TUGAS KHUSUS (2)

7/24/2019 TUGAS KHUSUS (2)

1/723

Asumsi Continous Steady State

mass

vapor

Komponen BM Xmass massH2S 34.08 0.000024 0.002981

CO2 44.01 0.000163 0.020403

Nitrogen N2 28.01 0.000000 0.000000

et!ane CH4 16.04 0.000121 0.01"1"6

#t!ane C2H6 30.0$ 0.00082$ 0.103634

%ropane C3H8 44.1 0.016"8$ 2.0$8$01

i&'utane C4H10 "8.12 0.029933 3.$"1190

n&'utane C4H10 "8.12 0.04$334 ".931842

i&%entane C"H12 $2.1" 0.0"9633 $.4$3183

n&%entane C"H12 $2.1" 0.040360 ".0"$8"$n&He(ane C6H14 86.18 0.04"8$2 ".$486$3

n&Heptane C$H16 100.2 0.023"8" 2.9""642

n&O)tane C8H18 114.2 0.02"38$ 3.181"28

n&Nonane C9H20 128.3 0.010662 1.336209

n&*e)ane C10H22 142.3 0.020439 2."61412

n&C11 1"6.3 0.01$228 2.1"899$

n&C12 1$0.3 0.011402 1.428919

n&C13 184.4 0.016691 2.091694

n&C14 198.4 0.0263$9 3.30"$33

n&C1" 212.4 0.02"2$9 3.16$920

n&C16 226.4 0.01""99 1.9"4898

n&C1$ 240." 0.033484 4.196191

n&C18 2"4." 0.031"4$ 3.9"3391

n&C19 268." 0.030868 3.8683$8

n&C20 282." 0.000000 0.000000

n&C11+ 184.4 0.012"$" 1."$"906

%,-&2 C&20 289.99 0.1"2"80 19.1211"0

%,-&4 C&20 290.04 0.1"2606 19.124449

'HS&1 289.82 0.1"2490 19.109942

H2O 18.02 0.000343 0.043020

1.000000 12".3190


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14/723


15/723

12".319

0.2900/

Xmol mol0.000100 0.00008$

0.000"30 0.000464

0.000000 0.000000

0.001080 0.00094"

0.003940 0.003446

0.0"3890 0.04$136

0.0$3$80 0.064"42

0.1166$0 0.102062

0.118410 0.103"$8

0.080140 0.0$01020.0$6260 0.066$0"

0.033$20 0.02949$

0.031840 0.02$8"9

0.011910 0.01041"

0.020"80 0.018000

0.01"$90 0.013813

0.009"90 0.008391

0.0129$0 0.011343

0.0190"0 0.016662

0.01$0"0 0.01491"

0.0098$0 0.00863"

0.0199"0 0.01$448

0.01$$60 0.01""34

0.0164$0 0.01440$

0.000000 0.000000

0.009$80 0.008"46

0.0$"380 0.06"93$

0.0$"380 0.06"93$

0.0$"380 0.06"93$

0.002$30 0.00238$

1.000000 0.8$4$33


16/723


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28/723


29/723

LOWRATE TETAP = 75 m3/hr, T (sh !ar"a#"$% = &'

massa )en"s $ee*(+/m3% '-75

Flo.ra#e (m3/hr% 75

BW '-'50

+omponen BM Xmol (se1elmn2a%

et!ane 16.04 0.001080#t!ane 30.0$ 0.003940

%ropane 44.1 0.0"3890

i&'utane "8.12 0.0$3$80

n&'utane "8.12 0.1166$0

n&%entane $2.1" 0.198""0

n&He(ane 86.18 0.0$6260

n&Heptane 100.2 0.033$20

n&O)tane 114.2 0.031840

n&Nonane 128.3 0.011910

n&*e)ane 142.3 0.020"80C&11 1"6.3 0.3$4420

H2O 18.02 0.0004$0

H2S 34.08 0.000100

CO2 44.01 0.000"30

Nitrogen 28.01 0.000000

0.99$$40


Flo.ra#e (m3/hr% 75

BW '-'0


et!ane 16.04 0.00108

#t!ane 30.0$ 0.00394

%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""

n&He(ane 86.18 0.0$626

n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191

n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442

H2O 18.02 0.0082"1603

H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0

1.00""21603


30/723


Flo.ra#e (m3/hr% 75

BW '-7'0


et!ane 16.04 0.00108

#t!ane 30.0$ 0.00394%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""

n&He(ane 86.18 0.0$626

n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191

n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442H2O 18.02 0.06"$010801

H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0

1.0629$10801


PEMB4KTA6 Flo.ra#e (m3/hr% 75

BW '-'50

+omponen

et!ane 39.20" &1324.4

#t!ane "1.8"$ &2"98.$

%ropane "9.0$8 &3492.6

i&'utane 13.82"4 2181.$9

n&'utane 66.343 &4363.2

n&%entane $8.$41 &"420.3

n&He(ane 104.6" &699"."

n&Heptane 8$.829 &6996.4

n&O)tane 96.084 &$900.2

n&Nonane 109.3" &9030.4

n&*e)ane 112.$3 &9$49.6

C&11 131 &11143

H2O $3.649 &$2"8.2

H2S 8"."84 &3839.9

CO2 140."4 &4$3"

Nitrogen "8.282 &1084.1


31/723

esimpuan %sat $" %sat $66 5ondisi su!u saat masu5 % 7as! -eater se!i

*engan -> $" C dan -in pada H% 7as! Heater > "09 C.

BW (0% mass (+/hr% p (+8/+-K%

0.000" "612.28"64$$244

0.18890.01 "6"6.0"901$0936

0.0$ "9$9.21232"6499

Menh"#n P 9

*i5eta!ui ?

@ 8.314

A 8.$12

' 0.0012"

C &0.00000018

- 323.1"

Sesuai data )rude oi pada su!u norma "$ C ?

Cp@ > A+'-+C-B2

9.09$140834

0.0$"6336289Cp =ater

enginterpoasi data didapat5an ?

1$.86

1.31"4"3812

( 1.31$433812

Cp mi( 10.9"3144$133 g.

LOWRATE TETAP = 75 m3/hr, T (sh !ar"a#"$% = 75


Flo.ra#e (m3/hr% 75

BW '-'50

5omponen ' mo se;eumnya

et!ane 16.04 0.001080

#t!ane 30.0$ 0.003940

%ropane 44.1 0.0"3890

i&'utane "8.12 0.0$3$80

n&'utane "8.12 0.1166$0

n&%entane $2.1" 0.198""0

n&He(ane 86.18 0.0$6260

n&Heptane 100.2 0.033$20

n&O)tane 114.2 0.031840

n&Nonane 128.3 0.011910

n&*e)ane 142.3 0.020"80


32/723

C&11 1"6.3 0.3$4420

H2O 18.02 0.0004$0

H2S 34.08 0.000100

CO2 44.01 0.000"30

Nitrogen 28.01 0.000000

0.99$$40


Flo.ra#e (m3/hr% 75

BW '-'0


et!ane 16.04 0.00108

#t!ane 30.0$ 0.00394

%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""n&He(ane 86.18 0.0$626

n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191

n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442

H2O 18.02 0.0101318""2

H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0

1.00$4018""2


Flo.ra#e (m3/hr% 75

BW '-7'0


et!ane 16.04 0.00108

#t!ane 30.0$ 0.00394

%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""

n&He(ane 86.18 0.0$626

n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191

n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442


33/723

H2O 18.02 0.06"$010801

H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0

1.0629$10801



BW '-'50

5omponen C1 C2

et!ane 39.20" &1324.4

#t!ane "1.8"$ &2"98.$

%ropane "9.0$8 &3492.6

i&'utane 13.82"4 2181.$9

n&'utane 66.343 &4363.2

n&%entane $8.$41 &"420.3n&He(ane 104.6" &699"."

n&Heptane 8$.829 &6996.4

n&O)tane 96.084 &$900.2

n&Nonane 109.3" &9030.4

n&*e)ane 112.$3 &9$49.6

C&11 131 &11143

H2O $3.649 &$2"8.2

H2S 8"."84 &3839.9

CO2 140."4 &4$3"

Nitrogen "8.282 &1084.1



BW (0% mass (+/hr% p (+8/+-K%

0.000" "612.28"64$$244

0.18890.01 "666.63"43"4496

0.0$ "9$9.21232"6499

Menh"#n P 9

*i5eta!ui ?

@ 8.314

A 8.$12

' 0.0012"

C &0.00000018

- 323.1"



34/723

Cp@ > A+'-+C-B2

9.09$140834

0.0$"6336289Cp =ater


1$.86

1.31"4"3812( 1.31$433812

Cp mi( 10.9"3144$133 g.

LOWRATE TETAP = 75 m3/hr, T (sh !ar"a#"$% = 7'


Flo.ra#e (m3/hr% 75

BW '-'50

5omponen ' mo se;eumnyaet!ane 16.04 0.001080

#t!ane 30.0$ 0.003940

%ropane 44.1 0.0"3890

i&'utane "8.12 0.0$3$80

n&'utane "8.12 0.1166$0

n&%entane $2.1" 0.198""0

n&He(ane 86.18 0.0$6260

n&Heptane 100.2 0.033$20

n&O)tane 114.2 0.031840

n&Nonane 128.3 0.011910

n&*e)ane 142.3 0.020"80

C&11 1"6.3 0.3$4420

H2O 18.02 0.0004$0

H2S 34.08 0.000100

CO2 44.01 0.000"30

Nitrogen 28.01 0.000000

0.99$$40


Flo.ra#e (m3/hr% 75

BW '-'0


et!ane 16.04 0.00108

#t!ane 30.0$ 0.00394

%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""


35/723

n&He(ane 86.18 0.0$626

n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191

n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442

H2O 18.02 0.0101318""2H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0

1.00$4018""2


Flo.ra#e (m3/hr% 75

BW '-7'0


et!ane 16.04 0.00108#t!ane 30.0$ 0.00394

%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""

n&He(ane 86.18 0.0$626

n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191

n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442

H2O 18.02 0.06"$010801

H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0

1.0629$10801



BW '-'50

5omponen C1 C2

et!ane 39.20" &1324.4

#t!ane "1.8"$ &2"98.$

%ropane "9.0$8 &3492.6

i&'utane 13.82"4 2181.$9

n&'utane 66.343 &4363.2

n&%entane $8.$41 &"420.3


36/723


37/723


et!ane 16.04 0.001080

#t!ane 30.0$ 0.003940

%ropane 44.1 0.0"3890

i&'utane "8.12 0.0$3$80

n&'utane "8.12 0.1166$0

n&%entane $2.1" 0.198""0n&He(ane 86.18 0.0$6260

n&Heptane 100.2 0.033$20

n&O)tane 114.2 0.031840

n&Nonane 128.3 0.011910

n&*e)ane 142.3 0.020"80

C&11 1"6.3 0.3$4420

H2O 18.02 0.0004$0

H2S 34.08 0.000100

CO2 44.01 0.000"30

Nitrogen 28.01 0.0000000.99$$40


Flo.ra#e (m3/hr% 75

BW '-'0


et!ane 16.04 0.00108

#t!ane 30.0$ 0.00394

%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""

n&He(ane 86.18 0.0$626

n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191

n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442

H2O 18.02 0.02663"6499

H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0

1.02390"6499


Flo.ra#e (m3/hr% 75

BW '-7'0



38/723

et!ane 16.04 0.00108

#t!ane 30.0$ 0.00394

%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""

n&He(ane 86.18 0.0$626n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191

n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442

H2O 18.02 0.1092140298

H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0

1.1064840298



BW '-'50

5omponen C1 C2

et!ane 39.20" &1324.4

#t!ane "1.8"$ &2"98.$

%ropane "9.0$8 &3492.6

i&'utane 13.82"4 2181.$9

n&'utane 66.343 &4363.2

n&%entane $8.$41 &"420.3

n&He(ane 104.6" &699"."

n&Heptane 8$.829 &6996.4

n&O)tane 96.084 &$900.2

n&Nonane 109.3" &9030.4

n&*e)ane 112.$3 &9$49.6

C&11 131 &11143

H2O $3.649 &$2"8.2

H2S 8"."84 &3839.9

CO2 140."4 &4$3"

Nitrogen "8.282 &1084.1



BW (0% mass (+/hr% p (+8/+-K%

0.000" "612.28"64$$244


39/723

0.01 "$"9.4692804302 0.1889

0.0$ 6223.9$266$404$

Menh"#n P 9

*i5eta!ui ?

@ 8.314A 8.$12

' 0.0012"

C &0.00000018

- 323.1"


Cp@ > A+'-+C-B2

9.09$140834

0.0$"6336289Cp =ater

enginterpoasi data didapat5an ?1$.86

1.31"4"3812

( 1.31$433812

Cp mi( 10.9"3144$133 g.

LOWRATE TETAP = 75 m3/hr, T (sh !ar"a#"$% = :'


Flo.ra#e (m3/hr% 75

BW '-'50


et!ane 16.04 0.001080

#t!ane 30.0$ 0.003940

%ropane 44.1 0.0"3890

i&'utane "8.12 0.0$3$80

n&'utane "8.12 0.1166$0

n&%entane $2.1" 0.198""0

n&He(ane 86.18 0.0$6260

n&Heptane 100.2 0.033$20

n&O)tane 114.2 0.031840

n&Nonane 128.3 0.011910

n&*e)ane 142.3 0.020"80

C&11 1"6.3 0.3$4420

H2O 18.02 0.0004$0

H2S 34.08 0.000100

CO2 44.01 0.000"30


40/723

Nitrogen 28.01 0.000000

0.99$$40


Flo.ra#e (m3/hr% 75

BW '-'0

5omponen ' mo se;eumnyaet!ane 16.04 0.00108

#t!ane 30.0$ 0.00394

%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""

n&He(ane 86.18 0.0$626

n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442

H2O 18.02 0.02663"6499

H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0

1.02390"6499


Flo.ra#e (m3/hr% 75

BW '-7'0


et!ane 16.04 0.00108

#t!ane 30.0$ 0.00394

%ropane 44.1 0.0"389

i&'utane "8.12 0.0$3$8

n&'utane "8.12 0.1166$

n&%entane $2.1" 0.198""

n&He(ane 86.18 0.0$626

n&Heptane 100.2 0.033$2

n&O)tane 114.2 0.03184

n&Nonane 128.3 0.01191

n&*e)ane 142.3 0.020"8

C&11 1"6.3 0.3$442

H2O 18.02 0.13$0613$"9

H2S 34.08 0.0001

CO2 44.01 0.000"3

Nitrogen 28.01 0


41/723

1.1343313$"9



BW '-'50

5omponen C1 C2et!ane 39.20" &1324.4

#t!ane "1.8"$ &2"98.$

%ropane "9.0$8 &3492.6

i&'utane 13.82"4 2181.$9

n&'utane 66.343 &4363.2

n&%entane $8.$41 &"420.3

n&He(ane 104.6" &699"."

n&Heptane 8$.829 &6996.4

n&O)tane 96.084 &$900.2

n&Nonane 109.3" &9030.4n&*e)ane 112.$3 &9$49.6

C&11 131 &11143

H2O $3.649 &$2"8.2

H2S 8"."84 &3839.9

CO2 140."4 &4$3"

Nitrogen "8.282 &1084.1



BW (0% mass (+/hr% p (+8/+-K%

0.000" "612.28"64$$244

0.18890.01 "$"9.4692804302

0.0$ 6380.613989"489

Menh"#n P 9

*i5eta!ui ?

@ 8.314

A 8.$12

' 0.0012"

C &0.00000018

- 323.1"


Cp@ > A+'-+C-B2

9.09$140834

0.0$"6336289Cp =ater


42/723


1$.86

1.31"4"3812

( 1.31$433812

Cp mi( 10.9"3144$133 g.


43/723

dari massa enis met!ane mol

T

P

0Xmol Flo.ra#e (m3/hr% = 0;mol ; BW

0.108 8.1 6.0$"0.394 29."" 22.162"

".389 404.1$" 303.1312"

$.3$8 ""3.3" 41".012"

11.66$ 8$".02" 6"6.268$"

19.8"" 1489.12" 1116.843$"

$.626 "$1.9" 428.962"

3.3$2 2"2.9 189.6$"

3.184 238.8 1$9.1

1.191 89.32" 66.993$"

2.0"8 1"4.3" 11".$62"3$.442 2808.1" 2106.112"

0.04696$0$0$ 3."22"302992 2.64189$$244

0.01 0.$" 0."62"

0.0"3 3.9$" 2.9812"

0 0 0

"612.28"64$$244

dari massa enis met!ane


0.108 8.1 6.0$"

0.394 29."" 22.162"

".389 404.1$" 303.1312"

$.3$8 ""3.3" 41".012"

11.66$ 8$".02" 6"6.268$"

19.8"" 1489.12" 1116.843$"

$.626 "$1.9" 428.962"

3.3$2 2"2.9 189.6$"

3.184 238.8 1$9.1

1.191 89.32" 66.993$"

2.0"8 1"4.3" 11".$62"

3$.442 2808.1" 2106.112"

0.82"1603039 61.88$022$91" 46.41"26$0936

0.01 0.$" 0."62"

0.0"3 3.9$" 2.9812"

0 0 0

"6"6.0"901$0936

Mass (+/hr% =


44/723



0.108 8.1 6.0$"

0.394 29."" 22.162"".389 404.1$" 303.1312"

$.3$8 ""3.3" 41".012"

11.66$ 8$".02" 6"6.268$"

19.8"" 1489.12" 1116.843$"

$.626 "$1.9" 428.962"

3.3$2 2"2.9 189.6$"

3.184 238.8 1$9.1

1.191 89.32" 66.993$"

2.0"8 1"4.3" 11".$62"

3$.442 2808.1" 2106.112"6."$01080116 492.$"8100866" 369."68"$"6499

0.01 0.$" 0."62"

0.0"3 3.9$" 2.9812"

0 0 0

"9$9.21232"6499


T

P

3 > 5

&3.4366 3.10#&0" 2

&".1283 1.49#&0" 2

&6.0669 1.09#&0" 2

248.8$

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Mass (+/hr% =


45/723

ngga untu5 menaga %anas : agar ;isa tetap me&


46/723

3$.442 2808.1" 2106.112"

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0.108 8.1 6.0$"

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19.8"" 1489.12" 1116.843$"$.626 "$1.9" 428.962"

3.3$2 2"2.9 189.6$"

3.184 238.8 1$9.1

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2.0"8 1"4.3" 11".$62"

3$.442 2808.1" 2106.112"

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0.394 29."" 22.162"

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3.184 238.8 1$9.1

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47/723

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48/723

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49/723

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3.184 238.8 1$9.1

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T

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51/723


0.108 8.1 6.0$"

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19.8"" 1489.12" 1116.843$"$.626 "$1.9" 428.962"

3.3$2 2"2.9 189.6$"

3.184 238.8 1$9.1

1.191 89.32" 66.993$"

2.0"8 1"4.3" 11".$62"

3$.442 2808.1" 2106.112"

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19.8"" 1489.12" 1116.843$"

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3.184 238.8 1$9.1

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52/723

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0.394 29."" 22.162"

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3.184 238.8 1$9.1

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2.0"8 1"4.3" 11".$62"

3$.442 2808.1" 2106.112"

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0.01 0.$" 0."62"

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0 0 0

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53/723

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m ; p ; ?T

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T

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19.8"" 1489.12" 1116.843$"

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3.3$2 2"2.9 189.6$"

3.184 238.8 1$9.1

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3$.442 2808.1" 2106.112"

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0.01 0.$" 0."62"

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54/723

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/mo 7o=rate m3!r > /(mo ( 'SD ass 5g!r > F Go=rate0.108 8.1 6.0$"

0.394 29."" 22.162"

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19.8"" 1489.12" 1116.843$"

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3$.442 2808.1" 2106.112"

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0.01 0.$" 0."62"

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0.394 29."" 22.162"

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3.184 238.8 1$9.1

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3$.442 2808.1" 2106.112"

13.$0613$"92 102$.9603193986 $$0.9$0239"489

0.01 0.$" 0."62"

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0 0 0


55/723

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T

P

C3 C4 C"&3.4366 3.10#&0" 2

&".1283 1.49#&0" 2

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&11.003 $.18#&06 2

&12.882 $.8"#&06 2&13.24" $.13#&06 2

&1".8"" 8.19#&06 2

&$.303$ 4.1$#&06 2

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&21.268 4.09#&02 1

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56/723


57/723

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3

39.20" &1324.4 &3.4366"1.8"$ &2"98.$ &".1283

"9.0$8 &3492.6 &6.0669

13.82"4 2181.$9 248.8$

66.343 &4363.2 &$.046

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112.$3 &9$49.6 &13.24"131 &11143 &1".8""

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140."4 &4$3" &21.268

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3

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109.3" &9030.4 &12.882

112.$3 &9$49.6 &13.24"

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58/723

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109.3" &9030.4 &12.882

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14.96 3128.49

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13.83 1013.02

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9.18 9.$1

8.30 4.04

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10.$$ 4$.3$

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16.80 19816.69

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59/723

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60/723

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8"."84 &3839.9 &11.199

140."4 &4$3" &21.268

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C1 C2 C3

39.20" &1324.4 &3.4366

"1.8"$ &2"98.$ &".1283

"9.0$8 &3492.6 &6.0669

13.82"4 2181.$9 248.8$

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8"."84 &3839.9 &11.199

140."4 &4$3" &21.268

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61/723

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140."4 &4$3" &21.268

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n %sat > C1 + C2- + C3 n - + C4-BC"%sat > #% n %sat

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62/723

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C1 C2 C339.20" &1324.4 &3.4366

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13.82"4 2181.$9 248.8$

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8"."84 &3839.9 &11.199

140."4 &4$3" &21.268

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63/723

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65/723

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13.82"4 2181.$9 248.8$

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13.82"4 2181.$9 248.8$

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8"."84 &3839.9 &11.199

140."4 &4$3" &21.268

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C1 C2 C3


66/723

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13.82"4 2181.$9 248.8$

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140."4 &4$3" &21.268

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18.82 149419.94

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69/723

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76/723

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77/723

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3.10#&0" 2 19.161.49#&0" 2 16.2$

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79/723

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80/723

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82/723

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91/723

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92/723

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93/723


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99/723

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100/723


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101/723

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102/723

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103/723

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104/723

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105/723

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0 0 0

1.0629068$96 1.0462$"6842 104.82061144"1


106/723


107/723


0.000166$622 0.0001643334 0.00263"9082

0.0029936"94 0.0029"00"9" 0.088$0829

0.0"02902142 0.049""$$84 2.18"4982$"$

0.0$4801923 0.0$3$12"026 4.2841$06494

0.11"294968" 0.11361"804" 6.6033"0""$1

0.19964"1484 0.196$3$"026 14.1946108090.0$$1280""4 0.0$6004$"$ 6.""00899"8

0.0341$"3803 0.0336$$64$6 3.3$4"002933

0.03229"019" 0.0318246$26 3.6343$$6089

0.012083$"18 0.01190$$632 1."2$$66019"

0.0208826322 0.020"$84961 2.9283199901

0.3$9942$018 0.3$44091898 "8."201"63$1$

0.0004$616$$ 0.000469232$ 0.0084"""$38

8.606""#&00" 8.481206"9"$8"#&00" 0.00289039"2

0.00034"$48" 0.000340$13 0.014994$$92

0 0 01.0006081983 0.98603"2$0$ 103.920"2"4$92


0.0001"68981 0.0001"44432 0.0024$$2682

0.00294113$1 0.00289"11$" 0.08$0"61823

0.0"004168"2 0.0492"8688 2.1$23081418

0.0$48$9034 0.0$3$0$4094 4.2838$46362

0.11"1940292 0.1133916 6."90319$9

0.199$2$0"46 0.19660194"8 14.184830388$

0.0$$1933846 0.0$"98""4$6 6."48434491"

0.034209$292 0.0336$44"3 3.3$41801943

0.0323293698 0.031823"1"" 3.63424"4684

0.0120968$28 0.01190$"943 1."2$$4434$9

0.02090"488" 0.020"$8382" 2.9283038269

0.3803"9824$ 0.3$44083$34 "8."20028$"62

0.02$031903 0.02660893$6 0.4$94930"49

0.00008"183 8.38"016910314#&00" 0.0028"$6138

0.00033$03$1 0.000331$63" 0.0146009112

0 0 0

1.02$488631 1.0114116213 104.3"0$""0$23



108/723

0.0001"68981 0.0001"44432 0.0024$$2682

0.00294113$1 0.00289"11$" 0.08$0"61823

0.0"004168"2 0.0492"8688 2.1$23081418

0.0$48$9034 0.0$3$0$4094 4.2838$46362

0.11"1940292 0.1133916 6."90319$9

0.199$2$0"46 0.19660194"8 14.184830388$

0.0$$1933846 0.0$"98""4$6 6."48434491"0.034209$292 0.0336$44"3 3.3$41801943

0.0323293698 0.031823"1"" 3.63424"4684

0.0120968$28 0.01190$"943 1."2$$4434$9

0.02090"488" 0.020"$8382" 2.9283038269

0.3803"9824$ 0.3$44083$34 "8."20028$"62

0.110838$846 0.109104"01" 1.9660631166

0.00008"183 8.38"016910314#&00" 0.0028"$6138

0.00033$03$1 0.000331$63" 0.0146009112

0 0 0

1.11129""126 1.09390$18"2 10".83$32"1341


109/723


0.0001831$62 0.000180"084 0.00289"3"49

0.0030"911 0.003014""69 0.09064$$268

0.0"06826811 0.049944"3" 2.202""3992"

0.0$48040$36 0.0$3$146218 4.284293819"

0.11"638391 0.1139"422"4 6.623019"821

0.19988"$216 0.1969$4"$2 14.211$1"3$24

0.0$$1668638 0.0$60430002 6.""338"$"64

0.034182$221 0.0336848826 3.3$"22"2334

0.03229$9$" 0.03182$"8" 3.634$1020$1

0.01208422$6 0.0119082321 1."2$8261$24

0.0208829808 0.020"$88396 2.9283688$46

0.3$994"4292 0.3$44118$$" "8."20"$64"43

0.0004$62"8 0.000469321$ 0.0084"$1$$4

8.$3014#&00" 8.602990241196#&00" 0.0029318991

0.0003"$6"8" 0.0003"2449" 0.01""11304"


110/723

0 0 0

1.001$34"698 0.98$14"23$$ 103.98211892$3

(i > yii mo iKuid > (i ( mass iKuid > mo iK ( '0.0001$2"24$ 0.00016982"2 0.002$239964

0.003009090$ 0.00296200$8 0.08906$"$4"

0.0"04"9399" 0.049669866" 2.1904411113

0.0$48813492 0.0$3$096884 4.28400$0913

0.11""624198 0.113$"42264 6.61139"63$$

0.19998"$49$ 0.1968"6"931 14.203203192

0.0$$23"1"06 0.0$60266601 6.""19$$"6$8

0.03421$6329 0.0336822331 3.3$49"9$"4$

0.032332""18 0.03182664$$ 3.634603164"

0.01209$38"1 0.011908098" 1."2$80904260.02090"8639 0.020"$8$"2 2.9283"64032

0.380362$613 0.3$4411264 "8."20480"663

0.02$03$416" 0.0266143648 0.4$9"908"39

8.64848#&00" 8."13161324421#&00" 0.00290128"4

0.00034921"$ 0.000343$"16 0.01"128"08

0 0 0

1.0286949963 1.012"991108 104.41664"$498


0.0001$2"24$ 0.00016982"2 0.002$239964

0.003009090$ 0.00296200$8 0.08906$"$4"

0.0"04"9399" 0.049669866" 2.1904411113

0.0$48813492 0.0$3$096884 4.28400$0913

0.11""624198 0.113$"42264 6.61139"63$$

0.19998"$49$ 0.1968"6"931 14.203203192

0.0$$23"1"06 0.0$60266601 6.""19$$"6$8

0.03421$6329 0.0336822331 3.3$49"9$"4$

0.032332""18 0.03182664$$ 3.634603164"

0.01209$38"1 0.011908098" 1."2$8090426

0.02090"8639 0.020"$8$"2 2.9283"64032

0.380362$613 0.3$4411264 "8."20480"663

0.139128$81" 0.1369"184$6 2.46$8$22944

8.64848#&00" 8."13161324421#&00" 0.00290128"4

0.00034921"$ 0.000343$"16 0.01"128"08

0 0 0


111/723

1.140$863613 1.122936"936 106.40492$1902


112/723


113/723

mol apor = 2" ; mass !apor = mol !ap ;

0.0009"$"423 0.01"3"89$$80.0011934818 0.03"88$9966

0.00"630193" 0.248291"3"2

0.003480"849 0.202291"91"

0.0042469601 0.2468333208

0.00268"2621 0.193$41663

0.0004018436 0.0346308$81

$.1"146423$6#&00" 0.00$16"$6$2

2.$618"023$$#&00" 0.0031"4033

4.31241399$9#&006 0.000""3282$

3.1008386984#&006 0.00044124932.39$12"1621#&00" 0.003$46$066

8.2816$636"$#&00$ 1.4923"8081100"4#&00"

1.9139640"$9#&00" 0.0006"22$9

0.00022"224 0.009912108$

0 0

0.0189$1"$$$ 1.0026$63132

mol apor = 2" ; mass !apor

0.00096"2282 0.01"4822"98

0.0012"491" 0.03$$3"2943

0.00600803$9 0.2649"44$13

3.928610881"#&006 0.0002283309

0.004"""2134 0.264$49002$

0.00288"13"8 0.208162"4""

0.0004320233 0.03$231$684

$.690390342"#&00" 0.00$$0"$$11

2.9$02612460#&00" 0.0033920383

0.000004638 0.000"9"0"6"

0.00000333" 0.0004$4"$2

2."$81$02160#&00" 0.00402968

1."64689$8"$#&00" 0.0002819"$1

2.0291930931#&00" 0.000691"49

0.000234$022 0.0103292433

0 0

0.016"1"4844 0.8"6043"403


114/723

mol apor = 2" ; mass !apor

0.00096"2282 0.01"4822"98

0.0012"491" 0.03$$3"29430.00600803$9 0.2649"44$13

4.6"682"6291#&00$ 2.$06"4$0""62601#&00"

0.004"""2134 0.264$49002$

0.00288"13"8 0.208162"4""

0.0004320233 0.03$231$684

$.690390342"#&00" 0.00$$0"$$11

2.9$02612460#&00" 0.0033920383

0.000004638 0.000"9"0"6"

0.00000333" 0.0004$4"$2

2."$81$02160#&00" 0.004029680.000124"84 0.00224"004"

2.0291930931#&00" 0.000691"49

0.000234$022 0.0103292433

0 0

0.0166209"86 0.8"$80"3223


115/723

mo ,apor > yi ( , mass vapor > mo vap ( ,

0.0009446"3" 0.01"1"22424

0.0011240941 0.033801"089

0.00"1$444"4 0.228193044

$.1828$8"10$#&00" 0.0041$4689

0.0038186"9" 0.2219404888

0.00236"$6"2 0.1$06899603

0.00034$2361 0.0299248042

6.0419""2226#&00" 0.0060"40391

2.28"28"9223#&00" 0.002609$96"

0.000003492 0.0004480236

2.4"$3$1210"#&006 0.0003496839


116/723

1.8"61"24$46#&00" 0.0029011663

6.$446104984#&00$ 1.21"3$8811808$9#&00"

0.00001$$$" 0.00060"$$11

0.0002131649 0.00938138$9

0 0

0.0141860802 0.$26238$6

mo ,apor > yi ( , mass vapor

0.0009"30411 0.01"286$$9"

0.001183494$ 0.03""8$6861

0.00""2"2061 0.243661"8$4

$.$248412"2$#&00" 0.0044896$$$

0.0040969"8$ 0.23811"239$

0.002"421662 0.18341$29240.0003$33348 0.0321$3992$

6.49$4314"$$#&00" 0.006"104263

2.4"$$628620#&00" 0.002806$6"2

3.$""6$1"29"#&006 0.0004818"2$

0.000002643 0.0003$6092"

1.9963422"38#&00" 0.0031202829

1."64689$8"$#&00" 0.0002819"$1

1.88642$14$1#&00" 0.0006428944

0.000222"061 0.009$92493$

0 0

0.01"1243813 0.$$6$4"0203


0.00096"2282 0.01"4822"98

0.0012"491" 0.03$$3"2943

0.00600803$9 0.2649"44$13

$.$248412"2$#&00" 0.0044896$$$

0.004"""2134 0.264$49002$

0.00288"13"8 0.208162"4""

0.0004320233 0.03$231$684

$.690390342"#&00" 0.00$$0"$$11

2.9$02612460#&00" 0.0033920383

0.000004638 0.000"9"0"6"

0.00000333" 0.0004$4"$2

2."$81$02160#&00" 0.00402968


117/723

0.000124"84 0.00224"004"

2.0291930931#&00" 0.000691"49

0.000234$022 0.0103292433

0 0

0.01669$$414 0.86226$9346


118/723

mo ,apor > yi ( , mass vapor > mo vap ( ,0.000930$08$ 0.014928"6$3

0.0010"62008 0.031$"99"$6

0.004$418196 0.2091142428

6.964$$"$463#&00" 0.00404$92$$

0.0034214406 0.1988"41264

0.0020$"3949 0.149$39$43

0.000298"142 0.02"$2"9"""

".0$43$30"13#&00" 0.00"084"218

1.8$82220999#&00" 0.0021449296

2.8060$890"1#&006 0.0003600199

0.000001931 0.0002$4$819

1.4236338498#&00" 0.00222"139$

".4"48346698#&00$ 9.8296120$"02"9#&006

1.64"693$962#&00" 0.000"608"24

0.0002011$21 0.0088"3"8"9

0 0

0.0129004004 0.6"36841812


0.0009"30411 0.01"286$$9"

0.001183494$ 0.03""8$6861

0.00""2"2061 0.243661"8$4

0.0000$4903 0.0043"3361$

0.0040969"8$ 0.23811"239$

0.002"421662 0.18341$2924


119/723

0.0003$33348 0.0321$3992$

6.49$4314"$$#&00" 0.006"104263

2.4"$$628620#&00" 0.002806$6"2

3.$""

TUGAS KHUSUS (2)

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