kData Tugas Geomigkljljkjlkjljkas

8/18/2019 kData Tugas Geomigkljljkjlkjljkas

1/16

No Age

21

L.Miocene-Pliocene19

20

22 M-L Miocene26

17 Eoc-M.Moc

18 E.Eo

11

Last Cretaceous

10

12

13

16

15 E. ura- E. Cret

2!

M-L urassic23

25

1!

Oil

0 1 2 3 ! 5 6 7 8 9 10 11 1

1

10

Production Index


2/16

1 2 3 ! 5 6 7 8 9 10

0.1

1

10

100

T

Poor

Fair

Good

Very Good

Gas

Mixe


3/16

P"

Analise# Lit$olog% &oc

'$( ).c*g%+,l*( coal% 31.06 78.83

Coal( ,l*( su, )itreous 60.27 172.67

Coal( ,l*( su, )itreous 66.32 212.55

Cl%st( e#.#*g%( slat% sl.eta/(#eerse# %rites( $# 0.87 0.37'$( g%( slat% sl.eta/( $# 0.1! 0.05

Cl%st( #*g%( calc 0.!9 0.26

Cl%st( #*g%( non calc 0.33 0.27

'$( #*g%( non calc 0.77 0.18

'$( #*g%( non calc 0.6! 0.31

Cl%st( #*g%( calc( $# 0.17 0.02

Cl%st( ).#*g%+,l*( car, 2.7 0.2!

Cl%st( #*g%( calc 0.5! 0.59

'tst+sst( #*g% 0.13 0.01

'$().#*g%(calc 0.55 0.2Cl%st( #*g%(non calc 0.!3 0.25

Cl%st( g%( ric$ o sul#e inerals( $# 1.35 0.!!

Cl%st( #*g%( calc 0.!2 0.17

!00Hydrogen Index

13 1! 15 16 17

0 1 2 3 ! 5 6

ImmatureEarly maturePeak mature

Late mature

Post mature


4/16

11 12 13 1! 15 16 17

C

0 1 2 3 ! 5 6 7 8 9 10 11 12 13

0

100

200

300


5/16

P4 4 &a o.it s2+s3

0.03 228 !11 0.22 !.75

0.01 281 !11 0.38 23.15

0.01 317 !16 0.!5 63.1!

0.59 20 375 1.11 0.772 7 !81 1.09 1

0.68 22 335 N 1.1

0.5! 39 !26 0(68 1.08

0.25 16 506 NP 0.55

0.28 31 !!3 :arren 5

:arren 0

0.59 ! !28 NP 1.22

0.59 50 373 0.86 3

0 10 520 :arren 0.11

0.02 11 30! :arren 0.750.75 23 327 :arren 1

0 33 5!8 1.18 100

2.33 7 3!3 1.19 0.05

7 8 9 10 11 12 13 1! 15 16 17

Tmax

0 1 2

NoneGasMix

Oil

0

0.2

0.!

0.6

0.8

1

1.2

1.!

Immature

Earlymature

Peakmature

Latemature

Postmature


6/16

1! 15 16 17 18


7/16

3 ! 5 6 7 8 9 10 11 12 13 1! 15 16 17

S2/S3

0 1 2 3 ! 5 6 7 8 9 10 11 12 13 1! 15 16 17

Ro.Vit%


8/16


9/16


10/16


11/16

No Age

21


20

22 M-L Miocene26

17 Eoc-M.Moc

18 E.Eo

11

Last Cretaceous

10

12

13

16

15 E. ura- E. Cret

2!

M-L urassic23

25

1!

No Age

21


20

22M-L Miocene

26

17 Eoc-M.Moc

18 E.Eo

11

Last Cretaceous

10

12

13

16

15 E. ura- E. Cret

2!

M-L urassic23

25

1!

No Age

21


12/16

19 L.Miocene-Pliocene

20

22M-L Miocene

26

17 Eoc-M.Moc

18 Paleoc-E.Eoc

11

Last Cretaceous

10

12

13

16

15 E. ura- E. Cret

2!

M-L urassic23

25

1!

No Age

21


20

22M-L Miocene

26

17 Eoc-M.Moc

18 E.Eo

11

Last Cretaceous

10

12

13

16

15 E. ura- E. Cret

2!

M-L urassic23

25

1!

No Age

21


20


13/16

22M-L Miocene

26

17 Eoc-M.Moc

18 E.Eo

11

Last Cretaceous

10

1213

16

15 E. ura- E. Cret

2!

M-L urassic23

25

1!

No Age

21


20

22M-L Miocene

26

17 Eoc-M.Moc

18 E.Eo

11

Last Cretaceous

10

12

13

16

15 E. ura- E. Cret

2!

M-L urassic23

25

1!


14/16

Analise# Lit$olog% &oc ic$ness

'$( ).c*g%+,l*( coal% 31.06 er% ;oo#

Coal( ,l*( su, )itreous 60.27 er% ;oo#

Coal( ,l*( su, )itreous 66.32 er% ;oo#

#*g%( slat% sl.eta/(#eerse# 0.87 il

Coal( ,l*( su, )itreous 63(1! 4 >il

#*g%( slat% sl.eta/(#eerse# 0(77 4 None

'$( g%( slat% sl.eta/( $# 1(00 444 ;as

Cl%st( #*g%( calc 1(10 444 ;as

Cl%st( #*g%( non calc 1(08 444 ;as

'$( #*g%( non calc 0(55 4 None

'$( #*g%( non calc 5(00 44+444 Mi

Cl%st( #*g%( calc( $# 0(00 4 None

Cl%st( ).#*g%+,l*( car, 1(22 444 ;as

Cl%st( #*g%( calc 3(00 444 ;as

'tst+sst( #*g% 0(11 4 None

'$().#*g%(calc 0(75 4 None

Cl%st( #*g%(non calc 1(00 444 ;as

st( g%( ric$ o sul#e inerals( ? 4 None

Cl%st( #*g%( calc 0(05 4 None

Analise# Lit$olog% o Maturit%

'$( ).c*g%+,l*( coal% 0.22 4ature


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Coal( ,l*( su, )itreous 0.38 4ature

Coal( ,l*( su, )itreous 0.!5 4ature

#*g%( slat% sl.eta/(#eerse# 1.11 Lateature

'$( g%( slat% sl.eta/( $# 1.09 Lateature

Cl%st( #*g%( calc N

Cl%st( #*g%( non calc 0(68 Pea*ature

'$( #*g%( non calc NP'$( #*g%( non calc :arren

Cl%st( #*g%( calc( $# :arren

Cl%st( ).#*g%+,l*( car, NP

Cl%st( #*g%( calc 0.86 Pea*ature

'tst+sst( #*g% :arren

'$().#*g%(calc :arren

Cl%st( #*g%(non calc :arren

st( g%( ric$ o sul#e inerals( 1.18 Lateature

Cl%st( #*g%( calc 1.19 Lateature

Analise# Lit$olog% &a Maturit%

'$( ).c*g%+,l*( coal% !11 4ature

Coal( ,l*( su, )itreous !11 4ature

Coal( ,l*( su, )itreous !16 4ature

#*g%( slat% sl.eta/(#eerse# 375 4ature

'$( g%( slat% sl.eta/( $# !81 Postature

Cl%st( #*g%( calc 335 4ature

Cl%st( #*g%( non calc !26 4ature

'$( #*g%( non calc 506 Postature

'$( #*g%( non calc !!3Earl%ature

Cl%st( #*g%( calc( $#

Cl%st( ).#*g%+,l*( car, !28 4ature

Cl%st( #*g%( calc 373 4ature

'tst+sst( #*g% 520 Postature

'$().#*g%(calc 30! 4ature

Cl%st( #*g%(non calc 327 4ature

st( g%( ric$ o sul#e inerals( 5!8 Postature

Cl%st( #*g%( calc 3!3 4ature

Analise# Lit$olog% 4 Pro#u*

'$( ).c*g%+,l*( coal% 228Min%a* an ;as

Coal( ,l*( su, )itreous 281Min%a*

Coal( ,l*( su, )itreous 317Min%a*


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#*g%( slat% sl.eta/(#eerse# 20;as

'$( g%( slat% sl.eta/( $# 7 ;as

Cl%st( #*g%( calc 22;as

Cl%st( #*g%( non calc 39;as

'$( #*g%( non calc 16;as

'$( #*g%( non calc 31;as

Cl%st( #*g%( calc( $#Cl%st( ).#*g%+,l*( car, ! ;as

Cl%st( #*g%( calc 50;as

'tst+sst( #*g% 10;as

'$().#*g%(calc 11 ;as

Cl%st( #*g%(non calc 23 ;as

st( g%( ric$ o sul#e inerals( 33 ;as

Cl%st( #*g%( calc 7 ;as

Analise# Lit$olog% P4 ;eneration @one

'$( ).c*g%+,l*( coal% 0.03 4ature



#*g%( slat% sl.eta/(#eerse# 0.59;as ;eneration

'$( g%( slat% sl.eta/( $# 2 ;as ;eneration

Cl%st( #*g%( calc 0.68;as ;eneration

Cl%st( #*g%( non calc 0.5!;as ;eneration

'$( #*g%( non calc 0.25>il ;eneration

'$( #*g%( non calc 0.28>il ;eneration

Cl%st( #*g%( calc( $#

Cl%st( ).#*g%+,l*( car, 0.59;as ;eneration

Cl%st( #*g%( calc 0.59;as ;eneration

'tst+sst( #*g% 0 4ature

'$().#*g%(calc 0.02 4ature

Cl%st( #*g%(non calc 0.75 ;as ;eneration

st( g%( ric$ o sul#e inerals( 0 4ature

Cl%st( #*g%( calc 2.33 ;as ;eneration

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