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REPSOL EXPLORACIÓN Y PRODUCCIÓN PERÚ

DESIGN BASIS

ESTE DOCUMENTO ES PROPIEDAD DE REPSOL Y NO ESTÁ PERMITIDA SU DIFUSIÓN, COPIA O MODIFICACIÓN SIN ESC. S/E UNA PREVIA AUTORIZACIÓN ESCRITA.

TECHINT N° REV. 0 REPEXSA N°

INDEX 1.

OBJECTIVE OBJECTIVE...... ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ............ ............ ............ ........... ........... ...........4 .....4

2.

SCOPE....... SCOPE............ ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ............ ............ ............ ............... ........................4 ...............4

3.

REFERENCES REFERENCES...... ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ............ ............ ............ ........... ............4 .......4

4.

DEFINITION DEFINITIONS S AND ABBREVI ABBREVIAT ATIONS. IONS....... ............ ............ ............ ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ..............5 ........5

SISTEMA DE CONTROL INTEGRADO

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5.

BAC"GROUND BAC"GROUND OF T#E PROJECT....... PROJECT............. ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... .............. ..............5 .....5

$.

PRODUCTION PRODUCTION PROFILES... PROFILES......... ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ............ ............ ............ ........... ........... ............ ........... .................... ......................% .......%

%.

DESIGN DESIGN CASE...... CASE............ ............ ............ ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............& ......&

&.

GAS FEED COMPOSITI COMPOSITION.... ON......... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... .................. ..........................& .............&

'.

PRODUCT PRODUCT SPECIFI SPECIFICAT CATIONS( IONS( DESTINAT DESTINATIONS IONS AND BAT BATTER TERY Y LIMIT LIMIT CONDITIONS.. CONDITIONS........ ................... ...................& ......&

1!.

ENVIRONM ENVIRONMENT ENTAL AL ISSUES..... ISSUES........... ........... ........... ............ ........... ........... ............ ............ ............ ............ ............ ........... ........... ............ ........... ........... ............ ................ .........................& ...............&

11. 11.

CONTROL CONTROL SYSTEMS SYSTEMS AND SAFETY SAFETY INSTRUMEN INSTRUMENTED TED SYSTEMS.... SYSTEMS.......... ........... ........... ............ ............ ........... ........... .............. ................' ........' 11.1 11.! 11 11.3 .3 11. 11.

SAFETY I NSTRUMENTED SYSTEM 9SIS:................................................................................................................; SHUTDO SYSTEM.............................................................................................................................................10

12.

LAY LAY OUT....... OUT............. ............ ............ ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ .............. .........11 .11

13.

DESIGN DESIGN CRITERIA. CRITERIA....... ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ................. ..............11 ...11

13.1 13.! 13.3 13. 13. 13.2 13.7 13.8 13.; 13.10 13.11 13.1! 13.13 13.1 13.1 13.12

>ENERAL.............................................................................................................................................................11 LO>ISTIC CONSTRAINTS......................................................................................................................................11 PRODUCTION PLATFORMS....................................................................................................................................1! PI> LAUCHER AND ............................................................................................................................13 AUCHER AND R ECIEVER ECIEVER ..............................................................................................................................13 DRAINA>E AND VENT SYSTEMS..........................................................................................................................13 CHEMICAL I N?ECTION SYSTEM............................................................................................................................1 FLOENCY POENERATOR ...........................................................................................................12 .........................................................................................................12 CONTROL SYSTEM AND COMUNICATIONS.......................................................................................................12 ............................................................................................................................................17 FIRE AND >AS PROTECTION SYSTEM...............................................................................................................18 FIRE FI>HTIN> SYSTEM....................................................................................................................................18 OVERPRESSURE PROTECTION, RELIEF AND @LO
14.

EXISTING EXISTING INSTAL INSTALLAT LATIONS.. IONS........ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ................... ...................1& ......1&

15.

ENGINEERI ENGINEERING NG DESIGN DESIGN BASIC BASIC DAT DATA. A....... ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ............. ..............1' .......1'

1.1 1.!

1$.

E N>INEERIN> U NITS...........................................................................................................................................1; SITE CONDITIONS................................................................................................................................................!0

APPENDIX.. APPENDIX....... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ............ ............ ........... ........... ............ ........... ........... ...................... .......................21 .......21

12.1

APPENDIX 1  FEED >AS COMPOSITIONS.............................................................................................................!1

16.1.1 16.1.2

12.!

Kinteroni UPPER NIA PVT (Table (Table 16)......................................................................................................22 Sagari UPPER NIA PVT (Table (Table 16)..................................................................................................... .....22 APPENDIX !  PRODUCTION PROFILES................................................................................................................!3

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APPENDIX 3  NUEVO MUNDO I NLET CONDITIONS............................................................................................!7 APPENDIX   PLATEAU R ATE ATE.............................................................................................................................!8 APPENDIX   NUEVO MUNDO SUCTION PRESSURE...........................................................................................!; APPENDIX 2  PIPELINES TOPO>RAPHY..............................................................................................................30

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1. OBJECTIVE T+# B#*6&#  6+&% -*#(6 &% 6 %#6 6+# %&%  -#%&5( 6 # %#- -$&(5 6+# D#6&4 #(5&(##$&(5 %65#  6+# $B#*6. T+&% %&%  -#%&5( -*#(6 %+44 # *4#6# (- *4#$ #(5+ 6 44 6+# #$$(*#  44 $#G&$#- %6-&#% $ 44 6+# -&%*&4&(#% &(4#- &(.

2. SCOPE S5$& P$B#*6 (# *&4&6&#% (- #&%6&(5 =&(6#$(&, &(6#(-#- 6 &(*$#%# *6&&6&#% &( 6+&% $# -# 6 (6$4 5% $-*6&( 6 $#%#$&$ &( @4* 7 &( P#$ 9S5$& AX (- S5$& @X:. T+# -#%&5( %&% &% %#- ( 6+# C(*#64 @%&% $&-#- J R#%4 (- -6#-.

3. REFERENCES SA>"EPC"IT@"C1"R0  I(&66&( 6 @&-, P$B#*6 D#%*$&6&( SA>"TCH">@L"V"@DD"0001  D#%&5( @%&% SA>"TCH">@L"V"FI"0001 O#$6&(5 (- C(6$4 P+&4%+J SA>"TCH">@L"H"PC"001! 9CTR"807: " E(&$(#(64 (- S#6J P$#&%#% R#&# SA>"TCH">@L"H"PC"0013 " 9CTR"810: ESHIA (- E(&$(#(64 S66##(6 R#&# R#$6 EIA E%6-& -# I*6 A&#(64 SA>"TCH">@L"I"MAT"000!  C%# K E#*6 M6$& SA>"TCH"110"V"PID"00!  PKID P&5 R#*#&#$ S5$& AX SA>"TCH"110"V"PID"003  PKID P&5 L(*+#$ S5$& AX SA>"TCH"100"V"PID"001 PKID P&5 R#*#&#$ =&(6#$(&: SA>"TCH">@L"E"@@D"0001" E4#*6$&*4 D#%&5( P+&4%+J SA>"TCH">@L"P"ES"0001 " P&&(5 C4%% SA>"TCH"V"FI"0003  D$&( SJ%6# P+&4%+J (- 6+# -*#(6. SA>"TCH">@L"C"ES"00" EARTHE 8"NO03! M> " P$##(6&( (- &6&56&(  &$#%, #4%&(% (- 6&* $#4#%#% 0

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API S6(-$- !1 " P$#%%$# R#4&#&(5 (- D#$#%%$&(5 SJ%6#% API S6(-$- !0 " S&&(5, S#4#*6&( (- I(%6446&(  P$#%%$#"$#4&#&(5 D#&*#% PI"SUP"1 " S$*# F*&4&6&#% R#4&# SJ%6#% PI"SUP" " D#%&5( C$&6#$& T#*+(&*4 S#*&&*6&( SA>"TCH">@L"V"FI"000!  O#$$#%%$# P$6#*6&(, R#4&# (- @4-( P+&4%+J SA>"TCH">@L"A"ES"0001 " MODULAR @LD> SYSTEM SP SA>"TCH">@L"V"MC"000 " MECHANICAL DESI>N TECHNICAL NOTE
4. DEFINITIONS AND ABBREVIATIONS =IN

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S6-&#% %6$6#- &( #$4J !008 $ 6+# -##4#(6  =&(6#$(& $B#*6. O(# %6-J % *(-*6#- 6 %%#%% 6+# #%&&4&6J  -&#$#(6 6&(% $ 6+# -##4#(6  =&(6#$(& (- 6+# %#  N# M(- % ( &(6#$#-&6# %66&(. T+#%# %6-&#% 4% #$# *$$&#- 6 6 &(#%6&56# 6+%# 46#$(6&#% $#5$-&(5 6+# $-*6&( (- 6$(%$66&( %*+## (- 6 -#6#$&(# 6+# %6 %&64# (#. I( !00;"!010, 6+# C(*#64 E(5&(##$&(5 (- FEED #$# *$$&#- 6 $ 6+# -##4#(6  =&(6#$(& $B#*6 +&*+

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&(44J *(*4-#- &6+ 6+# D#6&4#- E(5&(##$&(5 (- *(%6$*6&( &( !011"!01!. T+# %6-J $ 6+# &$%6 %65#  *$#%%&( 6 N# M(- %66&( % *(-*6#- &( !01! &6+  F#%&&4&6J %6-J (6+# C(*#64 E(5&(##$&(5. F&(44J, #(5&(#"-$&#( $#*&$*6&(5 *$#%%&( % 6+# %#4#*6#- 6&(. T+# F$(6 E(E(5&(##$&(5 D#%&5( $ 6+# &$%6 %65#  *$#%%&( % -##4#- J R#%4 P#$ @%&(#%% U(&6 65#6+#$ &6+ P#5%%. A( -6#  6+# -*#(6% 6 $#*+ !28 MMSCFD **&6J  6+# 4(6 +% ##( -##4#- J R#%4 E(5&(##$&(5 D&&%&( &( M-$&-. D$&(5 !013  V&%4&6&( S6-J % *$$&#- 6 $ 6+# (# S5$& AX/@X -%. F44&(5 6+# $#4#%#  6+&% -*#(6  C(*#64 E(5&(##$&(5 D#%&5( +% ##( #$$#- 6 -#6#$&(# 6+# &(4 >TS %#4#*6#- 46#$(6&# 6 **4&%+ &6+ 6+# !28 MMSCFD **&6J. T+# 54  6+&% -*#(6 &% 6 %66# 6+# @%&%  D#%&5( 6+6 &44 4#- 6 6+# %**#%%4 *4#6&(  6+# %6-&#%.

F)*+,- 2. B/7 D)0*,08 , 0/+0 0 ++,- )600)6 0 B/7 5%

$. PRODUCTION PROFILES •

P$-*6&( $&4#% $ 6+ S5$& #44% (- 6+# #&%6&(5 =&(6#$(& #44% $# %+( &( A#(-& !.

•

T+# #%6&6#- $&(5 *(-&6&(% 6 N# M(- $# %+( &( A#(-& 3.

•

P46# R6# &% %+( &( A#(-&  (- N# M(- S*6&( P$#%%$# &( A#(-& .

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D&$#*6$ I(5#(&#$ -# D&$#*6$ I(5#(&#$ -# I(%64*&(#% I(%64*&(#%

%. DESIGN CASE I6 &44 # *(%&-#$#- - -6)* /06- $ 6+# (# %$*# *&4&6&#% $  46#  #6 5%  2$& MMSCFD. T+# 4&#6&#  6+&% $B#*6 &% 30 J#$%. 0

&. GAS FEED COMPOSITION >% *%&6&( $ S5$& AX/@X (- =&(6#$(& J # (- &( A#(-& 1.

'. PRODUCT SPECIFICATIONS( DESTINATIONS AND BATTERY LIMIT CONDITIONS T+# 44&(5 64# &(*4-#% $-*6 %#*&&*6&( &( --&6&( 6 -#%6&(6&( (- @66#$J L&&6 *(-&6&(%.

T09- 1. B0-,: L)8) C))6 P,+/

P,+/ 6;-/))/0)6

<#6 >%

O,)*)
N(#

P =;6)*>

T =?F>

S## P$&4#

-

Kinteroni

!300 

-

Nuevo Mundo

!100 

-

Malvinas

1300 &(

1!0

1!. ENVIRONMENTAL ISSUES E(&$(#(64 -#%&5( *$&6#$& %+44 #(%$# 6+6 S5$& *&4&6&#% ##6 P#$&( 4, R#%4 ($% (- 6+%# $#G&$##(6% $&%&(5 $ EIA $*#%%. The order of importance for codes and standards applicable to the Project will be: •

EI re!uirements"

•

#ountr$ or local%s statutor$ laws and re&ulator$ re!uirements"

•

'epsol norms (EPPs) E*s)etc+"

The more strin&ent norms above mentioned will be ta,en as reference for this project when several of them indicate different values for the same aspect" ee document .-T#/-.01-/-P#-2234 5(#T'-627+ Environmental and afet$ Premises 'eview8 for detailed information about the environmental desi&n criteria for the project" s well as the document .-T#/-.01-/-P#-2239 (#T'-632+ E/I and Environmental tatement 'eview 'eport" The environmental issue have been shown in the final EI document reported to the Peruvian uthorities"

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11. CONTROL SYSTEMS AND SAFETY INSTRUMENTED SYSTEMS

11.1

SAFETY INSTRUMENTED SYSTEM =SIS>

S+6-( 4##4% $ 6+# #$6&(  S5$& 46$% %6 *(%&-#$ &(6#$*6&( &6+ 6+# #&%6&(5 *&4&6&#% (- %6 # (#$#- %) L##4% 3 (- . T+#J %6 # &( **$-(*# 6 6+# #&%6&(5 -*#(6 SA>"TCH">@L"I"MAT"000! C%# K E#*6 M6$&. •

1evel 9 ; Plant shutdown without ventin& (&eneral shutdown+

0

•

-

1evel 9 ; hutdown with closure of subsurface valves (#<+; E*-229

-

1evel 90 ; hutdown without closure of subsurface valves (#<+; E*-2290

1evel = ; .eneral #luster hutdown - E*-22=

11.! •

elf-actuatin& shutdown valves shall be located at the inlet and outlet of a&ari > platform and the inlet of Kinteroni installation" These valves must have a b$pass line for pressuri?ation durin& start-up" It is a valve arran&ement with ball and &lobe valves se!uentiall$ installed" o

•

•

•

S#UTDOWN AND CONTROL VALVES SYSTEM

The valves are located at the Production /eader inlet (see .-T#/-332-<-PI*-2224 ; P@I* Pi& 'eceiver a&ari >+) at the -KIN Alowline inlet (see .-T#/-332-<-PI*-2229 ; P@I* Pi& 1auncher a&ari >+ and inlet in Kinteroni (see .-T#/-322-<-PI*-2223 P@I* Pi& 'eceiver Kinteroni+

elf-actuatin& bloc, valves shall have pressure re&ulators) air filters) air filter re&ulator) air accelerator) intrinsicall$ safe position indicators (openBclosed+) local control panel (with local trip and local partial stro,e+ and solenoid valves" These valves must close at a minimum differential pressure drop per time of =C psiBmin" Possible erosion b$ condensate droplets andBor solids (sand+ must be considered for the specification of internal materials of re&ulatin& valves" n$ automatic valve furnished with pneumatic actuators must alwa$s turn into fail safe mode in case of an air shorta&e or power outa&e) unless another action was specified"

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#IPPS

T+# $%#  6+# HIPPS %J%6# &% 6 #(%$#  %# #$6&( +&4# &-&(5 6+# &(%6446&(   $#4&# %J%6# &( S5$& AX/@X. •

•

Dverpressure protection s$stem shall consist of shuttin& off the &as-condensate flow onto the production cluster" /IPP valves shall close the hi&h pressure source before the operatin& pressure reaches the desi&n pressure thus avoidin& s$stem loss of containment and avoidin& the use of flares and safet$ relief devices" Aor fire case) thermal switches will be installed to activate emer&enc$ isolation for closin& the wells"

I6 +% ##( 5$##- &6+ P#$ @%&(#%% U(&6 6 %# 6+# 44&(5 *$&6#$& $ 6+# -#%&5(  6+# %J%6# 6 %+6  *(-&6&(%.

T09- 2. D-6)* C,)-,)0 0 S@+  C))6 #IPPS 6- ;,-66+,- =;6)*>

W-@-0 -6)* =;6)*>

C@,)6806 T,-- -6)* =;6)*>

!30 91:

!700 9!:

000

(1) /IPP set pressure was defined durin& AEE* sta&e at 49C2 psi& in order to avoid overpressure for an$ scenario at Kinteroni inlet facilities" (4+ This desi&n pressure applies to the section between the #ho,e
11.

C#O"E VALVES

T 66&* *+# 4#%, $&-#- J 6+# -$&44&(5 *(6$*6$, $# 6 # &(%644#- $ #*+ #44+#- 6 S5$& AX (@X. T+# %# *(%&-#$6&(% 6#( &(6 **(6 $ %+6-( (- *(6$4 4#% 4J &( 6+&% *%#) •

•

Possible erosion b$ condensate droplets andBor solids (sand+ must be considered for the specification of internal materials of re&ulatin& valves" n$ automatic valve furnished with pneumatic actuators must alwa$s turn into fail safe mode in case of an air shorta&e or power outa&e) unless another action was specified"

11.

METERING SYSTEM

A 46&+%# 4 #6#$&(5 (&6 &% 6 # *(%&-#$#- 6 6+# 64#6  #*+ #44 -# 6 6+# 4&&66&(% 6 &(%644  *(#(6&(4 6#%6 %#$6$ +&*+ 4- $#G&$# ( #$$#%%$# $6#*6&( %J%6#.

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Multiphase flow meters are to be installed per well and mounted on its production pipeline" In the arehouse (at Nuevo Mundo location+ one spare multiphase flow meter shall be available" Alow indicator transmitters shall be installed on the chemical injection s$stem"

12. LAY OUT S5$& #44% $# 4*6#- 6 N$6+ <#%6  =&(6#$(& - (- 6+#$# $# 6 -%. A 4J 6 &44 # -##4#- $ 6+# $%#- *&4&6&#% (-  $6&(5  6+# 44&(#% #6##( S5$& AX K @X (- =&(6#$(&. UN P#$ &44 $&-# #(5+ &($6&( 6 65$+J 6 #(4# 6+# #$$(*#  6+# %6-J. P&#4&(#% T5$+J %+% &( A#(-& 2.

13. DESIGN CRITERIA

13.1

GENERAL D#%&5( *(%&-#$6&(% %+44 *(%&-#$ 6+6 S5$& #44% &44 # $#6# #$6#- (- 6+# **#%% &44 # J +#4&*6#$ -$&(5 6+ *(%6$*6&( (- #$6&( 4&#  6+# #44%.

13.!

LOGISTIC CONSTRAINTS @$5# (- 6+#$ 45&%6&*4 %#$&*#% %6 # *&66#- &( 6&#4J ((#$ 6 6# -(65#  6+# $&#$ 4- %65# -$&(5 D#*##$"M$*+ #$&- &( $-#$ 6 +# 6&#4J %$6 %#$&*#% $ 6+# C(%6$*6&( (- O#$6&(% 6#% 6 N# M(-. MB$ #G&#(6 %+44 # 6$(%$6#- J $5# $ P*44 $ 6+$5+ 6+# A( R&#$ 9$ @$&4: 6 N# M(- -$&(5 6+# $&(&(5 %#%( 6 6# -(65#  $&#$ 4- %65# *(-&6&(%  6+# U$ R&#$. A6 4#%6, 6+# #G&#(6 +% 6 &(*4-# 4&6&(5 #J#46% 6 4#6 +&%6&(5 &6+ 6$*% #G&#- &6+ &(*+ (-  $ 6#4#%*&*  6$* (6#- *$(#. A**#%% $ N# M(- %&6# 6 S5$& -% $ 6+# 6+  6+# 44&(#% %+44 # J +#4&*6#$ &6+  #&5+6 6$(%$66&( 4&&6  ;. 6( (- ( $&6# %&#  1       . D&#%#4 6$(%$66&( %+44 4&44 D#*$#6 S$# 0!2";"EM R#54#(6 -# S#5$&-- $ #4 T$(%$6# -# H&-$*$$%, T64 V, M#-& A$#, C64 I, P$ A#$(#% J H#4&*'6#$%. E#$J &$*$6 %#- $ +J-$*$( 6$(%$66&( %6 4&4 %#6J -&%%&6&(% J $#%#*6&# A&6&( A6+$&6J, % #44 % 4&56&(% $%# $ 6+&% $#546&(. HJ-$*$( 6$(%$6 %+44 # 6+$&#- (- %+44 # &6+&( G(6&6J (- #&5+6 4&&6% **$-&(5 6 6+# &$*$6 6+6 &% %#-.

13.3

PRODUCTION PLATFORMS

T+# $-*6&( 46$% %6 *(%&-#$, 6 4#%6, 6+#%# *&4&6&#%)

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ellhead production pipelines" ellhead control panel" /IPP valves" Multiphase meterin& s$stem" Production manifold" Pi& launcher" Pi& receiver" Aield instrumentation" Instrument air s$stem" #hemical injection s$stem" Power distribution" Transformers" Emer&enc$ power &eneration (diesel+" Inte&rated control s$stem (P# and + with *elta < and the eFistin& *elta < I" Aire and &as detection s$stem" #athodic protection s$stem" ##T< s$stem" nti-intrusion s$stem" ccess control s$stem" or,ers module

D&#%#4 5#(#$6$, *+#&*4 &(B#*6&(, &(%6$#(6 &$,
T+# #&%6&(5 %#$&*#% (- 6&4&6&#% &( =&(6#$(& (- N# M(- $# $$&6# $ 6+# #$6&(  S5$& $-*6&(, %# -&&*6&(% (- (# &(%6446&( &44 # &4##(6#- &( $-#$ 6 *$$J 6 6+# (# $-*6&(  S5$&. P4#%# $##$ 6 I6# 1  6+&% -*#(6.

T+# $-*6&( 46$% -#%&5( %6 44 6+# (#6 5&-#4&(#%) •

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 cluster-t$pe desi&n shall be used: each well will connect to onl$ one production manifold per platform" .as-condensates shall be transported throu&h a multiphase pipeline to Nuevo Mundo (dependin& on transport alternative+ to be compressed and boosted to Malvinas Plant" The above mentioned facilities must be desi&ned for a safe operation" The$ will have to be distributed in a minimum footprint in order to avoid further deforestation in the surroundin& ma?on jun&le" dditionall$) ever$ reasonable effort shall be made to reduce power consumption in the production platforms" The production platforms shall be remotel$ controlled) monitored and operated from Nuevo Mundo control room (at Gnit 922+"

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P#$%((#4 (- &(6#((*# %+#46#$ (- %#$&*#% %+44 # *(%&-#$#-.

13.

PIG LAUC#ER AND RECIEVER

P&5 4(*+#$% (- &5 $#*#&#$% %+44 # &(%644#- &( S5$& @X, S5$& AX (- =&(6#$(& *4%6#$ +&*+ &44 %6$&*64J -##(- ( 6+# %#4#*6#- 6$(%$6 46#$(6&#. I( 6+&% #G&#(6,  64 &% &(6$-*#- $ &(6#$(4 *4#(&(5 (- &(%#*6&( &( &#4&(#%. S$6 &5% **4&%+ 6+#%# 6%% &( &#4&(#%) &(6#$(4 &(%#*6&(, 5#$##$#(*#, -#6#$&(6&(  $4#% %*+ % *$$%&(, -#$6&( (- 6+#$%. C4#(&(5 &5% %+44 # %*$#$ (- %(5# 6J#.

13.

DRAINAGE AND VENT SYSTEMS

D$&(5# *&4&6&#% &44 *44#*6 5% (- 4&G&-% $-*#- J #(6 (- -$&(5# #$6&(%  6+# 46$. A %J%6# &44 # -#&(#- % 6+6 %#6J (- #(&$(#(64 $#G&$##(6% $# 4&44#-. L&G&- -$&(% *&(5 $ *+#&*4 &(B#*6&( %J%6#, -&#%#4 %J%6# (- (J %&44 $-*#- &( 6$% (#, (* 6 -$, $#&(B#*6&( % %&(, -$&(% &( $-*6&( 4&(#% (- &(%6$#(6 &$ *5# &44 # *44#*6#- &(  4&G&- -$&( #%%#4. V$% *&(5 $ #44 -, (&4- 9*#44$: (- 6$% #(6% &44 # *(-*6#- 6  =(* O6 D$ &( $-#$ 6 %#$6# (J 4&G&-%. L&G&-% $ (* 6 -$ &44 # %#(6 6 4&G&- -$&( #%%#4 #(6&(#- # (- $#"&(B#*6#- 6 44&(# 6+$5+ -$&( % (- $#&(B#*6&( %, (- $% $ =OD &44 # %#(6 6 ( E(*4%#- F4$#. D$&(5 &55&(5 $ (4 -#$#%%$&6&( #$6&(% 6+# E(*4%#- F4$# %+44 # &( #$6&( &( $-#$ 6 $#*#&# ( $( 6+# %%&4# $%. 0

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I( 6+# H#4&$6 $#, 44 *+((#4% $# #*6#- &( %&4 *6#- &6+ HDPE 5##$(#.T+# %J%6# &(*4-#% (# (#&%6&(5 *+((#4%. A44 6+# -$&(5# &( 6+&% $# &% %#(-&(5 6  *+#$ +&*+ +%  4# 64#6, (- 6+# -$&(% $# -#4&#$&(5 6 6+# 5$(9$&( 6#$:. D$&(5  -&%*+$5# #$6&( 6+&% 4# %+44 # *4%#- (- B%6 &( *%# %# %&44 5#% 6 6+# *+#$ 6+# -$&(% %+44 # *44#*6#- J  4&5+6  9&( 6+# $#+%#: 6  -$&( -$. T+# $&( 6#$ *44#*6#- J 6+#%# *+((#4%, $ 6+ &(6#$(4 (- #6#$(4 -$&(5# %J%6# &( #$6&( 46$, (- &( +#4&$6 $#, %+44 %% 6+$5+ 6+# %&#$% 4*6#- &( 6+# *&4&6&#% #$# #&(5 -&%*+$5#- 6 6+# 5$(-.

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13.2

C#EMICAL INJECTION SYSTEM

T+# &(6#$(4"*$$%&( $6#*6&( %J%6# %6 # -#%&5(#- 6 *# &6+ 6+# & ##*6#- $#%%$# (- 4 $6# &( S5$& *4%6#$. T 5$(6## 6+# #*+(&*4 &(6#5$&6J  *&4&6&#% 4(5 6+# $B#*6 4&#,  *(6&(% &(B#*6&( %J%6# 

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*$$%&( &(+&&6$ %6 # $&-#-. @#*$&( *$$%&( &(+&&6$ % -#&(#- -$&(5 FEED P+%# I $ R#%4. A -&%*(6&(% &(B#*6&( %J%6#  +J-$6# $6&( &(+&&6$ &% $#G&$#- 6 &- 6+# $6&(  %4&- *(-% (- 5% +J-$6#% -$&(5 %6$6"/%+6"-( #$6&(%, (- 5% *4&(5 6&(5 4*# ( 6$(%$6 6 N# M(- (M4&(% P4(6. T 6+&% #(-, M#6+(4 % %#4#*6#- %  +J-$6# $6&( &(+&&6$. A**$-&(5 6 @#*$&( $&-#$ $#*#(-6&( 6+# &(B#*6&(  *$$%&( &(+&&6$ 6 S5$& AX (- @X &44 # %&&4$ % =&(6#$(& F*&4&6&#%. 0

F$ M#6+(4 &(B#*6&(  DJ(&* S6-J +% ##( 6#( 4*# -$&(5 P+%# II, 6+# 44&(5 4 $6#% +# ##( -#&(#- $ #*+ #44 -.

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-

#orrosion Inhibitor (#ontinuous+ 0E#D'IN: 0.82 BPD /$drate upresor (*iscontinuous+ Methanol: 192 BPD 0ecorin *rum: 49)6 001 Methanol *rum: C4 001

S0*0,) BX)

0 T+# %*4&(5 I(-# $&-#% &($6&( 6 6+# %%&&4&6J   %*4# 6 $ 6+# S*4&(5 I(-# +% ##( *4*46#*(%&-#$&(5 6+ S5$& (- =&(6#$(& -% 6 (&(4 $-*6&( $6#. A**$-&(5 6 6+# $#%46% 6&(#- $ DJ(&* S6-J -$&(5 FEED P+%# I, CCO3 %*4&(5 +% ##( $#-&*6#- $ 6+# 8 44&(# &( J#$ !0!;, +#(  #6 5% $6# &( 6+# $-#$  1 MM%*/-J &% -#4&#$#- $ S5$&"@X. CCO3 %*4&(5 &% (6 ( &%%# $ 6+ 1 (- 12 44&(#%. D# 6 6+#%# $#%46%,  *((#*6&( $  6$# %*4&(5 &(+&&6$ &% &(%644#- &( #*+ $-*6&( (&4- 6 S5$& AX (@X. T+# $#&44&(5  *+#&*4 -$% %+44 # J 5$&6J $ H#4&$6 $# 6 -$%. @6+ &(B#*6&( %J%6#% +#  %$# .

0 0

A**$-&(5 6 6+# M#6+(4 S6-J 9J TEA: &( S5$& AX 6+$## % &44 # &( #$6&( -$&(5 %*+#-4# %6  6 J#$ !0!0. A6 6+&% 6&# ( &(*$#%# &( **&6J 9% (- 6(: %+4- # (#*#%%$J -# 6 6+# &55#%6 (6  6#$ $#-&*6&(. A**$-&(5 6 6+# M#6+(4 S6-J 9J TEA: &( S5$& @X 6 $#-*#- $6# $ J#$ !0!;, &6 &% (#*#%%$J #$6# &6+ 6 %. F$ J#$ !0!0 6 !0!; &6 &% (#*#%%$J 6 &(*$#%# 6+# **&6J 9% (- 6(: &( $-#$ 6 (5# ( %*+#-4#- %+6 -(. D# 6 6+# &55#$ **&6J  M#6+(4 -$ 6 S5$& @X 9! @@L: 6+( AX 91,3 @@L:, &6 &% (#*#%%$J 6 &(%644 6 -$% #*+ (# &6+ !2 @@L.

13.7

FLOWLINES F)-6 ) 9- -6)*- 9: +6-  ASME B31.& 0 API 5L /-6 )@ 80-,)0 :;- G,%!.

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NOMINAL WALL THICKNESS (inches)

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DESIGN PRESSURE (psi)

0.500 0.562 0.625 0.750

0.72 0.60 0.72 0.60

2400 2400 2400 2400

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PSL2 PSL2 PSL2 PSL2

TYPE OF PIPE HFW SMLS HFW SMLS

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ELECTRICAL SYSTEM

E4#*6$&*4 SJ%6# D#%&5( C$&6#$& $# -#%*$&#- &( -*#(6 SA>"TCH">@L"E"@@D"0001.

13.; EMERGENCY POWER DIESEL GENERATOR S5$& AX (- @X -% &44 +# ( ##$5#(*J #$ -&#%#4 5#(#$6$ &( *%#   *6 &( 6+# $&%&(  #4#*6$&*&6J. T+# **&6J &44 # %*+ 6 4&4 *$&6&*4 #4#*6$&*4 $#G&$##(6% (- ##- 6+# <$#$ M-4#. A D&#%#4 T( &44 # &(%644#- 6&(5 &(6 *(%&-#$6&(  -J%  %6$5#.

13.10 CONTROL SYSTEM AND COMUNICATIONS T+# #&%6&(5 C(6$4 SJ%6# (- S#6J SJ%6# &( #&%6&(5 *&4&6&#% N# M(- (- =&(6#$(& &% %#- ( 6+# D#46 V (- D#46 V SIS 6#*+(45J #4(5&(5 6 E#$%( P$*#%%. T+# -#%&5(  ESD, DCS (- FK> %J%6#% $ (# *&4&6&#% &( S5$& AX (- S5$& @X &44 *(6&(# 6+# %6(-$-%  #&%6&(5 *&4&6&#%, =&(6#$(& (- N# M(-. T+# $&$J *(&*6&( #6##( =&(6#$(& /N# M(- #&%6&(5 *&4&6&#% (- (# *&4&6&#% &( S5$& AX (S5$& @X &44 # &4##(6#- 6+$5+  *(# 6&*4 &#$ %&(54#"-# (- $ %#*(-$J *(&*6&( % $#-(-(6 (#6$ &44 # %#- 6+# LDS 6&*4 &#$, 6+ 4*6#- $44#4 6 6+# 44&(#%. F*&4&6&#% $  6$# %6#44&6# *  &(%6446&( &44 # 4#6 &( 6+# (# 4*6&(% S5$& AX (- S5$& @X. T+# $*#%% *(6$4 %J%6# %+44 # #$(#(64J (&6$#- $ N# M(- *&4&6&#% 6+$5+ 6+# #(6&(#$#-(-(6 6&* &$# (#6$. CCTV *&4&6&#% &44 # -#%&5(#- %#- ( REPSOL TI $#G&$##(6% (- $#46#- ED"V %#*&&*6&(%.

13.11 WOR"ERS MODULE A <$#$ -4# %+44 # &(%644#- 6 S5$& AX (- @X $ 8 9#&5+6: #4# &6+ 44 6+# %&* %#$&*#% (##-#- $  %##$4 -J% %6J 9&6##( -J%:. 0

M-4#% %+44 # *6$J %4&#- &6+ 44 $#G&$#- #4#*6$&*4, %(&6$J (- HVAC &(%6446&(%. T+#%# &(%6446&(% %+44 # $&-#- &6+ *((#*6&( -#&*#% #6##( -4# (- %&6# #4#*6$&*4 (- %(&6$J (#6$%. F$ $# -#6&4% (- -#%&5( %&% %## SA>"TCH">@L"A"ES"0001 MODULAR @LD> SYSTEM.

13.1! CAT#ODIC PROTECTION A C6+-&* P$6#*6&( SJ%6# &44 # &(%644#- $ 6+# (# F44&(#% (- $&#- &#%  6+# *&4&6&#% 6 4*6&(% S5$& AX (- @X. T+# *6+-&* $6#*6&(  #44 *%&(5% &% 6%&-# 6+# %*#  6+&% $B#*6. I6 &44 # *$&%#-  6 &( $$&#$%. T+# &$%6 (# &44 *(%&%6  +&5+ G4&6J #6#$(4 *6&(5% % 6+# $&$J #(%  $##(6&(5 #6#$(4 *$$%&(, *&(#- &6+  %#*(-$J *6+-&* $6#*6&( %J%6#. T+# &( *6+-&* $6#*6&( %J%6# &44 *$&%#-  &$#%%#- *$$#(6 6+$5+ $#*6&&#$%. T+# (# C6+-&* P$6#*6&( SJ%6# %+44 # *6&4# &6+ 6+# #&%6&(5 %J%6#%. @$&#- 4#% %+44 # $6#*6#- 6+$5+ CP %J%6# $ &( 44&(#%. T+# $&#- &#% &(%&-# 6+# S5$& AX (- @X 4*6&(% &44 # $6#*6#- J -&%6$&6#- 54(&* (-#%.

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0

13.13 PROCESS PIPPING P&&(5 &( $*#%% $#% &44 # -#%&5(#- &6+ ASME @31.3 *-#. F$ $# -#6&4% %## SA>"TCH">@L"P"ES"0001 P&&(5 C4%% $ S5$& P$B#*6 0

13.1 FIRE AND GAS PROTECTION SYSTEM F&$# (- >% P$6#*6&( SJ%6# % -#%&5(#- **$-&(5 6 R#%4 S6(-$-% 8"NO03! M>, 03"0008>U (- NFPA 7!. T+# -#%&5( %#% $# -#6&4#- &( 6+# F&$# (- >% P$6#*6&( P+&4%+J -*#(6 SA>"TCH">@L"V"FI" 0011.

13.1 FIRE FIG#TING SYSTEM 0

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13.12 OVERPRESSURE PROTECTION( RELIEF AND BLOWDOWN SYSTEMS 0

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14. EXISTING INSTALLATIONS T+# 66#$J 4&&6  S5$& P$B#*6 F44&(#% &% =&(6#$(&% *&4&6&#% +#$# 6+# 1 44&(# &(6#$*((#*6% 6 6+# 64#6  L(*+#$ T$ 9100"L"001:. T+# #(6  6+# P&5 R#*#&#$ T$ 6 =&(6#$(& 9100"L"101: (- 6+# -#$#%%$&6&( 4&(# $ 6+# 1 44&(# $# -#4&#$#- 6 =(* O6 D$ 100"D"001 6 =&(6#$(& F4$# SJ%6#. I6 %+4- # (6#- 6+6 6+# -#$#%%$&6&( &%  (4 (- %*+#-4#- #$6&( &( $-#$ 6 (6 #*6 6+# ($4 #$6&( 6 =&(6#$(&. T+# (4J (#6&* *(6$4 4# 9ESDV"1101: 6 T$ R#*#&#$ &% #- J 6+# I(%6$#(6 A&$ SJ%6#  =&(6#$(& *((#*6#- 6 6+# +#-#$ (#$J 6+# P&5 T$ R#*#&#$. T+# -$&(%  6+# 6$ $# %#(6 6 =&(6#$(& D$&( O#( SJ%6# 6  +#-#$ 4*6#- (#$ 6+# 6$. F$ C(6$4 SJ%6# (- C(&*6&(% 4#%# $##$ 6 I6# 13.10. F$6+#$$#, 6 =&(6#$(& C(6$4 R 44 6+# &(%6$#(66&( %+44 # &(%644#- &( 6+# #&%6&(5 *(6$4 $. A4% 6+# *(&*6&( J 6&* &#$ &44 # &(%644#- &( 6+# #&%6&(5 C(6$4 R. A6 N# M(- C(6$4 R 6+# L# D#6#*6&( SJ%6# &44 # &( N"0!%644#- &( 6 HMI (- %# S*$##( &44 # -6#-. F$ E4#*6$&*4 SJ%6# 4#%# $##$ 6 I6# 13.8. A (# E4#*6$&*4 S66&( &44 # &(%644#- 6 =&(6#$(& *&4&6&#% &( $-#$ 6 **-6# ( E4#6$ T$(%$#$ (- 6+# S&6*+5#$ M#-& V465#. S# -&&*6&( %+44 # 6#( 4*# 6 6+# E&%&6&(5 E4#*6$&*4 S66&(.

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S#&%&* D#%&5()

1$. APPENDIX 12.1

APPENDIX 1  FEED GAS COMPOSITIONS T09- $. =&(6#$(& (- S5$& AX/@X 5% *%&6&(% 9-$J %&%: GAS COMPOSITION (% mole fraction, dry a!i!)

itroen

2

28,01

1,6 (1)

S-+* X/X 1,84

"aron io3ide

"#2

44,01

0,62

0,07

$etane

"4

16,04

82,06

80,67

&tane

"26

0,07

7,1

8,26

Proane

"8

44,1

,1

,65

i/tane

"410

58,12

0,49

0,52

n/tane

"410

58,12

1,08

1,15

ientane

"512

72,15

0,47

0,41

nPentane

"512

72,15

0,51

0,47

ne3ane

"614

86,18

0,58

0,58

$cycloentane

84,16

0,09

0,05

/en:ene

78,11

0,06

0,02

"ycloe3ane

84,16

0,1

0,07

netane

100,2

0,6

0,45

$cyloe3ane

98,19

0,14

0,15

'olene

92,14

0,06

0,04

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GAS COMPOSITION (% mole fraction, dry a!i!) $

*'&+#*

n#ctane

114,2

0,2

S-+* X/X 0,41

&/en:ene

106,2

0,01

0,01

mXylene Xylene

106,2

0,04

0,05

oXylene

106,2

0,01

0,01

nonane

128,

0,26

0,28

necane

142,

0,25

0,26

"11

156,

0,18

0,18

"12

170,

0,1

0,1

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184,4

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198,4

0,07

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"15

212,4

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0,04

"16

226,4

0,0

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"17

240,5

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"18

254,5

0,01

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"19

268,5

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0,01

100

100

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'otal

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12.1.1

")-,) UPPER NIA PVT =T09- 1$>

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APPENDIX 2  PRODUCTION PROFILES

N#6 64#% %+ 6+# $-*6&( $&4#%  S5$& (- =&(6#$(& -% 9REPSOL:. <#44+#- $#%%$# $&4#% $# 4% %+( &( 6+#%# 64#%. D$&(5 6+# FEED %65#, REPSOL *4$&&#- 6+6 6+# *4( >% R6# (6 &(*4-#% 6+# $## 6#$ (- -- 6+# O&4 R6# *4(. 0

T+#%# T4#% %+44 # 6#( &(6 *(%&-#$6&( $ -##4&(5 6+# %&46&( $#$6 (- 6+# M6#$&4 @4(*#, 44 6+# -6 (- -*#(6% %+44 # &( **$-(*# &6+ 6+# .

T09- %. P,+/) P,)- , S0*0,) BX S0*0,) BX

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