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Stream (Summary) UOM FEEDGAS

Name FEEDGAS

Description FEEDGAS

Phase Mixed

Thermodynamic System SRK01

Total Molar Rate !"mol # day $%0&&0'(()*(&)

Total Mass Rate ! # day 1%&+,,$,'1$&((

Temperat-re . )1'*****%*

Press-re /ar (%'$

Total Molec-lar ei!ht )$'*&(+0011

Total Speciic Enthalpy 2 # ! ))%&*)'$%)&

Total .p cal#!"K 0

!"mol # day

.3) 111*$,'1(&1%, N) (+()'&$(%0+$&,

MET4ANE %(11)&'&+&+)(

ET4ANE )*,+1'%*,1$%)+

PR3PANE 1$101'0,))

567TANE (1,$'+101+&,1,

67TANE (1,$'+101+&,1,

5PENTANE 1$,)'1&++$+*1)

PENTANE 1$,)'1&++$+*1)

.,8 11*&',&0(%%1+(

.&8 $%,%'(+0%+&$)

4)3 100(('1,,(+(1,

raction

.3) 0')10*%1%+*&

N) 0'00*1)(00*

MET4ANE 0',()&0%0$**

ET4ANE 0'0$$*)1%(%%

PR3PANE 0'0)+($1)11,

567TANE 0'00&+(+,1

67TANE 0'00&+(+,1

5PENTANE 0'00)*(%))++

PENTANE 0'00)*(%))++

.,8 0'00))$,(&$(

.&8 0'01010$0+(*

4)3 0'01+*)%&(+&

9apor Molar Rate !"mol # day $0,+&$'$%($%1)

9apor Mass Rate ! # day 1)$)1$+*'+1*+(

9apor Molec-lar ei!ht )('&0%(+0%&

9apor Mole Fraction raction 0'*$(*+0&101

9apor Speciic Enthalpy 2 # ! )(11($'0$1$

9apor .P cal#!"K 0'(,(%)(10*,

Vapor Composition raction

.3) 0')1&*110%(1

N) 0'00*$%&1*** MET4ANE 0',,+++)&%,,

Total Molar ComponentRates

Total Molar ComponentFractions

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ET4ANE 0'0$,*$(,()%

PR3PANE 0'0)&$100%,

567TANE 0'00,*&1&+)$

67TANE 0'00,,11,0+)

5PENTANE 0'00)01)1+*%

PENTANE 0'001+(0&,((

.,8 0'000++0&&(1

.&8 0'000)+$%*0$

4)3 0'000,01+(1*

Vapor Component Rate !"mol # day

.3) 110($%'&&1*)%)

N) (+%('1&%%1)+,(

MET4ANE %%*0(0')*(,1&,

ET4ANE )++,+'*1(&&*+(

PR3PANE 1%*(('1,()1)+

567TANE %$%%'+)$*+)+1,

67TANE %%$1'),)($((*,

5PENTANE 101*'*)*$)(&,+

PENTANE *%%'0%+((%$+(

.,8 ((,'(()+$*$),(

.&8 1((',$&((&00(+

4)3 %0$'0$+*$0(0*,

Total :i;-id Molar Rate !"mol # day )%+*('*0+($0$,

Total :i;-id Mass Rate ! # day 1),$0,,'%$))++

Total :i;-id Molec-lar ei!ht $)'*()*)$)&

Total :i;-id Mole Fraction raction 0'0($01*)+**

Total :i;-id Speciic Enthalpy 2 # ! $)0%&'+0,%%Total :i;-id .P cal#!"K 0'$,,(()&$,+

Total Liui! Composition raction

.3) 0'10,0&1&&,$

N) 0'000,0$+(1$

MET4ANE 0'1(&%+),*

ET4ANE 0'0$&%,%%*$)

PR3PANE 0'0+1,+01(,%

567TANE 0'0((,1*+0(,

67TANE 0'0$&$0*)+,$

5PENTANE 0'0%+)+()&+,

PENTANE 0'0(((1*0)$( .,8 0'0$%0%+&11

.&8 0'%,+(,%101,

4)3 0'000$,1*()*

!"mol # day

.3) )$%('$&$%+*1)

N) 1('(&,$)&*$,)

MET4ANE %$)1',*$++%%)+

ET4ANE 1%&0',*%0&&%((

PR3PANE 1*$1'&%*,1&+)(

567TANE 10,,'1+,1($*$)

67TANE 1%&('1&*1%,&,+

5PENTANE *1('&**%%)&%,

PENTANE 10,1'%++$((+*,

Total Liui! ComponentRate

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.,8 1),&'%$$1(%$+(

.&8 ++0('%*)0&*0(

4)3 1%'()&$&%)(&(

:i;-d Molar Rate !"mol # day 1(1,%'&,01%&,

:i;-id .p cal#!"K 0'(*&%**,((+

:i;-id Molec-lar ei!ht &,'*%*&*(,%

:i;-id Mole Fraction raction 0'0),,+$)+()

:i;-id Molar Enthalpy 2 # !"mol %($(,*&'*((

Liui! Composition raction

.3) 0'10,0&1&&,$

N) 0'000,0$+(1$

MET4ANE 0'1(&%+),*

ET4ANE 0'0$&%,%%*$)

PR3PANE 0'0+1,+01(,%

567TANE 0'0((,1*+0(,

67TANE 0'0$&$0*)+,$

5PENTANE 0'0%+)+()&+,

PENTANE 0'0(((1*0)$(

.,8 0'0$%0%+&11

.&8 0'%,+(,%101,

4)3 0'000$,1*()*

Liui! Component Rate !"mol # day

.3) 1$0)'%&$1**+(

N) +'$+0**(1(+)

MET4ANE )0+&'(*%0,*0)(

ET4ANE +1)'(+1%&0,&$)

PR3PANE 11$,'+*+0001,

567TANE ,%1'*+()0*,%+(

67TANE +1('$(&&(0)0(+ 5PENTANE $()')(*%%*)(1,

PENTANE ,)*'1(0()111,+

.,8 &$1'))&$+0%*,+

.&8 $)1+'+))**0%,+

4)3 &'*$*))%*1%+

Decant ater Mole Rate !"mol # day *&%1'1(+%1)*,

1+'01$%

ater Mole Fraction raction 0'01+%%(00$&

Decant ater Molar Enthalpy 2 # !"mol 1&%,,,&'0,*Decant ater .p cal#!"K 0'**$,)&$&&(

Liui!" Composition raction

Liui!" Component Rate !"mol # day

Liui!# Composition raction

Liui!# Component Rate !"mol # day

Decant ater Molec-latei!ht