

Va Ives (Inboard) Q ~ Y PSL PR

Valves (O ther)

Q ~ Y

PSL PR

Companion Flanges @Y PSL

Bull Plugs

QtY

Nipples

Q ~ Y

Needle Valves Q ~ Y

Gauges

Q ~ Y

Lock Screws

o

es o o

Lock Screw Function

Base P late Requirements

Witness

o

es O No

Bottom Cas ing Spool Packoff

Size

Type

Casing Hanger

PSL

Size

PR

API Temp erature Classifications

Mater ial C lass (Table 4.3)


External Coating o es O No

Internal Coating

0

es

o

o

Type

Type

Flange Bo lting Class (Specify Class

[ill, II,

or

I])

Outlet Inboard

(Studs) (Nuts)

Outlet Other

(Studs) (Nuts)

Other Requirements


6A-14

Cowright 2004 -American Petroleum nstitute.All

rights

EWNed. I 23130



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



American

Petroleum Institu te


APP Monogram@' quipment

API Spec ification 0 A : 17th Ed ition, December 2002


Handbook Revision

01.01.04

Refer to pages A-1

-

A-14 of API Spec

6A

Purchase API Spec 6A online at w ww.global.ihs.com

Appendix A



Exhibit AS

-

Compact Casing Head Housing

continued)

PSL

PR

B.

Top Conn ection Size


Outlets

Equipment for Ou tlets

Valves (Inboard )

Valves (Other)

Companion Flanges

Bull Plugs

Need le Valves

Gauges

Lock Screws

Type

Size


Type

Number

Valve Removal Plug

Q ~ Y PSL PR

QtY PSL PR

@Y PSL

QtY

Q ~ Y

QtY

Lock Screw Function

Witness es

O

No


Casin g Hanger

PSL

Size

Type

PR

API Temperature Classification s



External Coating Yes o No

Internal Coating

O

yes O No

Type

Type

Outlet Inboard (Studs) (Nuts)


Flange Bolting Class (Specify Class [Ill, II, or

I])

Test and Auxiliary Equipme nt (Top and/or Bottom )

Bowl P rotectors


Test Plugs

Other Requirements

Copyight

2004

-American Petroleum nstitute. All

rights

reserved.

I 23130

6A-15




--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,

` ---






API Specification 6 A : 17th Edition, December 2002



Refer to pages A-1- A-14 of API Spec 6A


Appendix

A



Exhibit

A 9

- Wellhead Surface Safety Valves and

Underwater Safety Valves

f o r

Offsho re Service

In placing orders for SSVs/USVs to be m anufactured in accordance

with this S pecification, the op erator should specify the follow ing

on the purchase order:

General

Specification (Designation of this Specification)

Class Service

Special Env ironmental Conditions (Unusual ambient or operating

temperatures, or atmospheric conditions conducive to corrosion

or underwater use)

Coating


BV/USV Valve

Performa nce Test Agency (for Class

2

SSV/USV Valves)

Manufa cturer (Mod el and Type)


~ ~


Temperature Range

SV/USV Actuator

Manu facturer (Mode l and Type)

Cylinder Rated Working Pressure

Operating Pressure (Purchaser should specify av ailable supply

pressure, if ap plicable)

Temperature Range

Lock Open Device

USV (Work ing Water Dep th)

6A-16 Copyright 2004 -American

Petroleum Institute.

All

righis

reserved.

I 23130




--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





API Monogram@Equipment

API Specification

6A :




Refer to pages A -1- A-14 of API Spec 6A


Appendix

A


Figure

A l

:

ypical Wellhead and Tree Configuration 5,000 psi (34.5 MPa) Rated Working Pressure (WP)

Surface Safety

TypicalOnshore Programs

Casing Program

in. (mm)

8% 219.1) x 5% 139.7)

9% 244.5)x 7 (177.8)

1VY

(273.1)x 7% 193.7)

Bit Program

in. (mrn)

8% 215.9) or 8% 222.2)

Casing Head Top Flange

in.

-

psi (rnm

-

MPa)

7% 200.0)

11- 3000 (279

-

20.7)

or

9% 250.8)

11

- 5000 (279 - 34.5)

Tubing Head Top Flange

in. - psi (mm

-

MPa)

7x6- 5000 (179 - 34.5)

copyright 2004 American Petroleum Institute.All rights reSeNed. I 23130

6A-1







API@Monogram' Equipment

API

Specification 6A

: 17th

Edition, December 2002

Wellhead Ch ristmas Tree Eq uipment

Handbook Revision

01.01.04

Refer to pages

A- 1 -

A-14 of API Spec 6A


Appendix A


Fimire

A2

: mical W ellhead and Tree Con figuration 10,000 psi (69.0 MPa) R ated Working Pressure (WP)

Back Pressure

Control

Valve

Ootion 6

Surface Safety

Valve

5,000 psi (34.5MPa)

. .

Typical Onshore

Programs

(Inch Sizes)

Casing Program (in.)

Bit P rogram (in.)

16 10% 7% 14% 9%

or

9%

16

11

9% 7Liner 14% 10% 8%

13%

9% 7

10%

7%

5

Typical

Metric Programs

12% 8% 6

9% 6%

Casing Program (mm) Bit Program (mm)

406.4 273.1 193.7 374.7 250.8

or

241.3

406.4 298.5 244.5 177.8 374.7 269.9 215.9

Liner

339.7 244.5 177.8 311.2 215.9 152.4

273.1 193.7 127.0 250.8 165.1

Casing Head Housing

Top Flange

(in.

-

psi)

16% 5000

16% 5000

13%-5000

16

-

5000

Casing Head Housing

Top Flange

(mm - MPa)

425 - 34.5

425 - 34.5

346

-

34.5

279

-

34.5

Casing Head Spool

Top Flange

(in.

-

psi)

11- 10,000

13% 10,000

11

- 10,000

11- 10,000

11

- 10,000

Casing Head Spool

Top Flange

(mm

-

MPa)

279

-

69.0

346

-

69.0

279 - 69.0

279 - 69.0

279

-

69.0

Tubing Head

Top Flange

(in. - psi)

7?&- 10,000

7?&

-

10,000

7%- 10,000

7%

- 10,000

Tubing Head

Top Flange

(mm - MPa)

179

-

69.0

179- 69.0

279 - 69.0

179

-

69.0

6A-18 Copyright 2 0 0 4 -American Petroleum

nstiiute. All

rights

reserved.

I23130








ated Working High H2S

Pressure Concentration?

Handbook Revision

01.01.04

Refer to pages A-I

-

A- I4 of API Spec 6A


yes

*

API Spec ification

6A :



No

Yes

Close Proximity?

*

No

*

Appendix A


E

High H2S ated Working

-

oncentration? Pressure

ace?

Table A2 : ecommended Minimum PSL for P rimary Partsa of W ellheads and Chrismas Tree Equipment

Close

Proximiti,

-

es

-

(1)

(2) (3) (4)

(5)

(6) (7)

NACE No Yes Yes Yes

No

Yes

High H S Connection

No No

Yes

No

No Yes

Close Proximity No No No Yes Yes Yes

Rated Working Pressure, psi (MPa)

No

PSL PSL PSL PSL PSL PSL

5,000

(34.5)

1

1

2 2

1 3

10,000 (69.0) 2 2

3

3

3 4

15000 (103.4) and up 3

3

4 4

4 4

asee

Par.

A 5

No No

s5 000 psi *

(34.5

MPa)

Yes

Close Proximity?

Figure A 3

: ecommended Minimum PSL for Primary Parts of Wellheads and Christmas Tree Equipm ent (see Section A5)

Rated Working

Pressure

-

*

Yes

Close Proximit)r?

*

I I

I

s5,OOO

psi

(34.5

MPa)

*

I

PSL 4

PSL 4

PSL 3

PSL 4

PSL

3

PSL

3

PSL 2

PSL 3

PSL 2

PSL 2

PSL

PSL3

PSL 2

PSL 1

Copyright

2004

-American k tml eum Institute.All rights reserved.

I 23130

6A-19











Purchaslng Guidelines Handbook

APIO Monoeram@ auiDment

Handbook Revision

01.01.04

Refer to pages 5 1 61 of API Spec 6D

Purchase API Spec 6D o nline a t www.global.ihs.com

API Specification

National Adoption of

IS0

14313:1999

Petroleum and Natural Gas Industries

-

Pipeline

Transportation Systems

-

Pipe line Valves


Specification for Pipeline Valves

Annexes A,

B, C

and D


Annex A (Informative)


A l

General

This annex provides guidelines to assist the purchaser with valve

type selection and specification of specific requirements when

orde ring valves.

A2

Field Testing

Pressures during the te sting of installed valves sho uld no t exceed

the pressure rating of the valve by more than 50%when testing

with the valve partially open or by more than 10% f the pressure

rating when testing ag ainst a closed valve.

Note:

The maximum test pressure

for

valves fitted with an

external pressure relief m ay be lower (see

6.8).

A 3

Pressure Relief

Certain valve designs will trap pressure in the valve body cavity

when the valve is

in

the fully open and/or closed position. High

internal pressures can result from th e thermal expansion of the

fluid trapped in these co nfined areas. Therefore, if th e valve has

no self-relieving design provision, pressure relief fittings shall be

fitted in the valve body in accordance with

6.8

of this

international Standard.

A4

Pigging

The purchaser should examine the valve design for com patibility

with p igging operations w hen ordering valves for use in pipelines

requ iring pigging.

Venturi or reduced-bore valves m ay not be suitable for pigging

operations.

A valve in which the drive member or the obturator obstructs the

bore

in

the o therwise fully op en pos ition (e.g., a dua l-plate check

valve) is not piggable.

Certain full-opening valves with pocke ts may allow bypass of fluid

around a short pig or sphere.

AS

Fire Testing

The fire resistance design of valves shall be qualified by fire

tesing in accordance with IS0 10497. Fire resistance designs

already qualified to BS 6755 Part 2, API Spec 6FA, API Spec 6FC,

API Spec 6FD or API Std 607, third edition, are also acceptable.

A 6

Additional Testing

The purchaser shall specify any additional test requirements not

covered by this International Standard.

A7

Valve Data Sheet

The valve data sheet in this annex may b e used to assist with the

specification of valves for ordering.

See following pages

for

Valve Data Sheets.

~ ~~

Copyright 2004 American Petroleum Institute.All rights reserved. I 23130

6D1








Handbook Revision

01.01.04

Refer to pages

51 61

of API Spec 6 D

Purchase API Spec 6D o nlin e a t www.global.ihs.com

~

API Specification

6 D :

22 nd Edition, January

2002


National Adoption of IS0

14313:1999 -

Petroleum and Natural

Gas Industries- PipelineTransportation Systems

-

Pipe line Valves

Annexes A,

B,

C and D

Valve Data Sheet

Specification Required

Valve Location and Function

Nom inal Valve Size


Maxim um Field Test Pressure (see clause A.2)

Valve Pressu re Class

Maximum S ervice Temperature

Min mum Se rvice Tem peratu e

Liquid or Gas Service

Flow Medium Composition

Spec ial Flow Re quirem ents (Blow Down, Solids , Pigs, etc.)

Valve

Type of Valve

O

Gate plug Ball Check

Desig n Type

Full Round O pening Required O Yes

O

No Minimum Bore

EndConnectlons

Upstream Pipe OD ID Material

Flanged End Yes

O

No

Ring Joint or Plain Raised Face a ing Joint

If ring Joint, Flat or Raised Face Flat

Size and Pressure Class

Plain Raised Face

O Raised Face

As per ASME 81 6.5

As per MSS SP-44

As per ASME 816.47, Series

A

Ring Gasket or Other Gasket Type and Size

Note:

Gaskets are n ot furnished as

a part of

th e valve.

Weld ing End Yes

Special F langes or Mechanical Joints

Downstream Pipe OD ID Material

O No

(Attach specifications for welding-end configuration)

Flanged End

O

Yes

O

No

Ring Joint or Plain Raised Face Ring Joint

If

Ring Joint, Flat or Raised Face Flat

Size and Pressure Class

As Per ASME B16.5

As Per MSS SP-44

As Per ASME B16.47, Series

A

Plain Raised Face

O

Raised Face

Ring Gasket or Other Gas ket Type and S ize

Note: Gaskets are n ot furnished as a

part

of th e valve.

(Continued

to

next page)

6D-2

Copynght 2004 -American Petroleum Institute.

A l l

rights reseived. I 23130







API" Monoeram@EauiDment


Refer to pages 51

61

of API Spec 6D

Purchase API SDec 6D o nline a t www.global.ihs.com

~

API Specification

6D

: 22nd Edition, January 2002


National Adoption of IS0

14313:lQQQ

Petroleum and Natural

Gas Industries - Pipeline Transportation.Sys tems- Pipelin e Valves

Annexes

A, B,

C and

D

Valve

Data

Sheet continued)

Welding End

Special Flanges or Mechanical Joints

Length - Any Special Requirem ents for E nd-teEnd or Face-to-Face Dimension

Valve Operation

Is Gearbox with H andwheel Requiredo es

For a Handw heel on a H orizontal Shaft, Give Distance from C entreline of Valve Opening o H andwhee l

Or, for a H andwheel on a Vertical Shaft, Give Distance from Centreline of Valve Opening o Center of Rim of Handw heel

Note:

For plugvalves having loose wrenches, wrenches

must

be ordered separately.

Yes

o

o (Attach specifications for w elding-end configuration)

o

o

If

so,

Give Details

mm

mm

Wrench Required

o

es

o

o

Locking Device Required Yes

o

o Type

Valve Support

Support Ribs or Legs Required

o

uppor t Ribs Legs

Other Requirements

Supplementary Requirem ents (see Annexes B and

C)

Fire Test Design Yes o o

NACE MR 01 75 Yes

O

o

Pressure Relief - f Pressure Relief Devices are Required, are there Special Requirem ents or these Devices

Drain Connections -Any Requirements

Bypass Connec tions

-

Any Requirements

Supplementary Docum entation R equired (see Annex D)

Third-party Witness of Processes/Testing

Painting Required 0 es o o

Coa ting Requ ired Yes O No

Copyright

2004 -Ameri can Petroleurn Institu te. All tights -Ned. I 23130

6D3









Refer to pages 51 61of API Spec

6D

Purchase API Spec 6D online a t www.global.ihs.com

API Specification 6D :22nd Edition, January 2002

Spec ification for Pipeline Valves

National Adoption of IS0 14313:1999 - Petroleum and Natural

Gas Industries - Pipeline Transportation Systems

-

Pipeline Valves

Annexes A, B, C and D

Annex B (Normative)

SupplementaryNDE Requirements

B 1

General

This annex specifies supplementary NDE requirements for the

examination of valves which shall be performed by the

man ufacturer if specified by the purchaser.

62

Radiographic Testing of Castings on

100%

of Crit ical Areas in Accordance with ASME

B16.34

Examination shall be carried out in accordance with ASME

Section V, Article 22. The sen sitivity, as indicated by wire

penetrometers, shall be 1.5% or better.

Acceptance shall be i n accordance with ASME Section VIII,

Division

1,

Appendix 7. The type and severity level for a ccepta nce

of the welding ends shall be as specified by the purchaser.

B 3

Radiographic Testing of Castings on

100%

of Accessible Areas


Section V, Article 22 . The sensitivity, as ind icated by wire

penetrometers, shall be 1.5%or better.

Acceptance shall be in accordance with ASME Section VIII,

Division

1,

Appendix 7. The type and severity level for accep tance

of the welding ends shall be as specified by the purchaser.

B4

Ultrasonic Testing of Castings on 100%of

Crit ical Areas in Accordance with ASME

B16.34

Examination shall be carried out in acc ordance with ASME

Section V, Article

23

using the direct technique

or,

where proper

access or interpretation of results is not possible, by shear wave

examination.

Acceptance shall b e in accordance with ASTM A 609, Table 2,

Quality Level 1.

B 5

Ultrasonic Testing of Castings on 100%of

Accessible Areas


Section V Article 23 using the direct technique or, where proper

access or interpretation of results is not possible, by shear wave

examination.

Acceptance shall be in accordance with ASTM A 609, Table 2,

Quality Level 1.

B6

Magnetic-Particle Testing o f Castings on

100%

of Surface Area


Section V, Article 25.


Division 1,Appendix 6.

B7

Liquid Penetrant Testing of Castings on

100%of Surface Area

Examination shall be ca rried out in accordance with ASME



Division

1,

Appendix 8.

B8

Ultrasonic Testing of Forgings and Plate on

100%

of Surface Area

Examination shall b e carried out i n accordan ce with ASME

Section V Article

23,

or ASTM A 388 or ASTM A

435

or ASTM A

57 7 as applicable.

Acceptance shall be i n accordance with ASME Section VIII,

Division

1,

Appendix

23, or

ASTM A

388

or

ASTM A 435 or ASTM A 577 as applicable.

B9

Magnetic-Particle Testing o f Forgings on

100%

of Surface Area

Examination shall be carried o ut in accordance with ASME


Acceptance shall b e in accordance with ASME Sec tion VIII,

Division1,Appendix 6.

B10

Radiographic Testing of Weldments on

100%

of Weld

Examination shall be carried out in acc ordance with ASME

Section

V,

Article 22.

Acceptance sh all be in accordance with ASME Sec tion VIII,

Division1,Part UW51, for linea r indications and ASME Section

VIII,

Division

1,

Appendix

4,

for rounded indications.

B i 1

Ultrasonic Testing of Full-Penetration

Weldments on

100%

of Weld

Examination shall be carried out in acco rdance with ASME

Section

V

Article 23.



6D-4

Copyright

2ûû4 -

American Petroleum Insti uie.

All

rights reserved.

I 23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Specification6D

:

22nd Edition, January 2 002


Handbook

Revision 01.01.04

Refer to pages

51 61

of API Spec 6D

Purchase API Spec 6D online at www.global.ihs.com


IS0

14313:1999- Petroleum and Natural

Gas Industries - Pipeline Transportation Systems- Pipeline Valves

Annexes

A, 6 C and D

B l 2

Magnetic-Particle Testing of Bolt ing

Examination shall be carried out in accordanc e with ASME

Section

V,

Article 25.

Acceptance shall b e in accordance with ASME Section

VIII,

Division 1,Appendix

6.

63.3

Liquid Penetrant Testing of Bolt ing

Examination shall b e carried out in acco rdance with ASME

Section V, Article

24.

Acceptance shall be in accorda nce with ASME Section

VIU,

Division

1,

Appendix 8.

B14

Magnetic-Particle Testing on 100%

of

Machined Surfaces

Examination shall b e carried out

in

accorda nce with ASME


Acceptance shall be in accorda nce with ASME Section VIII,

Division

1,

Appendix

6.

B15

Liquid Penetrant Testing on 100%of

Machined Surfaces

Examination shall be c arried out in accordance with ASME


Acceptance shall b e in accorda nce with ASME Section VIII,

Division

1,

Appendix

8.

B16

Liquid Penetrant Testing of Weld Bevelsof

Welding Ends

Examination shall b e carried out in accord ance with ASME




B17

Magnetic-Partide Testing of Weld Bevels

of

Welding Ends

Examination shall b e carried out in accordan ce with ASME



Division1,Appendix 6.

Annex C (Normative)

Supplementary Test Requirements

C i

General

This annex defines requirements for sup plemen tary valve testing

which shall be performed by the manufacturer if specified by the

purchaser. The frequency of testin g shall also be specified by the

purchaser, if not defined in this annex.

c2

Hydrostatic Testing

By agreement, hydrostatic testing may be performed at pressu res

higher than specified in 10.3 and

10.4

and/or for periods longer

than specified in Tables 9, 10

or

11.

c3

Low-Pressure Gas Seat Testing

C3.1

Acceptance

The accepta ble leakage rate for low-pressure gas seat testin g

shall be:

IS0

5208 Rate A (no visible leakage) or softseated valves

IS0

5208 Rate D for metal-seated valves

C3.2

Type I

The seat test s pecified in 10.4 shall be repeated at a test

pressure between 0.5 bar and 1.0 bar gauge (7.3 ps ig and 14.7

psig) using air or nitrogen as the test medium.

c3.3

Type

The seat test specified in 10.4 shall be repeated at a test

pressure of 5.5 f 0.7 bar gauge (80.8 psig i 10.3 psig) u sing air

or nitrogen as the test m edium.

c4

High-pressure Gas Testing

The seat tests specified in 10.2 and 10.4 shall be replaced with

a high-pressureseat test using an inert gas as the test m edium.

The test pressure and duration shall be as sp ecified in 10.2

and 10.4.

c5

Antietatic Testing

The electrical resistance between the obturator and the valve

body and between the stem/shaft and the valve body shall be

measured using a D.C. power source not exceeding 12 V. The

resistance shall be mea sured on dry valves before pressure

testing and sha ll not exceed 10R. A t least 5% of the valves in

the ord er shall be tested.

~

Copyright 2004 -American Petroleum nstitute. All

rights

reserved.

I

23130

6D5



--` ,` , ,` , , ,` ` ` ,` ` ,

, ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---






API Specification0D 22n d Edition, January 20 02

Spec ification for Pipeline Valves


Refer to pages 51 61of API Spec 6D


National Adoption of IS0 14313:1999- Petroleum and Natural

Gas Industries- Pipeline Transportation Systems- Pipeline Valves

AnnexesA,

B,C

and D

C6

Torq ue/Th ust Test

i

ng

The ma ximum torque or thrus t req uired to ope rate ball, gate or

plug valves shall be m easured at the pressure specified by the

purchaser for th e following valve operations:

a. Open to closed with the bore pressurized and the cav ity at

atmospheric pressure

b. Closed to open with both sides of the obturator pressurized

and the cavity at atmospheric pressure

c. Closed to open with one side of the obturator pressurized and

the cavity at atmos pheric pressure

d. As in c. but with the other side of the obturator pressurized

Torque or thrust values shall be m easured with s eats free of

sealant except where the sealant is the primary means of

sealing. If necessary for assembly, a lubrican t with a viscosity not

exceeding hat of SAE 1OW motor oil or equ ivalent may be used.

Thrust and torque testing shall be pe rformed following hydrostatic

shell testing and, if specified, low-pressure gas seat testing.

The measured torque or thrust results shall be compa red with

the manufacturer's predicted values.

c7

Cavity Relief Testing

C7.1

Frequency

Each valve shall b e tested.

Cavity relief testing is not required if protection of th e cavity

against over-pressure is ensured, for b oth the open an d the

closed position, by a hole in the obturator or around the seat seal.

C7.2

Trunnion-Mounted Bali Valves and Through-Conduit Gate

Valves with Internai-RelievingSeats

The procedure for cavity relief testing of trun nion-mo unted ball

valves and throughconduit gate valves with internal relieving

seats shall be:

a. Fill the valve in the half-open position with water

b. Close the valve and allow water to overflow from the test

connection at each end of the valve

c. Apply pressure o th e valve cavity until one seat relieves the

cavity pressure into the valve end and record this relief

pressure

d. for valve types with second-seat relief, continue to increase

the pressure to the cavity until the second seat relieves and

record the relief pressure of the second seat

Failure to relieve shall be cau se for rejection.

c7.3

Floatlng -Bali Valves

The procedure or ca vity relief testing of floating-ball valves shall be:

a. With the valve half-open, pressurize the valve to 1.33 t imes

the valve pressure rating specified in

6.1

or the material at

38°C (100°F)

b. Close the valve and vent each end to atmospheric pressure

c. Open the valve to th e half-open position and monitor for the

release of test medium trapped in the cavity. Evidence of

trapped press urizing medium in the cavity shall be cause for

rejection

c8

Hydrogen-Induced Cracking Test

Process-wettedand pressurecontaining parts which are

manufactured, fabricated or formed from plate shall be resistant

to hydrogen-inducedcracking (HIC). This shall b e demon strated

by successful HIC testing in accordance with NACE TM 0284,

except that the test solution s hall comply with NACE TM 0177.

HIC acceptan ce criteria, such as th e crack sens itivity ratio (CSR),

crack length ratio (CLR) and crack thickn ess ratio (CTR), shall be

specified by the purchaser.

Annex D (Normative)

Supplementary Documentation

Requirements

The manu facturer shall provide the following supplementary

documentation if specified by the purchaser:

D 1 Non-Destructive Examination (NDE) Records

D2 NACE Hardne ss Certification

D3

Hardness Test Report on P ressure-ContainingParts

D4

Certificate of Conformance to th is International

Standard

D5

Heat Treatment Certification Records (e.g., charts)

D6

Design Calculations for P ressure-ContainingParts

and/or th e Drive Train

Pressure Test Report, inc luding Pressure, Test

Duration and Test Medium

D7

D8 NDE Perso nnel Qualification Records

D9 Coating/Plating Certification

D10 NDE Procedures

D 1 1

Calibration Records (purchaser o identify

requirements for equipment when ordering)


6D-6

Copyright

2004

-Am enca n Petroleum Institute. All

fights resewed.

I 23130



- - ` ,

` , ,

` , , ,

` ` ` ,

` ` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -






API Specification6D 22nd Edition, January 20 02



Refer to pages 51

61

of API Spec 6D

Purchase API Spec 6 D online at www.globaI.ihs.com


IS0

14313:1999

- Petroleum and Natural

Gas Industries

-

Pipeline Transportation Systems- Pipeline Valves

Annexes

A,

B,C and D

D12 Fire Test Certificate

D13 Material Certification to

IS0

1047 4 (purchaser to

specify type of certification, and for which pa rts,

when ordering)

Design Verification by Certification Body/Agency

Type Approval by Certification Body/Agency

D I 4

D15

Copyright

2004

- American Petroleum

nstitute.All

tights

resewed.

I

23130 6 D



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---











API"

Monogram" Equipment


Refer to pages 45 and 89 of API Spec 7

Purcha se API Spec 7 online at www.global.ihs.com

API

Specification

Appendices

A

and N

7

40 th Edition, November 2001

Rotary Drill Stem Elements

Supplementary Requirements and

Purchaser Inspection (Optional)

API Monogram@Reauired Yes

No

Appendix A


A l

General

By agreement between the purchaser and the manufacturer and

when specified on th e purchase order, the follow ing

Supplem entary Requirements shall apply:

A2

Kelly Valves and Other Drill Stem Safety

Valves

A2.1

Gas Tight Sealing Supp lemental Requirement

Kelly valves and other drill s tem safe ty valves have no t historically

been designed with gas tight sealing mechanisms. Valves tha t

are designed to operate under these conditions are known as

gas tight valves. See A.2.2 for optiona l perform ance verification

testing that may be requested as a supplemen tal requireme nt by

purchaser to verify gas tight se aling design and for routine

accep tance esting for each gas tight valve supplied.

A2.2

Gas Tight Sealing Performance Verification Testing

Supplem ental performance verification testing of kelly valves and

other drill-stem safety valves designed and built to this

specification shall be carried out and/or certified by a quality

organization independent of the design function. Since high

pressure leak testing is potentially more hazardous with gas than

with low compressibility fluids, high pressure gas testing shall be

restricted to performance verification testing. Nitrogen or other

suitable non-flammable gas should be used at ambient

tempe rature conditions. Otherwise, low- and high-pressure e sting

shall be condu cted as pe r 4.5.2. No gas bubbles shall be seen in

the 5m inut e test period.

For each valve manufactured to the same s pecifications as a

valve that has been designed and verified as being capable of

gas tight sealing, a low-pressure gas test to 90 psi, using ambient

tempera ture air, shall be perform ed using appropriate parts of

4.5.2. No gas bubbles shall be seen in the 5 min ute test period.

A2.3

H2S Trim Sup plemental Requirement

When valve trim materials co nform to th e re quiremen ts of NACE

MR-01-75 for H 2S service, at conditions spe cified by the

manufacturer, then th e valve shall be designated '"$3 Trim."

H2S Trim may be requested as a supplem ental requireme nt

by purchaser.

Warning:

H 3

Trim valves shall no t be considered safe for

use in a sour environment, as defined in NACEMR-01-75,

since the material used

in

the body of H i Trim valves is not

suitable for sour service.

A2.4

Supplemental Marking Requirements

Supplemental performance verification testing information shall

be applied in a separate m illed recess. Design ations shall be

used to indicate verified performa nce as follows:

Successful Gas Tight Sealing

Supplem ental Testing

H2S Trim S uppleme ntal Requirement

A 3

Tool Joint/Drill Pipe Weld Zone

A3.1

S R 1- Frequency of Testin g

One set of mech anical tests s hall be conduc ted per lot or

20 0 welds, whichever is less.

A3.2

SR2 - Charpy V-Notch Type A Im pac t Tests

The test temperature shall be -4"F, *5"F (-2O"C,

*2.8"C).

A3.3

SR3 - Minimu m Valves

The minimu m average value for the three sp ecimen s shall

not be less than 2 0 fi-lbs. The minimum value for any single

specimen shall not be less than 17 fi-lbs.

"Gas Tight"

"H2S Trim"

Appendix N


N1

Inspection Notice

When the purchaser's nspector desires o witness he manufac ture

or testing of equipment, reasona ble notice shall be given of th e

time a t which manufacture and testing are to be done.

N2

Inspection

While work on the contract of the purchaser is being performed,

the purchaser's inspector shall have free entry a t all times t o all

parts of the manufacturer's works that concern manufacture of

the material ordered. The manufacturer shall afford the inspector

(Continued to nex t page)

~

copytight

2004

-Ametic an Petroleum Institute.

All tight. reseived. I

23130

7-1



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Specificatio n

7 :

40th Edition, November

2001

Rotary Drill Stem Elements


Refer to pages 45 and

89

of API Spec 7

Purchase API Spec 7 online at www .global.ihs.com

Appendices

A

and

N

Supplementary Requirements and


all reasonable facilities to satisfy him tha t the material is being

manufactured in acco rdance with this specification. All inspections

should be made a t the place of manufacture prior to shipment,

unless otherwise specified on the purchase order, and shall be

so conducted as not to interfere unnecessa rily with o peration of

the works.

N3

Rejection

Unless otherwise provided, material that shows defects on

inspection or subsequent to acceptance at the manufacturer's

works, or tha t proves defective when properly applied in service,

may be rejected, and the manufacturer so notified.

If

tests that

require the destruction of m aterial are made, any product that is

proven not to have met the requirements of the specification

shall b e rejected. Disposition of rejected product shall be a

matter of agreement between he m anufacturer and the purchaser.

N4

Compliance

The manufacturer is responsible for complying with all o f

the provisions of this spe cification. The purchaser may make

any investigation necessary o satisfy himself of compliance

by the manufacturer and may reject any material that doe s not

comply with this specification.

N5

Rotary Shouldered Connection

Acceptance of rotary shouldered connections shall be in

accordance with this specification, which provides the opportunity

to conduct detailed inspection

of

the connections in their as-

machined condition. The surface conditions nece ssary for precise

measurements will only be assured prior to subsequent further

processing, doping, shipping , handling, storing, etc., which can

alter the surfaces necessary for precision gauging.

Note:

Connections should be visibly inspected for damage that

may have occurred through this chain of events prior to pu tting

the conn ections into service. Such damage is generally very

minor

and

most often repairable well within the needs

for

good

connection performance.

7-2

~ ~~

Copyright 2004 -American Petroleum nstitute. All rights resewed.

I

23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





[email protected]@ quipment


Refer to page 4 1 of API Spec 7K

Purchas e API Spec 7K o nline a t www.global.ihs.com

API SDecification

3rd Edition, September 2002

Specification for Drilling and Well

Servicing Euuipment

Appendix B


~

~~~


BO

Introduction

By agreem ent between the purchaser and manufa cturer, and

when spe cified in the purchase order, one or more of the

following supplemen tary requireme nts shall apply.

B1

SR1

-

Proof Load Testing

The equipment shall be load tested and subse quently examined

in accordance with the requirements of 8.6 of this specification.

The equipment shall be marked “SR1” by mean s of low-stress

hard die stamping near the Load Rating dentification.

B2

SR2

- Low

Temperature Testing

Under this supplementary requirement, the maximum impact test

temperature for m aterials used in primary load carrying

components of covered equipment with a required minimum

operating temperature below that specified in 4.1 shall be

specified by the purchaser.

Impact testing shall be performed in accordance with the

requirements of 6.3 of this S pecification and ASTM A370. Except

for manual tong hinge pins of wrought material, the minimum

average Charpy impac t energy of three full size test pieces shall

be 20 ft-lb. (27

J)

with no individual value less than

15

i-lb. (20

J).

For m anual tong hinge pins of wrought material, the minimum

average impa ct energy of three full size Charpy impact test

pieces shall be

11

i-lb. (15

J)

with no individual value less than

.

8.5 fi-lb. (12 J).

Each primary load bearing component shall be marked

“SR2”

to

indicate tha t low tempe rature testing has been performed. Each

primary load bearing component shall also be marked with the

temperature in degrees Celsius to indicate th e actual design and

test temperature.

B3

SR2A -Additional

Low

Temperature Testing

Under this supplementary requirement, impact testing shall also

be applicable to m aterials used in the primary load carrying

components of equipment norm ally exempted from impact

testing. The com ponents to which impact testing shall apply shall

be determined by mutual agreement of the purchaser and the

manufacturer.

Impact testing shall be performed in accordance with the

requirements of 6.3 of this S pecification and ASTM A370. The

maximum im pact test temperature and the minimum average

and individual values shall be as agreed upon by the purchaser

and the manufacturer.

Each covered primary load carrying comp onent shall be marked

“SR 2A to indicate that additional low temperature testing has

been performed. The component shall also be m arked with the

temperature in degrees Celsius to indicate the actual design and

test temperature.

B4

SR3

-

Data Book

When reques ted by the purchaser, records shall be prepared,

gathered, and properly collated in a data book by the manufacturer.

The data book shall at leas t include for each unit:

Statement of Compliance

Equipment Designation/Serial Number

Assembly and C ritical Area Drawings

Nominal Capacities and R atings

List of Com ponents

Traceability Codes and Systems (marking on parts/rec ords

on file)

Steel G rades

Heat Treatment Records

Material Test R eports

NDE Records

Performance Test Records including Func tional Hydrostatic

and Load Testing Certificates (when applicable)

Supplem entary Requirements Certificates as Required

Welding Procedure Specifications an d Q ualification Records

B5

SR4

-

Additional Volumetric Examination of

Castings

The requirements or SR4 shall be identical to the requirements

for 8.4.7, except tha t all critical areas of each primary load

bearing casting shall be examined.

B6

SR5 - Volumetric Examination of Wrought

Material

The entire volume of primary load bearing wrought components

shall be examined by the ultrasonic method. When examination

of the “entire v olume” is impossible due to geom etric factors,

such as radii at section changes, the max imum practical volume

shall suffice.

Copyright2004 -Americ an Petroleum nstitute. All rights

esewed.

1

23130

7 K-1



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





API" Monogram" EauiDment

Handbook Revision

01.01.04

Refer to page

41

of API Spec 7K

Purchase API SDec 7K online at w ww.dobal.ihs.com

~ ~ _ _ _ _ _ ~ ~ ~~

API Specification

7K

3rd Edition, September 2002

Specification for Drilling and Well Servicing Equipm ent

Appendix B


Wrought components examined by the ultrasonic method shall

meet the following acceptance criteria:

For both straight and angle bea m examination, any discontinuity

resulting in an indication tha t exceeds the calibration reference

line shall be classed as a defect. Any indication interprete d as a

crack or therma l rup tures shall also be considered a defect.

There shall be no multiple indications exceeding

50%

of the

reference distance amplitude curve. Multiple indications are

defined as two or m ore indications (each exceed ing

50%

of the

reference distance am plitude curve) within Y n. (12.7 m) of

each other in any direction.

7 -2

Copyright2004 American Petroleum nstitute.

All

rights

reserved.

I 23130



-

-` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



Amer ican Petro leum inst i tu te




Refer to pages 14

- 15

of

API

Spec 8 A

Purcha se API Spec 8 A online at www.global.ihs.com

API SDecification


Drilling and Production Hoisting Equipment


API

Monogram@Required Yes O

No

l 2


One or more of the following supplementary requirements shall

apply only when spe cified by the purchaser in the inquiry, contract,

and order. Details of these supplementary requirements shall be

as agreed upon by the m anufacturer and the purchaser.

12.1

S R 1

-

Magnetic Part ic le Examination

All

accessible surfaces of th e main load carrying components of

the equipment shall be examined by a magnetic particle

examination method or technique conforming o the requirements

of ASTM E709: Recomm ended Practice for Magnetic Particle

Exam ination. Acceptance lim its shall be as agreed upon by the

manufacturer and the purchaser.

12.2

SR2

- Liquid Penetrant Examination

All accessible surfaces of the main load carrying components of

the equipment shall be examined by a liquid penetrant

examination or technique conforming to the requirements of

ASTM E165: Recomm ended Practice for the Liquid Penetrant

Examination Method. Acceptance limits shall be as agreed upon

by the manufacturer and the purchaser.

12.3

SR3

-


Main load carrying components of the equipment shall be

ultrasonica lly exam ined in ac cordanc e with applicable ASTM

standards. The extent of ex amination, method of examination,

and basis for acceptance shall be agreed upon by the

manufacturer and purchaser.

12.4

SR4 -

Radiographlc Examination

Main load carrying components of the equipment shall be

examined by means of gamma rays

or

x-rays. The procedure

used shall be in accordance with an ASTM

or

other nationally

recognized standard which covers ultrasonic exam ination of the

prod uct inspe cted (e.g., cas ting, forging, bar, plate, etc.). The

extent of examination, method of examination, and the basis for

acceptance shall be agreed upon by the manufacturer and

pu chaser.

12.5

SR5

- Traceability

The manu facturer shall have reports of chemical analysis, heat

treatment and mechanical property tests for the main load

carrying components of the equipment.

12.6

SR6

-Weld ing

All

welding undertaken on components shall be performed using

welding procedures which are qualified in a ccordance with one o

the following and/or other national standards:

a. ASME IX

b. AWS D 1 . l

c. ASTMA488

This welding shall only be carried out by welders or welding

operators who are qualified in accordance with the

aforementioned standards.

Welding procedures for base m etals which are not listed in the

above standards shall be qualified individually or as a group

based on w eldability, tensile properties,

or

composition.

32.7

SR7

- Extreme Low Temperature

The acceptability of equipment intended for operation at

temperatures below

0°F

shall be agreed upon by the

manufacturer and the purchaser.

12.8

S R 8

-

Other Supplementary Requirements

Any additional supplementary requirements must be agreed

upon by the purchaser and manufacturer.

Copyright 2004 -Amer ican Petro leum

nstitute.All

rights reseived. I

23130

8A-



--` ,` , ,` , , ,` ` ` ,` ` , , ,

` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





- - ` ,

` , ,

` , , ,

` ` `

, ` ` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -






API Specification


Refer to pages

41

42 of API Spec 8 C

Purch ase API Spec

8C


Annex A (Normative)


8C

th Edition, February2003

Drilling and Production Hoisting Equipment

(PSL1and PSL2)


A l

General

If specified in the purchase order, one or more of the following

supplem entary requirements shall apply.

A2

SRI - Proof Load Test

The equipment shall be given a proof load test and subsequently

examined in accordance w ith 8.6.2.

The equipment shall be m arked “SR1” using low-stress, hard

die-stamps near the load rating identification.

A 3

SR2

-

Low Temperature Test

The maximum impact test temperature for materials used in

primary-load-carryingcomponents with a required minimum

operating tempe rature below -20°C (-4°F) shall be specified by

the purchaser.

Impact testing shall be performed in accordance with 6.3 and

ASTM

A

370. The minimu m average Charpy impact energy of

three full-size test pieces, tested a t the spec ified (or lower)

temperature, shall be 2 0 ft-lb. (27 J) with no individual value less

than 15 ft-lb. (20 ).

Each primary-loadcarrying component shall be marked “SR 2” to

indicate that low temperature testing has been performed. Each

primary-loadcarrying component shall also be marked to show

the the a ctual design and test temp erature in degrees Celsius.

A4

SR3 - Data Book

If specified by the purchaser, records shall be prepared, gathered

and properly collated by the m anufacture r into a data book . The

data book for each unit s hall include at least the following:

Statement of compliance

Equipment designation/serial number6

Wear limits and nomina l capac ities and ratings 6

List of components

Traceabilrty codes and systems (mark ing on parts/records on file)

Steel grades

Heat treatment records6

Material test reports6

Equipment as listed in clause 1with exception of

r.

[Continued to next column)

NDErecords

Performance est records including functional hydrostatic

and load testing certificates (when applicable)

Supplementary requirements certificates as required

Welding procedure specifications and qualification records

A5

SR4 - Additional Volumetric Examination of

Castings

The requirements or SR4 shall be identical to the requirements

of 8.4.8, except tha t all critical areas of each p rimary-load-

carrying casting shall be examined.

A6

SR5 -Volumetric Examination of Wrought

Material

The entire volume

of

primary-loadcarrying wrought com ponents

shall be examined by the ultrasonic m ethod. If examination of the

entire volume is impossible due to geometric factors, such as rad

at section changes, the maximum practical volume shall suffice.

Ultrasonic examination shall b e in a ccorda nce with ASTM A 388

(the imm ersion method may be u sed) and ASTM E 428. Straight-

beam calibration shall be performed using a distancea mplitude

curve based on a flat-bottomed hole with a diameter of 3.2 mm

(% n.) or smaller.

Wrought components examined by the ultrasonic method shall

meet th e following acceptance criteria:

a. For both straight and angle beam examination, any discontinuit

resulting in an indication which exceeds the calibration

reference line is not allowed. Any indication interpreted as a

crack or therma l ru pture is also no t allowed;

b. Multiple indica tions (¡.e., two or more indications ), each

exceeding

50%

of the reference distance amplitude curve

and located within

13

mm

K

n.) of one another, are not

allowed.

A7

SR6

-

Boreback Stress-Relief Feature

When requested by the pu rchaser, the boreback box stress-relief

feature shall be a supplementary requirement for paragraph

9.9.5 -

Rotary Swivel Subconnec tion, 9.10 - Power Swivel

Subconnection, and

9.11.3

- Power-Sub Connections . The

connection shall conform to the applicable requirements as

specified in API Spec 7 for the drill co llar boreback box stress-

relief feature.

Copyright

2004 -American Pemleurn Institute.

All

rights

reseived

I 23130

8G







--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---







Refer to page

33

of API Spec 11 B

Purchase API Spec 1 1B online a t www.global.ihs.com

API Sr>ecification

1 1 B

6th Edition, Januarv

1998

Appendix

B

Suggestions for Ordering API Spec

1 l B

Sucker Rods

Sucker Rods

~


Yes NO

B 1

SuckerRodsandPonyRods

In placing orders for sucker rods and pony rods manufactured in

accordance with API Spec I I B , purchasers should specify the

following on their purchase orders:

Specification API Spec

116

Quantity

Type Steel or FRP

Grade

Size (Diameter)

Length

5.1.1,

Table 1 r 5.2.1,

Table 1 r

3

6.1.1, Table 5 or 6.1.2,

Table 6

6.1.1, Table 5 or 6.1.2,

Table 6

Packaged 11.4

B 2

Couplings and Subcouplings

In placing orders for couplings and subco uplings manufac tured in

accordance with API Spec I I B , purchasers should specify the

following on their pu rchase orders:

Specifications API Spec 11 B

Quantity

Class 7.1

Type 7.2, Figure

4

Size 7.3, Table

8

B 3

Polished Rods

In placing orders for polished rods manufactured in accordance

with API Spec I l B , purchasers should specify the following on

their purchaser orders:

Specification API Spec 11 B

Quantity

Size (outside diameter)

12.1.1,

Table 16


Length 12.1.1 Table 16

12.1.2, Table

16

nd Connections

Grade 12.2

Spray Metal

12.3

B 4

Stuffing

Boxes

and Pumping Tees

In placingordersfor stuffing boxes and pump ingtees man ufactured

in accordance with API Spec

116,

purchasers should specify the

following on their p urchase orders:


Quantity

Size and Type of Connections

Working Pressure

13.1.1,

13.2.1

B5

Polished Rod Clamps

In placing orders for po lished rod clamps manufac tured in

accordance with API Spec I l B , purchasers should specify the

following on their purchase orders:


Quantity

Polished Rod Size

Load Rating

B 6

Sinker

Bars

In placing orders for sinker bars manufactured in accordance

with API Spec 11B , purchasers should specify the following on

their purchase orders:


Quantity

Size 15.1.1, Table 19

Grade 15.2

12. 1. 1,Table

16

118

opyright

2004

-

Amencan

Petroleum Inst iute.

All

rights reserved. I 23130



- - `

`

`

` ` `

` `

` ` `

- ` - `

`

`

`

` - - -








API

Specification

l l D 1

and Bridge Plugs

1st

Edition, July

2002

Petroleum and N atural Gas Industries

-

Downhole

Equipment

-

Packers and Bridge Plugs

API

Monogram@Required

Yes No


Refer to pages 5 - 7 of API Spec 11 D 1

Purchase API Spec 1 1D 1online a t ww w.global.ihs.com

IS0 14310 :2001- Petroleum and N atural Gas

Industries - Downhole Equipment - Packers

Functional Specif ication

5

Functional Specification

5.1

General

The user/purchaser shall prepare a functional specification to

order products which conform with this International Standard

and specify the following requirements and operating conditions,

as applicable, and/or identify the

supplier's/manufacturer's

specific product. These requirements and operating conditions

may be conveyed by means of a dimens ional drawing, data sheet

or

other suitable docum entation.

5.2

Function al Characteristics

The user/purchaser shall specify, as applicable, the following

functional characteristics:

Packer

or

bridge plug

Permane nt, retrievable or repos itionable

5.3

Well Parameters

The user/purchaser shall specify, as app licable, the following well

parameters:

Dimensions, material, grade of the casing and tubin g

End connections above/below the packer or bridge plug

Well angle from the v ertical at the se tting position

of

the

packer or bridge plug

Deviations and res trictions that packer

or

bridge plug must

pass through

Configuration of tubing (s ingle or m ultiple strings) and oth er

lines (eiectrical/hydrauiic) that must pass through or by-pass

the packer

Relationship of packer or bridge plug with o ther w ell devices/

tubing/casing by means of a well schematic drawing, if

applicable

The expected minimum and maximum values of production/

injection pressures, pressure differentials, temperatu res and

flow rates; any other relevant well param eter@ )

5.4

Operational Parameters

The user/purchaser shall specify, as a pplicable, any

of

the

following operational parameters:

Installation method, including conveyance method and setting

method

Setting depth

Retrieving

or

repositioning method, if applicable

The anticipated loading conditions, including combined

loading (pressure, tension/compress ion) and torque, a pplied

to the packer

or

bridge plug prior to and during setting, during

use, and during retrieving

Size, type and configuration of devices to be run through the

packer, if applicable

Any other relevant operationa l paramete rs

5.5

Environmental Compatlbi l i ty

5.5.1

General

Material compatibility shall be specified according to

5.5.2

and/

or 5.5.3.

5.5.2

Well Environment

The user/purchaser shall identify the density, chemical/physical

composition, and the condition of the fluid and/or its

compon ents, inc luding solid (e.g., sand production , scale, etc.),

liquid and/or gaseous, to which the packer

or

bridge plug is

exposed during its full life cycle.

5.5.3

Product Materials Requirements

5.5.3.1

Materials for metallic and non-metallic components shall be

designa ted for sta ndard service (3.34) or NACE service (3.24).

5.5.3.2

Components may be grouped as flow-wetted compo nents (3.13),

internally wetted compo nents (3.18), exposed compon ents

(3.11), and other components.

5.6

Well Equipment Compatibi l i ty

The user/purchaser s hall identify, as applicable, the following:

(Continued

to

next page)

Copyright

2W4 American Petroleum nsti tute.All

rights resewed. I

23130

1101



--` ,

` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---






API Specification

1 l D l :

s t Edition, July 2 002


Downhole Equipment - Packers and Bridge Plugs

Handbook Revision

01.01.04

Refer to pages 5 -

7

of API Spec 11 D 1

Purchase API Spec 1 1D 1online at www.global.ihs.com

IS0

14310:2001-

Petroleum and Natura l Gas Industries -

Downhole Equipment - Packers and Bridge Plugs

Functional Specffication

Top and bottom tubular conne ction(s), the material and

dimensions of the connections to the conduit@)

Internal receptacle profiie(s), bore dimensions(s), outside

diameter, inside diameter and their respective ocations

Size, type and configuration of other products and conduits to

be used in connection with this product

5.7

Quality Control

The qua lity control grade shall b e specified. This Intern ational

Standard provides three grades (43, 42 andQIf quality

control, as shown i n 7.4.

5.8

Design Validation

The design validation grade shall be specified. This International

Standard provides six standard design validation grades(V6o v l ) ,

as shown

in 6.5,

and one special design validation grade

WO),

s

shown in Annex A.

11D1-2

~~ ~

Copyright 2004

-Amencan Petroleum

Institute.

All

rights reserved.

I

23130










Refer to page

10

of API Spec 11L6

Purchase API Spec 11 L6 on line at www.global.ihs.com

APi Specification

Appendix A

1s t Edition, June 1993

Electric Motor Prime Mover for

Beam Pumping Unit Service


Motor Data Sheet

Appendix A is the motor data sheet that the unit shall submit to

the manufacturer in addition to these specifications in order to

describe particular requirements or application.

API li umping Unit Motor Specification

User

Data Sheet (2/7/92)

Horsepower (Up to 200 )*

Volts

460V

Phase 3-phase

Synchronous Speed o 1200

Frequency

60Hz

Service Factor 1.15

Frame Material O Cast iron

Fram e Type

O T

Enclosure Open DripProof Guarded

Area of Classification

Unclassified

Grou p (A, B, C, D)*

NEMA D 5%

-

8%orque and Slip

Environmental Exposures o

Parag raph 2.1.2

alt La den Air

230 -

800)*

O

-phase

900-

1800)*

0

Hz

O 1.0 - 1.25)*

O steel O luminum

ou

EFC

lass

1

Division

1

Class

I

Division 2

EMAC ltra High Slip

eavy Snow lowing Sand ungus

u

levations above

3300ft

(100 0 meters)

ow Temp e-13°F (-25°C)

igh Temp >104"F (40°C)

Leads

3

Leads Leads Leads O 2 Leads

Bearin g Type

Sealed up to 2 5 HP, Regreasable

30

HP and above

ealed egreasable

= API Standard Unless Specified Otherwise on the User Data Sheet

API Acce ptable Spec ifications

* =

API Accep table Range


Copyright 2004

-American

Petroleum Institute.All rightsreserved. 1 23130

1 1 L B 1




--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



A m e r i c a n P e t r o l e u m

Institute


API@MonoEram@' EauiDment

Handbook R e v i s i o n 01.01.04

Refer to page

10

of API Spec 11L6

Purchase API SDec 11 L6 on line a t www.global.ihs.com

~~

API Specification l l L 6 : s t Edition, June

1993

Electric Motor P rime Mover for Beam Pumping Unit Service

Append ix

A

Motor

Data

Sheet

Optional Accessories

User Preferenc e

O

eaters

120

VAC

O

ccessible Grease Plug Extension

Paint

-

Color Manufacturer's Standard

aint

-

White

O Winding Tem perature Detectors per P hase

nd-Turn Encapsulation

API Monogram Required on the Namep late

O

Yes

O NO

O eaters

230

VAC

O eaters 4 6 0 VAC

O

anufacturer Provides Grounding Lug

O

aint

-

(other color)*

O

tainless Steel Rodent Ba rrier

-

API Bulletin

11-5

Required with Q uotation

O

Yes

O NO

Certified Temperature and Performance Test Required with Quo tation

Yes O o

Comments

=

API Standard Unless Specified Otherwise on th e User Data Sheet

=

API Acceptable Specifications

* =

API Acceptable Range

11L6-2

Copyright2004

-American Petroleum Institute.All rights reserved. I 23130









Refer to pages

9 -

10 f API Spec 11N

Purch ase API Spec

11N


API Specification

11N


1994

Lease Automatic Custody Transfer

(LACT) Equ ipment

Appendix A

Data

Sheets

API

Monogram@Required

ClYes No

API LACT Unit Specification DataSheet

(U.S.

Customary

Units)

Company Field

Address County

State

Size (Circle applicable column)

Max. Delivery, BOPD

Min. M otor HP

Pipin g and Valves, in.

Mon itor Probe, in.

Diverte r Valve, in.

Air Eliminator, in.

Strainer, in.

Meter, in.

Sam ple Container, M in. gal

1000

1

1

2

2

2

2

2

5

2000

1

2

2

2

2

2

2

10

3500

1

2

2

2

2

2

2

15

6000

3

3

3

3

3

3

3

15

7500

5

3

4

3

4

4

3

20

11,500

7%

4

4

4

4

4

3

20

Design Service Conditions

psig D ischarge Pressure at gpm for

O

weet our rude ondensate of

API Gravity having SSU Viscosity at O F and SSU at O

F.

araffin

O

ax

O

sphalt problem is

O

one ight

O

evere.

Housing Requirements

eter

ampier

+

Container otal Skid one eather Proof nsulated for O Min. Air Temp.

Internal Heater

O

es O

o

Light O es O o

Pumps

Charging

O

es

O

o

Circulating O es

o

Wet Oil Discharge Line O

es O o

with Check Valve

O

es No

with Back P ressure Valve O es

o

GPM at Psig

GPM at Ps€

Line Size in.

[Continued

to

next page)

copyright 2004 -American Petroleum

Institute.

All rights resewed. I 23130

11N-



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Spec ification

11N :


1994

Lease Autom atic Custody Transfer (LACT) Equipm ent


Refer to pages

9

- 10of API Spec 11 N

Purchase API Spec 11 N on line at www.global.ihs.com

Appendix

A

Data Sheets

API

LACT

Unit Specfncation Data Sheet

-

continued)

(U.S. Customary Units)

~ ~ ~

Diverter Valve

ydrometer Actuator Piston Actuator iaphragm Actuator Model

Pneumatic Power at Slte

Psig

Compressor Required

Meter Stack to Include

O

Pulse Switch

ransmitter

Electr ical

Power Enclosure

Control Enclosure

Monitor

Lightnin g Arrestor

Allowable Counter

Alarm Beacon

as

es

ir

o

O

Available

arge Numeral Counter

icket Printer emp. Comp ensator

O

Non-Reset Totalizer

ight Angle Drive ther

20

VAC

40 VAC 480

VAC -Pha se Ph as e

'J

eparate n Skid

ff

Skid

O Separate n Skid

Off

Skid

O

Yes No

O

Yes

O

No

Color

O

On Probe n Skid ff Skid Range %W

Indicator Lamps (Specify Fun ction)

Area Classif icat ionof Location

Remarks

Prepared by

Date

11N-2

Copyright

2004

-Amer ican Petmleum nstitute. ll

r ight.

reserved.

I

23130









Refer to pages 9

-

10 of API Spec 11 N

Purchase API Spec 11 N online a t www.global.ihs.com

API Specification l l N 4th Edition, November 1994

Lease Automatic Custody Transfer (LACT) Equ ipment

Appendix A

Data Sheets

API LACT Unit

Specification

Data Sheet -

(Metric Units)

Company Field

Address County

State

Size (Circle applicable colum n)

Max. Delivery, m3/d

158.99

Min. Motor kw 0.746

Piping

&

Valves, mm

38

Monitor Probe, mm

51

Diverter Valve, mm 5 1

Air Eliminator, mm

51

Strainer, mm 51

Meter, mm 5 1

Samp le Container, min. m3 * 0.02

*Note: Rounded o the nearest 0.01m3

317.97

0.746

51

51

51

51

51

51

0.04

556.46

1.12

51

51

51

51

51

51

0.06

953.92

2.24

76

76

76

76

76

76

0.06

1192.40

3.73

76

102

76

102

102

76

0.08

1828.35

5.60

102

102

102

102

102

76

0.08

Design Service Conditions

kPa Discharge Pressure at

m3/d for weet our rude ondensate of

API Gravity havinp SSU Viscosity at O C and SSU a t

O C.

araffin ax sphalt problem is one ight evere.

Housing Requirements

eter

ampler + Container otal Skid one eather Proof nsulated for O C min. air temp.

Internal Heater O es o

Light O es o

Pumps

Charging

O

es

No

Circulating O es o

Wet Oil Discharge Llne O es o

with Check Valve

O

es o

with Back Pressure Valve

O

es o

m3/d at kPa

m3/d at kPa

Line Size mm

Diverter Valve

ydrometer Actuator O iston Actuator iaphragm Actuator

Model

[Continued to next page)

Copyright 2004 - Amencan

Petroleum

Institute.All

rights reserved.

I 23130

~

11N-3




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API Specification 11N

:

4th Edition, November 1994

Lease Autom atic Custody Transfer (LACT) Equ ipmen t

Handbook Revision

01.01.04

Refer to pages

9 - 10

of API Spec 1 1N

Purchase API Spec 11 N online at www.global.ihs.com

Appendix A

Data Sheets

API LACT Unit Specffication Data

Sheet

- continued)

(Metric Units)

~~~_ __ _ ~

Pneumatic Power at Site

kPa

O

Gas

Compressor Required

O

Yes

O

Air

c]No

Available

Meter Stack to Include

O

Puise switch

c]

arge Num eral Counter

O

Ticket Printer emp. Compe nsator

O

Transm itter Non-Reset Totalizer

O

Right Angle Drive ther

Electrical

VAC/Phase

O 1 2 0 V A C O

2 4 0 VAC O 4 8 0 VAC -Phase Ph ase

Power Enclosure O eparate On Skid O Off Skid

Control Enclosure

Cl

Separate n Skid

ff

Skid

Monitor

O

On Probe

O

On Skid O Off Skid Range

%W

Lightnin g Arrestor

O

Yes No

Allowable Counter O yes o

Alarm Beacon Color

Indicator Lamps (Specify Function)

Area Classificationof Location

Remarks

Prepared by

Date

11N-4

Copyright 2004

-American

Petroleum

nstitute. All

rights reserved.

I23130



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





APIO Monoaram@EuuiDment


Refer to pag e 23 of API Spec

128

Purchase API b e c 12 B online a t www.global.ihs.com

API Sr>ecification

1 2 B

Appendix

F

14th Edition, February1995

Bolted Tanks for Storage of Production Liquids

Suggestions for Ordering API Spec i Z B

Bolted Tanks

API Monogram@' Required Oyes

L I N O

In placing orders for tanks to be manu factured in accordance

with API Spec 12B, purchasers should specify the following o n

their purchase order:

Specification API Spec 1 2 8

Num ber of Tanks

Nominal C apacity

Size

Table

3.1,

Col.

1

Inside Diameter

Height of Shell

Type of Cle ano ut Par.

3.16

Design of Flush-Type Clean out Par. 3.17 an d

Fig. 3.6, Note 2

Table

3.1,

Col.

4

Table

3.1,

Col. 5

Design of Extended Par.

3.18

Neck Cleanout

Cut-Outs for Thief Hatch

and Relief Valve

Delivery Date and


Inspectio n by Purchaser Par. 7.1

Par. 3.25


requirements concerning th e following stipulations w hich are

optional with the purchase:

Finish Par. 2.8

Bolting Par. 2.9

Bottom , Stave, and Table

3.2,

Deck Thickness Footnote 1

Open-Top Tanks Par.

3.4,

Note

TwclPiece Clean out Cover Plates Par.

3.19

Par.

3.15

leanout Location

Inlet and Outlet Connections Par. 3.20

Piping Flanges Par.

3.21

and 3.22

Walkways, Stairways and Lad ders Appendix D

Ventin g Con nection s Par.

4 . 1

Downcomer Pipe and Design Par. 3.24

Attention is called to th e following stipulations wh ich are subject


Alterna tive Designs of Par.

3.3

Tank Bottoms

Alterna tive Designs of Decks Par.

3.5

Rafter Design Par.

3.11

Alterna tive Width s an d Par. 3.17

Heights of Cleanout

Alternative Designs of Par.

3.21

Piping Flanges

Capynght2004 American Petroleum

Institute.

A l l rights reSeNed. I

23130

~

1 2 8 1



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






Handbook Revision

01.01.04

Refer to page 17 of API Spec 1 2D


API Specification

12D


Field Welded Tanks for Storage of

Production Liauids

Appendix E



No

In placing orders for tanks t o be manufactured in accordance

with the stipulations of API Spec 12D, purchasers should specify

the following on their pu rchase order:

Specification API Spec 12 D

Numb er of Tanks

Nominal Capacity

Size Par.

3.5

Table

3.1,

Col. 1

Outside Diameter

Height of Shell

Table 3.1, Col.

4

Table 3.1, Col. 5

Type of Botto m Par. 3.6

She ll Plate Thickness Par. 3.10

Deck Plate Thickness Par. 3.14

Delivery Date and


Inspection by Purcha ser Par. 7.2




Bolting Par. 2.9

Viscous Oil Option

Cleanout Cover-Plate Design Par. 3.19

Anti-Channel Drain Baffle Par.

3.23

Downcomer Pipe and Design Par. 3.24

Walkways, Stairways and Ladders Appendix D

Table 3.1, Footnote

Attention is called to the following stipulations, w hich are subject


Additional Connections

Finish Coats of P aint

Alternative Bolting Requirements

and/or Finish

Materials

Internal Coating

Par. 3.20

Par. 5.4

Par. 2.9

Par. 2.1

Par. 5.5

Copyright

2004

-Amencan Petroleum Instiute.

All

rights

resewed. I 23130

~

1 2 D



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Specification

Handbook Revision

01.01.04

Refer to page 17 of API Spec 12F

Purchase API Spec 12 F online a t www.global.ihs.com

12F


Shop Welded Tanks for Storage of

Produ ction Liauids

Appendix E



In placing orders for tanks to be manufactured in accordance

with th e stipulations of API Spec 12F, purchasers should specify

the following on their purchase order:

Attention is also called to the following stipulations, which are

subject to agreement between the purchaser and the

manufacturer:

Specification API Spec 1 2 F Materials Par. 2.1

Number of Tanks

Nominal Capacity

Size

Outside Diameter

Height of Shell

Table 1,Col.

1

Par. 3.5

Table

1,

Col. 4

Table 1,Col. 5

Type of Bottom Par. 3.6

Shell Plate Thickness Par. 3.10

Deck Plate Thickness Par.

3.13

Delivery Date an d


Inspe ction by Purchaser Par. 7.2

I




Bo lting Par. 2.9

Viscous Oil Option

Cleanout Cover-Plate Design Par. 3.16

Anti-Channel Dra in Baffle Par. 3.18

Downcomer Pipe and Design Par.

3.19

Walkways, Stairways and Ladders Appendix D

Table 1,Footnote

Alternative Bolting Materials Par. 2.9

and/or Finish

Additional Connections

Finish Coats of Paint

Par. 3.17

Par.

5.4

Intern al Coa ting Par. 5.5

Copyright 2004 -American Petroleum nstitute. All rights r e s e d . I 23130

12F-



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,`

,̀ , ,` ---







Refer to pages 2 1 25 of API Spec 12GDU

Purchase API SDec 12GDU online at www.global.ihs.com

API

Specification

12GDU

1st

Edition, December

1990

Glycol-Type Gas Dehydra tion Units

Appendix C

Glycol-Type Gas Dehydration

User Desígn Information Sheet

~ ~~ ~~~ ~~

API Monogram@Required Yes Q

No

Glycol-Type

Gas

Dehydration

User Design Information Sheet

_ _ ~ __

Field name and Location

Design Conditions

Gas Rate MM scfd (Max.)

MMs cfd (Min.)

Design Pressure Psig

Design Temperature, Max. "F

Design Temperature, Min.

"F

Operating Pressure psig Min. psig Max.

Operating Temperature O F Min.

"F

Max.

Gas Spe cific Gravity

(Air = 1.0)

Inlet Gas Water Con tent Ib./MMSCF

Inlet Gas Dew Point "F

Outlet Gas Water Content

or Dew Point Required Ib./MMSCF or "F

H2S Content PPM

CO2 Content

%

Available U tilities (Electricity, Instrume nt Air, Fuel Gas, Etc.)

Site Elevation

Feet Above Sea Level

copyright

2004 -Ameri can Petroleum Institu te. All rights reserved. I

23130

12GDU-1



--` ,` , ,

` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---







API@Monogram@Eauioment

Handbook Revision

01.01.04

Refer to pages 2 1

25

of API Spec 12G DU

Purch ase API SDec 1 2GD U online a t www.global.ihs.com

~ ~~ ~ __

API Specification l2GDU

:

1s t Edition, December

1990

Glycol-Type Gas Dehy dration Units

Appendix

C

GlycoCïype

Gas

Dehydration


GiycoCType Gas Dehydrator

-

Design Data Sheet

Vendor Design Data Sheet (cont inued)

(To

be completed by User and Vendor)

Reboiler

Design P ressure

Diameter

X

Length

Design Heat Duty

Firetube Area

Firetube Wall Thickness

Average Firetube Heat Flux

Insu ation Typeflh ickness

Pressure Relieving Device or Method

Accessories Provided

Thermometer with Thermowell

Tempe rature Controller with C ontrol Valve

High Tempe rature Shutdown (Glycol)

High Temperature Shutdown (Stack)

Flame Failure Shutdown

Sight Glassflype

Stack Gas Test Connection

Still

Column

Design Pressure

Diameter

X

Length

Pack ing Type and Material

Reflux Oil

Insulation Thickn ess and Type (if used)

Surge

Design Pressure

Diameter X Length

Integral with Reboiler

Insulation Thickness and Type

Low Glycol Liquid Level Alarm/Shutdown

Glycol/Glycol Heat Exchanger

Design Heat Duty

Design P ressure

Hea t Exchanger

-

Size, Type a nd Hea t Transfer Area

Insulation Typeflhickness

(Continued

to

next

page)

O

yes

O

yes

O

yes

O

yes

O

yes

O

yes

U

es

O yes

Cl

yes

O

yes

o

o

o

o

o

o

Type

o

o

a o

o

Type

12GDU-3

opyright

2004

-

Ametican Petroleum

nstitute.

All

tights

esewed. I

23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



American Petroleum Insti t ute ' Handbook Revision 01.01.04



API Spec ification IZGDU : 1st Edition, December 1990

Glycol-Type Gas Dehydrat ion Unit s

Refer to pages 21 25 of API Spec 12GDU

Purch ase API Spec 12GD U online a t www.global.ihs.com

Appendix

C

Glycol-Type Gas Dehydration

User Design Inform ation Sheet

Glycol-Type Gas Dehydrator - Design Data Sheet

Vendor Design Data

Sheet

continued)

(To be comp leted by User and Vendor)

Particle Filter

Manufacturer/Model

No.

Design Pressure

Maximum Flow Capacity

Filter Element Micro n Removal

Insulation Thickness

Differential Pressure Indicator

Bypass Valves and P iping

Pump

Manufacturer/Model No.

Type (Electric- Glycol/Gas Powered) and S peed

Spare Pump

Flow Rate

Motor Type, HP, Voltage, Phase, Speed

Pulsation Dampeners

Flow Indicator

Miscellaneous Information

Level Gage Glass Type

Rebo iler Tem peratu re (OF)

Glycol Purity (weight %)

Circulation R ate (gal/hr)

Gallons Glycol Circulated/lb. Water Removed

Est ima ted Fuel Gas Usage (SCF/hr)

Estimated Stripping Gas Usage

Reconcen trator Assembly Skid - Size and Weight

Instrument Tubing Material

O v e s

O NO

O v e s

O

No Type

O v e s O

NO

O v e s

O

NO

O v e s O NO

12GDU-4

Cowright 2004. merican Petroleum Intiiuie. All rights resewed. I 23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Specificatio n IZGDU

:

1st Edition, December

1990

Glycol-Type Gas Deh ydration U nits

Handbook Revision

01.01.04


Purch ase API Spec 12 GDU onl ine at www.global.ihs.com

Appendix C

Glycoi-Type Gas Dehydration


Addftional Optional Requirements

Gas-Condensate-GlycolSeparator

Design Pressure

Diameter

X

Length

Type (Vertical/Horizontal, 2-Phase/3-Phase)

Glycol Reten tion Time

Corrosion Allowance

Insulation Thic kness and Type

Accessories Provided

Pressure Gauge

Therometer with Thermowell

Relief (Full or Therm al)

Glycol Level Con troller with Control Valve

Hydrocarbon Level Controller with Control Valve

Sight Glasses

Back Pressure Valve

Activated Carbon Filter

Manufacturer/Model

No.

Design P ressure

Maximum Flow Capacity

Carbon Replacement (Bulk/Cartridge Element)

Insulation Th ickness and Type

Differential Pressure Indicator

Bypass Valves and Piping

Fuel Gas Scrubber

Valves and Con trols

Pilot Igniter

Wint er Coil in Inlet Scrubber

Lift in g Lugs

Paint ing


O

Yes

O

Yes

O

Yes

O

Yes

O

Yes

O

Yes

O

Yes

O es

O es

O

Yes

O

Yes

O

Yes

O

Yes

o

o

o

o

o

o

o

o

Type

o

Mfg. Standard

Others

o

o

o

Mfg. Standard

Others

Copyright

2004 -Amencan

Petroleum

Institute. All rights reserved. 1 23130

12GDU-5



--` ,`

, ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---








Purchase API Spec 12GDU online at www.global.ihs.com

API Specifica tion 12GDU

:

I s t Edition, December

1990

Glycol-Type Gas De hydration Units

Appendix C

GlycoCType Gas Dehydration


Additional Optional Requirements continued)

~

Heat Efficiency Options

A. Seco ndary Air Adjustme nt

B.

Turbulator

C.

Surge Insulated

O v e s

O

O

O v e s

O

NO

O v e s O

O

Comments

12GDU-6

~~

Copyright2004

American

Petroleum nstitute. All rights reserved. I 23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





APP Monogram@ quipment


Refer to pages

16

- 17 of API Spec 12J

Purchase API Spec 12J online at www.global.ihs.com

API Specification

1 2 J

th Edition, October 1989

Oil

and Gas Separators

Appendix E

Separator Design

Information


Yes

No

Operating

Conditions

Liquid Volumes

Oil/Condensate Barrels/Day Gravity "API

Water Barrels/D ay Sp. Gr. (Wa ter

=

1.0)

Oil/Condensate Characteristics

viscosity cp

Foaming O il O oderate

O severe

Paraf fin Problem O v e s O O If Yes, give Cloud Point O F

Slug Flow O v e s O O

If yes, give details such as Maximum Liquid Rate, Slug Volume, etc. or Suggest Surge Factor

Gas MMSCFD Sp. Gr. (Air

=

1.0)

OperatingTemperature (OF) Max. Min.

Operating Pressure psig) Max. Min.

H S Content Mole %

CO2 Content Mole%

Geographical Location

Design Requirements

Type

Vertical

O

orizontal

O

pherical

Manufacturer's Recommendation

-phase 3phase

Design Pressure psig at Tem perature

"F

Type Mist Extractor (Specify)

Liquid Retention Time

Corrosion Allowance in.

Corrosion Allowance for Non-Pressure internai Parts

NACE MR-01-75 Required

Special Stress Relieving

O

es

O

NO (Specify if Yes)

APi RP 14C Safety Systems Required

in.

O v e s O NO

O es O No

Coatings

External

O fgr Std. O ther (Specify

if

Other)

internai (Specify)

Cathodic Protection (Specify)


Copyright2004-American Petroleum nstitute. All rights resewed. I 23130

12J-








API Specification

121

7th Edition, October 1989

Oil and Gas Separators

HandbookRevision01.01.04

Refer

to

pages

16

- 17 o f API Spec 12J

Purchase API Spec

12J


Appendìx E

Separator Design Information

Special Instruct ions

Radiographic Inspection

Hydrostatic Test Pressure

SME Code

c]

Other (Specify

if

other)

SME Code

c]

Other (Specify

if

other)

Hardness Testing Requirements (Specify)

Ufting Lugs (Specify)

Skid Mounting

Welding Requirement

c]Other (Spec¡@

if

other)

SME Code

Sand Removal System (Specify)

12J-2

Copyright

2004 -Amer ican

Petmleum

Instilute.

Al l

rights -Ned.

I

23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



American Petroleum Ins titute


APP Monoeram@ auioment

Handbook Revision

01.01.04

Refer to pages 17

- 19

of API Spec 1 2 K

Pu rchase API SDec

1 2 K


~~

API Specification

1 2 K

th Edition, June 1989

Indirect-Type

Oil

Field Heaters

Section 7 and Appendix A

Inspection and Rejection and

Indirect Heater Design Information

API Monogram@’ Required

I

Yes No

7.1

Inspection by the Purchaser

Where insp ection is required by the purchaser, the exten t of such

inspection should be stated on the purchase order. Where the

inspector representing he purchaser desires to insp ect heaters

purchased or witness any specification tests or evaluate the

results of any n ondestructive examinations, the manufacturer

shall give reasonable notice of the time at which such inspections

should be made.

7.2

Inspection

While work o n the contract of the purchaser is being performed,

the insp ector representing he pu rchaser shall have free entry at

all times to all parts of the m anufacturer’s works which concern

the manufacture of the material ordered. The man ufacturer shall

afford, without charge, all reasonable facilities to satisfy the

inspector tha t the m aterial is being manufactured in accorda nce

with this spe cification. All inspections shall be m ade a t the place

of m anufacture prior to shipm ent unless otherwise specified on

the purchase order, and shall b e so conducted as not to interfere

unnecessarily with the manufacturer’s operations.

7.3

Rejection

Material which shows injurious defects on initial inspection

or

subseque nt to a cceptance at ma nufacturer’s works, or which

proves defective when properly applied in service, may be

rejected, and the m anufacturer

so

notified. If tests tha t requ ire

the de struction of material are made, the purchaser shall pay for

material and tests com plying with a ll of the provisions of this

specification, but shall not pay for material or tests which fail

to

meet the specifications.

7.4

Compliance

The manufacturer is responsible for com plying with al l of the

provisions of this specification. The purchaser may make any

investigation necessary o be assured of comp liance by the

manufacturer and may reject any material that does n ot comply

with this spec ification.

See following pages for Indirect Heater

Design

Information data

sheets.

~ ~

Copytight

2004

-American Petmleum Instnute. All rights reseived.

I

23130

12K-1



- - `

`

`

` ` `

` `

` ` `

- ` - `

`

`

`

` - - -





API" Monogram@' quipment

API Specificatio n

i Z K :

7th Edition, June

1989

Indirect-TypeOil Field Heaters


Refer to pages 17 -

19

of API Spec 12K

Purchase API Spec 1 2 K online a t www.global.ihs.com

Section 7 and Appendix

A

Inspection and Rejection and

Indirect Heater Design Information

Field Geographical Location

Service

Design Conditions

Gas Rate SCFH Sp. Gravity

Conden sate/Oil Rate BPH API Gravity

Water Ra te BPH

Sp.

Gravity

at 60°F

at 60°F

Well Shu t-in Pressure Psig Inlet Pressu.re Psig

Outlet Pressu e Psig Site Eleva tion Psig

If Sour Gas - H2S Mo l% CO2 Mol %

Inlet Flowing Tem peratu e

"F

Min.

Out let Flowing Temperature "F P a

Fuel Gas Avai lable O v e s

O

O

Pressure Psig

Fuel Gas Sourc e High Heatin g Value (HHV) BTU/SCF

Other Fuel (Specify)

Note:

Flow rates

should be

maximum instantaneous rates based on expected flow surges.

Design Requirements

Coil Bundle Single Split

Coil Working Pressure Preheat Psig Expansion Psig

Coil Corrosion Allowance O es o in.

Choke Required Mfg. Stand ard Other

Type Choke Adjustable Diaphragm

Pa

i

t Required Mfg. Standard Special (Specify)

Regulatory Requ ireme nts/Lim itations (suc h as, Stack H eight, Emissions, API RP 14C) (Specify)

Optional Requirements

Coil Connections langed

O

hreaded ther

Com panion F lange B olted On (CFBO) O es 0

o

Bore in.

Skid Mounted* Lift ing Lugs

*If so,

state how unit will be loaded, unloaded, and supported in normal operation

Insulation (Specify)

She ll L i ft ing Lugs O v e s

O

O

Intake Flam e Arrestor

Stack S park Arrestor

Stack R ain Shield

Fuel Gas Scrubber

Pilot Flame Failure Shutdown

Stack Flame Arrestor

Stack Dow n Draft Diverter

Stack Gas Sample Connection

Electric Spark Ignitor


Copyright 2004 -American Petroleum Institute. All rights ressived. I 23130

2K-2



--` ,` , ,` , , ,` ` ` ,` ` , , ,` `

` , , , ,-` -` , ,` , ,` ,` , ,` ---







--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






Handbook

Revision 01.01.04

Refer to pages 15 - 16 of API Spec 12 L

Purchase API Soec 1 2L online at www.globa1.ihs.com

API

Specification

12L

Appendix C


Vertical and Horizontal Emulsion Treaters

Treater Design Information


O

Yes No

Field Name and Location

Design Conditions

Oil

Rate bbls/hr Oil Gravrty "API

Oil viscosity

ssu

at "F

at "F

at "F

Pour Point "F

Water Rate bbls/hr Water Spe cific Gravity

Gas Rate scf/hr Gas Spec ific Gravity

Sand, Salt or Solids Present (Describe)

Gas/Oil Ratio (GOR) Average scf/b bl

Surging or Instantaneous

Flow

(Describe)

Foaming

or

Paraffin

(If

Present, Describe)

Recirculating Rate

(If

Any)

Percent H2S

%

Percent CO2

%

Production Temperature to Treater

"F

Estimated Treating Temperature (If K nown)

Operating Pressure Required Psig

Design Pressure (Normal is 50 psig)

Psig

Des ign Tem peratu re (OF) Max. Min.

Required BS&W of Outlet Oil

Fuel Supply Pressure Ps€

"F

%

Fuel Source High Heatin g Value (HHV) BTU/scf, BTU/lb.

Disposition of Effluent Water (Describe)

Firetube Minimum Thickness (If Greater than Standard)

Optional Requirements

Vertical

or

Horizontal (Preference)

Type Coale scing lectric ay Section lates

Skid Moun ted (Horizontal) O es o

Lifting Lugs Stack Flame Arrestor

Stack Down-Draft Diverter

Corrosion Allowance Pressure Parts Non-Pressure Parts

Firetube

(Continued

to

next page)

~~~ ~~ ~~ ~~ ~~~ ~ ~

Copynght

2004 Amencan Petroleum nstitu te. All rights

r e~e i v ed .

23130

12L-1








API Specification i 2 L :4th Edition, November

1994

Vertical and Horizon tal Emulsion Treaters

Handbook Revision

01.01.04

Refer to pages 15

-

16 o f API Spec 12L

Purchase API Spec 12 L online at www.globaI.ihs.com

Appendix C

Treater

üedgn

Information

Seal Welding Internal External

Flame Arrestor

Stack Gasflemperature Connection

Sample Cocks in Lieu of Gage Glass

Special Paint or C oating

Internal Firetube

External Stack

Fuel Gas Scrub ber

O

es

O

o

Internal Float Shutoff O v e s Cl NO

Valves and Controls Mfg. Standard

Others

Pilot Ign iter O v e s

O

O

Flame Detector/Shutdown O es

0

No

Interface Drains Sand Jets (Manu al/Auto) Sand Pan

Space/Height Limitations or Size Preference

Anode Connections O es O o

Q ~ Y

Size Type

Heat E fficiency Options

a. Burne r Stack Draft Controller

b. Flue Gas Economizer

c. Hea t Exchanger Type

d. Insulation (Specify)

e.

Turbolator

f. Others

Comments

12L-2

Copyright 2004 -American Petroleum nstitute.All rights

reserved.

I 23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API SDecification


Refer to pages

6

-

7

of API Spec 12P

Purchase API Spec 12 P online at www.global.ihs.com

12P


Fiberglass Reinforced Plastic Tanks

Data Sheet

1


Yes

No

General information

Com pany

Field

Estimate No.

Requisition No.

Contact

Cost Estima te Only I 1

Inquiry Date

SDecifications

API 12 P with API Monogram Yes O No

Number

of

Units Required

Diameter

Style of Top O C o n e Dome Flat

Style of Bottom O Cone lat

Type of Fluid

Specific Gravity


Maximum Operating Temperature

-

Testing Requireme nts Standard

Wind Load O

Yes

O

No

Snow Load

O

es No

Resin Temperature R ating O 150°F

Liner O Mil . W ei l

O Mil. Nexus

UV Protection O UV Inhibito r igme nting

O Painting

Tank Color O Natural

Fire Retardants O Yes No

Grounding Ground Rod O es

Carbon We i l O Yes

Downcomer Pipe O es o

No ule Location O Per Fig. 3.2 of API 12P

Nozzles Threaded Grooved

Manway 8 in. O 20 in.


Lease

Approximate Location

Inquiry No.

Phone

For Purchase I

Required Date

O

Standard API

Capacity

Height

O Other

O ther

O Mod ified API

Design Vacuum

u ther

M PH

PSF

O 170°F 190°F Plus

O Gelcoating

O Other

u ther

O

No Type

O No

Other

Type

O Modified"

O langed O Gusseted Flanges

O 22 in.

O 24

in. Quantity

Copyflght2004 -Amer ican Petmleum Institu te. All rights

reserved. 23130

12P-



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Specification

l 2 P :


Fiberglass Reinforced Plastic Tanks


Refer to pages 6

- 7

of API Spec 12P

Purchase API Spec 12 P online at www.global.ihs.com

Data Sheet 1

Walkway Brackets ainted Steel O Galvanized Steel

Lifting Lugs O Painted Steel

O

Galvanized Steel

Thief Hatch Mod el

Pressure

Piastic Trim O Yes

O

No

Pipe Support Brackets es O

No

Insulation O Yes

O

No

Heat Tracing es O No

Ladder

O

Yes O

No

Caged Ladder (OSHA) es

O No

Tie Down Lugs

O

Yes

No

Interior Top Seam Laminated es * O

No

Striker Plate O Yes No

Stairway Required a es O No

O Fiberglass

O

Painted Steel

iberglass O Painted Steel

ainted Steel

O

Galvanized Steel

alvanized ainted

Length ft in.

Width

ft in.

Walkway Req uired es

o

O

Galvanized Painted

Length

ft

in.

Width ft

in.

Nozzle Orientation Drawing O yes o

Walkway/Stairway/Ladder Drawing es

o

Enclosed

*Note:

Suggested

if

tank

is

to have a gas blan ket.

O

Fiberglass tainless Steel

Vacuum

Type

Quantity

Type

alvanized Steel

O Galvanized Steel

O Fiberglass tainless Steel

-270

Nozzles

a.

b.

C.

d.

e.

f .

O

180

I

90"

I

h Capacity

.

i. Dimensions: Diameter Height

12P-2 Copyright2004 -American PetroleumInstitute.All rights resewed. I 23130







API@Monoaram@ auiament

Handbook Revision

01.01.04

Refer to pages

73 - 75

of API Spec 14A

Purchas e API Saec 14A online at www.8lobal.ihs.com

API SDecification


2000

Specification for Sub surface

Safety Valve Eau iDment

IS0 10432:1999

- Petroleum and Natural Gas

Industries - Downhole Equipment - Subsurface

Safety Valve Equipment

Annex F (Informative)- Checklist o f

Suggested Ordering Information for

SSSV

Eaubment

API Monoearn@Reauired O Yes O No

Fi

General

When placing nquiries or orders for CSSV equipment

in

accordance

with this International Standard, the user/purchaser should

provide the following information to the supplier/manufacturer.

F2

Requirements (Applicable to al l

SSSV

TYP-)

a. Applicable specification(s), standards(s) and their edition(s)

b. Type of system (surfacecontrolled, subsurface controlled)

c. Type of SSSV (tubing-retrievable, WL-retrievable, coil-tubing-

retrievab le, TFL-retrievable, etc.)

d. Rated working pressure (maximum requ irement or application)

e. Rated working tempe rature (maximum requirement for

application)

f. Model name (if known)

g. Class of service (see 4.2.5 of this International Standard)

h. Size (see Annex A of this International Standard)

i.

Quantity of each piece of equipment

j.

Required delivery date(s)

k. Material requirements, such as

1. Specific corrosion/chemicaI-resistance characteristics

2. Specific

NDE

methods/techniques required by purchaser

I. Applicable quality system (if desired)

m. Setting depth (minimum required for application) and contro l

system para meters (supply pressure, supply iine(s) and

connec tion rating(s), etc.)

n. Minimu m internal diamete r

o. If applicable, maximum allowable pressure drop at maximum

flow rate through SCSSV

p. The requirement(s), f any, for holding the SCSSV open w ithout

the use of the primary operating source (temporary or

perman ent lock-open system)


q. The requirement(s), if any, for providing control fluid

communication from th e

SCSSV

to any other subsurface

device (e.g., a throug h-tubing retrieva ble backup valve)

r. If applicable, specific performance/accep tance criteria for

features spec ified but not previously verified

s.

Type and characteristics of control fluid to be used, if

applicable

F2.1

TR

-

SCSSVS

a. Type of tubular top and bo ttom connec tion(s) and the ma terial

and dimensions of the tubular products which are connected

to t he valve (these connections are not included in the

evaluation of combined loading)

b. The loading conditions, including combined loading (pressure,

tension/compression, torque) and the corresponding

temperature extremes anticipated to be applied to the valve

c. The receptac le profile(s) and sealing-bore dimension(s) and

location(s), if applicab le

d. Dime nsions of casing and tubing, including any requiremen t

for passage of lines (electrical/hydra uiic) between valve OD

and casing ID

F2.2

WR -

SCSSVS

a. The dimens ions of the connec tion between the valve and the

mechanism securing the valve in the tubing, or th e type and

make of mechanism securing the valve in the tubing

b. The required dimensions of and tolerances on the tubular

products in which the SCSSV is positioned when installed in

the well

c. The material of the mounting device interface to which the

valve is connected and th e tubular produc t(s) in which the

SCSSV is positioned when installed in the well

F2.3

sscsvs

a. Orifice size, if app licab le

b. Setting spring, if applicable

c. Number of spacers to be used, if applicable

d. Pressure charge, if app licab le


Copydght 2004-Ame ncan Petroleum InstiUte. A l l rights resewed. 23130

~

14A-1



--` ,

` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



American Petroleum

Institute


API Monogram@' quipment

API Specification

1 4 A :


Specification or Subsurface

Safety Equipment


Refer to pages 73 - 75 of API Spec

1 4 A

Purchase API Spec

1 4 A


IS0 10432:1999

-

Petroleum and Natural Gas Industries

-

Downhole Equipment -Subsurface Safety Valve Equipment

Annex

F

(Informative) - Checklist of Suggested Ordering

Information for SSSV Equipment

e.

If the details above are not known, describe the conditions

under which the valve will operate (flow conditions) and the

conditions under which the valve should close (see IS0 10417)

F3

Well and Production/lnjection Parameters

Include parameters such as:

a. The density, chemical/physical composition and condition of

the produced/injected fluid or its components, solids (e.g.,

sand, scale, etc.), liquid or gaseous, to which the SCSSV is

exposed during its full life cycle

b. The minimum, maximum and normal values of the production/

injection pressures, temperatures and expected flow rates

c. The dimensions and the material of the casing and tubing

d. The well trajectory, if

it

deviates more than

10"

from the

F4

Examples of Operations to be Allowed for

a. Well stimulation, including ts parameters, such as acidizing

vertical at the setting position of the

SCSSV

(give the composition of the acid), the pressure, the temperature,

the acid flow rate and the exposure time, as well

as

any other

chemicals used during he stimulation

b. Sand consolidation and fracturing, including sand/proppant

description, luid flow rate, proppant/fluid ratio or sand/fluid

ratio, chemical composition, pressure and temperature

c. Well-servicing activities through the safety valve: size, type

and configuration of other devices to be run through the

valve, if applicable

14A-2

Cowright2004

-American

Petroleum n stitute.All

rights resewed.

I 23130




--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---







Refer to pag es 4 - 6 of API Spec 14 L

Purch ase API Spec 1 4L online at ww w.global.ihs.com

API

S D e c i f i c a t i o n

1 4 L

st Edition, October

2002

Lock

Mandrels

and

Landing

Nipples

IS0 16070:2001 E)


O

Yes No

5

Functional Specification

5.1

General

The user/purchaser shall prepare a functional specification for

ordering products which conform with this International Standard

and specify the following requirements and operating conditions,

as applicable, and/or identify the suppIier's/manufacturer's

specific product. These requirem ents and operating conditions

may be conveyed by me ans of a dimensio nal drawing, data sheet

or other suitable docum entation.

5.2

Functional Characteristic sof

lock

Mandrels and

Landlng Nipples

The following functional c haracteris tics shall be spec ified, as

applicable, for lock m andrels and landing nipples:

a. Conveyance me thod

b. Locking mechanism

c. Nego

d. Selectivity

e. Sealing device

f. Dimensions

g.

Passage of lines (electrical and/or hydraulic) in the ann ulus

(for landing nipples only)

5.3

Well Parameters

The following well parameters shall be specified, as ap plicable,

for the lock mandrel and landing nipple:

a. Size, m a d , material and grade of the casing and tubing

b. Well depth and angle from the vertical to the installed

position

c. Casing and tubing architecture, deviations, and restriction s

through which the lock m andrel and/or landing nipple pass

d. Anticipated loading conditions which m ight be applied to the

lock mandrel and landing nipple

The term "weight" is commonly incorrectly

used

to mean mass, but this practice

is deDrecated.

5.4

Operational Parameters

The following operational parameters shall be specified, as

applicable, for the lock mandrel and landing nipple:

a. Acidizing, includ ing he acid composition , pressure, temp erature

velocity, exposure tim e and any other che mica ls used during

the s timulation

b. Fracturing, including proppant description, fracture fluid

velocity, proppant-tckfluid ratio

c. Sand conso lidation operation s

d. Type of well intervention including service equipm ent such as

electric line, slick line, braided line, coiled tubing, or snu bbing

equipment

5.5

Environmental Com patibl l l ty

The following shall be identified,

as

applicable, for the lock

mandrel and landing nipple to ensure environmental

compatibility:

a. Produc tion/injection fluid compos ition, mass, chem ical

and/or physical composition and the condition of the fluid

and/or its comp onents, being solid (e.g., sand prod uction,

scale, etc.), liquid and/or gaseous to which the lock ma ndrel

and landing nipple is exposed during its full life cycle

b. Both the m inimum and the maximum anticipated values of

the production/injection pressures, pressure differentials,

temperatures and flow rates

c. In cases where the user/purchaser has access to corrosion

property historical data and/or research which is applicable to

the functional specification, the user/purchaser should state

to th e manufacturer which material(s) has the ability to

perform

as

required within th e c orrosion environment

5.6

Compatib i li ty wi th the Related Wel l Equipment

5.6.1

lock

Mandrels

The following information shall be specified, as applicable, to

ensure the com patibility of the lock mandrel with the related wel

equipment:

a. Size and/or type of the lock mandre l required to position the

flow control equipment in the landing nipple

(Continued to ne xt page)

Copyright

2004

-American Petroleum Institute.All

rights

reserved.

I

23130

14L-



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



Amer i can Pe t ro l eum Ins t i t u te



API Specification

1 4 L

: 1s t E dition, October

2002

Locking Mandrels and Landing Nipples

Handb oo k Revisbon 01.01.04

Refer to pages

4 - 6

o f API Spec 14L

Purchase API Spec 1 4L online a t www.global.ihs.com

IS0 16070:2001

b. Landing nipple size, mod el and type into which the lock

mandrel is to b e installed

c. Size, type, material, configuration and interface dimensions of

the connec tion between the flow control equipment and the

lock mandrel

d. Size, type and configu ration of other prod ucts to b e used with

the lock mandrel

5.6.2

Landing Nipples

The following information shall be specified, as applicable, to

ensure the compa tibility of the landing nipples with

the related well equipment:

a. Top and bottom tubular connection(s), the material and

dimensions of the landing nipple which is connected to the

tubing

b. Internal receptacle profile(s), sealing bore dimen sion(s),

outside diameter, inside diameter and their respective

locations

c. Size, type and configura tion

of

lock mandrels

or

other

products to be used with th e landing nipple

5.7

Quality Control

The quality con trol gra de (¡.e., Q1, 42 or 43 s given in 7.4) shall

be specified by the user/purchaser.

5.8

Design Validation

The design va lidation grade (¡.e.,

V1,

V2

or

V3

as given in

6.5)

shall be specified by the user/purchaser. W hen requested by the

user/purchaser, an operating envelope for the lock mandrel and

sealing device validation grade V 1 shall be sup plied. An exam ple

of an operating envelope is shown in Annex

A.

14L-2 C omght 2004

-American

Petroleum

nstime. All tights

reserved.

I

23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





API@Monoeram@ auioment

Handbook Revision

01.01.04

Refer to pages 3, 19 and

25

of API Spec 15HR

Purchase API SDec 15HR online at www.global.ihs.com

API Specification

Section 4, Appendices E and H

3rd Edition, August 2001

High Pressure Fiberglass Line P ipe

Purchasing Guidelines, Purchaser

Inspection and Data Sheet


Yes

No

4


4.1

General

This section provides recommend ed guidelines for inquiry and

purchase of API Spec 15HR pipe or component. These guidelines

consist of data sheets to be completed by the purchaser.

4.1.1

Data Sheet

The data sheet is designed to p erform two func tions:

a. Assist the purc haser in the p rocurem ent of the proper pipe or

component

b. Assist the purch aser in communica ting the particular needs

and requirements, as well as information on the environment,

to the manufacturer for the use in designing and producing

pipe or component

4.1.2

Use

A copy of the data sheet should be completed as accurately as

possible.A copy of the data sheet should then be attached to the

purchase order

or

request for proposal.

Appendix H provides a format t o docum ent service conditions and

requirements for ordering high pressure fiberglass components.

4.2

Pressure Ratings

It is recommended that the pipe be purchased by pressure

rating. The API Stan dard Pressure Ratings are from 500 Ibf./in.2

gauge through 5,000 Ibf./in.2 gauge in 250 Ibf./in.2 gauge

increments. The user should purchase pipe suitable for the

specific service conditions.

4.3

Components

Components, other than pipe, should be ordered on the ba sis of

thread size and pressure rating.

Appendix E


E l

Inspection Notice

Where the inspector representing he purch aser desires to

inspect this pipe or witness these tests, reasonable notice shall

be given of the time at which the run is to be made.

E2

Plant Access

The inspector representing the purchaser shall have unrestricted

access at all times while work on th e contract of the purchaser is

being performed, to all parts of the m anufacture r’sworks which w ill

concern the manufacture of the pipe ordered. The manufacturer

shall afford the inspector all reasonable facilities to satisfy him

that the pipe is being manufactured in accordance with this

specification. All insp ections should be made at the place of

manufacture prior to s hipment, unless otherwise specified on the

purchase order, and shall be so conducted as not to interfere

unnecessarily with th e operation of the works.

E3

Compliance

The manufacturer is responsible or complying with ail of the

provisions of this specification. The purchaser may make any

investigation necessary to satisfy himself of c ompliance by the

manu facturer and may reject any material tha t does not comply

with th is s pecification.

E4

Rejection

Unless otherwise provided, material which shows defects on

inspection or subsequent to acceptance at the manufacturer’s

works, or which proves defective when properly applied in

service, may be rejected, and the manufacturer so notified. If

tests th at requ ire the destruction of material are made, any

product which is proven to have not met the requirements of the

specification sha ll be rejected. Disposition of rejected product

shall be a matter of agreement between the manufacturer and

the purchaser.

~~

Copyright

2ûû4 American Petroleum nst iu te. All

r ights

reserved. I 23130

15H

R -



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Specification I5HR : 3rd Edition, August 2001

High Pressure Fiberglass Line Pipe


Refer to pages 3,19 and

25

of API Spec 15H R

Purchase API Spec 15 HR online a t www.global.ihs.com

Section 4, Appendices E and

H

Purchasing Guídelines, Purchaser Inspection and

Data Sheet

Project(s) and Location(s)


Test Pressure

Tempe rature Ranges Anticipated

Minimum Ambient Temperature

Maximum Fluid Temperature

Anticipated Composition of Fluids

CO2 PPm

H2S PPm

Hydrocarbon Analysis (Gas, Oil)

Salt W ater %

Other

Anticipated Future Operations which w ould A ffect Pressure, Temperature, or Fluid Content (e.g., Hot-Oiling)

Future Operating Parameters

Will Inhibitors be Used O v e s O O If Yes, what Type

Anticipated Flow Rates

BPD Oii/Condensate

MCF/D Gas

BPD Sa lt Water

Will Erosion be a Concern Yes

No

Cause

Operator or Third-party Witness es

Delivery Requirements

Special Shipping, Pac king and S torage Instructions

No

Technical Contact in Buyer's Organization

Phone

15HR-2

Copyright 2004 -American Petroleum Institute.All rights EseNed. I 23130








API SDec ification

Handbook Revision

01.01.04

Refer to page 3 of API Spec 15 LE

Purchase API Spec 1 5LE online a t www.global.ihs.com

15LE

rd Edition, April

1995

Polyethylene (PE) Line P ipe

Section 4



No

4


4.1

General

This section provides recommende d guidelines for inquiry

and purchase of API Spec 15LE pipe or fittings as follows:

Specification

API Spec 15LE

Type

Polyethylene

6.2

Quantity Feet

or

Pieces

Nominal Size

Table

3

SDR

Table

3

Leng th Par. 5.2.2

Delivery Date and

As

Requested


Fittings Tables

4

and

5

Copyight

2004.

American Petroleum

Institute.

All

rights reserved.

I

23130

15LE-



--` ,` , ,` , , ,` ` `

,̀ ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---






Handbook Revision

01.01.04

Refer to pages

1

nd

25

of API Spec 15LR

Purchase API Spec 15LR on line a t www.global.ihs.com

API SDecification

15LR

th Edition, August 2001

Low Pressure Fiberglass Line Pipe

Section 1.3 and Appendix H

Suggestions for Ordering API Low Pressure

Fiberglass Line Pipe and Fittings and

Purchaser inspection


Yes No

1.3

Suggestions for Orderin g API

l o w

Pressure Fiberglass

Line Pipe and Fitt ings

1.3.1

In placing orders for line pipe to b e manufactured i n accordance

with API Spec 15LR, the purcha ser may specify the following o n

the purchase order:

Specification API Spec 15LR

Quantity

Pressure Ratin g Par.

1.1

Process of Man ufacture Par.

3.1

Resin System Par.

3.2

Nominal Size or Outside Diameter

Len gth Par. 7.1.2

Pipe Ends Par.

8.1

Delivery Date and


1.3.2

Attention is called to th e following paragraphs which may requ ire

agreement between the purchaser and the manufacturer:

Service Factors Par

5.4

Disposition of Rejected Product

1.3.3


requirements concerning the following stipulations which are


Degree of Cure Par.

4.4

Physical Prope rties Par.

5.1

Static Pressure Ratin g Par. 5.5.2

Pipe Drawing s Par.

8.2

Purchase r Inspec tion Par.

8.6

Tables

1

nd

2

App endix H, Par. H.4

Appendix H


H1

Inspection Notice

Where the inspector representing h e purchase r desires to

inspect this product or witness these tests, reasonable notice

shall be given of the tim e a t which the run is to be made.

H2

Plant Access

The inspector representing the purchaser shall have unrestricted

access at all times while work on co ntract of the p urchaser is

being performed, to all pa rts of the man ufacturer's plant which

will concern the manufacture of the product ordered. The

manufacturer shall afford the inspector all reasonable facilities to

satisfy him that the product is being manufactured in accordance

with this specification. All inspections should be made at the

place of man ufacture prior to shipmen t, unless otherwise

specified on the purchase order, and sha ll be so conducted as

not to interfere unnecessarily with th e operation of th e works.

H3

Compliance

The man ufacturer is responsible for complying with all of the

provisions of this specification. The pu rchaser may make any

investigation necessary to satisfy himself of comp liance by the

manufacturer and may reject any material that does no t comply

with this sp ecification.

H4

Rejection

Unless otherwise provided, material which shows de fects on

inspection or subsequen t to acceptance a t the manufacturer's

works, or which proves defective when properly applied in

service, may be rejected, and the manufacturer

so

notified. If

tests tha t require the d estruction of m aterial are made, any

product which is proven to have not m et the requirements of the

specification shall b e rejected. Disposition of rejected product

shall be a matter of agreement between the m anufacture and

the purchaser.

Copyright

2004

-American Petroleum nstitute.

All

rights

reserved.

I

23130

15LR-



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,

` , ,` ---





- - ` ,

` , ,

` , , ,

` ` ` ,

` ` , , ,

` `

` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -






Handbook Revision

01.01.04

Refer to page

5

of API Spec 15LT

Purch ase API Spec 15LT online at www.global.ihs.com

API SDecification

15LT

st

Edition, January 1993

PVC Lined Steel Tubular Goods

Suggestions for Ordering API PVC Lined

Steel Line Pipe


Yes No

In placing orders for PVC Lined Steel Line Pipe o be m anufac tured

in accord ance with API Spec 15LT, the purchaser should specify

the following on th e purchase order:

Spec ifications API Spec 15LT

Quantity

Steel Pipe Grade or Class

Tables 3.1and 4.1

New Steel Pipe Furnished

by Purchaser

Used Steel Pipe Furnished

by Purchaser

New Steel Pipe Furnished

by Manufacturer

Process of Pipe Manufa cture

Size Nominal

Weight per Foot or Wall Thickness

Length

Inspec tion of P ipe by Purchaser

Table 2.1

Section

8

Fittings Par. 7.2

PVC Line r Class Par.

4.1

Size Nom inal Table 5.2

SDR

or

Wall Thickness

End Protection Section

6

Par 5.1.g

Tables 5.1and 5.2

Rejec tion of PVC Liner

Delivery Date and



Attention is called to the following stipulations which are subject


Hydros tatic Tests and Frequency Par. 3.2.a

End Protection Section

6

Inspection Section 8


Rejection of Steel Tubular

Acceptance Appendix

E

Testing Section 5

Special

Note: Nothing

in this

specification should be nterpreted

as indicating

a

preference by the Comm ittee for any ma terial or

process or as indicating equality between the various m aterials

or processes. In the selection o f materials an d processes, the

purchaser must b e guided by the experience an d by the service

for which the PVC lined steel pipe

is

intended.

Section 9 and Appendix B

Par. 3.2.h

Copyright

2004 -American

Petroleum

Institute. All rights resewed. I 23130

15LT



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





`

`

`

` ` `

` `

` ` `

`

`

`

`

`

`



Amer ican Petro leum Inst i t u te



API Specification

Handbook Revision

01.01.04

Refer to pag e 63 of API Spec 16A

Purch ase API Spec 1 6 A online a t www.global.ihs.com

Appendix F

2nd Edition, December 1997

Drill-Through Equipm ent



Yes

No

This appendix provides recommended guidelines for inquiry and

purch ase of API Spec 16A equipment.

F1

Blowout Preventers and Drill ing Spools

F1.l

Size Designation

The size designation consists of the vertical hrough bore dimension.

A list of standa rd sizes is inc luded in Table 1 f this specification.

F1.2

Service Conditions

F1.2.1


The rated working pressure is determined by the lowest pressure

rating of all integral end

or

outlet connections. Rated working

pressures for API Spec 16A equipment are given in

4.2.1.

F1.2.2

Temperature Ratlng

Minimum temperature is the lowest ambient temperature to

which the equipment m ay be subjected. Maximum temperature

is the highest temperature of th e fluid w hich may flow through

the equipment.

F1.2.2.1

Metall lc Materials

Metallic parts will be designed to operate in

1

f

3

temperature

ratings, which sho uld be des ignated by the purchaser. These

ratings can be found in Table 2.

F1.2.2.2

Wellbore Elastom eric Materials

The purchaser should provide the temperature range for which

wellbore elastomeric materials m ust operate. These ratings can

be found in 8.3.4.2.

F1.2.2.3

All Other Elastom eric Seals

The purchaser should provide the tem perature range for which all

other elastom eric materials mu st Operate.

F1.3

Outlet Connections

The purchaser should determine th e num ber, location, size,

pressure, and temperature ratings for all outlet connections.

It

should be noted that the pressure rating for the BOP or drilling

spool is determined by the lowest pressure rating of a ll end

or

outlet connections.

F1.4

Equipment Details/Data Book

Supply of a data book shall require a request by the purchaser

and shall c ontain the following information:

a. Purchase order number/sales ord er number

b. Product identification, type, part number, serial numbe r

c. Date of completion and inspection

d. Assembly drawings, actual overall package dimensions,

pressure rating, end conn ection/outlet description, weight,

center of gravity, material where used list

e. M anufactu rer's statem ent of compliance to current edition

of API Spec 16A

f. Material certificates

g

Welding procedure qualification

h. NDEreports

i. Pressure test repo rts

Copyright 2004 -American Petroleum nstitute.All rights res?Ned. I 23130

16A-



- - ` ,

` , ,

` , , ,

` ` ` ,

` ` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -





--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



Amer ican Petro leum Inst i tu te



Handbook Revision

01.01.04

Refer to pages

50

and 14

- 16

of

API

Spec 16C

Purcha se API Spec

1 6 C


API Specification

Sections 10.2 and 3

16C

1 s t E d i t h , January 1993


Purchasing Guidelines and

Design Requirements

API Monogram@Rewired

Oyes

O N o

10.2


This appendix provides recomm ended guidelines for inquiry and

purchase of API Choke and Kill Systems Equipment. The purchas er

should provide rated working pressure, temperature ratings and

size designation, when placing an order or ma king an inquiry.

10.2.1

Slze Deslgnation

The size designation consists of the nominal through bore

dimension. A list of standard sizes is found in Section

3

of this

specification.

10.2.2


The rated working pressure is determine d by the lowest rated

working pressure of the com ponent or assembly, including

integral end or outlet connections. Standard rated working

pressures are listed in Section 3.

10.2.3

Temperature Rating

The minimum temperature rating is based on the lowest ambient

temperature to which the equipment may be subjected during

operation. The m aximum temperature rating is the highest

temperature of the fluid w hich may flow through the equipment.

10.2.3.1

Metal l ic Mater ia ls

Metallic equipment should be designed to operate in one of the

temperature ratings listed in Section

3.

10.2.3.2

Non-Metallic Materlals

Non-metallic equipment an d components, including seals, s hould

be designed to operate in one of th e temperature ranges listed in

Section

3.

Section 3

Design Requirements

3.1

Design Method

Design method shall be in accordance with one or m ore of the

following criteria.

3.1.1

ASME Method

The design methodology as described in the ASME Boiler and

Pressure Vessel Code, Section

VIII,

Division

2,

Appendix 4, shall


be used for design calculations . Design allowable stresses shall

be limited by the follow ing criteria:

Sm

=

2/3 Cy and St =

0.9

Sy

where

Sm = design stress intensity at rated working pressure

Sy =

material minimum specified yield strength

S,

=

maximum allowable primary m embrane stress intensity

at hydrostatic test pressure.

3.1.2

Distortion Energy Theory Metho d

The Distortion Energy metho d shall be used for design

calculations for unions. The m inimum pressure design thickness

shall be calculated by combining triaxial stresses based on the

distortion energy method, using either one o f the limits below.

Secondary stresses and stress concentrations are beyond the

scope of this method.

1.

The rated working pressure

Se

= 2/3

Sy

Se

=

von M ises equivalent stress

2. The hydrostatic test pre ssure imited by the following

criterion:

S e = %

3.1.3

Experiment al Stress Analysis

Expe rimental Stress Analysis as described in ASME Boiler and

Pressure Vessel Code, S ection

VIII,

Division

2,

Appendix 6, shall

be used.

3.1.4

Proof Test Analysis

Proof testing as d escribe d in ASME Bo iler and Pressure Vessel

Code, Section VIII, Division 1,Part UG-101, shall be used.

3.2

Performance Requirements

Performance requirements are specific and unique to the produc

in the as-shipped condition. Products shall be designed to perform

according o the requirements of this section and in the pressure

tempe rature ranges, test fluids, and in accorda nce with Section

4

Copyright

2004

American Petmleurn

Institute.All tights resewed. I 23130

16G



--` ,` , ,` , , ,` ` ` ,`

` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---






API Specification

16C I s t

Edition, January 1993



Refer to pages 50 nd 14 16 of API Spec 16C

Purchase API Spec

16C

nline a t www .global.ihs.com

Sections 10.2 and 3

Purchasing Guidelines and Design Requirements

3.2.1

Pressure Integrity

Products shall be capable of withstanding rated working pressure

at rated temperature without deformation to the extent that any

other performance requirement is not met.

3.2.2

Thermal Integr i ty

Products and/or systems shall be capable of functioning

throughout the temperature range of which they are rated.

3.2.3

Leakage

No

visible leakage is allowed.

3.2.4

Load Capabil i ty

Products shall be capable of sustaining rated loads without

deformation to the extent that any other performance

requirement is not m et.

3.2.5

cycles

Products shall be ca pable of performing and operating as

intended for the number of operating cycles spec ified in Section

9

for applicable products.

3.2.6

Operating Force or Torque

The force or torque required to operate produc ts shall be within

the manufacturer’s written s pecification, which includes

acceptance criteria.

3.3

Performance Verification

The performance verification procedures are imposed on designs

of new products and on designs resulting from changes.

Verification testing spec ified in this section is intended to be

performed on line samp les representative of production models.

3.3.1

Performance Verification Requirements

Performance verification requirements are set forth in Section 9.

3.3.2

Product Changes

A design that undergoes a substantive change becomes a new

design requiring performance verification.A substantive change

is a change identified by the m anufacturer which affects th e

performance of the product in the intended service condition.

This includes changes in fit, form, function

or

material.

3.4

Bore sizes and Rat ed Workin g Pressure

The bore size and rated working pressure designation of a choke

and k ill system and the components shall consist of the values

delineated

in

Table 3.4.1, quipment Bore Sizes and Rated

Wo rking Pressure, Table 3.4.2 nd Table 3.4.3.

Table 3.4.1

-

Equipm ent Bore Sizes and Rated Working Pressure

Size Rated Working Pressure

(minimum through bore) psi (MPa)

in. (mm)

2000 (13.8)

5000 (34.5)

10,000 69.0)

15,000 103.5)

1

%

(46) 20,000 138)

2 6 (52)

2 6 (65)

3

6

(78)

4 6

(103)

Note: Specific size an d pressure rating combinations are no t

necessarily available for each type o f end or outlet connec tion

(e.g., flange, hub an d threaded).

16G2

Copyright

2004

American Petroleum

nstitute.

All rights

resewed. I 23130



`

`

`

` ` `

` `

` ` `

` `

`

`

`

`






API Specification 16C : 1st Edition, January 1993



Refer to pages 50 and 14 - 16 of API Spec 16C

Purchase API Spec 16C online at www.global.ihs.com

Sections 10.2 and 3

Purchasing Guidelines and Design Requirements

Table 3.4.2

-

Union, Swivel Joint an d Articulated Line Sizes and

Rated Working Pressures

Nominal Size Rated Work ing Pressure

in. (mm) psi (MPa)

2 (50.8) 3,000 (20.7)

3 (76.2)

4 (101.6)

l(25.4)

1 38.1)

2 (50.8)

3 (76.2)

4 (101.6)

5,000 (34.5)

l(25.4) 10,000 (69.0)

2 (50.8)

3 (76.2)

4 (101.6)

2

(50.8)

2

Y

63.5)

3 (76.2)

15,000 (103.5)

2 (50.8)

2

Y

63.5)

3 (76.2)

20,000 (138)

Table 3.4.3 - Flexible Line Sizes and Rated Working Pressures

ID


in. (mm) psi (MPa)

2 (50.8)

3 (76.2)

3 Y 88.9)

4 (101.6)

5,000 (34.5)

2 (50.8) 10,000 (69.0)

2 Y 63.5)

3 (76.2)

4 (101.6)

2 (50.8) 15,000 (103.5)

2

Y

63.5)

3 (76.2)

2 (50.8) 20,000 (138)

2 Y(63.5)

3 (76.2)

Copyright 2004 -American Petroleum Institute. All rights ressived I23130

16G3



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---







API"

Monogram" EauiDment

I l

8th

I

16th

I

32nd

I

64th

I

0.000

33/64 I 0.516

17/32 I 0.531


Refer to pages 50 and 14 16 of API Spec 16C

Purchase

API

Soec

16C online at www.global.ihs.com

0.00

0.52

0.53

API Specification16C

:

Is t Edition, January 1993

Choke and

Kil l Systems

I ~

35/64

I 37/64

I

9/16

Sections 10.2 and 3

Purchasing Guidelines and DesignRequirements

0.547 0.55

0.562 0.56

0.578 0.58

Table 3.8 -

Fraction to Decimal Conversion

I

21/32

I 43/64

1 11/16

I l

8th

I

16th

I

32nd

I

64th

I

0.000

I

0.00

0.656 0.66

0.672 0.67

0.688 0.69

1/16

__

I

5/32

11/64

I

3/16

I

9/64

I

0.141

I

0.14

0.156 0.16

0.172 0.17

0.188 0.19

~

7/32

I 15/64

I1/4

I

13/64

I

0.203

I

0.20

I

0.219 0.22

0.234 0.23

0.250 0.25

I 47/64

I 49/64

b/4

I

25/32

I

17/64 I 0.266

I

0.27

I

0.734 0.73

0.750 0.75

0.766 0.77

0.781 0.78

9/32

19/64

I 5/16

I

I 21/64 I 0.328

0.33

I 11/32 I 0.344 0.34

0.281 0.28

0.297 0.30

0.312 0.31

I 51/64

I

53/64

13/16

I

13/32

I

0.406

I

0.41

I

0.797 0.80

0.812 0.81

0.828 0.83

l

I 55/64

I 57/64

I 7/8

I 15/32

I

0.469

I

0.47

I

0.859 0.86

0.875 0.88

0.891 0.89

I 31/64 I 0.484 I

0.48

11/2 I 0.500 I 0.50

1 3/64

I

25/64

~

3/8

(Continued

to

next column)

0.359 0.36

0.375 0.38

0.391 0.39

I

I 59/64

I

61/64

15/16

0.922 0.92

0.938 0.94

0.953 0.95

19/32

0.625

I

27/64

I 29/64

I

7/16

0.422 0.42

0.438 0.44

0.453 0.45

I

45/64

I

0.703

0.70

23/32

I

0.719

I

0.72

I 27/32

I

0.844

I

0.84

I

29/32 I 0.906 I 0.91

I

31/32 0.969

I

0.97

I 63/64 I 0.984 0.98

11

I

1.000

I

0.100

Copyright

2004

-American Petroleum nstitute. All righîs reserved. I23130

16G







--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---



American Petroleum Inst itut e


API" Monogram" Eauipment


Refer to pages 38

- 43

of API Spec 16D

Purcha se API Spec 16 D online at www.global.ihs.com

API

SDecification

16D

1s t Edition, March 1993

Control Systems for Drilling Well

Co n t ol

Eu

u

D

men

Appendices

1

nd

2

Control

API Monogram@Required Yes N O

Appendix i

Control System Operating and InteHace Requirements

for

Surface BOPStack

RegulatoryAgency Compliance Required

Regulatory Agency@) MS

O EN

BOP Stack Size

BOP Stack Rams

Valves

Annular BOP Quan tity

Manufacturer

RAM BOP'S. Quantity

RAM Locks O es O o

Closing Ratio

Shear RAM Opera ting Pressure Size

Pipe to Shear

Manufacturer

Choke Vaive(s) Required

Operating Pressure (Against Working Pressure)

Manufacturer

Kill Valve($ Quan tity

Manufacturer

Hydraulic Pump Systems

Electric Powered Quan tity

AIR

Powered Quantity

Remote Pane@) Quan tity

O v e s O O

PD Other

Work ing Pressure

Annulars Valves

Failsafe Open Failsafe Close

Size Working Pressure

Model


Type

Type Grade


O

Open

O

Ciose

Model


Model



Area Classification

Location of Choke Connection(s)

(To

Show on Panel Graphic)

Location of Kill Connec tion(s) (To Show on Panel Graphic)

copyright 2004 -Am erican Petroleum nstitute. All

rights reseived.

I 23130

16D









API@'Monogram@' quipment

API Spec ification 16D : 1st E dition, March

1993

Control Systems for Drilling Well Control Equipme nt

Handbook Revision

01.01.04

Refer to pages 3 8

-

43 of API Spec 16 D

Purchase

API

Spec 16 D online a t www.global.ihs.com

Appendices 1 nd 2

Control

Appendix

2

Control System Operating and Interface Requirements

Subsea BOPStack

RegulatoryAgency Compl iance Required O v e s

O O

RegulatoryAgency(s)

O

MS EN PD Othe r

Control S ystem Type O ydrau lic H UX

Maximum Water Depth

Hydra u1 c Operat ing Pressure

BOP Stack Size Wo rking Pressure

RAM BOP'S Annula r BOPs Failsafe Valves

vaives are

O SO

FSC

O

A0 AC

Subsea Um bilicals

Manu facturer Mod el Length

Subsea H ydraulic Supply Lines

Umbilical Hose Quan tity Size Working pressure

Supply Hose Quan tity Size Working pressure

Rigid Conduit Quan tity Size Working pressure

Annular BOP(s) Quan tity Size Working pressure

Manufacturer Model

RAM

BOPs

Quan tity Size Working pressure

RAM Locks O es .

o

Type

Closing Ratio

Manufacturer Model

Riser Connector Size Work ing Pressure

Manufacturer

Model

Wellhead Connector Size Work ing Pressure

Manufacturer

Model

Choke Vaive(s) Qua ntity Size Working pressure

Manufacturer Model

Choke Outlet Location(s)

(Continued to nextpage)

copyright

2004 -American

Peîroleum

nstitute.

A l l rights

reseNed.

I

23130

1 6 D








Handbook Revision

01.01.04

Refer to pages

38 43

f API Spec 16D

Purchase API Spec 1 6D online at www .global.ihs.com

API Specification

16D :

s t Edition, March

1993

Control Systems for Drilling Well C ontrol Equipment

Appendices

1

nd

2

Control

Kill Vaive(s) Qu antity Size Work ing pressu re

Manufacturer Model

Kill Outlet Location(s)

LMRP Accumulators Quantity Size Working pressure Banks

BOP Accumulators Quantity Size Working pressure Banks

Hydraulic Pump Systems

Electric Powered Quantity Size Working pressure

Air Powered Quantity Size Working pressure

Remote Panels

Hazardous Location Quantity Area Classification

Safe Location Quantity

Subsea Stack Hydraulic Control System Control Function List

(Select as Applicable)

No.

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

19.

20.

21.

Control Function

POD Sele ct

Upp er Ann ular BOP

Lower Annu lar BOP

Riser Connector

Riser Connector Secondary

Upper Pipe Dreams

Shear RAMS

High P ressure Shear RAMS

Upper Middle Pipe RAMS

Lower Middle Pipe RAMS

Bottom Pipe RAMS

Wellhead Connector

Wellhead C onnector Seconda ry

POD Latch

Blue H ydraulic Stabs

Yellow Hydraulic Stabs

Choke and Kill Stabs

Annular BOP Outer Choke

Annular BOP Inner Choke

LMRP Choke an d K ill Test Valve

Upper Outer Choke

Blue

Open

Open

Unlock

Unlock

Open

Open

Close

Open

Open

Open

Unlock

Unlock

Latch

Extend

Extend

Extend

Open

Open

Close

Open


Yellow

Close

Close

Lock

Vent

Close

Close

Close

Close

Close

Lock

Vent

Unlatch

Retract

Retract

Retract

Close

Close

Open

Close

Pos

3

3

3

3

2

3

3

1

3

3

3

3

2

2

3

3 .

3

2

2

2

2

16D4

Copyright 2004 -American Petroleum nstitute.All rights reS?Ned. I 23130



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





APP MonogramQEquipment

API Specification 16D : I s t Edition, March

1993

Handbook Revision

01.01.04

Refer to pages

38 -

43 of API Spec 16D

Purchase API Spec 1 6D on line a t www.global.ihs.com

Appendices1 nd 2

ContrOl

ontrol Systems for Drilling Well Co ntrol Equipment

~~

Subsea Stack Hydraulic Control SystemControl Function List (continued)


No.

22.

23.

24.

25.

26.

27

28.

29.

30.

31.

32.

33.

34.

35.

36.

37.

38.

39.

40.

41.

42.

43.

44.

Control Funct ion

Upper Inner Choke Open

Lower Outer Choke Open

Lower Inner Choke Open

Upper Outer Kill Open

Upper Inner Kill Open

Lower Outer Kill Open

Lower Inner Kill Open

Shear RAMS Wedgelocks Lock

Upper RAMS Wedgelocks Lock

Upper Midd le RAMS Wedgelocks Lock

Lower Midd le RAMS Wedgelocks Lock

Bottom RAMS Wedgelocks

Blue Supply Pilot Check

Yellow Supply Pilot Check

LMRP Accum Isolator

Lower Stack Accum Isolator

LMRP Failsafe Supply

Lower Stack F ailsafe Supply

Acoustic Accum Isolator

Subsea Mainfold Regulator

Failsafe Assist Regulator

Upper Annular BOP R egulator

Lower Annular BOP Regulator

Lock

Vent

Vent

Open

Open

Open

Open

Open

Increase

Increase

Increase

Increase

Close

Close

Close

Close

Close

Close

Close

Unlock

Unlock

Unlock

Unlock

Unlock

Check

Check

Close

Close

Close

Close

Close

Decrease

Decrease

Decrease

Decrease

Pos

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

2

Hose

Reel “Uve” Funct ions

Acoust ic Funct ions

1.

2.

Copyright 2004 -American Petmleum Institute. All rights reserved. I 23130

16D





American Petroleum

Institute



API Specification

1 6 D

: 1st Edition, March 1993

Control Systems for D rilling Well Control Equipment

Handbook Revision

01.01.04

Refer to pages 38

- 43 of

API Spec 16D

Purchase API Spec 16 D online at www.global.ihs.com

Appendices

1

nd

2

Control

Subsea Stack Hydrauli c

Control

System Readback Function

List


No.

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

Redback Function

Surface Accum ulator Supply Pressure

Surface P ilot Supply Pressure

Rig Air Supply Pressure

Subsea Manifold Regulator Pilot PressUre

Subsea Ma nifold Regulated Pressure

Failsafe Assist Regulator Pilot Pressure

Failsafe Assist Regulated Pressure

Upper Annular BOP Regulator Pilot Pressure

Upper Annular BOP Regulated Pressure

Lower Annular BOP Regulator Pilot Pressure

Lower Annular BOP Regulated Pressure

Required

Surface Diverter Hydraulic Control System Control Function

List


No.

1.

2.

3.

4.

5.

6.

7.

8.

9.

I O .

11.

12.

13.

14.

15.

Control Function

Diverter Unit

Flow Selector

Diverter Lockdown

Vent Valve

Port Overboard Valve

Starboard Overboard Valve

Flow line Valve

Insert Packer Lockdown Dogs

Flowline Seal

Filling Line Valve

Ball Joint Pressure

Overshop Packer

Trip Tank

Support Ring

Open

Port

Latch

Open

Open

Open

Open

Latch

Energize

Open

Energize

Open

Open

Close

Starboard

Unlatch

Close

Close

Close

Close

Un atch

Vent

Close

Range

Vent

Close

Close

Other (Specify)

Note which functions (if any) are to be interconnected for sequencing.

16D6

copyright

2004

-American

Petroleum

Institute.

Ail

rights resewed. I23130



- - ` ,

` , ,

` , , ,

` ` ` ,

` ` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -






Handbook Revision

01.01.04

Refer to page

93 of

API Spec 1 7D

Purchase API Spec 1 7D on line at w ww.global.ihs.com

API SDecification

17D

Appendix A

1 s t Edition, October

1992

Subsea Wellhead and Christmas Tree Eq uipment


~ ~

~.


A l

General

This appen dix provides recommended guidelines for inquiry a nd

purcha se of API Spec 17D equipm ent.

A2

Typical Wellhead and

Tree

Configurations

Examples of typical wellhead and tree configurations are shown

in Figures 102 .1 hrough 102.5.

A 3

Product Specification Levels

Product specification levels are defined in Section

103

of this

specification.

Product specification levels apply to all p ressure containing and

pressure controlling parts

Determining of the production specification level is the

respon sibility of the purchaser. PSL

3

equipment is

recommended for sour service with working pressures above

5,000 psi, and for non-sour service with working pressures above

10,000 psi.

A4

Materials Class Rating

Materials Class R ating shall be determined per Appendix A o f API

Spec

6A,

using the following Table A I n place of Table

A I

f

Section A7 of Appendix

A of

API Spec

6A.

Table 3-5.2.1 -

Temperature Ra ting for M etallic and Nonmetallic Ma terials and Flexible Lines

Retained Fluids Retained Fluid (psia) (MPa) Class*

Relative Corrosivity of Partial Pressure of CO2 Recommen ded Materials


<7 (0.05)

General Service Slightly Corrosive 7 to

30

(0.05 to 0.21)

General Service Moderately to Highly Corrosive

>30 (0.21)


<7 (0.05)

Sour Service Slightly Corrosive

7 to 30 (0.05 to 0.21)

Sour Service Moderately to Highly Corrosive >30

(0.21)

Sour Service Very Corrosive

>30 (0.21)

AA

BB

cc

DD

EE

FF

HH

*Note:

As defined

in

Table

302.3 o f

API Spec 6A.

copyright 2004 -American Petroleum nst itute. All rights

resewed.

I

23130

17D-1




--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---





- - ` ,

` , ,

` , , ,

` ` ` ,

` ` , , ,

` ` ` , , , , - ` - ` , ,

` , ,

` ,

` , ,

` - - -





API" Monolzram" Eauioment


Refer to p ages 35 - 36 of API Spec 17E

Purchase API Soec 17 E online at ww w.nlobal.ihs.com

API Spe cification

17E

nd Edition, March 1998

Subsea Production Control Um bilicals

Appendix A

Information to be Provided within a

Purchaser or Functional Specifi cation


LI

Yes

No

A l

This Append ix provides guidelines for informatio n to be provided

within a Purchaser/Functional Specification for an umbilical

system, which references this API Specification as the d etailed

standard for the design, manufacture and test of the umbilical to

be incorporated

in

the umbilical system. These guidelines, set

out below, are not intended to be mandatory, but are intended as

a convenient reference such tha t the umbilical Manufacturer is

provided with su fficient information to ensure the umbilical is

correctly designed for its intended functionality.

Introduction

Note:

Functional requirements n ot specifically required by the

Purchaser/User which m ay affec t the design, m aterials,

manufacturing, testing, installation deployme nt and operation of

the umbilical/umbilical system shall be specified by the

Manufacturer

in

the M anufacturer's written specification.

The Purchaser/User shall specify project specific design

requirements and considerations within a Purchaseror Functional

Specification, which shall b e based on the following:

A2

Information

To

Be Provided

A2.1

Scope

of

Development

The Manufacturer should be aware of the scope of the

development or which the um bilical system is intended and

where it is incorporated as part of the development. This should

be provided by m eans of n arrative description and schem atic

arrangement drawings. Additionally, the Manufacturer sh ould

also be aware of the proposed installation sequence and method

by which the umbilical system will be installed.

A2.2

Scope

of

Supply

The scope of supply in respect of the umbilical system should b e

clearly defined, including but n ot limited to the following:

a. Number

off

and lengths, including spare lengths, of each

b. Type of termina tions/anc illary eq uipme nt required, including

umbilical design

repair oint kits, buoyancy attachments, etc.

A2.3

Applicable Codes, Standards and Regulations

Other applicable Codes, Standards and Regulations that will

apply to the design, manufacture and test of the umbilical/

umbilical system or could have an influence should be clearly

defined. This should cover National, Intern ational and Purchaser/

User Specifications. Additionally, any Purchaser/User requirement

amendm ents to this API Specification should be c learly stated.

A2.4

Operating Environment

The relevant operating environment applicable to the design,

installation and operation of the umbilical and the umbilical

system should be clearly defined. This should address the

following:

Location: Geographical data for the installation location.

Water Depth: Design water depth, va riations over pipe location

and tidal variations.

Seawater Data: Minimum and maximum temperatures.

Air Temperature: Minimum and maximum during storage,

installation and operation. (Storage/operation including localize

areas where extreme temperatur es are to be experienced, [e.g.,

FPS turret with th e umbilical adjacent to high temperature

flowlines]).

Surviv al Conditions:

Conditions which the umbilical may

experience as a result of non-planned activities, (extended perio

for the umbilical suspended from th e installation vessel as a

result of a breakdown within the installation spread, loss of FPS

moo ring chain resulting in a mod ified vessel offset, etc.), w hich

should b e catered for w ithin the umbilical system.

Sea-bed Conditions : Description, friction coefficients, seabed

scour, san d waves and variation s along umbilical route.

Marin e Growth:

Maximu m values and variations along length.

ice:

Maximum ice accumulation,

or

drifting icebergs and ice floe

Current Data:

As a function o f water depth, direction and return

period, and including the known effects of local current

phenomena.

Wind Data:

Direction, speeds, frequencies.

Wave Data:

Significa nt and m aximum waves, associated period

wave spectra as a function of direction and return period.

Further environmental data will be required to carry out

installation a nd se rvice analysis.

A2.5

Specif ic Purchaser Requirem ents

The following req uirements spec ific to the Purchaser/User field

development requireme nts should be clearly defined.

~

Copyright 2004

- Amencan Petro leum Insütute. All nghis reserved. I

23130

17E



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---




PurchasingGuidelines Handbook



Refer to pages

35 -

36 of API Spec 17E

Purch ase API Spec 17E onlin e a t www.global.ihs.com

API Specification

17E

: 2nd Edition, March 1998

Wellhead Ch ristmas Tree Equ ipment

Appendix

A

Information to be Provided within a

Purchaser or Functional Specification

A2.5.1

Design Life

The intended design life and no t the required Manufac turer’s

mechanical warranty (guarantee), shall b e stated.

A2.5.2

Umbil ical Length

The required umbilical length for each um bilical system including

manufacturing tolerance shall be stated.

Note:

Installation considerations normally dictate the negative

length tolerance shall be zero an d he positive ength tolerance +1 .

A2.5.3

Functional Requirements

The numbe r, type, size duty and duty rating of each compo nent

design should be stated.

A254

Umb il ical Characterlstics

Where umbilical characteristics are important to overall

system performance, these sho uld be clearly defined.

Note: For static umbilicals, this is normally limited

to

maximum

working load, maximum weight, minimum ben d radius

if

hese

are likely

to

impact

on

the shipment and/or installation equipment.

For dynamic u mbilicals, this should ad dress the following:

a. Diameter to weight ratio expressed as mm.kg.m-l (in.lb.fi-l)

b. Buoyancy attachm ent (no off, location, upthrust)

c. Points applicable to any static length of the u mbilical if

appropriate

d. Loads and m inimum bend radii at key interfaces (generally

resulting from mathematical modeling of the installed

configuration n connectionwith sea currents and vessel motions)

A2.5.5

Component Characteristlcs

Where componen t characteristics are important to overall system

performance, these shall be clearly defined.

Note:

For hoses, this is norma lly limited

to

volumetric expansion

an d resistance

to

external hydrostatic pressure as defined by

meas ured collapse pressure. For electric cables/cable elements,

this is norm ally limited

to

attenuation, ch aracteristic impedance,

capacitance, inductance and cross talk w here the umbilical

incorporates separate power a nd s ignal cores.

A2.5.6

Service Fluids

The purchaser should specify the contro l fluid, injected fluids for

continual an d occas ional chem ical treatments (dosages, exposure

times, concentrations and frequency) and possible produced

fluids (com position of individual phases). In the specification of

the internal fluid com position the following should b e defined:

(Continued

to

next column)

a. Liquids, including water, oil composition and alcohols

b. Injected chem ical produc ts including alcohols, and inhibitors

for corrosion, hydrate, para ffin, scale and wax

c. Corrosive agents, includin g bacteria, chlorides, organic acids

and sulphur bearing compounds

d. Aromatic components

e. Gases, including oxygen, hydrogen, metha ne and nitroge n

f.

All

parameters which define service conditions, including

partial pressure of

H2S

and

C02,

pH of aqueous phase, TAN

(as per ASTM D664 or D974) and water content (produced

water, seawater and free water)

A2.6

One-ûff Functional Requirements

Functional requirements which have

to

be met only once, but

which are necessary for the installation

or

operation of the

umbilical/umbilical system should be stated.

A2.7

Interfaces

Interface areas between the umbilical and m ating arrangements

should be c learly defined. The connector requirements for both

end terminations in the umbilical should be specified. This should

include, connector type, we lding specification, seal type and sizes.

Interface details including but not limited to the following shall be

specified:

a. Purchaser supplied pull-in and conne ction tools, terminations

and mating test connectors, etc.

b. Geometric, dimensional and imposed loading data

c. Purchaser supplied installation aids and equipment

A2.8

Installation Requirements

The purchaser should specify performance requirements for

installation services to b e provided, conside ring the following as a

minimum:

a. For installation by the purchaser, the purchaser should specify

any requirements on load restrictions, clampingltensioner

loads, overboarding chute requirements, installation

tolerances and any other facility limitations

b. For installation by th e manu facturer, the pu rchase r should

specify any requireme nts for season, environ men t, vessel

limitations, installation tolerances, restrictions due to co nflicting

activities, and installation scope (including trenching, burial,

testing, inspection, surveying and documentation)

The purchaser should specify any requireme nts for recoverability

and reu sability of the umbilical within i ts service life.

17E-2

Copyright 2004

-American

Petroleum Inctitute.Ai l rights resewed.

I

23130










API Specification 17J : 2nd Edition, November

1999

Unbonded Flexible Pipe Purchasing Guidelines

Handbook Revision

01.01.04

Refer to pages 35

- 41

of API Spec 17J

Purchase API Spec 17J online at w ww.global.ihs.com

Appendix A

Table A-& Flexible Pipe Purcha sing Guidelines (continued)

Internal Fluid Parameters

General

Fluid Description (Oil, Gas, Water)

Flow Regime D escription (Single, Phase, Slug)

Flow Direction

Pressures

Design P ressure (MPa)

Operating Pressure (MPa)

Vacuum Conditions (MPa)

Differential Intern al Pressure (MPa)

Temperatures

Des ign Min. Te mpe rature (OC)

Des ign Max . Tempera ture (OC)

Operating Inle t Temperatu re (OC)

Upse t Tempera ture and Cycles (OC)

Service Definition

Description (Sweet/Sour)

NACE MR 01 -75 t o apply O Yes No

H2S Partial Pressure (Bar)

CO2 Partial P ressure (Bar)

pH of Aqueous Phase

TAN (mg KOH/g)

Flow

Rate and Thermal Calculations

Flow Ra te (m3/day)

Fluid Den sity (kg/m3)

Viscosity (Paos)

Min. In let Pressure (MPa)

Required Outlet Pressure (MPa)

Fluid Heat Capacity (kJ/kgí°C)

Fluid Composltlonal Data

NaCI Content (Weight Percent of Water)

Chlorides Content (ppm)

Ga soi l Ratio (m3/m3)

Water Cut (Volume Percent)

Alcohols O Yes O NO

Aromatic Components O Yes O

NO

Corrosive Agents O Yes

O

No

Inhibitors (Scale, Paraffin) O Yes No

Injected Chemicals O Yes O NO

Solids, Precipitates, etc.

O

Yes O NO

If

available, attach details of full fluid compositional data and

expected variation over the service life. Also, attach details of

any aromatic com ponents, corros ive agents, inhibitors, alcohols,

solids, or injected chemicals in the fluid composition.

OC

O F

g

K

kg

w

kN

KOH

kPa

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

I

m

MBR

mg

MPa

PPm

vTAN

TFL

W

liter

meter

minimum bend radius

milligram

megapascal

parts pe r million

titrated acid num ber

through flowline

Watt

17J-2

Copyright 2004 . American Petroleum nstitute. All rightsreserved. 23130







API@Monoeram@Eau imen t


Refer to pages

35

- 41 of API Spec 17J

Purchase API Spec 17J online at ww w.global.ihs.com

API Specification

17J

: 2nd Edition, November 1999

Unbonded Flexible Pipe

Appendw A


Table A-& Flexible Pipe Purchas ing Guidelines (continued)

External Environment- Static Loads

Water Depths

Design Water D epth (m)

Min. Tidal Variation (m)

Max. Tidal Variation (m)

Attach D etails of Water D epth Variation over Flexible Pipe Route

Air

Temperatures

Min. Temperature (OC)

Max. Tem pera ture (OC)

Min. Storage /Transp ort/lnstallation T emperature (OC)

Max. S torage/Tra nsport/lns taIlation Temperature (OC)

Seawater Data

Density

pH Value

Min . Sur face Temperature (OC)

Max. Su rface Temperature (OC)

Min. Seabed Temperature

OC)

Max. S eabed T emp eratu re (OC)

Soil Data

Soil D escription (Clay, Sand)

Soil Shear Streng th (kPa)

Angle of Internal Friction (degrees)

Lateral Friction Coefficient

Longitudinal Friction Coefficient

Seabed Scour/Sand Waves Occur O Yes No

If

available, Attach Seabed Profile

Other

Marine G rowth to b e Considered O Yes O No

If yes, Attach Details

Ice Effects to be Considered O Yes O No

If

yes, Attach D etails

Sunlight Exposure O Yes O No

Current Data Attached O Yes N

Attached current data should be given as a function of water

depth, direction, and return period.

External Environment

-

Dynamic Loads

Wave D ata Attached O Yes No Wind Data Attached O Yes No

Attached wave data sho uld be given in terms of s ignificant wave,

maxim um wave, equivalent periods, spreading functions, scatter

diagrams, as a function of d irection, and return period. For

irregular seas, the wave spectrum data sh ould be specified.

Attached wind data should be given in terms of m aximum

Bsecond, I- minu te, 10-minute, and I-h our wind speeds, as a

function of direction, height above water level, and return period.

OC = degree Centigrade

l

=

liter

O F = degree Fahrenheit

m = meter

g = gram

MBR = minimum bend radius

K = Kelvin mg = milligram

kg

=

kilogram

MPa

=

megapascal

W = kilojoule

ppm = parts per m illion

kN = kilonewton

vTAN

=

titrated acid number

KOH

=

potassium hydroxide

TFL = through flowline

kpa = kilopascal

W =

Watt

~

opyright

2004

Amencan Petroleum nstitute. All

rights reserved.

I

23130 17J-



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---





API@MonogramQEquipment

API Spe cification 17J :2nd Edition, November 1999

Unbonded F lexible Pipe


Handbook Revision

01.01.04

Refer to pages

35 - 41

of API Spec 17J

Purchase API Spec 17J online at www.global.ihs.com

Appendix

A

Table A-&

Flexible Pipe Purc hasing Guidelines (continued)

General System Requirements

General

System Description (Flowline, Riser, Jumper, Subsea, Topsides)

Application D efinition (Static, Dynamic)

Pipe Bore Des cription (Rough, Smooth)

Corrosion Protection Requirements

Corrosion Protection Required O Yes NO

Cathodic Protection System Required O Yes No

Electrical Continuity Required

O

Yes

O

NO

End-fitting Coatings Required O Yes No

External Coating Des cription

Internal Coating Desc ription

If

available, allowable elec trical resistance , protection voltage,

current source, and current density should be specified.

Thermal insulatlon

Thermal Insulation Required O Yes O No

Required Ou tlet Temp erature (OC)

Required Insulation U-Valve (W/m2K)

Insulation U-Valve should be base d on pipe ID and be for th e pipe

alone. Specify any allowances that can be made for external

effects such as soil.

Connector

Lower Connector Type (Flange, Pipe)

Upper Connector Type (Flange, Pipe)

Attach weld ing specification seal type and sizes, and

responsibility for s upply and mounting of components.

Gas Venting

Gas-Venting Required

O

Yes O

NO

System Com ponents (Valves, Burst Disks)

Allowable Gas Perme ation Rate (I/m/day)

Venting-Location Restrictions O Yes O NO

Gas-Monitoring System

O

Yes O NO

Fire Resistance Required O Yes O NO

Spec ify (Lloyds/DNV/API Spec 16C)

Pigging, TFL, Workover, etc. Required O Yes O NO

Piggyback R equired

O

Yes

O

No

If yes, Attach D etails

Pressure and Tensile Armor O Yes O NO

Weld Location Restrictions

Interface

Definitions/Specifications

see 4.6.1.10)

Exothermal Chemical Reaction O Yes O NO

Cleaning Required

Inspection Condition Monitoring Required yes

O

No

If

yes, Give Details of R equirem ents

Other

o c =

O F

=

g =

K =

u =

k J =

kN =

KOH =

kPa

=

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

I

m

MBR

mg

MPa

PPm

vTAN

TFL

W

liter

meter

minimum b end radius

milligram

megapascal

parts pe r million

titrated ac id number

through flowline

Watt

17J-4

Copyright 2004 -American Pe troleum nstitute. All rights reseived. I 23130








API Specification 17J : 2nd Edition, November 1999

Unbonded Flexible Pipe



Refer to pages 35

-

41of API Spec 17J

Purchase API Spec 17Jonline at www.global.ihs.com

Appendix

A

Table A-& Flexible Pipe Purchasing Guidelines (continued)

Flowline Parameters Upheaval Buck ling

Flowline Routing Description Attached

O

yes

O

NO

Upheaval Buckling to be Checked

O

Yes

O

NO

Guides and Supports (I-Tubes, J-Tubes)

Protection Requirements

Impact Res istance to Accidental Loads O yes O NO Load Cases Attached O Yes O

NO

Required Min. Soil Coverage (m)

Allowable Bend Radius (m)

Trenching

Rock Dumping

Mattresses

Other

o

No Other

Yes

No

On-Bottom Stability to b e Checked O Yes O

NO

Yes

O Yes

o

No Crossover Requirements O Yes O

NO

NoYes

Reauired Pipe Attachme nts (B end Restrictors, Clamps)

Attach d etails of specified protection system(s), inc luding GA

drawings, possible accidental occurrences (trawl boards, dropped

objects, anchors, and

so

on), design impact loads.

Attach drawings of all items.

Riser Parameters

General

Riser Configuration (Lazy-S, Steep Wave)

Attach D escription of Riser Configuration and GA Drawing@)

of all Relevant Details

Riser Upper Connection Desc ription (Platform, Tanker)

Riser Lower Conn ection D escription (Seabed, Vessel)

Required Pipe Attachme nts (Ben d Stiffeners, Buoys)

Attach Drawings of all Items

Interference

Interference/clashing check required

O

Yes

O

No

Attach details of all poss ible interface areas, including other

risers, mooring lines, platform columns , vessel pontoons, tanker

heel, and

so

forth, and specify allowable interferences/clashing.

Vessel Motion Data

Vessel Motion Data Attached O Yes O No

Attached vessel motion data should be specified in terms of the

following for the relevant loading conditions. Attached data

should include a general layout drawing, showing vessel heading

North point, riser(s) in plan, and m ooring lines.

Vessel Static and D ynamic Offsets for all Conditions

Vessel Data, Dimensions , Drafts, etc.

Vessel First- and Second-O rder Motions, in Terms

of Heave, Surge, Sway, Yaw, Roll and P itch

Vessel Motion Phase Data and Specification

Reference Point for Motions

Mooring System Design, including Line Properties

Position Tolerances

and Anchor Locations

C

=

g =

K =

kg =

w =

kN =

KOH =

kPa =

O F =

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

I

m

MBR

mg

MPa

PPm

vTAN

TFL

W

liter

meter

minimum bend radius

milligram

megapascal

parts pe r m illion

titmted aci d number

through flowline

Watt

Copyright

2004

-Amer ican

Petroleum

nsti tute. All

rights resewed. I 23130

17J-



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,`

, ,` ---






API Specification

17J

: 2nd Edition, November

1999

Unbonded F lexible Pipe Purchasing Guidelines


Refer to pages 35

- 41

o f API Spec

17J

Purcha se API Spec

17J


Appendix

A

~

~~

Table A-i:

Flexible Pipe Purcha sing Guidelines (continued)

Addklonal Requirements

Materials Required in Addition to

API

Spec

17J

O

Yes

O

NO

IfYes, Specify De tails

Manu facturing Required in Addition to API Spec

17J

O Yes O No

If yes, Specify De tails

~ ~~

Selection of PSL Level for Paragraph

7.9.6

(default is PSL 2-3)

If yes, Specify Details

O Yes No

FAT Requ ired n Addition to API Spec

17J


O

Yes

O

NO

Marking s Required in Addition to API Spec 17J

O Yes o o


Prototype Tests Required O Yes

O NO


Additional National Authority/Government Regulations O Yes

O NO

If yes, Specify D etails

Purchaser Inspection Required O Yes a o


General Requirements n Addition to API Spec 17J


Cl

Yes O No

"C

F

g

K

kg

w

kN

KOH

kPa

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

I

m

MBR

m g

MPa

PPm

vTAN

TFL

W

liter

meter

minimum b end radius

milligram

megapascal

parts p er m illion


through ffowline

Watt

17J-6

Copyright

2004

-American Petroleum nstitute. All rights reserved. I 23130








API Specification

17J

: 2nd Edition, November

1999

Unbonded Flexible Pipe Purchasing Guidelines

Handbook Revision

01.01.04

Refer to pages 35 - 41of API Spec 17J

Purchase API Spec 17Jonline at www.global.ihs.com

Appendix A

Table

A&

Flexible Pipe Pu rchasing Guidelines (continued)

Delivery, i nst allati on and Maintenance Requirements


Shipping, Packing, and Storage Requireme nts

Documentation Requirements

Purchaser should specify if a separate installation manual

is required.


Method

Vessel

General

Where relevant, the purchaser should specify any req uireme nts

for season, environment, vessel limitations, restrictions due to

conflicting activities, and installation scope (including trenching,

burial, testing, inspection, surveying, and docu menta tion).

Installation Design Cilteiia

Equipment Bend Radius (m)

Tensioner Crush Loads (kN)

Installation/Lifting Device Requirements

Transport Reel Used for Ins tallation O Yes O No

Pipe Inte rnal Fluid a t Delivery (Empty, Water-Filled)

Seawater Flooding Requirements

O

yes

O

No

(Exposure Time)

Where relevant, the purchaser should specify details such as

length of tensioners, shape of tensioner shoes, number of belts,

diamete r of wheels, reels, ramp angles, and surface shape.

Insta ation Test Requirements

Installation Vessel Motions and O Yes

No

Offsets Attached

Attached details should, in general, re flect data requirements in

vessel motion data requirements listed under riser parameters

(above).

Maintenance

Ma ntenance Required

If yes, S pecify Details

LI

Yes O NO

"C

"F

g

K

kg

kJ

kN

KOH

kPa

I

m

MBR

m g

MPa

PPm

vTAN

TFL

W

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

liter

meter

minimum be nd radius

milligram

megapascal

parts per million

titmted acid number

through flowline

Watt

Copyright 2004 -American Petroleum nstitute.All rights resewed. I 23130

17J-



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,`

, ,` ---









Refer to pages A -1 - A-7 of API Spec 17K

Purch ase API Spec 17K o nline at w ww.global.ihs.com

API SDecification

17K

Appendix A

1 s t Edition, September 2001

Specification for Bonde d Flexible Pipe


API Monogram@Required Yes O No

A l

Table A-1 in this appe ndix

for flexible DiDes.

gives purchas ing guidelines

. .

A2

A separate form s hould be com pleted for each length

of flexible pipe.

A 3

The manufacturer should specify in the design premise the

values assumed for all parameters in Table A - I not spec ified

by the purchaser.

Table

A-&

Flexible Pipe Purchasing Guidelines

General Information

Client

Client Reference

Project

Phone Fax

Location

Purchaser's Technical Contact Inquiry Date

Conforman ce to API Spec 17K Required Yes o

o

Required Response Date

General Design Parameters

Internal Diameter (m)

Length Required (m)

Tolerance R required on Length (m

f

m)

Pipe Structural Requirements (MBR, Bend Stiffness)

Weight Requ irements (kgím ) in Air Empty

External Protection Requiremen ts (External Carcass)

Design Load Case Probabilit ies (1ear, 100 years)

installation

Normal Operation

Abnormal Operation

Max. Axial Load (kN)

Max. Effective Tension

(kN)

Torsional Balance Requirement

( T / m

or "F/m)

Compression Strength Requirement

(kN)

Serv ice Life (Years)

Specification of normal and abnormal load cases, including

accidental loads, and definition of load combinations to be used

in the design

~

"C

"F

g

K

kg

w

kN

KOH

kPa

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

I

m

MBR

m g

MPa

vTAN

TFL

W

ppm

liter

meter

minimum bend radius

milligram

megapascal

parts pe r million


through ffowline

Watt

Copyright2004

-Amer ican Petroleum Institute. All rights reserved. 23130 17K -








Spec ification for Bon ded Flexible Pipe


Refer to pages A-1- A-7 of API Spec 17 K

Purch ase API Spec 1 7K o nline a t www.global.ihs.com


API Spec ification 17K : 1st Edition, September 2 00 1

Appendix

A

Table A-&

Flexible Pipe Purch asing Guidelines (continued)

Internal Fluid Parameters

General

Fluid Description (Oil, Gas, Water)

Flow Regime Description (Single, Phase, Slug)

Flow Direction

Pressures

Design P ressure (MPa)

Operating Pressure (MPa)

Vacuum C onditions (MPa)

Differential Internal P ressure (MPa)

Temperatures

Design Min. T emperatu re (OC)

Des ign Max. Temperatu re (OC)

Operat ing Inle t Temperature (OC)

Upset Temperature and Cycles (OC)

Service Def init ion

Description (SweeYSour)

NACE MR 01-75 t o Apply O Yes

O

No

H2S Pa rtial Pressure (Bar)

CO2 Pa rtial Pressure (Bar)

pH

of

Aqueous Phase

TAN ( mg KOH/g)

Flow Rate and Thermal Calculations

Flow Rate (m3/day)

Fluid Density (kg/m3)

Visco sity (Pa

s)

Min. Inlet Pressure (MPa)

Required Outlet Pressu re (MPa)

Fluid H eat Capa city (kJ/kg/"C)

Fluid Compo sl t ional Data

NaCI Content (W eight Percent of W ater)

Chlorides Content (ppm)

Gas-Oil Ratio (m3/m 3)

Water Cut (Volume Pe rcent)

Alcohols

O

Yes

O

NO

Aromatic Components O Yes O

NO

Corrosive Agents

O

Yes

O NO

Inhibitors (Scale, Pa raffin)

O

Yes

O NO

Injected Chemicals

O

Yes

O

No

Solids, Prec ipitates, etc. O Yes O NO

If available, attach de tails of full fluid comp ositional data and

expected variation over the service life. Also, attach d etails of

any aromatic com ponents, corrosive agents, inhibitors, alcohols,

solids, or injected chemicals in the fluid composition.

o c =

O F =

g =

K =

k g =

w =

kN

=

KOH =

kPa =

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

I

m

MBR

m g

MPa

PPm

vTAN

TFL

W

liter

meter

minimum bend radius

milligram

megapascal

parts per million


through flowline

Watt

17K-2

Copyright

2004

American Petroleum

nstitute. All rights recenid. I 23130





American Petroleum Institut e



API Specification 17K : 1st Edition, September 2001

Specification for Bonde d Flexible Pipe


Refer to pages A-1 - A-7 of API Spec 17K

Purch ase API Spec 17K online at w ww.global.ihs.com

Appendix A


Table A-l: Flexible Pipe Purc hasing Guidelines (continued)

External Environment - Static Loads

Water Depths

Design Water De pth (m)

Min. Tidal Variation (m)

Max. Tidal Variation (m)

Attach Details of Water Depth Variation over Flexible Pipe Route

Alr Temperatures

Min. Tem perature ("C)

Max. Tem perature ("C)

Min.

Storage/Transport/lnstallation

Temperature ("C)

Max. Storage/Transport/lnstaIlation Temperature ("C)

Seawater Data

Density

pH Value

Min. Sur face Temp erature (OC)

Max. Surface Temperature ("C)

Min. Seabed Temperature ("C)

Max. Seabed Te mperature ("C)

Soil Data

Soil Desc ription (Clay, Sand)

Soil Shear Stren gth (kPa)

Angle of Internal Friction (Degrees)

Lateral Friction Coefficient

Longitudina l Friction Coefficient

Seabed Scour/Sand Waves Occur

O

yes O

N

If available, Attach Seabed Profile

Other

Marine Growth to be Considered O yes No

If yes, Attach D etails

Ice Effects to be Considered O yes O No

If yes, Attach De tails

Sun ight Exposure O yes O No

Current Data Attached

O

yes

O

No

Attached current data should be given as a function of water

depth, direction, and return period.

External Environment

-

Dynamic Loads

Wave Data Attached O yes

NO

Wind Data Attached O yes O No

Attached wave data sh ould b e given in terms of sign ificant wave,

max imum wave, equivalen t periods, spread ing functions , scatter

diagrams, as a function of direction, and re turn period. For

irregular seas, the wave spectrum data should be specified.

Attached wind data should be given in terms of maximum

Ssecond, 1-minute, lGm inute , and 1-hour wind speeds, as a

function of direction, height above water level, and return period.

oc

=

g =

K =

k g =

k J =

kN =

KOH =

kPa =

O F =

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

I

m

MER

m g

MPa

PPm

vTA

N

TFL

W

liter

meter

minimum bend radius

milligram

megapascal

parts per million


through flowline

Watt

Copydght2004

-American Pe troleum nstitute.

All

rights reserved. I 23130 17K-



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` -

--





API" Monoeram" EaUiDment


Refer to pages A- I - A-7 of API Spec 17K

Purchase API Spec 17 K online at w ww.global.ihs.com

API Specification

17K

:

Is t

Edition, September 2001

Specification for Bonded Flexible Pipe

Appendix A


Table A-& Flexible Pipe Purchasing Guidelines (continued)

General System Requirements

General

System Description (Flowline, Riser, Jumper, S ubsea, Topsides)

~

Application Definition (Static, Dynamic)

Pipe Bore D escription (Rough, Smooth)

Corrosion Protection Requirements

Corrosion Protection Required O Yes No

Cathodic Protection System Required O yes No

Electrica Continuity Required

O

Yes

O

NO

End-fitting Coatings Required

O

Yes No

External Coating Description

Internal Coating Description

If available, allowable electrical resistance, protection voltage,

curren t source, and current den sity should be specified.

Thermal insulation

Thermal linsulation Required O Yes O

NO

Required Outlet Temperature O C )

Required Insulation U-Valve (W/m2K)

Insulation U-Valve should b e based on pipe ID and be for th e pipe

alone. Specify any allowances hat can be m ade for external

effects such as soil.

Connector

Lower Connecto r Type (Flange, Pipe)

Upper Connector Type (Flange, Pipe)

Attach we lding specification seal type an d sizes, and

responsibility for supply and mounting of components.

Gas Venting

Gas-Venting Required

O

Yes No

System Co mpone nts (Valves, Burst Disks)

Allowable Gas Perme ation Rate (I/m/day)

Venting-Loca tion Restrictions

Gas-monitoring system

Other

Fire R esistance Required O Yes No

Specify (Lloyds/DNV/API Spec 16C)

Pigging, TFL, Workover, etc. Required O Yes O No

Piggyback Required

O

Yes

No

If yes, Attach Details

Pressure and Tensile Armor O Yes O No

Weld Location Restrictions

Interface Definitions/Specifications (see 4.6.1.10)

Exothermal Chemical Reaction O Yes O No

Cleaning Required

Inspection Condition Monitoring Required O Yes O

No

If

yes, Give Details of Requirements

" C

F

g

K

kg

kJ

kN

KOH

kPa

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

I

m

MBR

mg

MPa

PPm

vTAN

TFL

W

liter

meter

minimum ben d radius

milligram

megapascal

parts per mill ion


through flowline

Watt

17K-4

Copyright

2004 -Amencan Petroleum nstitute.

Al rights reserved. I 23130



--` ,` , ,` , , ,` ` ` ,` ` , , ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---








Specification for Bo nded Flexible Pipe

Handbook Revision

01.01.04

Refer to pages A-1 - A-7 of API Spec 17K

Purchase API Spec 17K online a t www.global.ihs.com


API Specification 17K : Ist Edition, September 2001

Appendix

A

Table A-& Flexible Pipe Purchas ing Guidelines (continued)

Additional Requirements

Materials R equired in Addition to API Spec 17 K

If

yes, Specify Details

Manufac turing Required in Addition to API Spec 17K


O

Yes

O

NO

O Yes

O NO

Selec tion of PSL Level for Paragraph 7.9.6 (default is PSL 2-3)

If

yes, Sp ecify Details

O

Yes

O NO

FAT Required in Addition to API Spec 17K

If


O Yes O NO

Markings R equired in Addition to API Spec 17K

O Yes O NO


Prototype Tests Required O Yes O No


Additional National Authority/Government Regulations O Yes O No


Purchaser Inspection Required

O Yes O

NO


General Requirements n Addition to API Spec 17K

If


O

Yes O

NO

"C =

g =

K =

@ =

w =

kN =

KOH =

kPa =

O F =

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

I

m

MBR

mg

MPa

PPm

vTAN

TFL

W

liter

meter

minimum bend radius

milligram

megapascal

parts per mill ion


through flowline

Watt

17K-6 Copyright 2004 -American Petroleum nstitute.All rights

resewed.

I 23130



--`,`,,`,,,```,``,,,```,,,,-`-`,,`,,`,`,,`---






API Specification 17K : 1st Edition, September 2001

Spec ification for Bonde d Flexible Pipe

Handbook Revision

01.01.04

Refer to pages A-1- A-7 of API Spec 17K

Purch ase API Spec 17K o nline at w ww.global.ihs.com

Appendix A


Table

A-& Flexible Pipe Purchasing Guidelines (continued)

Delivery, install atio n and Maintenance Requirements


Shipping, Packing, and Storage Requireme nts

Documentation Requirements

~~

Purchaser should specify if a separate installation manual

is required.


Method

General

Where relevant, the purchaser should specify any requirem ents

for season, environmen t, vessel limitations, restrictions due to

conflicting activities, and installation scope (including trenching,

burial, testing, inspe ction, surveying, and d ocum entation).

Installation Design Criteria

Equipment Be nd Radius (m)

Tensioner Crush Loads

(kN)

Installation/Lifting Device Requirements

Transport Reel Used for Installation

O

Yes O

NO

Pipe Internal Fluid at Delivery (Empty, Water-Filled)

Seawater Flooding Requirements O Yes O No

(Exposure Time)

Where relevant, the purchaser should specify details such as

length

of

tensioners, shape of tensioner shoes, number of belts,

diamete r of wheels, reels, ramp angles, and surface shape.

Installation Test Requirements

Installation Vessel Motions an d O Yes O NO

Offsets Attached

Attached details should, in general, reflect data requirements in

vessel m otion data requirements listed under riser parameters

(above).

Maintenance

Maintenance Required

If yes, Specify D etails

O Yes

O

No

"C

F

g

K

kg

w

kN

KOH

kPa

I

m

MBR

m g

MPa

vTAN

TFL

W

ppm

degree Centigrade

degree Fahrenheit

gram

Kelvin

kilogram

kilojoule

kilonewton

potassium hydroxide

kilopascal

liter

meter

minimum bend radius

milligram

megapascal

parts per million


through flowline

Watt

Copyright 2004 American Petroleum Institute . All

right.

reserved. I 23130

17K-7



--` ,` , ,` , , ,` ` ` ,` ` , , ,`

` ` , , , ,-` -` , ,` , ,` ,` , ,` ---









APP Monoeram@ auioment

Handbook Revision

01.01.04

Refer to page 34 of API Std 600

Purchase API Std 600 online at www.dobai.ihs.com

~~

API Standard

11 th E dition, October 2001

Annex A (Informative)

Information to be Specified by the

Bolted B onnet Steel Gate Valves for Petroleum and Natural Gas

Industries

-

Modified National Adoption of

IS0 10434:1998

Purchaser

API Mono&am@Reauired Oyes

O N o

Note: Numbers

in

parentheses are references to subclauses

in

this International Standard.

Nom inal Size (1)DN or NPS)

Pressure Designation (1) (PN or Class)

Body Ends (5.3)

Butt-welding

Flanged

Boit Pattern: PN/Metric

Class/in.

Flange Type: Raised Face

Ring oint

Other

Wedge Style (5.6)

Auxiliary Connec tions

Operation other than Handwheel (5.11)

Material (6)

Pressure Containing S hell (6.1)

Trim Co mbination Num ber (6.2)

Bonnet B olting - Spec ial High or Low Temperature

Optional High Pressu re Obtu rator Tightness Test (7.1.4)

Extent of Inspection (7.2.3)

Copyright 2004 - Amencan Petroleum Institute. All

rights

resewed. I 23130

~

600-1



--` ,` , ,` , , ,` ` ` ,` ` ,

, ,` ` ` , , , ,-` -` , ,` , ,` ,` , ,` ---



API Purchasing Guidelines 01-01-04

Documents