GIS 06-311 - Procurement of Cathodic Protection Goods and Se

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Guidance on Industry Standard for

Procurement of Cathodic Protection Goodsand Services

GIS 06-311

BP GROUPENGINEERING TECHNICA PRACTICES

!ocument No" GIS 06-311

A##$ica%i$ity Group

!ate 20 November 2006



20 November 2006 GIS 06-311Guidance on Industry Standard for Procurement of Cathodic Protection Goods and Services

&ore'ord

This is the first issue of Engineering Technical Practice (ETP) BP GIS 06-311. This Guidance on

Industr Standard (GIS) re!laces heritage docu"ents fro" the "erged BP co"!anies as follo#s$

British Petroleum

PT% &P-&P-%'-P &orrosion Protection*&athodic Protection*Sacrificial +igh-Potential

,agnesiu" %node*Procure"ent S!ecification.

PT% &P-&P-00-% &orrosion Protection*&athodic Protection*%cce!tale endors

S!ecification.

Amoco

% &P-&P-00-% &orrosion Protection*&athodic Protection*%cce!tale endors

S!ecification.

% &P-&P-%'-P &orrosion Protection*&athodic Protection*Sacrificial +igh-Potential

,agnesiu" %node*Procure"ent S!ecification.

% &P-&P-%P-P &orrosion Protection*&athodic Protection*%nodes for ffshore

Pi!elines*Procure"ent S!ecification.

% &P-&P-%S-P &orrosion Protection*&athodic Protection*%nodes for ffshore

Structures*Procure"ent S!ecification.

% &P-&P-G%P-E &orrosion Protection*&athodic Protection*esign of Gal/anic %nodes

for ffshore Platfor"s*Engineering S!ecification.

Page 2 of !

&o!right© 006 BP Grou!. %ll rights reser/ed. The infor"ation contained in this

docu"ent is su2ect to the ter"s and conditions of the agree"ent or contract under #hich

the docu"ent #as su!!lied to the reci!ients organi4ation. 'one of the infor"ation

contained in this docu"ent shall e disclosed outside the reci!ients o#n organi4ation#ithout the !rior #ritten !er"ission of the irector of Engineering BP Grou! unless the

ter"s of such a ree"ent or contract e5 ressl allo#.

&o!right© 00 BP Grou!. %ll rights reser/ed. The infor"ation contained in this

docu"ent is su2ect to the ter"s and conditions of the agree"ent or contract under #hich

the docu"ent #as su!!lied to the reci!ients organi4ation. 'one of the infor"ation

contained in this docu"ent shall e disclosed outside the reci!ients o#n organi4ation

#ithout the !rior #ritten !er"ission of irector of Engineering BP Grou! unless theter"s of such a ree"ent or contract e5 ressl allo#.




Ta%$e of Contents

Page

Foreword.......................................................................................................................................... 2

1. Scope......................................................................................................................................2

2. Normative reference..............................................................................................................2

3. !erm and definition..............................................................................................................2

". S#mbo$ and abbreviation.....................................................................................................2

%. &aic e$ection criteria.............................................................................................................2

%.1. Genera$........................................................................................................................ 2

%.2. Ga$vanic 'acrificia$( #tem.......................................................................................2

%.3. Impreed current #tem..........................................................................................2

6. Initia$ mar)et review.................................................................................................................2

*. Identification of re+uirement..................................................................................................2

*.1. Genera$........................................................................................................................ 2

*.2. Invitation to bid...........................................................................................................2

*.3. ,ontractorder............................................................................................................2

*.". eviation and a$ternative.......................................................................................... 2

*.%. /ead time....................................................................................................................2

*.6. Spare part...................................................................................................................2

. ccountabi$itie and ro$e........................................................................................................2

.1. Specif#ing engineer....................................................................................................2

.2. Procurement peronne$................................................................................................2

.3. endor........................................................................................................................2

.". $ectrica$ peronne$......................................................................................................2

4. eign review and approva$....................................................................................................2

10. 5anufacture and tet 'or ervice proviion(.............................................................................2

10.1. Genera$........................................................................................................................ 2

10.2. 5ateria$ identification....................................................................................................2

11. and$ing7 pac)ing7 tranportation7 and torage.......................................................................2

12. !ec8nica$ documentation.........................................................................................................2

13. 9ua$it# aurance................................................................................................................... 2

nne: 'Normative( 5ateria$ ata S8eet....................................................................................2

.1. Power upp$ie........................................................................................................................2

.1.1. !ranformer rectifier ; air coo$ed..................................................................................2

.1.2. !ranformer rectifier ; oi$ coo$ed.................................................................................. 2

.1.3. !ranformer rectifier ; witc8 mode.............................................................................2

.1.". So$ar power.................................................................................................................. 2 .1.%. !8ermoe$ectric generator '!G(................................................................................. 2

Page 3 of !




.1.6. ,$oed c#c$e vapour turbo generator ',,!(...............................................................2

.2. Impreed current anode.......................................................................................................2

.2.1. 5i:ed meta$ o:ide on titanium ubtrate; probe tube wire ribbon me8..................2

.2.2. Si$icon iron wit8 c8rome ; o$id tubu$ar.......................................................................2

.3. Ga$vanic anode..................................................................................................................... 2 .3.1. $uminium ; f$u8 mount7 tand-off7 and brace$et.........................................................2

.3.2. 5agneium ; ingot ribbon........................................................................................... 2

.3.3. <inc ; f$u8 mount7 tand-off7 ribbon and brace$et........................................................2

.". ,ab$e - P,P,7 =/PP,7 =/PP,S>P,7 5>P7 ?@NA5>P7PA,SP..............................................................................................................................2

.%. Aeference e$ectrode.............................................................................................................. 2

.%.1. ,oppercopper u$p8ate ',u,uSB"( ; permanent portab$e........................................2

.%.2. Si$veri$ver c8$oride 'gg,$( ; permanent portab$e.................................................2

.%.3. <inc ; permanent.........................................................................................................2

.6. Cunction bo:e - GAP7 tain$e tee$7 carbon tee$ 'painted(7 ga$vaniDed tee$ enc$oure....2

.*. !et faci$itie ; Pot and f$u8 mounted ; po$#carbonate7 concrete7 meta$$ic...........................2

.. Io$ation device urge protection E eart8ing.........................................................................2

..1. 5ono$it8ic io$ating oint............................................................................................... 2

..2. Ga)et io$ation )it.......................................................................................................2

..3. Spar) gap...................................................................................................................2

..". Po$ariation ce$$............................................................................................................ 2

..%. Po$ariation ce$$ rep$acement ; o$id tate....................................................................2

..6. Bver vo$tage protector ; o$id tate..............................................................................2 .4. !eting e+uipment...................................................................................................................2

.4.1. igita$ mu$timeter and c$amp meter..............................................................................2

.4.2. art8 reitivit# teter and inu$ation teter 'radio fre+uenc#(......................................2

.4.3. ,$oe interva$ potentia$ ',IP( urve# e+uipment...........................................................2

.4.". irect current vo$tage gradient ',G( e+uipment......................................................2

nne: & 'Informative( &P conceion re+uet form.........................................................................2

&ib$iograp8#..................................................................................................................................... 2

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(" Sco#e

This GIS !ro/ides guidance on !rocure"ent of "aterials and ser/ices for cathodic !rotection

a!!licale to uried and i""ersed "etallic structures including ut not li"ited to !i!elines offshore

structures storage tan7s #ell casings fire#ater and sea #ater !u"! caissons fi5ed and floating !roduction facilities and internal su"erged co"!art"ents.

)" Normative references

The follo#ing nor"ati/e docu"ents contain re8uire"ents that through reference in this te5t

constitute re8uire"ents of this technical !ractice. 9or dated references suse8uent a"end"ents to or

re/isions of an of these !ulications do not a!!l. +o#e/er !arties to agree"ents ased on this

technical !ractice are encouraged to in/estigate the !ossiilit of a!!ling the "ost recent editions of

the nor"ati/e docu"ents indicated elo#. 9or undated references the latest edition of the nor"ati/e

docu"ent referred to a!!lies.

American Society for Testing and Materials ASTM!

%ST, %6:; Standard S!ecification for &aron and %llo Steel 9orgings for Pi!e

9langes 9ittings al/es and Parts for +igh-Pressure Trans"ission

Ser/ice.

%ST, %1< Standard S!ecification for &orrosion-=esistant +igh-Silicon Iron

&astings.

"et #ors$e %eritas "#%!

' =P-B;01 =eco""ended Practice &athodic Protection esign.

International &lectrotechnical 'ommission I&'!

IE& 601;3 Series &a!acitors for Po#er Sste"s.

IE& 60< &onductors of insulated cales.

IE& 600 Po#er cales #ith e5truded insulation and their accessories for rated

/oltages fro" 17 (>"?17) u! to 307 (>"? 367).

IE& 60: egrees of !rotection !ro/ided enclosures (IP &ode).

International (rgani)ation for Standardi)ation IS(!

IS :000 @ualit "anage"ent sste"s - 9unda"entals and /ocaular.

IS :001 @ualit "anage"ent sste"s A =e8uire"ents.

IS 1000 @ualit "anage"ent. Guidelines for 8ualit !lans.

IS 13<: Petroleu" and natural gas industries. &ontent and drafting of functional

s!ecifications.

IS 13<<0 Petroleu" and natural gas industries A &ontent and drafting of a technical

s!ecification.

ISCTS :001 Petroleu" !etroche"ical and natural gas industries - Sector-s!ecific

8ualit "anage"ent sste"s - =e8uire"ents for !roduct and ser/ice

su!!l organi4ations.

#A'& International #A'&!

'%&E =P03< ,etallurgical and Ins!ection =e8uire"ents for &ast Sacrificial %nodesfor ffshore %!!lications.

Page " of !




'%&E T,01:0 I"!ressed &urrent Test ,ethod for Daorator Testing of %lu"iniu"

%nodes.

*" Terms and definitions

9or the !ur!oses of this GIS the follo#ing ter"s and definitions a!!l$

'oncession re*uest

% #ritten a!!lication the endor re8uesting BP (or designated agent) to acce!t at least one action or

ite" that de/iates fro" agreed s!ecifications as a conse8uence of non-confor"ance.

+unctional s,ecification

ocu"ent that descries the features characteristics !rocess conditions oundaries and e5clusions

defining the !erfor"ance and use re8uire"ents of the !roduct !rocess or ser/ice IS 13<:F.

Goods

E8ui!"ent or "aterials used for cathodic !rotection !ur!oses.

Initation to .id

% solicitation fro" BP (or designated agent) for a &ontractor to id. Bid shall "ean a tender !ro!osal

or 8uotation su"itted the &ontractor. 'ote that In/itation to Tender (ITT) =e8uest for Pro!osal

(=9P) and =e8uest for @uotation (=9@) all ha/e different "eanings for the !ur!oses of this

docu"ent In/itation to Bid enco"!asses all these ter"s.

#on-conformance

% non-fulfil"ent of a re8uire"ent #ithin an agreed s!ecification for design "anufacture

construction inter/ention test or co""issioning.

/uality

%ssurance$ Part of 8ualit "anage"ent focused on !ro/iding confidence that 8ualit re8uire"ents #ill

e fulfilled. IS :000F.

/uality ,lan

ocu"ent s!ecifing #hich !rocedures and associated resources shall e a!!lied #ho" and #hen

s!ecific to a !ro2ect !roduct !rocess or contract. IS :000F.

Note Guidance for t8e production of 9ua$it# P$an i given inISB 1000%.

S,ecifying engineerThe &athodic Protection Engineer or &orrosion isci!line Engineer res!onsile for identifing

functional and technical re8uire"ents for cathodic !rotection Goods and ser/ices.

Technical authority

%n engineer #ith s!ecific disci!line e5!ertise a!!ointed the Engineering %uthorit. The !ri"ar

role of a Technical %uthorit is to "anage technical integrit #ithin their designated engineering

disci!line or acti/it ensuring the safe and consistent a!!lication of &o"!an and regulator codes

and standards and good engineering !ractices.

Technical s,ecification

ocu"ent that defines technical re8uire"ents to e fulfilled the !roduct !rocess or ser/ice inorder to co"!l #ith the functional s!ecification. IS 13<<0F.

Page 6 of !




%endor

,anufacturer or su!!lier contracted to su!!l cathodic !rotection Goods or ser/ices on ehalf of BP.

Throughout this docu"ent the #ords will, may, should, shall and must, #hen used in the conte5t of

actions BP (or designated agent) or others ha/e s!ecific "eanings as follo#s$

ill

'or"all used in connection #ith an action BP (or designated agent) rather than a endor.

May

>sed if alternati/es are e8uall acce!tale.

Should

>sed if a !ro/ision is !referred or reco""ended.

Shall

>sed if a !ro/ision is considered "andator to follo# reco""endations of this docu"ent.

Must

nl used if a !ro/ision is a statutor re8uire"ent.

+" Sym%o$s and a%%reviations

9or the !ur!ose of this GIS the follo#ing s"ols and are/iations a!!l$

a.c. %lternating current

%g&l Sil/er chloride

&&T &losed ccle /a!our turo generator

&IPS &lose inter/al !otential sur/e

&uS; &o!!er sul!hate

d.c. irect current

&G irect current /oltage gradient

+,HPE +igh "olecular #eight !olethlene

P&= Polarisation cell re!lace"ent

PS&, Procure"ent and su!!l chain "anage"ent

P& Pol/inl chloride

TEG Ther"o electric generator

T= Transfor"er rectifier

DPE &ross-lin7ed !olethlene

Page # of !




," Basic se$ection criteria

,"(" Genera$

Refer to GP 06-31.

Two distinct types of cathodic protection systems exist these !ein"#

• Gal$anic %sacrificial& anode systems.

• 'mpressed current systems.

Gal$anic systems pro$ide cathodic protection current !y the preferential corrosion

of the anode alloy, which is more electrone"ati$e in the "al$anic series with respect

to the car!on-steel %(-steel& structure to !e protected %the cathode&. )nodes are

usually directly attached to the (-steel structure with an electrically continuous

mechanical connection, such as a !olt or weld.

'mpressed current systems use inert, non-corrodin" anodes. )s the anodes are inert

and do not pro$ide their own protection current throu"h corrosion of the alloy, an

external d.c. power source is re*uired. )s anodes are not directly connected to the structure, external ca!lin" is re*uired to complete the electrical circuit !etween

anode, cathode and external power source.

,")" Ga$vanic -sacrificia$. systems

,")"(" Genera$

a. There are asicall three "ain o!tions that shall e considered for use in gal/anic cathodic

!rotection sste"s. These eing$

1. %lu"iniu".

. ,agnesiu".

3. Jinc (secondar alternati/e to alu"iniu" and "agnesiu").

. Gal/anic sste"s should e !ro/ided for sste"s in #hich life s!ans of A 10 ears are

re8uired for onshore structures and et#een 0 A 30 ears for offshore structures.

,")")" A$uminium

a. %lu"iniu" anodes should e !ri"aril considered for a8ueous and offshore a!!lications.

. %lu"iniu" anodes shall not e used for !otale #ater storage a!!lications due to the to5ic

nature of the corrosion !roducts.

c. %lu"iniu" anodes "a e considered for use in onshore uried and fresh#ater

a!!lications if #ater resisti/it does not e5ceed 10 K-" (33 K-ft) as !assi/ation is li7el

to occur eond this /alue.

,")"*" /a0nesium

a. ,agnesiu" anodes should !redo"inatel e considered for uried onshore a!!lications

and also for non-saline a8ueous a!!lications in #hich resisti/it is et#een A 10 K-"

(16 A ;:0 K-ft).

Note ue to t8e e$f-corroive nature of magneium7 a practica$anode $ife of between 10 ; 12 #ear i $i)e$# regard$e oft8eoretica$ anode ma ca$cu$ation.

. 9or resisti/it elo# K-" (16 K-ft) alternati/e allos such as alu"iniu" and 4incshould e considered.

Page ! of !




+a"nesium anode alloys are a$aila!le in two "rades which "i$e two distinct output

potentials.

c. %nodes should e !re-!ac7aged in cotton ags containing "oisture retenti/e lo#

resisti/it ac7 fill containing hdrated g!su" entonite and sodiu" sul!hate.

,")"+" 1inca. Jinc anodes "a e considered as a secondar alternati/e to %lu"iniu" and ,agnesiu" if

their indi/idual li"itations for use "a !reclude the" for selection. Jinc anodes "a e

used for a8ueous and offshore a!!lications although the "a e used in uried

a!!lications if conditions are suitale su2ect to their li"itations.

. Jinc anodes should not e used if #ater resisti/it e5ceeds 30 K-" (100 K-ft) and shall

not e used in en/iron"ents in #hich o!erating te"!erature #ill e5ceed 0L& (1L9).

inc anodes are not su!ect to a minimum resisti$ity $alue restriction.

,"*" Im#ressed current systems

,"*"(" Genera$

a. The follo#ing anode "aterials shall e considered for use in i"!ressed current cathodic

!rotection sste"s$

1. ,i5ed "etal o5ide (,,) on titaniu" sustrate.

. Silicon iron #ith chro"e addition.

3. ther alternati/es to ,, and silicon iron anodes (rarel used).

. >nli7e gal/anic anodes e5ternal !o#er is !ro/ided to the i"!ressed current anode and

hence the "a o!erate in "uch higher electrolte resisti/it (a!!ro5. 00 A 1 000 K-"

(1 6;0 A 3 <0 K-ft)) the li"iting factor eing the dri/ing /oltage of the e5ternal !o#er

su!!l and the o/erall circuit resistance.c. 9or uried a!!lications the anodes should e surrounded #ith a lo# resisti/it

caronaceous ac7fill either contained #ithin a &-steel canister or loose filled around the

anode #ithin its e5ca/ated hole.

d. =ele/ant s!ecifications are gi/en in clause %..1 A %.. for ,, and silicon iron anodes.

,"*")" /i2ed meta$ o2ide -//O. on titanium su%strate

a. ,, anodes should e chosen as the are technicall su!erior and chea!er to install than

the other co""onl used i"!ressed current anodes in "ost a!!lications.

++ anodes are predominately used in onshore applications, in !oth a*ueous and

!uried en$ironments howe$er, ++ anodes are commonly found on ship/scathodic protection systems.

++ anodes ha$e pro$en performance with o$er twenty years experience

operatin" at $ery hi"h current densities and in extreme conditions.

'n comparison with silicon iron, ++ anodes are#

• i"hter %a typical )mps ++ anode wei"hs less than 1 2" %, l!& compared

with up to 0 2" %110 l!& for an e*ui$alent solid silicon iron anode&.

• (heaper and easier to transport and install %due to wei"ht sa$in"&.

• 4ot prone to lon" term ca!le !rea2a"e %due to lower wei"ht&.

• 4ot easily !ro2en %5ilicon iron anodes are !rittle and prone to !rea2a"e&.• 4ot prone to end effect7 wasta"e.

Page $ of !




• 4ot su!ect to hi"h consumption rates. Typical anode consumption rates are as

follows#

++ 8 0,000 2"9amp-year %0,001 l!9amp-year&.

5ilicon iron with chrome 8 0,: 2"9amp-year %1 l!9amp-year&.

These fi"ures must !e ta2en into account when calculatin" minimum anode massre*uired for the proect assi"ned desi"n life, particularly with respect to silicon iron

anodes. 't is howe$er common practice to include an additional contin"ency of ;

to o$erall current demand o$er the minimum theoretical $alue.

. ,, anodes shall not e used in en/iron"ents containing the halides of ro"ine

fluorine or iodine as these are detri"ental to the o!eration of the anode and "a lead to

!re"ature failure.

,"*"*" Si$icon iron 'ith chrome addition

Silicon iron anodes should e considered as a secondar alternati/e choice to ,, ut

li"itations to the !oints raised ao/e.

5ilicon iron anodes ha$e !een the traditional choice since the inception of the

impressed current system in the 1<:0s.

,"*"+" A$ternatives to //O and si$icon iron anodes

Guidance should e sought fro" EPTG #hene/er !ro2ectsCo!erations consider utilising these

anodes.

ther impressed current anode types such as "raphite, ma"netite, and platinised

titanium may also !e encountered, !ut are rarely used. ++ and silicon iron

anodes are most common to the industry and ha$e a more di$erse application ran"e.

Platinised titanium is !asically used for a*ueous applications.

+a"netite and "raphite anodes are used for !uried onshore applications only, and

suffer many of the disad$anta"es of silicon iron due to their similar !rittle nature.

3" Initia$ mar4et revie'

5pecifyin" en"ineers are responsi!le for ensurin" mar2et re$iews are underta2en for

"oods or ser$ices in their specific areas of responsi!ility.

a. PS&, should e consulted efore underta7ing "ar7et re/ie#s and under "ost

circu"stances the e5!ectation is that the s!ecifing engineers #ill #or7 closel #ith

PS&, for the conduct of "ar7et re/ie#s.

nce the main functional and technical re*uirements are 2nown for criticale*uipment it is necessary to determine whether suita!le e*uipment pro$ision

already exists and whether it can !e supplied or supported locally. There is no

process associated with the initial mar2et re$iew, which simply in$ol$es informal

contact with potential $endors.

. In addition to the infor"ation a/ailale fro" /endors si"ilar !ro2ects should e re/ie#ed

BP (or designated agent) should e consulted and e5ternal dataases on e8ui!"ent

!erfor"ance should e re/ie#ed.

c. %s #ell as identifing !otential /endors the "ar7et re/ie# should deter"ine #hether the

functional and technical re8uire"ents could e "et #ith$

1. Standard-design A this is e8ui!"ent that is alread in use and has an estalished !erfor"ance record.

Page 10 of !




. ,odified-design A this is standard design e8ui!"ent #ith a li"ited nu"er of !ro2ect

s!ecific "odifications.

3. 'e#-design A this is re8uired if standard e8ui!"ent cannot e "odified or u!graded

and ne# e8ui!"entCser/ice is re8uired s!ecificall for the !ro2ect.

=or standard-desi"n and modified-desi"n e*uipment, the expected output at this

sta"e is an outline desi"n or description of potentially suita!le e*uipment that has

already !een supplied to, or proposed for, other proects. 'f a new-desi"n is

re*uired, the expected output is a conceptual desi"n that could !e de$eloped and

supplied within the time frame a$aila!le.

>ased on findin"s durin" the mar2et re$iew, the !idders or sole source %as

applica!le& will !e identified.

5" Identification of re6uirements

5"(" Genera$

a. The s!ecifing engineer shall liaise closel #ith the !rocure"ent re!resentati/e to ensurerele/ant technical 8ualit 8uantit schedule and deli/er re8uire"ents are !ro!erl

addressed.

. If cathodic !rotection goods andCor ser/ices are !rocured directl BP !rocure"ent shall

co"!l #ith a!!licale BP !olicies and !rocedures and e conducted through the Business

>nits PS&, Tea" or other B> a!!ro/ed !rocess.

5")" Invitations to %id

a. The s!ecifing engineer shall identif functional re8uire"ents and 7no#n technical

re8uire"ents for the cathodic !rotection sste". Guidance for !roducing functional

s!ecifications is gi/en in IS 13<:.

. Mno#n technical re8uire"ents should e gi/en using the rele/ant ,aterial ata Sheet

see %nne5 %.

c. 9or the !ur!ose of an In/itation to Bid the s!ecifing engineer shall ensure that the

!urchasing re!resentati/e recei/es the follo#ing$

1. Sco!e of #or7.

. 9unctional s!ecification and technical re8uire"ents including s!aring !hiloso!h.

3. @ualit assurance including technical docu"entation re8uire"ents.

;. eli/er re8uire"ents e.g. ti"ing and location.

d. The non-technical infor"ation for an In/itation to Bid such as Instructions to Tenderers9or" of Tender Ter"s N &onditions Ta5 Infor"ation Guidelines Harranties etc. #ill e

!ro/ided the !rocure"ent re!resentati/e.

e. The follo#ing state"ents or state"ents identifing the sa"e re8uire"ents should e

included in the In/itation to Bid and suse8uent contractCorder$

1. The /endor shall not de/iate fro" contractual re8uire"ents unless authorisation for a

change or de/iation has een agreed in #riting #ith BP (or designated agent).

. The /endor shall collaorate 2ointl #ith BP (or designated agent) to identif and

agree technical and co""ercial co""unication routes and "ethodsCfor"ats to e

used.

f. The contract #ill identif the t!e(s) of docu"ent re8uired e.g. @ualit Plan "aterialcertificates etc. The onus is on the /endor to contact BP (or designated agent) if guidance

is re8uired for docu"ent content.

Page 11 of !




g. % !re-!roduction "eeting shall e arranged #hen re8uested BP (or designated agent).

In an e/ent the /endor shall contact BP (or designated agent) #ell in ad/ance of the

!ro!osed !roduction schedule to deter"ine !re-!roduction "eeting re8uire"ents.

h. BP (or designated agent) reser/es the right to !erfor" ins!ections a!!raisals or audits of

the /endors facilities sste"s !rocedures or #or7ing !ractices this shall also e5tend to

sucontractors if a!!licale. %ccess to the #or7s shall e afforded the /endor andsucontractors for such acti/ities.

5"*" Contract7orders

a. The final co""it"ent docu"ents (Purchase rders Ser/ice rders &ontracts etc.) need

to identif the technical s!ecifications or technical re8uire"ents that are to a!!l in order

to co"!l #ith the stated functional re8uire"ents.

Note !ec8nica$ pecification are norma$$# produced b# a bidderin repone to t8e Invitation to &id or fo$$owing a ube+uenteva$uation and c$arification proce.

. Technical re8uire"ents shall e agreed et#een the s!ecifing engineer and /endor efore

"anufactureCsu!!l or ser/ice !ro/ision. The s!ecifing engineer should endea/our to

deter"ine and agree technical re8uire"ents !re-contractC order.

5"+" !eviations and a$ternatives

a. The /endor "a e !er"itted to offer a technicall su!erior ite" for consideration

!ro/iding that it !ro/ides an i"!ro/e"ent o/er the "ini"u" standard laid out in the

s!ecification or data sheet.

. %cce!ted de/iations and alternati/es shall e signed off the res!onsile s!ecifing

engineer or a!!ointed technical authorit.

5"," ead times

ue consideration "ust e "ade for long lead ti"e ite"s such as transfor"er rectifiers and

other !o#er su!!l sste"s #hich are custo" uilt de/ices #ith an a!!ro5i"ate lead ti"e of <

to 1; #ee7s. ,ore standard ite"s such as sacrificial anodes and cale "a e a/ailale e5-stoc7

or are usuall a/ailale #ithin ; #ee7s fro" order.

5"3" S#are #arts

ue consideration should e "ade for necessar s!are !arts. If no s!ecific re8uire"ents e5ist

these #ould nor"all include the follo#ing$

a. Start-u! and co""issioning s!ares.

. -ears o!erating s!ares.

c. Insurance s!ares.

8" Accounta%i$ities and ro$es

8"(" S#ecifyin0 en0ineers

a. S!ecifing engineers shall e accountale for de/elo!ing functional s!ecifications for

acce!tance of the final e8ui!"ent design (including "aterial selection) and for the final

acce!tance of the goods andCor ser/ice.

. ,a2or ste!s to fulfil this accountailit shall include ut are not li"ited to the follo#ing$

Page 12 of !




1. Perfor"ing a "ar7et re/ie# (see clause 6) liaising #ith other !ro2ects EPT and

/endors to identif !ossile e8ui!"ent "aterials and designs.

. Estalishing re/ie#ing and a!!ro/ing functional and technical re8uire"ents #ith

/endors !rior to finali4ing the design. taining schedules for all goods and ser/ices.

3. Estalishing /endor id lists coordinating #ith !rocure"ent re!resentati/es to

"anage id solicitation !ac7age e/aluating ids and reco""ending /endors.

;. =e/ie#ing and a!!ro/ing /endors 8ualit !lans e5ce!tions and concession re8uests

as a!!ro!riate including !artici!ation in !re-"anufacturing andCor !re-ins!ection

"eetings to ensure that /endors deli/er 8ualit e5!ectationsC re8uire"ents.

. &onducting !eriodic audits re/ie#ing non-confor"ance records of /endors and

"aintaining a sufficient le/el of BP (or designated agent) !resence during

"anufacturing installation and testing as #ell as ensuring the final docu"entation

!ac7age is co"!iled and for#arded in line #ith re8uire"ents identified

contractCorder.

8")" Procurement #ersonne$

Personnel used for !rocuring cathodic !rotection "aterials or ser/ices shall e accountale for

ad"inistering all as!ects of the tender and !urchasing !rocess to deli/er Goods that "eet

technical 8ualit and schedule re8uire"ents. ,a2or ste!s to fulfil this accountailit shall

include ut are not li"ited to the follo#ing$

a. %ssisting the s!ecifing engineer #ith the initial "ar7et re/ie# and coordinating the !re-

8ualification !rocess in liaison #ith the res!onsile s!ecifing engineer.

. The !re!aration co"!ilation and issue of In/itations to Bid and co""it"ent docu"ents

liaising #ith PS&, to ensure co"!liance #ith all BP !rocure"ent !olicies and !rocedures

and the s!ecifing engineer to ensure all technical 8ualit assurance and schedule

re8uire"ents are included.

c. 'on-technical e/aluation of the tendersC8uotations.

d. Estalishing or a"ending e5isting &ontract as necessar to satisf the le/el of

technicalC8ualit re8uire"ents for the goods and ser/ices.

e. ,anaging the shi!!ing !rocess to ensure deli/er of correct goods to the correct location

on the re8uired dates.

8"*" 9endors

a. BP (or designated agent) shall ensure that /endors are accountale for deli/ering goods

and ser/ices in co"!liance #ith agreed s!ecifications and contractCorder ter"s using the

/endors sste"s (including 8ualit !lans) #hich are re/ie#ed re/ised as necessar and

a!!ro/ed BP to ensure co"!liance #ith BP !olicies guidelines and re8uire"ents.

. The 7e ste!s to fulfil this accountailit shall include ut are not li"ited to the

follo#ing$

1. Ensuring a!!ro!riate resources !ersonnel sste"s !rocesses !rocedures and 8ualit

!lans are in !lace to deli/er goods in accordance #ith contractCorder re8uire"ents

this includes co"!liance #ith re8uire"ents and e5!ectations for +SE and 8ualit.

. Pro/iding a !oint of contact for contact #ith BP (or no"inated agent) and

sucontractors ensuring that 8ualit !lans are re/ie#edCa!!ro/ed and audited BP

(or no"inated agent) in accordance #ith the agree"ent.

3. Ensuring that their staff are a#are of and adhere to contractCorder re8uire"ents

including +SE and 8ualit e5!ectations and ensuring BP-a!!ro/ed 8ualit !lans are

full e5ecuted.

Page 13 of !




;. Perfor"ing and docu"enting ins!ection and testing acti/ities in accordance #ith the

BP (or designated agent) a!!ro/ed 8ualit !lans including identification

docu"entation and re!orting of non-confor"ances.

. Ensuring goods and ser/ices are deli/ered to the agreed s!ecifications and other

re8uire"ents of the contractCorder. e/iations should e directed through the rele/ant

BP !ersonnel.

8"+" E$ectrica$ #ersonne$

a. The /endor shall e"!lo directl or indirectl co"!etent electrical !ersonnel #ho shall e

suital certificated for the electrical testing o!erations that the #ill underta7e on !o#er

su!!l sste"s such as T=s or si"ilar.

. Electrical !ersonnel shall hold the a!!ro!riate and current le/el of certification for the

a!!ro!riate electrical test "ethods.

:" !esi0n revie' and a##rova$

a. Before "anufacture the final design and associated technical re8uire"ents inclusi/e of

dra#ings and schedule shall e agreed and a!!ro/ed the res!onsile s!ecifing

engineer.

. The final design and technical re8uire"ents shall e acce!ted BP (or no"inated agent)

efore the re/ie# of the /endors 8ualit !lan.

(;" /anufacture and test -or service #rovision.

(;"(" Genera$

BP (or no"inated agent) should re8uest a "onthl !rogress re!ort fro" the /endor. If short

deli/er !eriods (t!icall less than ; #ee7s) are e5!ected a #ee7l !rogress re!ort should enegotiated #ith the /endor.

(;")" /ateria$ identification

(;")"(" Genera$

ue consideration shall e "ade the s!ecifing engineer regarding an s!ecific "ar7ing

na"e!late or tagging re8uire"ents for the goods. If no s!ecific re8uire"ents e5ist the /endor

"a !ro!ose his o#n in-house standard "eans of a na"e!late dra#ing su!!lied to the

!urchasing re!resentati/e for re/ie# and acce!tance.

(;")")" Concession re6uestsa. 9ollo#ing co""ence"ent of "anufacture concession re8uests (see efinitions) "a onl

e "ade in e5ce!tional circu"stances.

. The /endor shall discuss #ith the s!ecifing engineer an !ro!osal to su"it a concession

re8uest. If the s!ecifing engineer agrees that the re8uest can e considered the /endor

shall su"it the re8uest using a standard BP concession re8uest for" see %nne5 B.

c. % concession re8uest is not re8uired for authorisation to !erfor" nor"al in-!rocess re!airs

or re#or7 !ro/iding that the agreed re8uire"ents !er"it such re!airs or re#or7.

d. %cce!ted concessions (de/iations) shall e signed off the s!ecifing engineer or

a!!ointed technical authorit.

Page 1 of !




(;")"*" Contro$ of nonconformin0 0oods

a. The /endor shall ensure that an goods not "eeting contract re8uire"ents are identified

and controlled to !re/ent their unintended use or deli/er. The controls for dealing #ith

nonconfor"ing goods should e defined clearl in the /endors 8ualit "anage"ent

sste".

. The /endor shall deal #ith nonconfor"ing ite"s ta7ing an of the follo#ing actions$

1. =e2ect the non-confor"ing ite"s.

. Ta7e ste!s to eli"inate the non-confor"ance #ithin s!ecification constraints e.g.

re!air.

3. %cce!t the goods follo#ing a !urchaser concession see clause 10...

c. The /endor shall "aintain records of non-confor"ances and details of suse8uent actions.

d. The /endor shall ta7e action to eli"inate the cause of non-confor"ances in order to

!re/ent recurrence.

(;")"+" BP survei$$ance%t BPs re8uest the /endor shall allo# access to BP (or designated agent) for the sur/eillance

of "anufacturing test and ins!ection acti/ities at the /endors #or7s. If a!!licale and should

BP (or designated agent) re8uest it the /endor shall also arrange access for the sur/eillance of

"anufacturing and ins!ection acti/ities !erfor"ed the /endors sucontractors #or7s.

((" Hand$in0< #ac4in0< trans#ortation< and stora0e

a. The s!ecifing engineer shall consider an s!ecial re8uire"ents #ith regards to handling

and storage re8uire"ents #hich are re8uired for indi/idual ite"s.

. The /endor shall !ro/ide an s!ecial handling and storage !rotection !rocedures for the

ite"s. Hhere no s!ecial re8uire"ents e5ist BP (or designated agent) shall s!ecif the

"ini"u" re8uire"ents e5!ected fro" the /endor.

()" Technica$ documentation

a. Technical docu"entation re8uire"ents inclusi/e of the /arious technical docu"ent

su"issions to e "ade the /endor and the related actions re8uired BP (or

designated agent) re!resentati/e shall e clearl defined in the contractC order. In addition

nor"ati/e docu"ents and re!orts a!!licale to !rocesses !roducts tests or ser/ices shall

e identified in the /endors @ualit Plans.

. =e8uire"ents and su"issions shall e considered and clearl defined for the follo#ing(as a!!licale)$

1. esign docu"entsC dra#ings.

. @ualit !lans.

3. !erator 8ualification records.

;. ProgressC status re!orts.

. 'on-confor"ance re!ortsC certificates of confor"anceC concession re8uests.

6. ,aterial certificationC ins!ectionC di"ensional re!ortsC test re!ortsC ins!ection release

notes.

. ,anuals for asse"lC installationC o!erationC !rocessC "aintenance.

Page 1" of !




c. BP (or designated agent) shall a!!ro/e the technical docu"entation !ac7ages su"itted

the /endor efore the release of the goods for shi!"ent.

(*" =ua$ity assurance

a. The /endors 8ualit assurance sste" shall e in co"!liance #ith either ISCTS :001(%PI @1) or IS :001.

. =es!onsiilit for 8ualit assurance shall rest #ith the /endor #ho shall !re!are and

i"!le"ent a @ualit Plan for the sste"atic control of construction ins!ection and testing.

The @ualit Plan shall define ins!ections and tests and the se8uence in #hich the are to

e !erfor"ed during farication and the le/el of in/ol/e"ent for the /endors 8ualit

controlCins!ection !ersonnel third-!art ins!ection !ersonnel and BP (or designated

agent).

c. The /endors @ualit Plans shall !ro/ide assurance that the functional and technical

re8uire"ents of the contractC order #ill e fulfilled.

d. The @ualit Plan shall e su"itted to BP (or designated agent) and a!!ro/al otained

(including a!!ro/al of an re/isions) !rior to co""ence"ent of #or7.

e. The le/el of ins!ection re8uired shall e ased on the criticalit assess"ent of the

!articular ite". 9or e5a"!le a transfor"er rectifier #ould nor"all re8uire third !art

ins!ection andCor factor acce!tance test #hereas a docu"ent re/ie# of /endor in-house

test data and !rocedures and certificates "a e sufficient for a lesser ite" such as cale.

Page 16 of !




Anne2 A-Normative.

/ateria$s !ata Sheets

A"(" Po'er su##$ies

A"("(" Transformer rectifier > air coo$ed

Page 1# of !




!ATA SHEET

TRANS&OR/ER RECTI&IER -TR. > AIR COOE!

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@SB/A =PBS !5P.

Permanent power upp$# for ,at8odic Protection #tem

per aigned proect pecification

per aigned proect pecification per aigned proect pecification

CASSI&ICATION ? SER9ICE

5B/

!@P

N,/BSHA

S,HAI!@

/B,!IBN

GA BF PAB!,!IBN

,/SSIFI,!IBN

I5NSIBNS

5BHN!ING !@P

endor to tate

ir ,oo$ed

2 mm '070 in( ga$vaniDed ,-tee$

Pad$oc) faci$it#

Butdoor

Ingre Protection rating IP6

aDardou or non-8aDardou a per proect pecification

endor to provide


!C CHARACTERISTICS

BH!PH! B/!G

BH!PH! ,HAAN!

BH!PH! ,BN!AB/

,BN!AB/ 5BH/S

,@,/I, !I5A

per proect re+uirement7 or endor to provide


5anua$ or automatic t8#ritor contro$ wit8 adutab$e current $imit. dditiona$ econdar# tap to be inc$uded for $ow current operation.Inductivecapacitive fi$ter on d.c. output for moot8ing.

Aemovab$e 'p$ug-in t#pe(

$ectronic '076 econd ; 60 minute( wit8 independent$# variab$e BN EBFF time.

RECTI&IER CHARACTERISTICS

!@P Si$icon t8#ritor

AC CHARACTERISTICS

INPH! B/!G

, FA9HN,@

per proect re+uirement 'o$t7 p8ae7 number of wire(

per proect re+uirement 'ertD 'D(7 ; to$erance(

PROTECTION CIRCUITR@

IN,B5ING ,

A,!IFIA

, BH!PH!

!8erma$ magnetic brea)er7 endor to pecif# rating

ig8 peed fue7 endor to pecif# rating

Fued7 endor to pecif# rating

/ETERS

!@P ,,HA,@

S,/S

ANCIAR@ ITE/S,&/ N!AIS

BI/

A!ING PBIN!

SHNS

/IF!ING /HGS

&A!A

!5PA!HA GHG

na$ogue or digita$7 ; to$erance

endor to provide 'o$t7 mp(

&ottom entr# ; Aemovab$e g$and p$ate

endor to pecif#

:terna$

endor to pecif#

" No.

Si$ica Ge$

endor to pecif#

I!ENTI&ICATION

N5 P/!!G P/! per proect aigned re+uirement

PAINTING

PAPA!IBNS@S!5

FINIS ,B/BHA

per proect aigned re+uirement2 $a#er coating #tem a a minimum

per proect aigned re+uirement

Page 1! of !




!ATA SHEET

TRANS&OR/ER RECTI&IER -TR. > AIR COOE!

INSPECTION ? TESTING

, A,!IFI,!IBN

INSH/!IBN !S!

B/!G PASSHA !S!NB /B FH// /B

! AIS '2" AS(

SBA! ,IA,HI!

100J to I, 601"3

100J to I, 601"3

100J to I, 601"3100J to I, 601"3

100J to I, 601"3

100J to I, 601"3

SCHE/ATIC !IAGRA/ Inc$uded inide door

Page 1$ of !




A"(")" Transformer rectifier > oi$ coo$ed

Page 20 of !




!ATA SHEET

TRANS&OR/ER RECTI&IER -TR. > OI COOE!

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA






5B/

!@P

N,/BSHA

S,HAI!@

/B,!IBN

GA BF PAB!,!IBN

,/SSIFI,!IBN

I5NSIBNS

5BHN!ING !@P

endor to tate

Bi$ ,oo$ed


Pad$oc) faci$it#

Butdoor



endor to provide


!C CHARACTERISTICS

BH!PH! B/!G

BH!PH! ,HAAN!

BH!PH! ,BN!AB/

,BN!AB/ 5BH/S

,@,/I, !I5A



5anua$ or automatic t8#ritor contro$ wit8 adutab$e current $imit. dditiona$ econdar# tap to be inc$uded for $ow current operation.Inductivecapacitive fi$ter on d.c. output for moot8ing.

Aemovab$e 'p$ug-in t#pe(



!@P Si$icon t8#ritor

AC CHARACTERISTICS

INPH! B/!G

, FA9HN,@


per proect re+uirement 'ertD7 ; to$erance(


IN,B5ING ,

A,!IFIA

, BH!PH!

!8erma$ magnetic brea)er 'endor to pecif# rating(

ig8 peed fue 'endor to pecif# rating(

Fued 'endor to pecif# rating(

/ETERS

!@P ,,HA,@

S,/S

ANCIAR@ ITE/S,&/ N!AIS

BI/

A!ING PBIN!

SHNS

/IF!ING /HGS

&A!A

!5PA!HA GHG




endor to pecif#

:terna$

endor to pecif#

" No.

Si$ica Ge$.

endor to pecif#

I!ENTI&ICATION

N5 P/!!G P/! per proect aigned re+uirement.

PAINTING

PAPA!IBNS@S!5

FINIS ,B/BHA

per proect aigned re+uirement2 $a#er coating #tem a a minimum


Page 21 of !




!ATA SHEET

TRANS&OR/ER RECTI&IER -TR. > OI COOE!


, A,!IFI,!IBN

INSH/!IBN !S!


! AIS '2" AS(

SBA! ,IA,HI!

100J to I, 601"3

100J to I, 601"3

100J to I, 601"3100J to I, 601"3

100J to I, 601"3

100J to I, 601"3


Page 22 of !




A"("*" Transformer rectifier > s'itch mode

Page 23 of !




!ATA SHEET

TRANS&OR/ER RECTI&IER -TR. > SITCH /O!E

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA






5B/

!@P

N,/BSHA

S,HAI!@

/B,!IBN

GA BF PAB!,!IBN

,/SSIFI,!IBN

I5NSIBNS

5BHN!ING !@P

endor to tate

ir ,oo$ed


Pad$oc) faci$it#

Butdoor



endor to provide


!C CHARACTERISTICS

BH!PH! B/!G

BH!PH! ,HAAN!

BH!PH! ,BN!AB/

,@,/I, !I5A



Switc8 mode power modu$e '(7 manua$ or automatic contro$



!@P Switc8 mode power modu$e'(

AC CHARACTERISTICS

INPH! B/!G

, FA9HN,@


per proect re+uirement 'ertD7 ; to$erance(


IN,B5ING ,

A,!IFIA

, BH!PH!

!8erma$ magnetic brea)er 'endor to pecif# rating(

ig8 peed fue 'endor to pecif# rating(

Fued 'endor to pecif# rating(

/ETERS

!@P ,,HA,@

S,/S

ANCIAR@ ITE/S

,&/ N!AIS

BI/

A!ING PBIN!

SHNS

/IF!ING /HGS

&A!A

!5PA!HA GHG




endor to pecif#

:terna$

endor to pecif#

" No.

Si$ica Ge$

endor to pecif#

I!ENTI&ICATION

N5 P/!!G P/! per proect aigned re+uirement

PAINTING

PAPA!IBN

S@S!5

FINIS ,B/BHA


2 $a#er coating #tem a a minimum


Page 2 of !




!ATA SHEET

TRANS&OR/ER RECTI&IER -TR. > SITCH /O!E


, A,!IFI,!IBN

INSH/!IBN !S!


! AIS '2" AS(

SBA! ,IA,HI!

100J to I, 601"3

100J to I, 601"3

100J to I, 601"3100J to I, 601"3

100J to I, 601"3

100J to I, 601"3


Page 2" of !




A"("+" So$ar #o'er

!ATA SHEET

SOAR POER UNIT

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

SB/A =PBS !5P.

Aemote power o$ution for ,at8odic Protection #tem




TECHNICA !ATA

&!!A@ SI<ING

&!!A@ !@P

S@S!5 H!BNB5@

A/I&I/I!@ N I/&I/I!@

State of c8arge to be at $eat 20J7 and dai$# dept8 of dic8arge to not bemore t8an 1%J

/ead-acid7 o$tage regu$ated $ead-acid or nic)e$-cadmium

Support for average continuou $oad for a period of % da# in t8e event of $itt$e or no o$ar reource. % da# period to be from fu$$# c8arged batter#'100J tate of c8arge( to a 20J tate of c8arge $eve$ at t8e end of t8e%t8 da#.

S#tem to 8ave a 447*J ca$cu$ated re$iabi$it#7 uti$iing tandard indutr#accepted re$iabi$it# ca$cu$ation.

CONSTRUCTION !ATA

SB/A AA@

,AG ,BN!AB//A

S8a$$ comprie of a uitab$e number of erie and para$$e$ connectedo$ar modu$e to produce t8e nomina$ output pecified. Proviion 8a$$ bemade to prevent partia$ 8ading of t8e o$ar arra# or fai$ure of a ing$eo$ar modu$e from effecting t8e tota$ o$ar arra# output7 e.g. b# mean ofb$oc)ing diode7 or a c8arge contro$$er wit8 mu$tip$e input.

Frame mounted7 contructed from corroion reitant materia$7 anduitab$e for inta$$ation at t8e ite. !8e tructure 8a$$ be deigned forti$ting for optimum aborption of o$ar energ#7 and creating a e$f-c$eaningeffect of t8e urface during rain 8ower. ing$e o$ar modu$e mut beeai$# rep$aceab$e7 and t8e tota$ contruction deigned to wit8tand a

wind peed of 1%0 )m8 '43 mp8(.

S8a$$ provide a a minimumK

Bverc8arge protection for t8e batterie b# witc8ing off t8e o$ar arra#w8en batterie are fu$$# c8arged

,8arge vo$tage et point'( compenation for temperature c8ange of t8ebatter#

&atter# protection b# witc8ing off t8e $oad7 if t8e vo$tage drop be$ow aminimum pecified $eve$

Prevention of overnig8t dic8arge of t8e batterie t8roug8 t8e o$armodu$e

So$ar modu$e input and batter# connection mut be protected againtrevere po$arit#

$ectrica$ over$oad protection for output/oca$ indicator of ub-arra# tatu 'connecteddiconnected(

/oca$ indicator of $ow batter# vo$tage $oad diconnect

,AG ,BN!AB//A',BN!INH(

/oca$ indicator of ub-arra# tatu 'connecteddiconnected(

/oca$ indicator of $ow batter# vo$tage $oad diconnect

/oca$ indicator of 8ig8 batter# vo$tage

INA!AS 5inimum efficienc# L %J at fu$$ $oad for ing$e and t8ree

S8a$$ be of ine wave t#pe

Inverter $ine regu$ation M 07%J

Inverter fre+uenc# regu$ation 071J

!o inc$ude protective circuitr# for over vo$tage7 t8erma$ protection7 and

8ort circuit protectionS8a$$ be capab$e of automatica$$# diconnecting from t8e batter# w8enbatter# $ow vo$tage i ac8ieved

Page 26 of !




!ATA SHEET

SOAR POER UNIT

, !B , ,BNA!AS 5inimum efficienc# 40J

/oad/ine regu$ation 071J

Pea) to Pea) output ripp$e M 1J

dutab$e output range from nomina$ to 10JN,/BSHAS 5inimum degree of protection of IP31 if mounted wit8in a 8e$ter7 or

minimum of IP%6 if mounted e:terna$$# in accordance wit8 I, 60%24

,&/S N ,,SBAIS Interconnecting cab$e 8a$$ be cro-$in)ed po$#et8#$ene '=/P(inu$ated7 ga$vanied ,-tee$ wire armoured 'or braided for iDe up toand inc$uding 10 mmO( and P, over 8eat8ed

art8ing cab$e 8a$$ be P, 8eat8ed7 co$oured #e$$owgreen7 for bot8underground and above ground ue. ,onductor 8a$$ be a minimumcab$e cro ection of 6 mmO between enc$oure and e:traneoumeta$$ic obect.

INSP,!IBN N !S!ING Inu$ation tet app$ied for 1min to pecified circuit

Functiona$ tet to acertain t8e correct function of a$$ meauringintrument7 a$arm and indicator7 and protection and contro$

Site cceptance !et

A"("," Thermoe$ectric 0enerators -TEG.

!ATA SHEET

THER/OEECTRIC GENERATORS -TEG.

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

=PBS !5P.

Aemote power o$ution for cat8odic protection #tem




SPECI&ICATION !ATA!@P

FH/ !@P

FH/ ,BNSH5P!IBN'A!ING PNN!(

FH/ PASSHA

'A!ING PNN!(

BH!PH! PB>A A!ING

BHPH! PB>A FBA5!

,!BI, PAB!,!IBN 5BH/

A ,A!IFI,!IBN

N,/BSHA

I5NSIBN ANG'A!ING PNN!(

>IG! ANG

'A!ING PNN!(

5IN!NN, IN!A/

So$id tate t8ermoe$ectric generating et

Propane7 butane7 natura$ ga

Natura$ ga7 271 ; "70 m3da# '*" ; 1 *00 ft3da#(Propane7 370 ; *670 $itreda# '07 ; 20 ga$da#(

103 ; 1 *2" )Pa '1% ; 2%0 pi(

21 ; %00 > dependent on app$ication re+uired

, power at 67* ; " dependent on app$ication re+uired. ariab$e reitor to contro$ output current

Bptiona$ auto potentia$ contro$ modu$e in 2007 3007 %00 > verion wit8 0-12 or 0-2" d.c. output. Sp$it current pac)age to a$$ow one generator to

upp$# two ,at8odic Protection $oad if re+uiredBptiona$ ,$a 17 iviion I and iviion II7 Group

/oc)ab$e7 weat8er proof in Stain$e Stee$7 re+uiring no additiona$ 8e$ter

3"* : 33% : ""4 mm to 1 "10 : 1 "10 : 2 240 mm

1 ; 60 )g

nnua$$#

Page 2# of !




A"("3" C$osed cyc$e va#our tur%o 0enerator -CC9T.

!ATA SHEET

COSE! C@CE 9APOUR TURBOGENERATOR -CC9T.

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

=PBS !5P.

Aemote power o$ution for ,at8odic Protection #tem




SPECI&ICATION !ATA

!@P

FH/ !@P

BH!PH! PB>A A!ING

BHPH! PB>A FBA5!

, PB>A /B AGH/!IBN A ,A!IFI,!IBN

,BN!AB/ IN!AF,

5IN!NN, IN!A/

S@S!5 /IF

ermetica$$# ea$ed Aan)ine c#c$e generating et

Natura$ Ga 'off8ore(7 /i+uefied Petro$eum Ga7 /i+uefied Natura$ Ga7)eroene7 et fue$7 diee$ fue$

200 ; " 000 > dependent on app$ication re+uired

, power provided from rectified and fi$tered t8ree p8ae a.c. output fromturbo a$ternator

utomatic contro$ of t8e amount of fue$ de$ivered to t8e burn<one 27 Group II ',$a I7 iviion 2(7 !emperature ,$a !3

igita$ contro$ compatib$e wit8 S, protoco$

nnua$$#

30 #ear minimum

Page 2! of !




A")" Im#ressed current anodes

A")"(" /i2ed meta$ o2ide on titanium su%strate> #ro%e7 tu%e7 'ire7 ri%%on7 mesh

!ATA SHEET

/IE! /ETA OI!E -//O. ANO!E > PROBE7 IRE7 RIBBON7 /ESH

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

SBI/ ,BNI!IBNS

SBI/ ASIS!II!@ ANG

Impreed current anode for ,at8odic Protection




ANO!E !ATA

NB SHPP/IA E !@P

GB5!A@

,B!ING !@P

SH&S!A!,HAAN! NSI!@

I5NSIBNS

,B!ING !I,?NSS

,B!ING /BING

5=. ,HAAN! BH!PH!

endor to pecif#

Probe !ube >ire Aibbon 5e8

55B 'B:ide of Iridium !anta$um(

!itanium7 Grade 1 'S!5 &26%(endor to pecif#

endor to pecif#

Proprietar# information ; a per endor tandard

Proprietar# information ; a per endor tandard

endor to pecif# for deign $ife


ISH/

I5NSIBN/

,&/-!B-NB ASIS!N,

,,/A! >A !S!

Bn ,ertificate of ,onformit#


/e t8an 0700" O

If re+uired per aigned proect pecification

Page 2$ of !




A")")" Si$icon iron 'ith chrome > so$id7 tu%u$ar

!ATA SHEET

SIICON IRON ITH CHRO/E ANO!E > SOI!7 TUBUAR

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

SBI/ ,BNI!IBNS

SBI/ AS!II!@ ANG

Impreed current anode for ,at8odic Protection




ANO!E !ATA

NB SHPP/IA E !@P

GB5!A@

,B5PBSI!IBN

,HAAN! NSI!@

I5!A/NG!

>IG!

NB5IN/ ,HAAN! BH!PH!

PABC,! /IF

endor and deignation to be given

!ubu$ar or o$id

S!5 %1 Grade 37 Si$icon 1"72 ; 1"7*%J7 5anganee 17%J ma:.7,arbon 07* ; 1710J7 ,8romium 372% ; %70J7 5o$#bdenum 0720J ma:.7,opper 07%J ma:.7 Iron - ba$ance

endor to pecif#



endor to pecif#

endor to indicate

CABE !ATA

,BNH,!BA

,&/ INSH/!IBN

,&/-!B-NB ,BNN,!IBN

,&/ /NG!

== mmO ing$e core7 tranded tinned copper

5>P or ?@NA 5>P

Ga$vanied ,-tee$ e:panion connector

per proect re+uirement


,&/-!B-NB ASIS!N, /e t8an 0700" O

Page 30 of !




A"*" Ga$vanic anodes

A"*"(" A$uminium > f$ush mount< standoff< and %race$et

!ATA SHEET

AU/INIU/ ANO!E

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

SBI/>!A ,BNI!IBNS

ASIS!II!@ ANG

Ga$vanic anode for cat8odic protection



Hp to 10 O-m '33 O-ft(

ANO!E !ATA

NB !@P

GB5!A@

5!AI/ !@P

//B@ PB!N!I/ //B@ ,P,I!@

N! >IG!

P,?G GABSS >IG!

NB I5NSIBNS

!AB!I,/ ,HAAN! BH!PH!&!>N ASIS!II!@ ANG

endor and anode deignation

Ingot7 ribbon or brace$et

$uminium

;171 'v. ,u,uSB" ref ce$$(2 *00 mp-our)g '1 22% mp-our$b( '!8eoretica$(

endor to tate

endor to tate 'if app$icab$e(

endor to tate

endor to pecif#

ANO!E CO/POSITION

IABN

SI/I,BN

,BPPA

<IN,

INIH5

!I!NIH5

G//IH5

B!AS ',(

/H5INIH5

Generic $uminium-<inc-Indium a$$o#

0712J ma: 'on8ore(7 0704J ma: 'off8ore(7 0706J ma: 'off8ore7 ifdept8 300 m '1 000 ft((

070 ; 0721J

07006J ma:

27 ; 67%J

0701 ; 0702J ma:

0702%J ma:

0700% ; 07020J

0702 ma:

&a$ance


>IG!

,5I,/ ,B5PBSI!IBN

/,!AB,5I,/

ISH/

Bne tet per 10 anode 'min(

ver# 8eat 'min(

Bne tet per batc8 'min( N AP-&"01 Section 117 nne: &7 N,!50140

N, AP03*

Page 31 of !




A"*")" /a0nesium > in0ot7 ri%%on

!ATA SHEET

/AGNESIU/ ANO!E

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

SBI/ ,BNI!IBNS

ASIS!II!@ ANG

Ga$vanic anode for cat8odic protection



% to 1%0 O-m '16 to "42 O-ft(

ANO!E !ATA

NB !@P

GB5!A@

5!AI/ !@P

//B@ PB!N!I/

//B@ ,P,I!@

N! >IG!

P,?G GABSS >IG!

NB I5NSIBNS

,&/ SP,IFI,!IBN

,&/ !A5IN!IBN

,&/ /NG!



Ingot 'circu$ar or d-8aped(7 ribbon

/ow ig8 Potentia$ magneium

;17%% ;17*% 'v. ,u,uSB" ref ce$$(

1 230 mp-our)g '%% mp-our$b( '!8eoretica$(

endor to tate


endor to tate

6 mmQ =/PP, 'A(7 or a per re+uirement

Si$ver o$der or mec8anica$ bo$t connection

per re+uirement

endor to pecif#

ANO!E CO/POSITION

/H5INIH5

<IN,

,BPPA

SI/I,BN5NGNS

IABN

NI,?/

/

B!AS

5GNSIH5

/ow potentia$ ig8 potentia$

%73 ; 67*J 0701J ma:

273 ; 37%J -

070J ma: 0702J ma:

073J ma: 070%J ma:072%J ma: 07% ; 173J min

0700%J ma: 0703J ma:

07003J ma: 07001J ma:

0703J ma: -

- 0730J ma: tota$

&a$ance &a$ance

CHE/ICA BACD&I CO/POSITION G#pum *%J7 &entonite 20J7 Sodium Su$p8ate %J


>IG!

,5I,/ ,B5PBSI!IBN

/,!AB,5I,/


ver# 8eat 'min(

Bne tet per batc8 'min(

Page 32 of !




A"*"*" 1inc > f$ush mount< standoff< ri%%on and %race$et

!ATA SHEET

1INC ANO!E

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

SBI/>!A ,BNI!IBNS

ASIS!II!@ ANG

!o be tated



Hp to 30 O-m '100 O;ft(

ANO!E !ATA

NB !@P

GB5!A@

5!AI/ !@P

//B@ PB!N!I/

//B@ ,P,I!@

N! >IG!

P,?G GABSS >IG!

NB I5NSIBNS



Ingot7 ribbon or brace$et

<inc

;171 'v. ,u,uSB" ref ce$$(

*0 mp-our)g '3%" mp-our$b( '!8eoretica$(

endor to tate


endor to tate

endor to pecif#

ANO!E CO/POSITION

/H5INIH5

,5IH5

,BPPA

IABN

/

5GNSIH5

5I/--1001 S!5 &"1 !#pe II

071 ; 07%J 0700%J ma:

0702 ; 070*J 07003J ma:

0700%J ma: 07002J ma:

0700%J ma: 07001 "J ma:

07006J ma: 07003J ma:

&a$ance &a$ance


>IG!

,5I,/ ,B5PBSI!IBN

/,!AB,5I,/

ISH/


ver# 8eat 'min(

Bne tet per batc8 'min( N AP-&"01 Section 117 nne: &

N, AP03*

Page 33 of !




A"+" Ca%$es P9C7P9C< PE7P9C< PE7P9C7SA7P9C< H/PE<D@NAR7H/PE< EPR7CSPE

!ATA SHEET

CABES

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

SBI/ ,BNI!IBNS

SBI/ ASIS!II!@ ANG

,ab$e for ,at8odic protection





CABE !ATA

,BNH,!BA

INSH/!IBN

S!

S!ANING

A5BHAING

,BNS!AH,!IBN

BH!AS! ,B/BHA

nnea$ed tinned copper wire to I, 6022 ,$a 2

?@NA 'Irradiated PF(7 =/P7 P,7 PA7 5>P

5>P7 P,7 ,SP

endor to pecif# 'cro ection and number( to I, 6022 ,$a 2

,ab$e to be armoured wit8 round ga$vaniDed ,-tee$ wire

ccording to I, 60%027 600 1 000

&$ac)

I!ENTI&ICATION Surface in) printed ; 5inimum informationRInu$ation S8eat8 t#pe ,onductor iDe 600 1 000


ISH/

,BNH,!II!@

P@SI,/ PABPA!IS

iua$ Inpection of t8e ,ab$e for defect in t8e inner and outer 8eat8co$our iDe etc.

endor ,ertificate of ,onformit#

endor ,ertificate of ,onformit#

Page 3 of !




A"," Reference e$ectrodes

A","(" Co##er7co##er su$#hate -Cu7CuSO+. > #ermanent7 #orta%$e

!ATA SHEET

COPPER 7 COPPER SUPHATE PER/ANENT7PORTABE RE&ERENCE EECTRO!E

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

SBI/ ,BNI!IBNS

SBI/ ASIS!II!@ ANG

Aeference e$ectrode for cat8odic protection 'non-a$ine ue(




EECTRO!E !ATA

!@P

5B/

/5N! !@P

/,!AB/@! ,,HA,@

PABC,! SIGN /IF

,SING /NG!I5!A

,SING 5!AI/

PA-P,?GING

,&/ !I/

,opper,opper Su$p8ate

endor to tate

,opper '44744J purit#(

,opper Su$p8ate cr#ta$ in deionied water % m over deign $ife

endor to tate for permanent ce$$

endor to tate

endor to tate

endor to tate7 if app$icab$e for permanent ce$$

endor to tate7 or a per re+uirement


,,HA,@

ISH/ INSP,!IBN



Page 3" of !




A",")" Si$ver7si$ver ch$oride -A07A0C$. > #ermanent7 #orta%$e

!ATA SHEET

SI9ER7 SI9ER CHORI!E RE&ERENCE EECTRO!E

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

SBI/>!A ,BNI!IBNS

ASIS!II!@ ANG

Aeference e$ectrode for ,at8odic Protection




EECTRO!E !ATA

!@P

5B/

5!AI/ !@P

/,!AB/@!

,,HA,@

PABC,! SIGN /IF

/5N! /NG!

/5N! I5!A

GB5!AI, SHAF, A

,!H/ SHAF, A

,SING /NG!I5!A

,SING 5!AI/

P/HG

PA-P,?GING

,&/ !I/

Si$ver Si$ver ,8$oride

endor to tate

Sintered Si$ver ; Supp$ier to advie concentration

Sintered Si$ver ; Supp$ier to advie concentration

10 m over deign $ife 'T 3 Uamp $oad(

endor to tate for permanent ce$$

endor to tate

endor to tate

endor to tate

endor to tate

endor to tate

endor to tate

endor to tate7 if app$icab$e for permanent ce$$



,,HA,@

ISH/ INSP,!IBN



A","*" 1inc > #ermanent

!ATA SHEET

1INC PER/ANENT RE&ERENCE EECTRO!E

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

SBI/>!A ,BNI!IBNS

ASIS!II!@ ANG

Permanent reference e$ectrode for cat8odic protection




EECTRO!E !ATA!@P

5B/

/5N! !@P

>IG!

I5NSIBNS

PA-P,?GING

,&/ !I/ E ,BNN,!IBN

<inc

endor to tate

<inc '44744J purit#(

endor to tate

endor to tate

endor to tate7 if app$icab$e for ce$$



,,HA,@

ISH/ INSP,!IBN



Page 36 of !




A"3" unction %o2es GRP< stain$ess stee$< car%on stee$ -#ainted.< 0a$vaniFedstee$ enc$osures

!ATA SHEET

UNCTION BOES

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

SB/A =PBS !5P.

Cunction bo:e for cat8odic protection




!ISTRIBUTION BO !ATA

5?!@P

N,/BSHA 5!AI/

GA BF PAB!,!IBN

I5NSIBNS

>IG!

5BHN!ING !@P

,IA,HI!S

,IA,HI! A!ING

BBA

S,HAI!@

IN!AN/ &B/! FI=INGS

FI=ING &BA

endor to tate


IP6% min 'non-8aDardou(7 IP6* min '8aDardou)

endor to tate

endor to tate

endor to tate

Number and t#pe to be tated7 inc$uding reitor8unt

endor to tate in >att

endor to tate t#pe7 8inged7 removab$e etc.

Pad$oc)ab$e 8and$e and 3 point $atc8

&ra7 doub$e nut and pring wa8er

P8eno$ic7 6 mm '1" in( t8ic)

CABE ENTR@ !ETAIS

!@P

&B!!B5 N!A@

Hn-dri$$ed g$and p$ate

endor to tate t#pe7 e.g. g$and7 8ubconduit

I!ENTI&ICATION

!A5IN/S ngraved traffo$#te or e+uiva$ent

A"5" Test faci$ities > Post and f$ush mounted > #o$ycar%onate< concrete<meta$$ic

!ATA SHEET

TEST &ACIIT@ > POST AN! &USH /OUNTE!

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HAH5II!@

SB/A =PBS !5P.

!et faci$itie for cat8odic protection



TEST STATION !ATA

5?!@P

N,/BSHA 5!AI/

GA BF PAB!,!IBN

!A5IN!IBNS

I5NSIBNS

>IG!

S,HAI!@

endor to tate

endor to tate


endor to tate7 number and t#pe

endor to tate

endor to tate

endor to tate

ANCIAR@ ITE/S,BNHI! !I/S endor to tate7 if app$icab$e

Page 3# of !




A"8" Iso$ation devices7 sur0e #rotection ? earthin0

A"8"(" /ono$ithic iso$atin0 oint

!ATA SHEET

/ONOITHIC ISOATING OINT

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

Pipe$ine io$ating oint



CONSTRUCTION !ATA

!@P5B/

,B5PBNN!S

PASSHA A!ING

GGASSI F/HIS

!#pe 1 ; ing$e pair of RB ring ea$!#pe 2 ; doub$e pair of RB ring ea$

Pipe pup to PI %/

,-tee$ ection 'forging or ring( to S!5 64" 'F %2(

Sea$ing ga)et ; nitri$e RB ring

Inu$ating ring ; g$a or fabric reinforced epo:#

ie$ectric fi$$er ; epo:# rein

:terna$ coating interna$ $ining ; epo:# rein 1%0 Um '6 mi$( dr# fi$mt8ic)ne 'F!(

PN2% ; PN"00 'S5 ,$a 1%0 ; 2%00(

Specia$ carbon and Stain$e tee$ avai$ab$e for aggreive f$uid inc$udingwet our ga and $ow temperature

SPECI&ICATION !ATA

!S! PASSHA

I/,!AI, S!ANG!

/,!AI,/ ASIS!N,

>/ING N N!

BPA!ING !5PA!HA

17% time deign preure

27% ) in dr# air wit8 minima$ current $ea)age and no reduction inreitance

% 5O at 1 000 in dr# air

per aign proect pecification

;20 to %V, ';" to 1%V,(. Hp to 1%0V, '302VF( poib$e wit8 pecia$iednon-meta$$ic materia$

Page 3! of !




A"8")" Gas4et iso$ation 4it

!ATA SHEET

GASDET ISOATION DIT

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

F$ange inu$ation )it



CONSTRUCTION !ATA

!@P

,B5PBNN!S PA S!

PASSHA A!ING

!#pe WFX 'raied face(7 !#pe WX 'fu$$ face(7 !#pe WX 'ring t#pe oint7 A!C(

Bne neoprene coated reinforced p8eno$ic ga)et7 or p8eno$ic ring t#pe oint

Bne p8eno$ic or 5@/A $eeve per bo$t

!wo reinforced p8eno$ic wa8er per bo$t

!wo <inc p$ated mi$d ,-tee$ wa8er per bo$t

1073 ; 1*27" &ar '1%0 ; 2 %00 pi(

SPECI&ICATION !TA

>!A &SBAP!IBN'2" BHA I55ASIBN(

I/,!AI, S!ANG!

INSH/!IBN ASIS!N,

F/=HA/ S!ANG! ! 20V, '6VF( '&4"4F &4"4(

,B5PASSI S!ANG!F/!>IS ! 20V, '6VF('&4"4F&4"4(

,B5PASSI S!ANG!F/!>IS ! 0V, '1*6VF('&4"4F&4"4(

NSI!@

07%J

30 ) f$atwie7 1% ) edgewie

10% 5O a received7 10% 5O after water immerion

140 10 5pa '2* 600 26 100 pi(

"%0 3%0 5pa '6% 300 %0 00 pi(

300 2%0 5pa '"3 %00 36 300 pi(

173% gcm3

'07* oDin3

(

A"8"*" S#ar4 0a#s

!ATA SHEET

SPARD GAPS

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

SB/A =PBS !5P.

!o be ued acro io$ating pipe oint




TECHNICA !ATA

5?!@P

NB5IN/ IS,AG ,HAAN!'20(

/IG!NING I5PH/S ,HAAN!

, SPA?BA B/!G '%0 D(

100J /IG!NING I5PH/SSPA?BA B/!G '172%0(

=FS /

100 )

In accordance wit8 IN "10

M 1 )

M 2.2 )

PH@SICA !ATA

GA BF PAB!,!IBN PPAB/

N,/BSHA

,BNN,!IBN

I5NSIBN

Specia$ degree of protection ':( i in accordance wit8 IN 01*17Y "47 temperature c$a G".

ie-cat Dinc p$atic

510 '3 in( crew or connecting cab$e 'NS/FF 2% mmQ( wit8 termina$ $ugand 510 crew and nut

Z 63 mm '2 [ in(7 40 mm '3 [ in( $ong

Page 3$ of !




A"8"+" Po$arisation ce$$

!ATA SHEET

POARISATION CE

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

SB/A =PBS !5P.

art8ing in conunction wit8 cat8odica$$# protected tructure




TECHNICA !ATA

5?!@P

A! ,P,I!@ FBA BN-/FS,BN

5=I5H5 A! S!@ S!!,P,I!@

BPA!ING !5PA!HA ANG

?-% ?-2% ?-%0

?-% % 000 7 ?-2% 2% 000 7 ?-%0 %0 000

?-% 30 7 ?-2% 1*% 7 ?-%0 3%0

;"0V, to "6V, ';"0VF to 11%V,(

PH@SICA !ATA

PB/AIS!IBN P/! 5!AI/NH5&A BF PB/AIS!IBN P/!S'PIAS(

/,!AB/@!

,BNH,!BA SI<S

!B!/ >IG!

BP!IBN/ N,/BSHAS FBABH!BBA HS

Stain$e Stee$?-% %7 ?-2% 127 ?-%0 2%

30J Potaium #dro:ide o$ution '8ip dr#(

?-% 10-3% mmQ ' >G(7 ?-2% 3%-12% mmQ ' >G(7 ?-%0 %0-2%0 mmQ' >G)

?-% 27* )g '6 $b(7 ?-2% 337% )g '*" $b(7 ?-%0 "07 )g '40 $b(

5ode$ %-1%-1/%-2/%-3/%-"/%-%%-6/7 IP32 'N5 3A3S(7 avai$ab$e in071 1763 2731 mm '07032 0706" 07041 in( t8ic) ga$vanied ,-tee$

A"8"," Po$arisation ce$$ re#$acement > so$id state

!ATA SHEETPOARISATION CE REPACE/ENT -PCR. > SOI! STATE

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

SB/A =PBS !5P.





TECHNICA !ATA

!@PHS

5B/

!ASB/ B/!G

FI/HA 5B //B>&/ /IG!NING FH/!,HAAN! A!ING

, FH/! ,HAAN! A!ING %0 D

S!@-S!! ,HAAN! A!INGS

<ABHS A ,/SSIFI,!IBN

NIABN5N!/ PAB!,!IBN

!5PA!HA ANG

,&/ !I/S 'BP!IBN/(

,&/ ,BNN,!BAS

So$id tate7 po$ariation ce$$ rep$acement

P,A-3.% ? P,A-4 ? P,A-1" ?

;31 d.c.

S8ort ,ircuit100 ) cret7 : 20 U waveform

P,A-3.% ? ; c#c$e 1 3 10 30 ; 6 100 " *00 3 400 3 %00 .P,A-4 ? ; c#c$e 1 3 10 30 ; 14 000 1" 000 11 000 4 000 .P,A-1" ? ; c#c$e 1 3 10 30 ; 33 000 2% 000 20 000 1" 000 .

$$ mode$ ; %0 D 60 D ; "% %0 at 20V, '6VF( $$ mode$ ; %0 D 60 D ; 3% "0 at 6%V, '1"4VF(

NFP *0 ,$a I7 iviion 27 Group &7 ,7

IP66

;"%V, to 6%V, ';"4VF to 1"4VF(

2 : *0 mmQ f$e:ib$e cab$e ; $engt8 a re+uired&o$ted or $ug connection to uit pecific app$ication

Page 0 of !




A"8"3" Over vo$ta0e #rotector > so$id state

!ATA SHEET

O9ER 9OTAGE PROTECTOR -O9P.

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

SB/A =PBS !5P.





CONSTRUCTION !ATA

!@PHS

5B/

!ASB/ B/!G

FI/HA 5B

//B>&/ /IG!NING FH/!,HAAN! A!ING

, FH/! ,HAAN! A!ING %060

D<ABHS A ,/SSIFI,!IBN

, ,B5P/IN,

NIABN5N!/ PAB!,!IBN

5=. ,BN!INHBHS 5&IN!

,&/ !I/S

,&/ /HG,BNN,!BA

So$id tate7 par) gap rep$acement

endor to tate

;2 2 d.c.7 or ;3 1 d.c.

S8ort ,ircuit

100 ) cret7 : 20 U waveform

6 000 7 1 c#c$e. 3 %00 7 30 c#c$e

N,7 ,S ,$a I7 iviion 1 E 27 Group 7 &7 ,7

Independent , certification

IP66

%%V, '131VF(

2 : 2% mmQ f$e:ib$e cab$e ; 300 mm '12 in( $engt8

10 mm '3 in( diameter 8o$e in ga$vanied ,-tee$ brac)et for attac8mentto io$ating oint


BPA!IBN

ISH/ INSP,!IBN



Page 1 of !




A":" Testin0 e6ui#ment

A":"(" !i0ita$ mu$timeter and c$am# meter

!ATA SHEET

!IGITA /UTI/ETER

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

=PBS !5P.

5u$timeter for cat8odic protection




SPECI&ICATION !ATA

!@PHS

5B/

B/!G ,

B/!G ,,HAAN! ,

,HAAN! ,

ASIS!N,

,P,I!N,

FA9HN,@

&!!AIS

SI<>IG!

BPA!ING !5PA!HA

igita$ 5u$timeter wit8 temperature reading

endor to tate

1 000 ma:7 071 m reo$ution7 '0704J2(

1 000 ma:7 071 m reo$ution7 '170J3(10 ma:7 0701 m reo$ution7 '170J3(

10 ma:7 0701 m reo$ution7 '170J3(

%0 5O7 071 O reo$ution7 '074J1(

10 000 UF ma:7 170 UF \reo$ution7 '172J2(

100 )D ma:7 0701 D reo$ution7 '071J1(

$)a$ine7 200 8our $ife 't#pica$(

endor to tate

;10 to %0V, '1" to 122VF(


BPA!IBN

,,HA,@



!ATA SHEET

CA/P ON A//ETER

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

=PBS !5P.

,$amp on mmeter for ,at8odic Protection




SPECI&ICATION !ATA

!@PHS

5B/B/!G ,

B/!G ,

,HAAN! ,,

&!!AIS

SI<>IG!

BPA!ING !5PA!HA

,$amp on mmeter

endor to tate1 000 ma:7 100 m 1 reo$ution '"00600 range(7 '170J3(. ,retfactor 6 for T 1 000 pea). 1 5O impedance

1 000 ma:7 100 m 1 reo$ution '"00600 range(7 '170J3(. ,retfactor 6 for T 1 000 pea). 1 5O impedance

"0200 range7 200 d.c. ma:. or a.c. pea)7 10100 m reo$ution'"0200 range(7 '173J3(. ,ret factor 6 ma:imum for !rue A5Smeaurement

4 $)a$ine7 "0 8our $ife 't#pica$(

endor to tate

0 to %0V, '32 to 122VF(


BPA!IBN

,,HA,@



Page 2 of !




A":")" Earth resistivity tester and insu$ation tester -radio fre6uency.

!ATA SHEET

EARTH RESISTI9IT@ TESTER

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

=PBS !5P.

art8 reitivit# teter for cat8odic protection




SPECI&ICATION !ATA

!@PHS

5B/

ASIS!N, ANGS

,,HA,@

!S! FA9HN,@!S! ,HAAN!

IN!AFAN,

5=. BH!PH! B/!G

5=. B/!G PAB& ASIS!N,

!5PA!HA FF,!

BPA!ING ANG

NIABN5N!/ PAB!,!IBN

art8 reitivit# 5egger teter

endor to tate

0701 to 14744 O7 071 to 14474 O7 07001 to 17444 )O7 0701 to 14744 )O 'autoranging(

2J of reading 3 digit

12 D20 O range 10 m a.c. r.m..

200 O range 1 m a.c. r.m..

220 )O range 100 U a.c. r.m..

5a:. effect "0 p)-p) %0 D nomina$

Interference vo$tage i 1J of reading in 20 O to 2 )O range

%0

*% )O

071JV, over operating temperature range

;20V, to "%V,7 40J A ma:. at "%V,

Ingre Protection rating IP%"


BPA!IBN

,,HA,@



!ATA SHEET

INSUATION TESTER -RA!IO &RE=UENC@.

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

=PBS !5P.

!eting of above ground pipe$ine inu$ator



per aigned proect pecificationSPECI&ICATION !ATA

!@PHS

5B/

!S! FA9HN,@

BPA!ING ANG

NIABN5N!/ PAB!,!IBN

5!ASA-BH!

&!!A@

PAB&S

I5NSIBNS

>IG!

Inu$ation !eter 'radio fre+uenc#(

AFI!

221 )D wit8 interna$ band-pa fi$ter

;20V, to "%V, ';"VF to 113VF(

IP%;

/, ana$ogue t#$e meter wit8 audib$e a$ert

6 : $)a$ine WX ce$$7 wit8 10 minute auto power-off

2 : detac8ab$e

203 : 102 : *6 mm ' : " : 3 in(

074 )g '2 $b(

Page 3 of !




A":"*" C$ose interva$ #otentia$ -CIP. survey e6ui#ment

!ATA SHEET

COSE INTER9A POTENTIA -CIP. SUR9E@ E=UIP/ENT

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

=PBS !5P.

Potentia$ meaurement urve# of buried pipe$ine




SPECI&ICATION !ATA

!@PHS

S>I!,S N !/BGGAS

Potentia$ meaurement urve# e+uipment

5a:imum time error of 20 m between an# two witc8e during RBN orRBFF reading at t8e determined witc8ing interva$.

ata $ogger are imi$ar$# #nc8ronied to witc8e and to eac8 ot8er wit8 ama:imum time error between an# 2 data $ogger or an# data $ogger and an#witc8 of 20 m and t8at meaurement of RIntant BFF pipeoi$ potentia$are underta)en between 100 m ; %00 m 20 m of witc8ing BFFK RBNpotentia$ are meaured at t8e end of t8e BN period 100 m 20 m before

witc8ing RBFF. !8e #nc8roniation accurac# of a$$ data $ogger andwitc8e 8a$$ be maintained wit8in 20 m7 one to anot8er7 or 10 m toabo$ute time7 t8roug8out a$$ urve# wor).

!8e #nc8roniation between a$$ witc8e and data $ogger to 20 m 'oreac8 unit to 10 m to abo$ute time( at a$$ time during urve# operationma# be ac8ieved b# uing GPS time igna$7 radio time igna$7 or cr#ta$oci$$ator c$oc) #tem of ufficient re$iabi$it# and accurac# to meet t8ere+uirement at a$$ time during t8e urve#.

If t8e #nc8roniation re$ie upon GPS or radio igna$ t8at can be interruptedor if t8e igna$ from w8ic8 ma# be 8ie$ded in particu$ar $oca$itie7 t8ewitc8e and data $ogger 8a$$ be ab$e to maintain t8eir #nc8roniationaccurac# to wit8in 20 m between a$$ unit for a minimum of 8our wit8outreceipt of an# time igna$ from GPS or radio networ).

!8e #nc8roniation of witc8e and data $ogger 8a$$ be demontrated att8e commencement and end of urve# wor) eac8 da# b# t8e ue ofoci$$ocope or uitab$e data $ogger ab$e to dip$a# 07% to 27% wit8 adicrimination of 1 m or better and a time dicrimination of 1 m or better

$$ witc8e and data $ogger 8a$$ be conc$uive$# proven to be operatingwit8in t8e #nc8roniation accurac# of 20 m between unit. If an# unit areout wit8 t8i #nc8roniation $imit7 an# urve# wor) underta)en ince t8epreviou uccefu$ #nc8roniation c8ec) 8a$$ be repeated wit8 fu$$##nc8ronied e+uipment and t8e unit'( t8at were out wit8 t8e #nc8roniation$imit 8a$$ be +uarantined and not ued in t8e urve# unti$ proven to berectifiedoperating wit8in t8e 20 m unit to unit $imit.

Page of !




!ATA SHEET

COSE INTER9A POTENTIA -CIP. SUR9E@ E=UIP/ENT

PAB&S

! /BGGA B/!5!ASP,IFI,!IBNS

eign of reference e$ectrode7 w8ic8 uti$ie copper u$p8ate ge$ uc8 a t8et#pe deigned for permanent inta$$ation7 8a$$ not be ued for ,IP urve#7and 8ou$d be of aturated ,opper ,opper Su$p8ate o$ution indeminera$ied water.

!8e meaurement 8a$$ be b# a recording digita$ vo$tmeter 'data $ogger( wit8t8e fo$$owing minimum c8aracteritic

5inimum of 1 independent c8anne$7 meauring imu$taneou$#7 wit8meaurement time and period ab$e to be #nc8ronied to 10 m wit8 ot8erdata $ogger and witc8e tab$e for a minimum of 2" 8our wit8in 10 m.

5eaurement range 37% minimum wit8 a enitivit# of 1 m or better andan accurac# of 072%J of t8e meaured va$ue.

ac8 c8anne$7 ba$anced input. ,ommon mode noie reection *% d& for d.c.input7 100 d& for a.c. input %0-60 D. Norma$ mode noie reection 60 d& for a.c. input %0-60 D up to 10 .

Input impedance 10 5O or greater

5eaurement period7 minimum 200 m commencing a minimum 100 m after

#nc8ronied witc8 BFF. Period after witc8 BFF adutab$e over t8e rangeof at $eat 100 to %00 m. !8e co$$ection of man# meaurement wit8 ameaurement period 'count period( of $e t8an 100 m and t8en e$ecting t8e$eat negative 'or t8e econd $eat negative or ome ot8er non-#nc8roniede$ection( a repreenting Intant BFF 8a$$ not be permitted.

Aea$ time meaurement to 1 econd accurac# 'maintaining 10 m#nc8roniation(7 eac8 vo$tage data et to incorporate time.

Feature code 'e.g. to repreent road7 tet point7 etc( to be ab$e to beentered at t8e data $ogger7 during vo$tage meaurement7 and to beincorporated into t8e vo$tage data

!o faci$itate ana$#i of t8e ,IPS data7 pipeoi$ potentia$ data from a tatic$ocation7 norma$$# at t8e tart of t8e urve# ection7 i re+uired for pipe$ineurve# b# uing an additiona$ data $ogger poitioned at t8e Rtatic $ocation. Iti eentia$ t8at t8e tatic data can be accurate$# $in)ed to t8e moving dataK

t8i i bet ac8ieved uing t8e time igna$ from GPS.

Page " of !




A":"+" !irect current vo$ta0e 0radient -!C9G. e6ui#ment

!ATA SHEET

!IRECT CURRENT 9OTAGE GRA!IENT -!C9G. E=UIP/ENT

EN9IRON/ENTA !ATA

PP/I,!IBN

!5PA!HA

H5II!@

=PBS !5P.

etection of buried pipe$ine coating defect




SPECI&ICATION !ATA

!@PHS

SHA@ 5!A

PAB&S 'PIA(

,HAAN! IN!AAHP!A

,,SSBAIS

,oating defect $ocation e+uipment

Input impedance 106 O

,entre Dero7 and fu$$ ca$e def$ection in range ofK

10 m7 20 m7 100 m7 200 m7 %00 m7 1 000 m7 2 000 m7 % 000 m

5eter movement 8ermetica$$# ea$ed and ruggedied

ig8 noie reection7 input protection againt tatic over-vo$tage7 current$imited output meter.

>ater reitant cae and witc8e.

&atterie 12 7 %00 m Ni,ad $owing up to 0 8our continuou operationwit8out rec8arging

and$e wit8 witc8ab$e bia vo$tage range from 30 m to 173 . &od# ofeac8 probe i a ,opper ,opper Su$p8ate reference ce$$ ma)ing contact tot8e ground t8roug8 a porou wooden tip aturated wit8 ,opper ,opperSu$p8ate o$ution

100 100 d.c.7 o$id tate witc8ing

Switc8ing peed 072 econd BN7 07 econd off

&atterie 12 7 27% mp-our ea$ed $ead-acid a$$owing * da# continuouoperation

Auggedied tranit cae for meter and interrupter7 and eparate probe cae

Page 6 of !




Anne2 B-Informative.

BP concession re6uest form

BP P"O" No E6ui#ment7/ateria$ !escri#tion Concession Re6uest No"-(.

Su##$ier P"O" Item No" ? !escri#tion !ate Raised

Sections a%ove ? %e$o' to %e com#$eted %y Su##$ier

A" !escri#tion of re6uest

B" !ra'in0s7 documents affected %y re6uest

C" ustification for acce#tance

Name and #osition Si0ned !ate

Sections %e$o' to %e com#$eted %y BP

!" Concession reected -0ivin0 ustification.


E" Concession a##roved -out$inin0 any s#ecia$ re6uirements.


A##rova$s

BP S#ecia$ist En0ineer

Position

Name

Si0ned

!ate

BP Inte0rity Assurance En0ineer

Name

Si0ned

!ate

BP Business7Proect Re#"

Position

Name

Si0ned

!ate

'ote 1$ 9or the &oncession =e8uest 'o. Su!!lier should a!!l a 3 digit uni8ue consecuti/e nu"er !er Purchase rderco""encing #ith$ 001.

Page # of !




Bi%$io0ra#hy

BP

]1^ GP 06-10 Guidance on Practice for ,orroion 5anagement

]2^ GP 06-31 Guidance on Practice for ,at8odic Protection

&uro #orm &#!

]3^ N 12"*3 Genera$ Princip$e of ,at8odic Protection in Sea >ater

]"^ N 124%" ,at8odic Protection of &uried or Immered 5eta$$ic Structure - Genera$ Princip$e and pp$ication for Pipe$ine

"et #ors$e %eritas "#%!

]%^ N-AP-F103 Aecommended Practice ,at8odic Protection of Submarine Pipe$ine b# Ga$vanic node

International (rgani)ation for Standardi)ation IS(!

]6^ ISB 1%%2-2 Petro$eum and Natura$ ga Indutrie - ,at8odic Protection of !ranportationS#tem ; Part 2 Bff8ore Pipe$ine

]*^ ISB 1%%4-1 Petro$eum and Natura$ Ga Indutrie - ,at8odic Protection of !ranportationS#tem ; Part 1 Bn-/and Pipe$ine

#A'& International #A'&!

]^ N, AP0164 ,ontro$ of :terna$ ,orroion on Hnderground or Submerged 5eta$$ic PipingS#tem

]4^ N, AP016 pp$ication of ,at8odic Protection for >e$$ ,aing

]10^ N, AP0143 :terna$ ,at8odic Protection of Bn-Grade ,arbon Stee$ Storage !an) &ottom

]11^ N, AP0146 Ga$vanic node ,at8odic Protection of Interna$ Submerged Surface of Stee$>ater Storage !an)

]12^ N, AP02% ,orroion ,ontro$ of Hnderground Storage !an) S#tem b# ,at8odic Protection

]13^ N, AP026 $ectrica$ Io$ation of ,at8odica$$# Protected Pipe$ine

]1"^ N, AP03 Impreed ,urrent ,at8odic Protection of Interna$ Submerged Surface of ,arbonStee$ >ater !an)

]1%^ N, AP0%*2 eign7 Inta$$ation7 Bperation and 5aintenance of Impreed ,urrent eepGroundbed

]16^ N, AP0%*% Interna$ ,at8odic Protection S#tem in Bi$-!reating ee$

Documents

GIS 06-311 - Procurement of Cathodic Protection Goods and Se