IGS-O-CH-042(0) Nov. 2006 National Iranian Gas Co. Research and Technology Management IGS Iranian Gas Standards Standardization Division Application Procedure for : ! : " # $ %& '& ( ) *+", . APPROVED . Fax:(9821)-8487-8384 http://igs.nigc.ir nigcigs@nigc.org NIGC , STANDARDIZATION DIV. FOREWORD This standard is intended to be mainly used by NIGC and contractors and has been prepared on interpretation of recognized standards , technical documents , knowledge ,backgrounds and experiences in gas industries at national and international levels. Iranian Gas Standards (IGS) are prepared , reviewed and ammended by technical standard committees within NIGC Standardization Div. and submitted to the NIGC's “STANDARDS COUNCIL“ for approval . IGS Standards are subject to revision , amendment or withdrawal , if required , thus the latest edition of IGS shall be checked/inquired by NIGC users . This standard must not be modified or altered by the end users within NIGC and her contractors. Any deviation from normative references and/or well known manufacturers specifications must be reported to Standardization div. Any comments from concerned parties on NIGC distributed IGS are welcome to technical standards committees and will receive serious attention and consideration should a revision to standards is recommended . GENERAL DEFINITIONS : Throughout this standard the following definitions , where applicable , should be followed : 1- “STANDARDIZATION DIV.“ has been organized to deal with all aspects of industrial standards in NIGC . Therefore , all queries for clarification or amendments are requested to be directed to the mentioned div. 2- “COMPANY “ : refers to national iranian gas company . 3- “SUPLIER“ : refers to a firm who will supply the service , equipment or material to igs specification whether as the prime producer or manufacturer or a trading firm . 4-"SHALL" : is used where a provision is mandatory. 5-"SHOULD" : is used where a provision is advised only. 6-"MAY" : is used where a provision is completely discretionary. ------------------------------------------------Website : http://igs.nigc.ir E-mail : nigcigs@nigc.org . + ,4 - $ !"# $ %" & " ' ( )* (IPS) 4 ' + ,4 - $ ' %" +,- .3 ' $ ' . /0 / !$ ' & " ' ( )* . 4 4 6 7* 8 $ 98 & 0 % ' :6 ,,8 $ . 0 " > , 40# 3 ,486 D 40N . 4 ' 4( E 04+ 4 F 4 " 4 .4 ,4,8 4 > 4G "4 64 4 & " 4% " 40 . " Q K G *- & ( ' $ 4 D 4 ]^ 3 4 + D" ' 3 "Y 3 + 4 #"( 4 - "44O 4 " X MI 4 4 . 6 . . MI M %" . !"# $ %" M M $ "& " ' ( * "0 "& " ' ( * $ ML "/ $ - XG ! 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Q n I! 9 3- CP L7 , E `)+ % LK W dE @ d - ( LK W C* T6o d - j E C L D>)@ J #9 - N.I.G.C IGS-O-CH-042 ,p# ,p# q 0 C0 Y 0 3- #: \# ( \# ) 0 C )57 ( G<7 5J , - EY 0 D- 3: D C- IQ ]D @JM_W - (I) H 3- ( G<7 9 ?b J)* MH # 7 ( , 5#9 +6# 4)] % ( E C [ \- #9 `W - K 3-9 X ( - 0 )M C o 3-9 9g@- # ( 57H #: N D - [ IM C- ) #: N D - C# J- #: N D C* 0 r d - ># T C5K W d - X G<7 C# RJ- 3R- # C# #: . C- R) 3R- # C- ) #: . E C . , R C (9 `)+ R% R* N Rt R R R 3R- 456R)7 IR)- RRC a, R C# J- C- ) ( UPb R]- 9 Ro , R* CR N RD R . 5R7 57 *9 7 C# JH( % ># +# "P5 "P5 _)RE L E C5$ W X I)- r W (I) H 3- `D$M 57 - 57 `D$M 57 #: Nt 0( ( Top Coat ) # ( Intermediate ) s - ]- 9 o 3- ( 456)67 L r # .L7 - . CD)E 5@ # #: 0 , #:H ! ` a 5 Y# CM - a h ] E C ( r( X"P5 !( C# $% X 3- ( #: 5 ^_ ( ( 3- 456)7 _)E L E % E - 57 ?# % X iM w Q UM < OH C# )D)E ( J<) .L7 , # * ?# % 4J ?# #: a F Q u)P0 CPW 7 a ( ! 1# E )ve% L % 1 Q JE X C (9 57 3- 456)7 Y# 9 F Q u)P0 `W 7 j 6)7e% CD)E 5@ # 6)7e% ( EC , ( . O 5- - % CD- ^: D$ )M 3- R 3- 1# E ( 57 N 5$ ( ! 1# E #9 U% D CD)E 5@ #: ( ! # @ d# 7 UV $E d % XL j X ( ! 1# E ` d- Ra R < Y# R % H )* , _ ( Primer ) )M 3- # ( 57H #: C* T6o ) ( ! % U7 x % ( 57 3- N.I.G.C IGS-O-CH-042 -1 9 * L$ C) 9( I)J\% 456R)7 XG<R7 (9 7 , 6)7e% (I) H 3- ( H ( JE `D5 C7 7 ( J)*p# `a W X # D- C h . E C C7 9 , "R# $% C# R# s R- R R! % 3R- 456R)7 R CR H C# )D)RE X C5$ % EC , RE C X C5$ Q L# % ( J >56# - \ (I) H 3- # )b9 4 "P5 + ?# U)% % ?# i [9: . # D- O 5- # ?))$% j - 5R7 `D$M 57 ?# X E v I)J\% 1# RE , R)J% ( IGS-CH-041 ) ! % - %C , # * ?))$% 3- 456)7 Y# 1 Q - 57 `D$M 57 ?# 9 C* - 57 `D$M 57 ?# 3- ( JD56)7 , D- 3- 456)7 X ,9 7 ) L7 , E ?)$ j , - 0 1) C-: j D F 7 - % C (I) H 3- ( Color ) ( Q `)P % ( J >56# (I) H 3- 5R7 IR)- 3R- 456)7 ?))$% ( j J >57 C# 7 E . L7 , # * ?))$% I)- J-H 9 Y# ?# R% h J > #: @ 9 4 )D$% X 3- , - 0 ( J<) # D- C .( y LD6a X 4 ( R - 57 `D$M 57 ?# K 3- X - 57 `D$M 57 i - 57 0l M +# ]- $5 ( ,9 7 E C i [9: \-H 9 CM . L7 , E 1) s - < C# OH . # D- -2 : - )* C a, 57 #9 ( - 57 X - 57 `D$M 57 ?# ASTM ( American Society for Testing and Materials ) D 3359 : 2002 : " Standard Test Methods for Measuring Adhesion by Tape Test " BSI ( British Standards Institution ) BS 381C: 1996 : " Colours for indentification, coding and special purposes " BS 1710: 1984: " Identification of pipelines and services (1989) " BS 2569 : 1965 : "Protection of Iron and Steel Against Corrosion and Oxidation at Elevated Temperature (1997)" BS 4800 : 1989:"Paint colour for building purposes R ( 1994 ) " N.I.G.C IGS-O-CH-042 BS 5493: 1977:"Code of practice for protective coating of iron and steel structures against corrosion (1993)" BS 7079: Part A1:1989 (ISO 8501–1988) " Specification for rust grades and preparation grades of uncoated steel substrates and steel substrates after overall remove of previous coating" IGS ( IRANIAN GAS STANDARDS ) CH – 041(0) : 2003 " Q `)P % ( J >56# (I) H 3- `D$M 57 " IPS ( IRANIAN PETROLEUM STANDARDS ) C-TP-101 "Construction Standard for Surface Preparation" C-TP-102 "Construction Standard for Painting" C-TP-274 "Construction standard for protective coating" C-TP-352 "Construction standard for lining" E-TP-100 "Engineering Standard for Paints" E-TP-270 "Engineering Standard for Protective Coating for Buried and Submerged Steel Structures" E-TP-350 "Engineering Standard for Linings" M-TP-105 "Material and Equipment Standard for Asphalt Mastic (Cold Applied )" M-TP-115 "Material and Equipment Standard for Red Lead, Iron Oxide, Raw Linseed Oil and Alkyd Primer" M-TP-125 "Material and Equipment Standard for White Alkyd Paint for Top Coat (Finish)" M-TP-130 "Material and Equipment Standard for Colored Alkyd Paint for Top Coat (Finish) Except White" M-TP-135 "Material and Equipment Standard for Chlorinated Rubber Paint for Top Coat" M-TP-140 "Material and Equipment Standard for Chlorinated Rubber Paint for Intermediate Coat" M-TP-145 "Material and Equipment Standard for Chlorinated Rubber Inhibitive Primer" M-TP-150 "Material and Equipment Standard for Alkyd Paint (Aluminum) Leafing as Top Coat (Finish)" M-TP-155 "Material and Equipment Standard for Alkyd Paint (Aluminum) Non – Leafing as Intermediate " N.I.G.C IGS-O-CH-042 M-TP-160 "Material and Equipment Standard for Alkyd Paint (High – Build Thixotropic Leafing Aluminum) as Top Coat Finish " M-TP-165 "Material and Equipment Standard for Alkyd Paint (Black) as Intermediate and Top Coat (Finish)" M-TP-168 "Material and Equipment Standard for Acrilic Silicon Finish Paint for Temperature Applications up to 230oC " M-TP-175 "Material and Equipment Standard for Silicone Alkyd Paint (White or Colored) as Top Coat ( Finish ) " M-TP-190 " Material and Equipment Standard for Coal Tar Epoxy Polyamide Paint as Primer , Intermediate and Top Coat ( Finish ) " M-TP-202 " Material and Equipment Standard for Tow Pack Amine Adducts Cured Epoxy Paint as Primer , Intermediate and Top Coat " M-TP-205 " Material and Equipment Standard for Zinc Rich Epoxy Paint (Organic ZincRich ) as Primer , Intermediate and Top Coat " M-TP-210 " Material and Equipment Standard for Zinc Silicate ( Inorganic Zinc- Rich ) as Primer , Intermediate and Top Coat " M-TP-215 " Material and Equipment Standard for Epoxy Polyamide Primer " M-TP-220 " Material and Equipment Standard for Epoxy Polyamide Intermediate Paint " M-TP-225 " Material and Equipment Standard for Epoxy Polyamide Paint as Top Coat (Finish) " M-TP-230 " Material and Equipment Standard for Coal Tar Mastic ( Cold Applied ) " M-TP-280 " Material and Equipment Standard for Coal Tar Primer ( Cold Applied ) for Use with Hot Applied Coal Tar Enamel " N.I.G.C IGS-O-CH-042 –3 ( Surface Preparation ) s R- , RE g R@ c# R* ?b ?R# , _R$ . R\# z )]- J)* MH )P 9 G<7 # X ,9 7 G<7 ( ( cR+ ) # UM a ( H( 9 R\ (IR) 3- # 3- )D$% [ > 0 ( 9 ?# E U7 ( Roughness ) ( 9 ( ,9 7 G<7 % R% R (9 7 , - 57 ?# . - )* C R 3- G) RE 5RE . E C dE @ [ G<7 (9 7 , a, H ( H - 57 ( 57 \)5- !" # ND ( , - D)a ( J>- 3-9 * C U! ( G<7 ! .L7 , E l M (9 7 , 3- [9: C* T6o - 57 ?# H ! ?))$% ( . E C N D ,9 7 G<7 ( X #: ?)M )M 3- ?) 3- 456)7 Y# $ 3- 9 ( #: [ IM #: ( 3- 456)7 Y# X G<7 (9 7 , ?R# E C w_j ,9 7 Y# G<7 (I) H 3- `W H ! 3- 456)7 Y# . E C C# J- 3. * C ?))$% H L r ` `a W D\ C- ) 3- X )M 3- ( I) 3- ( #: 9 Y# & %& #: ?# 0H ( Paint System ) %& (9 R7 , R H ` RE `RW ' %& ( #: ( Top Coat ) ) )M - 57 '( %& - ( Intermediate Coat ) )& . E C N D C- ) # h - 57 4.3.2.2.2 4.3.2.2.1 ( Primer ) * C N D C# J- - 57 # D- C BS 7079 (ISO 8501-1) . - , E "# $% I)- IPS-C-TP-101 . I)D% ! Swedish Standard 05 59 00 ( h 7 ! $- *+,' - 3- 456)7 #: N D XG<7 L r s - N.I.G.C IGS-O-CH-042 C6R)P>- R9 RW 9 C+# 3R- s R- YR# #: L Y# 17 % ?# Dr, - - 3- 456)7 Y# X W 3- s - , # D- - 57 `D$M 57 ?# X D- ?# EC , d# D. E C ( Marine Environment ) : E C ) #9 ; ) $ -'. - )W - 7 ` E 1) ?# ( Atmospheric Zone ) ( 6D% )W - : X # X -0 OH G<7 (: ( )]- L7 5Q * a "P5 CH \ L7 C# ... ( ` E J7 - )a Splash )W - : 0 | R$ ,9 R7 R# . - )* C C 0 C# # ,9 7 a )W - ?# O 5 j { * C w_j C j +7 ?+E { X P+7 )]- C# ,9 7 . EC )W - ?# a i! ( Immersion Zone ) ( 0 j b )W - :1 . E C OH G<7 #9 )W - . - E C 4)6 % E ( J H ?# )E ( J H 57 J-H . L7 , E ! ;_ I) U6W } 1 , DE N ! J-H 9 Y# ( Chemical Environment ) ) R)]- C# )D)RE 6R)7e% R -0 9 CE - ( J)* MH ( . E J-H ( CD)E 5@ EC J H CP < ( JM t '2'3 -'. - 5 * CW - J > #: @ X Y N b9 )M % ( 1) ?# -0 N.I.G.C IGS-O-CH-042 ( Industrial Environment ) )+ C5$ 6)7e% X LR)$D! @ ( -0 9 CE - ( J)* MH ( ]W_ ` a # JRE , R ( H # R]- YR N Rb9 )M % ( . ` E J-H ( -0 X )* C Cj , RMH . 56)- CPW 7 Cj I)- Ra Q RJ-H ( R - 1) ?# CD)E 5@ X J > #: @ 9 )b ) CPW 7 xj ( Rural Environment ) R)M % # R 1R7 % R LR7 ( , R 4 -'. - C5$ ( J JE )+ 4 '5 -'. - RE CR C j R ` RE 1) E C : L j aQ C# ?) ~D ?# - *C ! '7 8 #9.& -4 RT$ . C G)r % ,9 7 Y# 3- ?))$% ( 3R- 456R)7 Ra H R CR<) - 57 `D$M 57 ?# 9 , H G<7 ( ! % ,9 7 Y# ( . EC , X R C5$ R )b # C5$ R ?))$% 5 9 4 ,9 7 G<7 ( % C N ! ?# 9 , 57 U6W . "P5 C . 3R- 456R)7 ?)R)$% O R 5- RPW R# D- CR ?)R$ R]- s R- ,9 R7 G<7 ( X $ PW - I)- N ! ?# ; E - C# # ?# R ,9 7 9 CP0 ; <7 ( - >o + # X ># j C# )D)E ]- ! ,9 7 ?))$% 9 c@ -2-4 3R- 456R)7 X 2 , DE N ! . E C . ( 1A )]- L7 Y# . L7 , E l M H . ?# 1 , DE N ! -1-4 9 Y) C<) - D- O 5- C H ( J<) a , - 0 ( J<) H ( )* + , %C , - 0 ( J<) X L7 , E a R ,9 R7 ( R , RE ( iR* R 1 , DE N ! 57 W Y# ` E ) j , - 0 1) , E ?))$% 3- ( JD56)7 3 , DE N ! -3-4 N.I.G.C IGS-O-CH-042 R ( R LR# J- U)% % ?# R - EC m #: ?# 9 Y# L X 2 , DE N ! r `a W X , E ( i* -4-4 ( J>- 4 , DE N ! * C ?))$% C# J- C- ) X )M ( J>- s - + # . .L7 , E ?))$% 9 Y# ( ,_ E C [ IM I)- 3- ` L I)- G<7 (9 7 , r `a W H ! 4 , DE N ! : # , # * } I)- 1 , DE N ! IPS-C– ( - 5R7 R ( 57H ( <- D . 5E - ! 3- 456)7 X L 7 C# )D)E 1) 0( } 3- 456)7 5a `h 6 o ?)$ 1) - ( * N D ( Coating ) dE @ # ( Lining ) ( 57H ,9 7 G<7 ( . E s ! IPS–C–TP–274 LR7 , # * ( 9 Y# LM J7 X 3- - 57 IPS–E–TP–350 TP–352 dE @ ( ?)$ ,9 7 Y# ( 7H C7 57 )]- ( C0 2 , DE N ! -0 C>56 3- 456)7 Y# O 5.LE X(N R7 5 9 R5D ) R ,% RD ( R R CR>- 456)7 3R- ( JD56)7 , * 7 \ (I) H 3- [ IM 3- \-H 9 . - )* C - 57 `D$M 57 ?# a ( N 7 20 % 10 ) X )* C I)- 5 % D N jF7 C-: j ( N 7 10 % 5 ) ( J- 9 0 E C . - , # * ?))$% ( Corrosive Environment ) C# # C H X C# )D)E X C5$ X C5$ )b ( 1) F7 3- ( JD56)7 -: ) C-: j C-: j D F 7 # & 9< ! -'. -5 , - 0 ( 1) - 57 `D$M 57 ?# . - , E ?))$% #9 ; E . L7 , E } 1 , DE N ! 1) ?# 9 Y# )hI! N.I.G.C IGS-O-CH-042 )+ 4 '5 -'. -1-5 . E `W 7 9 C5$ )b xj ( ` E(g@( ) 4 C* MH ( )+ 4 -'. -2- 5 , MH )6 C5$ ( -0 Ra C# )D)RE ( 1) L7 C5$ I! ) -0 "# C5$ C% \- 0 ( J JE X L)$D! @ ( J > #: @ X ( * * ( 9 * ( ]W_ ` a # ( 1) EC ( ?# . E C CPW 7 xj C* 0 4)6 % #9 ; E ( Mild Industrial Environment ) . E C 4 ( L]Pb C# )D)E ` E , MH ( CD)E 5@ X Y N b9 )M % ( . - * C 3- D N j d : JE ( -0 )]- ( - )* C I) d# IQ U! 57 7 1) ?# ' = )+ 4 -'. -1-2-5 s - 9 Ch J)* MH 4 L j ( C# ( Moderate Industrial Environment ) - 9+ )+ 4 -'. -2-2-5 :` E X E C 17 5 ( L]Pb 9 )7 X , - 0 ^ 5T6- C# )D)E 9 CE - ( J)* MH ( C# - X , MH )b CPW 7 ( - . E 17 5 L j ( ( Severe Industrial Environment ) C# - > )+ 4 -'. -3-2-5 :` E X , MH CPW 7 ( ( R 1)R "R# R C5$ R IR 9 )b ) E C5$ \- 0 9 CE - ( J)* MH ( X ( - )* C X E C5$ ( * * ( 9 * ( ]W_ ` a # ( 5 C# - a C# )D)E C# - N.I.G.C IGS-O-CH-042 X: L j . ! , E V)Pk% YD- OH H ( - C# - ) '2'3 -'. -3-5 : ( L]Pb X # # ! } o C# )D)E ` a j : ( L]Pb % 4 ( L]Pb ( J)* MH ( 5 : EC ( 4)6 % #9 ; E X , - 0 )6 ( 9 * ( 1) 57 - % C C* - 0 7 1) ?# X?# ( Mild Chemical Environment ) . E 12 CM 2 X PH E +# C<) ]- . E X # D- ))k% ( ]W_ ' = ) '2'3 -'. -1-3-5 C# )Pa Ct 0 X ( )7 ( C<) ( Moderate Chemical Environment ) - 9+ ) '2'3 -'. -2-3-5 . E Y)% )MH ( J )h 4#_ C# )D)E ( JM_W ( ( Severe Chemical Environment) . E 12 (: 2 #9 PH C# )D)E X, > ) '2'3 -'. -3-3-5 )6 C# )D)E X ( a ( JM_W ( ) : EC ( C<) C<) ) $ -'. -4-5 4)6 % #9 ; E 57 7 1) ?# ! ?,2 -'. -1-4-5 . L7 5Q * a OH G<7 (: C# N.I.G.C IGS-O-CH-042 Splash -'. -2-4-5 ?5Q ?)h @ : J! X -0 # I! a )]- OH # !O 5 . E C ! . )ve% L % 9 C<) `0 OH G<7 @95 -'. -3-4-5 E C w_j OH G<7 #9 1) 1) ?# –1 (Corrosive Environment) 100 # $ !" (Marin and Water Environment) 100 & # -10 % - 10 (Chemical Environment) (Industrial Environment) ' (Rural Environment) # /*' & O% , 6 ^, 1 > 100 , , 900 .<# , 9 -01 1 -10 O% , , 6^ , , -30 > .<# , 9 * (Submerged) X! ]O 4 Splash , 1- RO A1 =: ,2 ! *" .$ (Atmospheric) 2 ! \ 1= = D% , - " .$ (Salin) (Non Salin) 2 1 " X! X! = , = & , Z[ 1# = -,2 ( Y8 C* ! -,2 = & , # X! ( Y8 X! # < #! %O 2 +, !" * !" (Severe) (Moderate) ! S4 ? 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" # $ " dustrial Environm %& ( Rural # $ ( Immersion ) Splash ( Atmospheric ) ( Immersion ) Splash ( Atmospheric ) ( Moderate ) ( Mild ) ( Severe ) ( Moderate ) ( Mild ) Environment ) ---- ---- 7C ---- ---- 7C 7A 3B 3B 3B 3B 3A ' () ./ P : A 2 N G .; " ! " " E 5! , , ( - -= . ' G - c E 5! - 2 : Q)R ? :0/ ; ; 1456 D )= . , -. / (' 0 < =.> 1?3 EF . 12-( ( / 3 . 1456 / 7 & / 1! / (' 0 , 5 .51@ / ( / 7 ;A* / 7 ( / #- , B B , -1 ;6 / 1C * A- -1-1 1, @ ( / 7 & / 1! / (' 0 G H * , - / (' 0 , ! 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H T) % X N +#_* , )0} 9 , # "7 - 57 Appendix C C5 - ( , H Q # 7 ?#I X ) 7 L - , )0} 9 ( N.I.G.C IGS-O-CH-042 %& C D>E -4 # 23 F ( +) ) 3- ` L s D\ Ch J- 3- 150 40 r `a W C- ) 340 Ch J- 3- C- ) 3- )M 3- )M 370 )+MH )+MH u- 7 ALKYD ALKYD Red Lead IPS-M-TP-130* IPS-M-TP-130* IPS-M-TP-115 (9 7 , H 456)7 G<7 3- St 3 1A 170 50 50 70 " " " " 1B 190 60 60 70 " " " " 1C 210 70 70 70 " " " " 1D 230 80 80 70 " " " " 1E 250 90 90 70 " " " " 1F 245 50 125 70 Sa 2 1/2 2A )+MH +)P)7 ) H CP@ C6 @ ( +)P)7 Silicon Alkyd Epoxy Polyamide Zinc Silicate IPS-M-TP-175 IPS-M-TP-220 IPS-M-TP-210 340 50 220 70 " " " " 2B 125 25 25 75 Y)P# H " " " 2C Sa 3 3A " 3B Acrilic IPS-M-TP-168 100 Zinc- Rich Epoxy IPS-M-TP-205 150 " 150 ( 4A +)P)7 " Zinc Silicate IPS-M-TP-210 300 180 100 45 100 100 100 o h P o h P o h P Chlorinated Chlorinated Chlorinated Rubber Rubber Rubber Sa 2 1/2 5A Top Coat Intermediate Inhibitive IPS-M-TP-135 IPS-M-TP-140 IPS-M-TP- 145 35 ) H CP@ C6 @ ) H CP@ C6 @ ) H CP@ C6 @ " 6A Epoxy Polyamide IPS-M-TP-220 " Epoxy Polyamide IPS-M-TP-215 " " 6B 240 70 100 70 Epoxy Polyamide IPS-M-TP-225 " 270 100 100 70 " " " " 6C 320 100 150 70 " " " " 6D 280 125 80 75 " " Zinc-Rich Epoxy " 6E " 6F " 6G IPS-M-TP-205 500 220 220 60 " " 300 100 100 100 " ?) 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H CP@ C6 @ " 6H Epoxy Polyamine IPS-M-TP-202 500 200 200 100 " " " " 6I 150 150 - - C6 @ C> 7 N b9 )a - - " 6J C6 @ C> 7 N b9 )a C6 @ C> 7 N b9 )a " 6K Coal Tar Epoxy Coal Tar Epoxy IPS-M-TP-190 IPS-M-TP-190 Coal Tar Epoxy IPS-M-TP-190 450 150 150 150 " 900 300 300 300 " " " " 6L 3 mm - - - - - Epoxy Clad " 6M** 100 - - - According to 7A (Galvanized ) ,I)- M * *** 140 - - - " " 7B 210 - - - " " 7C 2400 800 800 800 Sa 2 1/2 8A " 8B 2000 800 800 400 C5 - )a Y)57 C5 - )a Y)57 C5 - )a Y)57 Asphalt Mastic Asphalt Mastic Asphalt Mastic IPS-M-TP-105 IPS-M-TP-105 IPS-M-TP-105 C> 7 N b9 )a Y)57 C> 7 N b9 )a Y)57 C> 7 N b9 )a D# @ Coal Tar Mastic Coal Tar Mastic Coal Tar Primer IPS-M-TP-230 IPS-M-TP-230 IPS-M-TP-280 ) 7 3- ( IPS-M-TP-125 * , )7 3- ( IPS-M-TP-165 C- ) 3- ( [ ) ) M IPS-M-TP-155 Ch J- 3- ( [ ) ) MH IPS-M-TP-150 Ch J- 3- ( [ ) ) MH IPS-M-TP-160 IPS-E-TP-270 ** IPS-C-TP-101 *** N.I.G.C IGS-O-CH-042 S'+& . 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E I)- ?))$% C50 +# \# J >57 L0 E "P5 ( ,9 7 ( K 3- X ( 5 , DE N ! ) ""M " L7 )@ .L7 , E N.I.G.C IGS-O-CH-042 " 9'V " ( Z %& – 5 # 23 F ! %& #" : 10 A 11 BS 4800 ( 56 0 10 A 11 BS 4800 ( 56 0 10 A 11 BS 4800 ( 56 0 00 E 55 BS 4800 )7 04 E 51 BS 4800 C\- - 04 E 51 BS 4800 C\- - 04 E 53 BS 4800 IT7 04 E 51 BS 4800 C\- - ( JM9 ( JM9 - C K' [ - ) ˆD@ - ) 7 ‡D C+# 5+M ( ; <7 J\ PQ X 3 )P@ ` Eg 5 ( J5D6a - ?) % - ( TH ( +b - I)J\% : )7 00 E 55 BS 4800 )7 (Vessel) 00 E 55 BS 4800 00 E 53 BS 4800 )7 , , )7 - % I ?)E 00 E 55 BS 4800 - I)J\% ?# #9 VQ - - \ C K' [ :H )E - K - 9 - Y 0 OH I W 00 E 53 BS 4800 , )7 J+ *d 00 E 55 BS 4800 )7 * C% 00 E 55 BS 4800 )7 *{ - 00 E 55 BS 4800 )7 * 5 - - W ( JM T - :)8 +8( ] 18 E 53 BS 4800 CH 18 E 25 BS 4800 , )% ( 56 0 ---Ral 9022 ,I)- M * Ca N 5 ( : % P % J! X N % ( 6- % Ca T$! X 9 )Q ( I)J\% CP T$! X : % ` ( ( )P T$! T$! - 4)7 ( ] C# E ƒ w • o )% - C ) ) MH : ) 2 C K' [ C- - d%H 04 E 53 BS 4800 I a 14 C 39 BS 4800 ?E IT7 ( )E J! q ( )E X I)J\% - 5)- X 3 P)E ( J >56# X J‡D@ ` E CO2 N 6‡ X C- - d%H 00 E 53 BS 4800 , )7 O 5 ( - 10 E 51 BS 4800 ( a 9 04 E 51 BS 4800 C\- - 04 E 51 BS 4800 C\- - 18 E 53 BS 4800 CH 00 E 55 BS 4800 14 E 53 BS 4800 )7 14 C 39 BS 4800 ?E IT7 I)J\% )P C D# ( JE - <0 [_ - - C D# ( )E - I)J\% 9 7 <0 ( J C+# 5+M 6)7e% 9 7 <0 ƒ )M ( J+D - - I)J\% - D\ - W ?E IT7 C D# `# 7 -, # 7 C6 % 57 C% I)J\% W x# d 9 C<# E * N.I.G.C IGS-O-CH-042 ! Z %& – 5 # 23 F %& #" : ^'L BS 381 C No . 217 IT7 00 E 53 BS 4800 , )7 BS 381 C No . 217 IT7 00 E 55 BS 4800 ---- )7 K P % C! 0 ( J5D6a ( )E d x)a I x)a I ( , - - (IPQ , - J>- - I)J\% ( J5 ) O o o C! 0 ( J5D6a - N 5 % @ I) CP0 ( J5D6a - P % ,I)- M * ` ( C )7 - : _ .+ ! 10 E 51 BS 4800 00 E 53 BS 4800 ( a 9( - U P! l W - , )7 10 E 51 BS 4800 ( a 9 10 E 51 BS 4800 ( a 9 Y> o : ( J _a $<a X( )E ( D6% ( C D# ( J5D6a X JK W % J‡D@ X 3 )P@ Xg 5 : ! Q9 ! #" Ral 7045 N C ) ) MH H n I! O 9& +P@ - BS 381 C No. 557 ?E C\- - +7 - BS 381 C No. 557 ?E C\- - , -- 04 E 53 BS 4800 00 E 55 BS 4800 10 E 51 BS 4800 Ral 9022 I a ) 7 ( 5D)5- 7 15( - ( <r { 0 )6 W ?) ( M M( 9 -T ` - ( a 9 C ) ) MH " - : # '<G H" > Ral 9022 C ) ) MH OH - Ral 9016 ( , - @ @ - 00 E 55 BS 4800 )7 LPG - 10 E 53 BS 4800 9 (9 * $# NGL - Ral 9016 ( , - N +#_* - Ral 1010 9 ?) H - 00 E 55 BS 4800 )7 Y)57 18 E 53 BS 4800 CH ) 7L -- 04 E 53 BS 4800 I a ?#I - 10 E 53 BS 4800 9 `)h 9 * - - N.I.G.C IGS-O-CH-042 ! Z %& – 5 # 23 F %& #" : !9+. ! (9( 22 D 45 BS 4800 C- b 14 C 53 BS 4800 ?E IT7 c# 7 OH - 18 E 53 BS 4800 CH C- ) EH OH - 04 E 53 BS 4800 I a " - 10 E 51 BS 4800 ( a 9 Ral 1007 - 9* - g - <0 CD7 C# )D)E … %9* - , )% 9 10 E 53 BS 4800 ?E 9 ?# )E 9 * - 10 E 53 BS 4800 ?E 9 Y 09* - 14 E 53 BS 4800 IT7 N +#_* - 00 E 53 BS 4800 , )7 ?) H - 00 E 55 BS 4800 )7 00 E 53 BS 4800 Ral 1004 Ral 3015 , )7 Y)57 - * * - d C% C* - 0, - 9 00 E 53 BS 4800 , )7 N -5 - 00 E 55 BS 4800 )7 @ @ - Ral 1007 , )% 9 CO2 OH , D g 0 9 * - Ral 7045 ( 56 0 Ral 5012 3- D C H - Ral 2002 ?E C\- - (9 * L0 7 - ( , Ja # L0 7 - BS 381 C No. 411 06 C 39 BS 4800 , )% ( , Ja 18 E 53 BS 4800 CH Ral 3003 , )% C\- - (9 * $# )P % N 5- ( M M - ?b - • 5)- d 9 7 { ƒ <0 - N.I.G.C IGS-O-CH-042 ! %& Z %& – 5 # 23 F #" : !9+. BS 381C No. 631 00 E 53 BS 4800 04 E 53 BS 4800 10 E 52 BS 4800 Z ?E ( 56 0 - , )7 (NH3) g )- H - )E : % Y# I- I a - ( a 9 , )7 ) 9 I a - ?) BS 381C No. 103 CH 00 E 53 BS 4800 , )7 (CO2) ? )6 ( - I a (CO) ? )6 04 E 53 BS 4800 10 E 52 BS 4800 )E : % Y# I- ( a 9 (Ar) *H - - - - 10 E 52 BS 4800 ( a 9 04 E 53 BS 4800 I a (H2) • )h - 04 E 53 BS 4800 I a (CH4) 5 - BS 381 C No.631 00 E 53 BS 4800 ?E ( 56 0 )E : % Y# I- , )7 , )7 10 E 53 BS 4800 9 (O2) p)6 (C3H8) % - (C4H10) 9 ?E ( , Ja )E : % Y# I- ( a 9 @ @- (C2H6) , )% d )E : % Y# I- I a 10 E 53 BS 4800 BS 381 C No.225 10 E 52 BS 4800 (N2) • 5)- - - 00 E 53 BS 4800 BS 381 C No.796 04 E 53 BS 4800 (Cl2) P - (SO2) % - * * )6 ( - - 02 C 33 BS 4800 C% 02 C 35 BS 4800 3- D I a [ Q C5-H N -5 - N.I.G.C IGS-O-CH-042 "0 9'V" N.I.G.C IGS – CH – 041:2003 (1) # 23 F &+ ) " ` IPS-C-TP-101,Sec 8.4 J 3 CD o G<7 h 9 ( +E !9 CE - $# rX(I)D% L)$r , C# 9 3-9 9 $ IPS-C-TP-101,Sec 8 ---- IPS-C-TP-101,Sec 8.4.2 CD o ( 7 I)D% #H Q C7 g0 * XIPQ 7 (I)D% `+E X ,9 - C7 $# r ?5Q # ( CQ - ( 6# IPS-C-TP-101,Table 31 Y6# # 5 +) (9 )- CD o X c# * # ?b ` E , - ! IPS-C-TP-102,Table 4 U7 ( J)* MH ( ( -0 u7 X 4 TE < - X C* - XL j X , - D)a ( W ! ) C# IPS-C-TP-102,Sec 22.2.4.2 Or ASTM D 3359 IPS-C-TP-101,Sec 16.6 and Table 31 IPS-C-TP-102,Sec 7 1 MILL-SCALE CM 5)\# C6)j k u 7 L r Cross-Cut … K- v D56 CD o ‚W $# r Q - , 3-9 X g 0 * W ! N 5 –9 OH 1# E C7 (g0 IPS-C-TP-102,Sec 22.2.2,Type2 – G<7 C7 G<7 CD o –u 7 L j -u 7 –{ ) G<7 ( 9 L)$r C7 1 IPS-C-TP-102,Table 2 –O G<7 , IPQ G<7 ( IPS-C-TP-101,Sec 4.4.2.2 And 4.4.2.5 - "M `Ta P Q_ * 3- L r ( )* ,9 - – ; 3- C* T6o I) ( )* ,9 - – ( )D$% L7 [ \- 9 )Dj ( , E C50 +# "_t 3- D56 K [ Q C7 ]- – g –N