sco 5205334 12101 ib ins mc 001 1 memoria calc valv de alivio

8/18/2019 Sco 5205334 12101 Ib Ins Mc 001 1 Memoria Calc Valv de Alivio

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emoria de Cálculo Válvulas de Alivio

1 26-Mar-14 DMM RLG WAR

0 19-Mar-14 Aprobado para continuar a la siguiente fase !"-1#2$ DMM RLG WAR

A 0%-&eb-14 DMM RLG WAR

' 2(-)ne-14 )*itido para re+isi,n interdisciplinaria !"-1#2$ DMM RLG WAR

REV FECHA DESCRIPCIÓN ELABORÓ REVISÓ APROBÓ

PROYECTO ENERGÉTICOS No. DOCUMENTO No.

P15-09-101 SCO-5205!-12101-IB-INS-MC-001-1

AJUSTE INGENIERÍA BÁSICA DESARR!!

"ACI!IDADES CA # TIB$ % GENERA!ES

Aprobado para continuar a la siguiente faseModificado donde se indica !"-1#2$

)*itido para re+isi,n co*entarios del cliente !"-1#2$

APROBÓCLIENTE



%116.#9#4/ls 2-1 de 9

SCO-5205!-12101-IB-INS-MC-00

Do"#$%&'o No.

M%$o()* +% C,"#o V,#*/ +% A))o R%)/)& 1

1 V*% ID !1 SIING DATA2 T*3 No. PSV-1303 !2 D%/)3& Co+% ASME Section VIII S)4)&3 S'+.

S%()"% Alivio descarga T-P-11-4-001 ! S)4)&3 B*/)/ Blocked Discharge

! PID No. S!-"#0"334-1#101-ID-P$!-PID-%01 !! F#)+ S'*'% *' I&%' &i'(id

5 L)&% No. #)-I*+-#033-AA1A33 #*&')'6 !5 R%)%)&3 C*/% Press(re $elie,

7 1 !7 Fluid Properties

8 GENERAL !8 F#)+ N*$% +ater !t

V*% T6:% onventional Direct S.ring-!. ! S:. G(*)'6; G 1/000

9 S*<%'6 = R%)%< Sa,et $elie, B**&"%+ *o !9 V)/"o/)'6 1/0000 cP

10 No44% 2(ll Bo&&%' losed 50 R%6&o+/ No. "3/

11 CONNECTIONS 51 R%6&o+/ No. >$*?@ 10#4/

12 I&%' 1 15#) 2lngd/ 1"06 $2 S'*&+*(+ 52

1 O#'%' 3) 2lngd/ 1"06 $2 ASME B1%/" 5

1! MATERIALS OF CONSTRUCTION 5!15 Bo+6 = B*/% S SA#1%-+B 55

17 Bo&&%' = C6)&+%( S SA#1%-+B 57

18 No44% 31% SST 58

1 D)/" 31% SST 5

19 S%*' Metal 59 Sizing Coefficients U&)'

20 S:)&+% 31% SST 70 ; L)#)+ +; L)#)+ 0/%"%

21 G#)+% SS A# 7r/ 8E 71 " 1/0

22 S:()&3 Inconel9 :"0 72 >$*?@ 1

2 G*/%'/ 31% SST 7

2! B%o/ *5A 7! Required Capacity U&)' G

25 C*: T6:% Bolted 75 To'* #1

27 NACE MR0185 >2002@ *o 7728

A " " % / / o ( ) % / 78 Pressures U&)'

2 7 MAP O:%(*')&3 #0

29 79 S%' CDTP #"0

0 80 O%( P(%//#(% #"

1 SIING = SELECTION SUMMARY 81 Co&/'*&' S#:%()$:o/%+

2 V*% Mo+% No. 1/"83<&T<!S-E1 <-*# 82 V*()*% S#:%()$:o/%+

B(*&+ ros=9 8 B#)'-U:

! A(%* C*"#*'%+ S%%"'%+ 0/04 0/ 8! To'*

5 >)&@ D*'* S%' O()<)"% ASME 8 85 I&%' Lo// 0

7

Fo

U&)' R%#)(%+ GPM >US@ 291 87 A'$o/:%()" >B*(o$%'()"@ 14/%% .si

8 R*'%+ A"'#* 77.9 !08.759 88 R%)%)&3 >Fo)&3@ #" .si

8 Temperatures U&)'

9 E/')$*'%+ R%*"')o& Fo("% 89 O:%(*')&3 R%)%)&3 100

!0 E/')$*'%+ No)/% L%% >+@ 0 D%/)3& M)& D%/)3& M*? 100

T * 3 N o ' % /

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AJUSTE INGENIERKA BSICA DESARROLLO FACILIDADESCAMPO TIB - GENERALES

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SCO-5205!-12101-IB-INS-MC-00

Do"#$%&'o No.

M%$o()* +% C,"#o V,#*/ +% A))o R%)/)& 1


S%()"% Alivio descarga =o>=a de inecci?n T-P-4-00# ! S)4)&3 B*/)/ Blocked Discharge

! PID No. S!-"#0"334-1#101-IB-P$!-PID-%01 !! F#)+ S'*'% *' I&%' &i'(id

5 L)&% No. #*&')'6 !5 R%)%)&3 C*/% Press(re $elie,


8 GENERAL !8 F#)+ N*$% +ater



10 No44% 2(ll Bo&&%' losed 50 R%6&o+/ No. 1#3"#1/

11 CONNECTIONS 51 R%6&o+/ No. >$*?@ 1#004/

12 I&%' 1 15#) $T< S'*&+*(+ 52

1 O#'%' #) $2 5


17 Bo&&%' = C6)&+%( S SA#1%-+B 57

18 No44% 31% SST 58

1 D)/" 31% SST 5


20 S:)&+% 41% SST 70 ; L)#)+ +; L)#)+ 0/%"%

21 G#)+% SS A# 7r/ 8E 71 " 1/0

22 S:()&3 hro>e Steel - orr/ $est/ 72 >$*?@ 1

2 G*/%'/ 31% SST 7


25 C*: T6:% Bolted 75 To'* #1/%%

27 NACE MR0185 >2002@ *o 7728

A " " % / / o ( ) % / 78 Pressures U&)'

2 7 MAP O:%(*')&3 341

29 79 S%' CDTP 31"0

0 80 O%( P(%//#(% 31"


2 V*% Mo+% No. 1/"E#<&T<!S-E "$< 82 V*()*% S#:%()$:o/%+

B(*&+ ros=9 8 B#)'-U:

! A(%* C*"#*'%+ S%%"'%+ 0/1 0/##1 8! To'*

5 >)&@ D*'* S%' O()<)"% ASME E 85 I&%' Lo// 0

7

Fo

U&)' R%#)(%+ GPM >US@ 291.77 87 A'$o/:%()" >B*(o$%'()"@ 14/%% .si

8 R*'%+ A"'#* 2!.925 71.02 88 R%)%)&3 >Fo)&3@ 34%" .si

8 Temperatures U&)'

9 E/')$*'%+ R%*"')o& Fo("% #3/" da* 89 O:%(*')&3 R%)%)&3 100

!0 E/')$*'%+ No)/% L%% >+@ 0 D%/)3& M)& D%/)3& M*? 100

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%116.#9#4/ls 10-1 de 9

SCO-5205!-12101-IB-INS-MC

Do"#$%&'o No.

M%$o()* +% C,"#o V,#*/ +% A))o R%)/)& 1

1 V*% ID !1 SIING DATA2 T*3 No. PSV-130#A5B !2 D%/)3& Co+% ASME Section VIII S)4)&3 S'

S%()"% ! S)4)&3 B*/)/ Blocked Discharge

! PID No. S!-"#0"334-1#101-IB-P$!-PID-00@1-0 !! F#)+ S'*'% *' I&%' &i'(id

5 L)&% No. #)-I*+-#015#00-AB"B3# #*&')'6 !5 R%)%)&3 C*/% Press(re $elie,



V*% T6:% onventional Direct S.ring-!. ! S:. G(*)'6; G 1/

9 S*<%'6 = R%)%< Sa,et $elie, B**&"%+ *o !9 V)/"o/)'6 1/0000

10 No44% 2(ll Bo&&%' losed 50 R%6&o+/ No. 1033

11 CONNECTIONS 51 R%6&o+/ No. >$*?@ 10#

12 I&%' #) 2lngd/ 3006 $2 S'*&+*(+ 52

1 O#'%' 3) 2lngd/ 1"06 $2 ASME B1%/" 51! MATERIALS OF CONSTRUCTION 5!

15 Bo+6 = B*/% S SA#1%-+B 55

17 Bo&&%' = C6)&+%( S SA#1%-+B 57

18 No44% 31% SST 58

1 D)/" 31% SST 5


20 S:)&+% 41% SST 70 ; L)#)+ +; L)#)+ 0/%"%

21 G#)+% SS A# 7r/ 8E 71 " 1/0


2 G*/%'/ 31% SST 7

2! B%o/ *5A 7! Required Capacity U&)'

25 C*: T6:% Bolted 75 To'* 3

27 NACE MR0185 >2002@ *o 77

28

A " " % / / o ( ) % / 78 Pressures U&)'

2 7 MAP O:%(*')&3 #"

29 79 S%' CDTP #"0

0 80 O%( P(%//#(% #"


2 V*% Mo+% No. #83<&T<!S-E3"< 82 V*()*% S#:%()$:o/%+

B(*&+ ros=9 8 B#)'-U:

! A(%* C*"#*'%+ S%%"'%+ 0/4 0/ 8! To'*

5 >)&@ D*'* S%' O()<)"% ASME 8 85 I&%' Lo// 0

7

Fo

U&)' R%#)(%+ GPM >US@ 50 87 A'$o/:%()" >B*(o$%'()"@ 14/%%

8 R*'%+ A"'#* 77.9 !08.759 88 R%)%)&3 >Fo)&3@ #"

8 Temperatures U&)'9 E/')$*'%+ R%*"')o& Fo("% 13/% da* 89 O:%(*')&3 R%)%)&3 100

!0 E/')$*'%+ No)/% L%% >+@ 0 D%/)3& M)& D%/)3& M*? 100

T * 3 N o ' % /

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Alivio de Presi?n S(cci?n Bo>=as de Inecci?nT-P-13-4-001A5B

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%116.#9#4/ls 14-1 de 9

SCO-5205!-12101-IB-INS-MC-00

Do"#$%&'o No.

M%$o()* +% C,"#o V,#*/ +% A))o R%)/)& 1

1 V*% ID !1 SIING DATA2 T*3 No. PSV-1301A5B !2 D%/)3& Co+% ASME Section VIII S)4)&3 S'+.

S%()"% ! S)4)&3 B*/)/ Blocked Discharge

! PID No. S!-"#0"334-1#101-IB-P$!-PID-00@1-0 !! F#)+ S'*'% *' I&%' &i'(id






10 No44% 2(ll Bo&&%' losed 50 R%6&o+/ No. 1%"13%/

11 CONNECTIONS 51 R%6&o+/ No. >$*?@ #40440/

12 I&%' 1 15#) 2lngd/ 1"006 $T< S'*&+*(+ 52

1 O#'%' 3) 2lngd/ 3006 $2 ASME B1%/" 51! MATERIALS OF CONSTRUCTION 5!

15 Bo+6 = B*/% S SA#1%-+B 55

17 Bo&&%' = C6)&+%( S SA#1%-+B 57

18 No44% 31% SST 58

1 D)/" 31% SST 5


20 S:)&+% 41% SST 70 ; L)#)+ +; L)#)+ 0/%"%

21 G#)+% SS A# 7r/ 8E 71 " 1/0


2 G*/%'/ 31% SST 7


25 C*: T6:% Bolted 75 To'* 3"0

27 NACE MR0185 >2002@ *o 77

28

A " " % / / o ( ) % / 78 Pressures U&)'

2 7 MAP O:%(*')&3 340

29 79 S%' CDTP 31"0

0 80 O%( P(%//#(% 31"


2 V*% Mo+% No. 1/"23<&T<!S-E%"$< 82 V*()*% S#:%()$:o/%+

B(*&+ ros=9 8 B#)'-U:

! A(%* C*"#*'%+ S%%"'%+ 0/#3 0/34 8! To'*

5 >)&@ D*'* S%' O()<)"% ASME 2 85 I&%' Lo// 0

7

Fo

U&)' R%#)(%+ GPM >US@ 50 87 A'$o/:%()" >B*(o$%'()"@ 14/%% .si

8 R*'%+ A"'#* 509.795 577.28 88 R%)%)&3 >Fo)&3@ 34%" .si

8 Temperatures U&)'9 E/')$*'%+ R%*"')o& Fo("% #%/% da* 89 O:%(*')&3 R%)%)&3 100

!0 E/')$*'%+ No)/% L%% >+@ 0 D%/)3& M)& D%/)3& M*? 0

T * 3 N o ' % /

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Alivios de .resi?n descarga =o>=as deinecci?n T-P-13-4-001A5B

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%116.#9#4/ls 1(-1 de 9

SCO-5205!-12101-IB-INS-MC-00

Do"#$%&'o No.

M%$o()* +% C,"#o V,#*/ +% A))o R%)/)& 1

1 V*% ID !1 SIING DATA2 T*3 No. PSV-130% !2 D%/)3& Co+% *on-ode S)4)&3 S'+.

S%()"% +ATE$ ! S)4)&3 B*/)/ Blocked Discharge

! PID No. S!-"#0"334-1#101-IB-P$!-PID-111 !! F#)+ S'*'% *' I&%' &i'(id





9 S*<%'6 = R%)%< Sa,et $elie, B**&"%+ *o !9 V)/"o/)'6 0/%1%0 cP

10 No44% 2(ll Bo&&%' losed 50 R%6&o+/ No. 11"04"/

11 CONNECTIONS 51 R%6&o+/ No. >$*?@ 1##""41/

12 I&%' 1 15#) 2lngd/ 1"06 S'*&+*(+ 52

1 O#'%' #) 2lngd/ 1"06 ASME B1%/" 5


17 Bo&&%' = C6)&+%( S SA#1%-+B 57

18 No44% 31% SST 58

1 D)/" 31% SST 5

19 S%*' Te,lon9 59 Sizing Coefficients U&)'

20 S:)&+% 41% SST 70 ; L)#)+ +; L)#)+ 0/%"%

21 G#)+% SS A# 7r/ 8E 71 " 1/0


2 G*/%'/ 31% SST 7


25 C*: T6:% Bolted 75 To'* 1"0

27 NACE MR0185 >2002@ *o 7728

A " " % / / o ( ) % / 78 Pressures U&)'

2 7 MAP O:%(*')&3 #"

29 79 S%' CDTP #"0

0 80 O%( P(%//#(% #"


2 V*% Mo+% No. 1/"2#<&T<!S-E # 82 V*()*% S#:%()$:o/%+

B(*&+ ros=9 8 B#)'-U:

! A(%* C*"#*'%+ S%%"'%+ 0/3#% 0/34 8! To'*

5 >)&@ D*'* S%' O()<)"% ASME 2 85 I&%' Lo// 0

7

Fo

U&)' R%#)(%+ GPM >US@ 150 87 A'$o/:%()" >B*(o$%'()"@ 14/%% .si

8 M*?)$#$ 159.85 88 R%)%)&3 >Fo)&3@ #" .si

8 Temperatures U&)'

9 E/')$*'%+ R%*"')o& Fo("% 89 O:%(*')&3 R%)%)&3 100

!0 E/')$*'%+ No)/% L%% >+@ 0 D%/)3& M)& D%/)3& M*? 0

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SCO-5205!-12101-IB-INS-MC-00

Do"#$%&'o No.

M%$o()* +% C,"#o V,#*/ +% A))o R%)/)& 1



! PID No. S!-"#0"334-1#101-IB-P$!-PID-11@1 !! F#)+ S'*'% *' I&%' &i'(id





9 S*<%'6 = R%)%< Sa,et $elie, B**&"%+ *o !9 V)/"o/)'6 0/%00 cP

10 No44% 2(ll Bo&&%' losed 50 R%6&o+/ No. "%/

11 CONNECTIONS 51 R%6&o+/ No. >$*?@ 3"03/

12 I&%' 1 15#) 2lngd/ 1"06 S'*&+*(+ 52

1 O#'%' #) 2lngd/ 1"06 ASME B1%/" 5


17 Bo&&%' = C6)&+%( S SA#1%-+B 57

18 No44% 31% SST 58

1 D)/" 31% SST 5

19 S%*' Te,lon9 59 Sizing Coefficients U&)'

20 S:)&+% 41% SST 70 E<<%"')% ; L)#)+ 0/%"

21 G#)+% SS A# 7r/ 8E 71 " 1/0


2 G*/%'/ 31% SST 7


25 C*: T6:% Bolted 75 To'* 10#

27 NACE MR0185 >2002@ *o 7728

A " " % / / o ( ) % / 78 Pressures U&)'

2 7 MAP O:%(*')&3 #"

29 79 S%' CDTP #"0

0 80 O%( P(%//#(% #"


2 V*% Mo+% No. 1/"2#<&T<!S-E 3 82 V*()*% S#:%()$:o/%+

B(*&+ ros=9 8 B#)'-U:

! A(%* C*"#*'%+ S%%"'%+ 0/#4 0/30 8! To'*

5 >)&@ D*'* S%' O()<)"% API 2 85 I&%' Lo// 0

7

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U&)' R%#)(%+ GPM >US@ 102 87 A'$o/:%()" >B*(o$%'()"@ 14/%% .si

8 M*?)$#$ 125.71 88 R%)%)&3 >Fo)&3@ #" .si

8 Temperatures U&)'

9 E/')$*'%+ R%*"')o& Fo("% 89 O:%(*')&3 R%)%)&3 100

!0 E/')$*'%+ No)/% L%% >+@ 0 D%/)3& M)& D%/)3& M*? 0

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SCO-5205!-12101-IB-INS-MC-00

Do"#$%&'o No.

M%$o()* +% C,"#o V,#*/ +% A))o R%)/)& 1



! PID No. S!-"#0"334-1#101-IB-P$!-PID-111 !! F#)+ S'*'% *' I&%' &i'(id





9 S*<%'6 = R%)%< Sa,et $elie, B**&"%+ *o !9 V)/"o/)'6 0/0100 c>

10 No44% 2(ll Bo&&%' losed 50 R%6&o+/ No. 0411"/

11 CONNECTIONS 51 R%6&o+/ No. >$*?@ 14314"/

12 I&%' 1 15#) 2lngd/ 1"006 S'*&+*(+ 52

1 O#'%' #) 2lngd/ 3006 ASME B1%/" 5


17 Bo&&%' = C6)&+%( S SA#1%-+B 57

18 No44% 31% SST 58

1 D)/" 31% SST 5


20 S:)&+% 41% SST 70 ; L)#)+ +; L)#)+ 0/%"%

21 G#)+% SS A# 7r/ 8E 71 " 1/0

22 S:()&3 td/ Allo Steel 72 >$*?@ 1

2 G*/%'/ 31% SST 7


25 C*: T6:% Bolted 75 To'* 10#

27 NACE MR0185 >2002@ *o 7728

A " " % / / o ( ) % / 78 Pressures U&)'

2 7 MAP O:%(*')&3 30"

29 79 S%' CDTP 3300

0 80 O%( P(%//#(% 330


2 V*% Mo+% No. 1/"D#<&T<!S-E 82 V*()*% S#:%()$:o/%+

B(*&+ ros=9 8 B#)'-U:

! A(%* C*"#*'%+ S%%"'%+ 0/0% 0/1#4 8! To'*

5 >)&@ D*'* S%' O()<)"% ASME D 85 I&%' Lo// 0

7

Fo

U&)' R%#)(%+ GPM >US@ 102 87 A'$o/:%()" >B*(o$%'()"@ 14/%% .si

8 R*'%+ A"'#* 17.75 208.728 88 R%)%)&3 >Fo)&3@ 3%30 .si

8 Temperatures U&)'

9 E/')$*'%+ R%*"')o& Fo("% 89 O:%(*')&3 R%)%)&3 100

!0 E/')$*'%+ No)/% L%% >+@ 0 D%/)3& M)& D%/)3& M*? 0

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SCO-5205!-12101-IB-INS-MC-00

Do"#$%&'o No.

M%$o()* +% C,"#o V,#*/ +% A))o R%)/)& 1

1 V*% ID !1 SIING DATA2 T*3 No. PSV-#010 !2 D%/)3& Co+% *on-ode S)4)&3 S'+.

S%()"% A&IVI! DESA$7A B!MBA T-P-13-4-003 ! S)4)&3 B*/)/ Blocked Discharge

! PID No. S!-"#0"334-1#101-IB-P$!-PID-##0@# !! F#)+ S'*'% *' I&%' &i'(id

5 L)&% No. 3)-I*+-#0-AB"B3# #*&')'6 !5 R%)%)&3 C*/% Press(re $elie,





10 No44% 2(ll Bo&&%' losed 50 R%6&o+/ No. 1%3%0/

11 CONNECTIONS 51 R%6&o+/ No. >$*?@ #0114#"/

12 I&%' 1 15#) 2lngd/ 1"006 $T< S'*&+*(+ 52

1 O#'%' #) 2lngd/ 3006 $2 ASME B1%/" 5


17 Bo&&%' = C6)&+%( S SA#1%-+B 57

18 No44% 31% SST 58

1 D)/" 31% SST 5


20 S:)&+% 41% SST 70 ; L)#)+ +; L)#)+ 0/%"%

21 G#)+% SS A# 7r/ 8E 71 " 1/0


2 G*/%'/ 31% SST 7


25 C*: T6:% Bolted 75 To'* #

27 NACE MR0185 >2002@ *o 7728

A " " % / / o ( ) % / 78 Pressures U&)'

2 7 MAP O:%(*')&3 340

29 79 S%' CDTP 31"0

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