6 STATOIL - Oljedirektoratet · Final Well Report Exploration and Development PL134B Well 6506/11-7 Restricted Doc. no. 02Y94*6003 Date 2002-02-05 6 STATOIL Rev. no. 0 54 of 102 #

Final Well ReportExploration and DevelopmentPL134BWell 6506/11-7

RestrictedDoc. no.02Y94*6003Date2002-02-05

6 STATOIL

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Table 4.2 MDT pressure measurements

#Depth

(mMI)R KB)

Depth

(m TVI>RKB)

I lydrost.pressurebefore(har)

Ilydrost.pressure

alter(bar) SG BMW

1* or mation pressure

(bar) si; KMW

Mobility

<mI>/CF)

Temp. Comments

Run i.\2345

6781011121314

1516

4579.524577.514577.014576.48

4591.464591.004589.934588.524588.004588.994587.234580.19

4576.274576.17

4575.114573.104572.614572.08

4587.034586.584585.514584.104583.584584.574582.814575.78

4571.874571.77

894.89894.39894.28894.14

897.46897.28896.99896.66896.48896.64896.24894.67

893.88893.71

894.83894.38894.23894.13

897.42897.25897.02896.70896.77896.77896.25894.75

894.14893.80

1.991.991.991.99

1.991.991.991.991.991.991.991.99

1.991.99

---

812.69

-------

812.41

-812.92

---

1.81

-------

1.81

-1.81

---

0.05

-------

0.15

-0.07

---

145.4

-------

148.1

-147.5

Tight formationTight formationTight formation

Poor permeability,good pretest

Tight formationTight formationTight formationTight formationTight formationTight formationTight formation

Poor permeability,good pretest

Tight formationPoor permeability,

good pretestKan 4B

12345

4592.4645944598

4598.14602

4588.024589.524593.514593.614597.5

867.20867.10867.50867.20867.80

866.80866.90867.10867.04867.50

1.931.931.921.921.92

----

813.30

----

1.80

----

1.40

----

148.2

Tight formationTight formationTight formationTight formation

Poor permeability,limited draw-down



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#

67

89101112

131415

16171819202223242526272930

Depth

(mMI)R KB)4624.54630.4

46614661.54671

4675.54679.5

4681.546824684

4694.54698.5470547144720

4752.54752.54754.54781.54788

4791.54798.54802

Depth

(m TVt)RKB)46204626

4656.484656.984666.464670.964674.95

4676.954677.454679.45

4689.934693.934700.424709.414715.44747.864747.864749.854776.824783.314786.814793.84797.29

Iljdrost.pressurebefore(bar)

872.20872.60

873.30877.76879.66880.43881.17

881.29881.23881.55

883.50884.20885.38887.21888.35894.30894.98894.95900.56901.77902.41903.72904.24

Hydros!,pressure

alter(bar)

871.60871.90

877.75877.66879.59880.38880.93

881.21881.14881.20

883.37883.80885.28887.26888.23894.30894.61894.74900.46901.70901.66903.50904.21

SG KMW

1.921.92

1.921.921.921.921.92

1.921.921.92

1.921.921.921.921.921.921.921.921.921.921.921.921.92

Formation pressure

(bar)

-820.57

----

826.60

--

823.06

-------------

SG KMW

-1.81

----

1.80

--

1.79

-------------

Mobility

(mD/Cl*)

-0.04

----

0.90

--

0.20

-------------

Temp.

( ° Q

-150.6

----

151.9

--

152.2

-------------

Comments

Tight formationPoor permeability,limited draw-down



Tight formationTight formation


Tight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formation



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#

313234353638394041424344454647484950515253545556

Depth

(mMI)R KB)4809

4821.54822

4822.54823

4821.64823

4836.54846.54850

4858.54889.54909.54909.74916

4915.84924.54924.74925

4925.5484748474848

4795.6

Depth

(m TVt)RKB)

4804.274816.754817.254817.754818.254816.854818.254831.724841.74845,24853.664884.64904.524904.754911.024910.84919.484919.684919.994920.474842.194842.194843.24790.8


905.58908.17908.00907.80907.85907.34907.40910.34912.47913.10914.81921.57925.64925.49926.85926.75928.76928.65928.64928.15909.61909.99910.36900.07

Hydros!,pressure

alter(bar)

905.45907.90907.96907.77907.80907.27907.40910.26912.38912.95914.64921.13925.46925.42926.79926.69928.65928.60928.08928.11909.88910.10910.40900.38

SG KMW

1.921.921.921.921.921.921.921.921.921.921.921.921.921.921.921.921.921.921.921.921.921.921.921.92

Formation pressure

(bar)

-----------------------

SG KMW

-----------------------

Mobility

(mD/Cl*)

-----------------------

Temp.

( ° Q

-----------------------

Comments

Tight formationTight formationTight formationTight formationTight formation

Lost SealTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formation

Lost SealPacker LeakagePacker LeakagePacker Leakage



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#Depth

(mMI)R KB)

Depth

(m TVt)RKB)


Hydros!,pressure

alter(bar) SG KMW

Formation pressure

(bar) SG KMW

Mobility

(mD/Cl*)

Temp.

( ° Q

Comments

Rtin4C12

34567

8910111213141516171819202122

4601.554607

4679.014679.524680.014678.54679.01

46894689.34689.494689.84690

4689.514689.824713.81

47144714.134714.244714.364889.004889.54890.00

4597.14602.54

4674.454674.964675.454673.954674.45

4684.434684.734684.924685.234685.434684.944685.244709.24709.394709.534709.644709.754884.084884.574885.07

865.09865.75

879.77879.51879.37878.23879.16

880.96880.86880.75880.68880.58879.62879.45884.42884.35884.30884.28884.25918.81918.52918.36

865.09865.53

879.54879.35879.25878.23879.04

880.86880.79880.66880.53880.53879.47879.41884.36884.31884.27884.28884.20918.53918.31918.28

1.921.92

1.921.921.921.921.92

1.921.921.921.921.921.921.921.921.921.921.921.921.921.921.92

811.95812.08

---

818.07818.12

--------------

1.801.80

---

1.781.78

--------------

5.700.70

---

15.3016.50

--------------

149.8149.6

---

152.8152.8

--------------

Sample PointPoor permeability,

good PretestTight formationTight formationTight formation

Sample PointFair permeability, good

PretestTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formation

Lost sealLost seal




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#

2324252627

28293031323334353637383940414243444546

Depth

(mMI)R KB)

4888.014888.524889.064889.154889.32

4889.574947.034947.504947.574948.004947.804947.084946.784946.584946.404946.24945.994927.004926.494926.014925.694849.524822.104823.54

Depth

(m TVt)RKB)

4883.094883.604884.144884.234884.40

4884.654941.944942.404942.474942.904942.704941.994941.684941.494941.304941.114940.94921.974921.464920.984920.664844.704817.344818.78


917.49917.50917.55917.46917.41

917.11929.50929.30929.11929.17927.79927.56927.44927.35927.25927.14927.04922.63922.48922.18921.95906.82901.78902.49

Hydros!,pressure

alter(bar)

917.44917.46917.50917.41917.21

917.03929.30929.21929.04929.08927.74927.51927.40927.30927.19927.09926.99922.59922.43922.14921.91907.24902.07902.49

SG KMW

1.921.921.921.921.92

1.921.921.921.921.921.911.911.911.911.911.911.911.911.911.911.911.911.911.91

Formation pressure

(bar)

----

844.08

------------------

SG KMW

----

1.76

------------------

Mobility

(mD/Cl*)

----

0.2

------------------

Temp.

( ° Q

----

157.9

------------------

Comments


Poor permeabilty, goodpretest

Tight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formation



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#

4748

Depth

(mMI)R KB)

4772.514631.06

Depth

(m TVt)RKB)

4767.824626.57


892.28867.33

Hydros!,pressure

alter(bar)

892.28868.29

SG KMW

1.911.91

Formation pressure

(bar)

826.98813.31

SG KMW

1.771.79

Mobility

(mD/Cl*)

3.040.70

Temp.

(°Q

156.8

Comments

Sample PointPoor permeability,

good pretestRun 4»

1234

56789101112131423

47624762.244762.44762.6

4762.84763

4763.24763.44763.64763.84764

4764.24764.44764.64764.8

4757.334757.574757.734757.93

4758.134758.334758.534758.734758.934759.134759.334759.534759.734759.934760.13

892.21891.74891.72891.52

891.29891.17891.07890.87890.95890.93890.86890.77890.8890.79890.76

891.85891.7891.63891.52

891.2891.09891.04890.74890.92890.9890.85890.74890.77890.75890.69

1.911.911.911.91

1.911.911.911.911.911.911.911.911.911.911.91

---

825.68

-----------

---

1.77

-----------

---

2.3

-----------

---

154.2

-----------


Fair permeability, goodPretest

Tight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formation

Lost SealLost Seal

Rim 4K12345

47714771.24771.44771.64771.8

4766.324766.524766.724766.914767.11

893.02892.87892.76892.69892.7

892.93892.79892.73892.69892.72

1.911.911.911.911.91

-----

-----

-----

-----

Tight formationTight formationTight formationTight formationTight formation



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#

678910111213141516171819202122232425262728

Depth

(mMI)R KB)4772

4772.24772.44772.64772.847734781

4781.24781.44781.64781.84782

4782.24782.44782.64782.84783

4783.44783.64783.84784

4784.24784.4

Depth

(m TVt)RKB)

4767.314767.514767.714767.914768.114768.314776.34776.54776.74776.94777.14777.34777.54777.74777.94778.14778.34778.74778.94779.14779.34779.54779.7


892.73892.68892.65892.62892.58892.59894.34894.23894.2894.16894.12894.09894.08894.02894.03

894893.97

894893.98893.96893.97893.89893.89

Hydros!,pressure

alter(bar)

892.68892.63892.59892.56892.53892.54894.23894.16894.14894.11894.07894.05894.03893.99

894893.98893.93893.96893.94893.95893.89893.87893.85

SG KMW

1.911.911.911.911.911.911.911.911.911.911.911.911.911.911.911.911.911.911.911.911.911.911.91

Formation pressure

(bar)

----------------------

SG KMW

----------------------

Mobility

(mD/Cl*)

----------------------

Temp.

( ° Q

----------------------

Comments

Tight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formationTight formation



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#Depth

(mMI)R KB)

Depth

(m TVt)RKB)

Ilydrost.pressurebefore(bar)

Ilydrosl.pressure

alt«r(bar) SG KMW

Formation pressure

(bar) SG KMW

Mobility

(mD/Cl*)

Temp.

( ° Q

Comments

Summary of lhc pretests where a formation pressure was obtained1441257121512486747274

4576.204576.504580.204601.954630.394679.524684.004601.554607.004631.064678.504679.014772.514889.324762.58

4571.774572.084575.784597.504625.904674.964679.444597.104602.544626.574673.954674.454767.824884.404757.91

893.71894.14894.67867.81872.66881.16881.53865.09865.75867.33878.23879.16892.28917.41891.52

893.79894.13894.75867.50871.88880.92881.28865.09865.53868.29878.23879.04892.28917.21891.52

1.991.991.991.921.921.921.921.921.921.911.921.921.911.911.91

812.92812.69812.41813.30820.57826.59823.06811.95812.08813.31818.07818.12826.98844.08825.68

1.811.811.811.801.811.801.791.801.801.791.781.781.771.761.77

0.070.050.151.400.040.900.205.700.700.7015.3016.503.000.212.30

147.70145.20148.20148.20150.70151.90152.20149.80149.60153.8

152.80152.80156.80157.90154.20

MDT Run 3AMDT Run 3AMDT Run 3AMDT Run 4BMDT Run 4BMDT Run 4BMDT Run 4BMDT Run 4CMDT Run 4CMDT Run 4CMDT Run 4CMDT Run 4CMDT Run 4CMDT Run 4CMDT Run 4D



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Table 4.3 Sampling overviewDepthmMDKKB

4601.5 m

HCsample

4678.5m

HCsample

4772.5 m

sample

SampleSixe

250 ccnonreactive

250 cc

450 cc

450 cc

250 cc

450 cc

450 cc

450 cc

450 cc

450 cc

450 cc

450 cc

ChamberCode

& Serial No.

MS 1-6SPMC-156

MS 1-2SPMC-154

MS 2-2MPSR-695

MS 2-4MPSR-776

MS 1-3SPMC-155

MS 2-3MPSR-769

MS 2-6MPSR-1011

MS 1-4MPSR-775

MS 2-5MPSR-929

MS 1-1MPSR-190

MS 2-1MPSR-650

MS 1-5MPSR-791

Shut-inpressure

812,0

812,0

812,0

812,0

818,1

818,1

818,1

827,0

827,0

826,98

826,98

826,98

Openingpressure

879.3 at11 degC855.2at14 degC242,0

240,0

838 at17 degC270,0

260,0

20,0

20,0

20

20

20

Shut-intemp

149,8

149,8

150,2

150,3

152,8

152,8

152,7

157,1

157,1

157,1

156,8

156,5

I'umpVol.

Litres

19,3

21,1

25,1

28,7

24,5

27,5

30,4

2,3

3,5

6,4

8,1

8,7

Avg»PumpDrawdown50,0

50,0

50,0

50,0

18,0

18,0

18,0

200,0

210,0

210

210

210

Mobility

5,7

5,7

5,7

5,7

15,3

15,3

15,3

3,0

3,0

3

3

3

SamplingDate Start Slop

25.05.01

25.05.01

25.05.01

25.05.01

25.05.01

25.05.01

25.05.01

25.05.01

25.05.01

25.05.01

25.05.01

25.05.01

06:15

06:23

06:43

07:02

10:10

10:17

10:25

20:40

21:02

21:50

22:25

22:50

Transl'erredlo

bottles

9320-MA

2311-EA

TS-7503

TS-3106

0708-EA

TS-3129

TS-8004

Comments

Transferred on the rig

Transferred on the rig

Drained to atm. samplebottles offshore

Drained to atm.sample bottlesoffshore



Low shock method applied to all samples. Oilphase and Petrotech on the rig for transfer and analyis of samples..



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Table 4.5: Well test resultsDST

1

2

3

Perf.Interval(ni MD RT)

4751-4818

4668-4700

4590-4631

h (m)

67

32

41

Flowperiod

Main

CleanupSampling

MainCleanup

Main

Chokesize

(x/64")

32

3616284010

VVHP(bar)

1.3

176424250130355

VVHT(°C)

8.4

23.520331626

BHPat ref.depth(bar)496.2

494.0703.9546.3384612

BHTat ref.depth(°C)161.5

168.2165.1168.0166.9164.9

Ref. Depth(in MD RKB)

4707.57(WTSR833)

4624.26

(WTSR909)4555.88

(WTQR714)

WaterRate

(mJ/d)

9-10

OilRate

(mJ/d)

680290540460240

GasRate

(SnvVd)

253000116000211000211600127000

GOR(Sm-Vm3)

372400390460529

Well:Field:Rig:

HOLE

SIZE

9 7/8"

TVD

MD

1410

1410

6506/11-7PL 134B, M-prospectScarabeo 5

CASING

SIZE TVD

MD

36" 441

441

30" 440

440

26" 13971398

20" 13861387

17 1/2" 27082710

13 3/8" 27002700

12 1/4" 43194323

9 7/8" 43084312

8 1/2" 49674972

7" 49654970

MUDTYPE

SW/

Bentonite

Comments:

SW/

Bentonite

Comments:

SW/Bentonite

Comments:

Spec. no. 18KCI/

Polymer/Glykol

MW

[g/cm3]

1.03/

1.20

LGS

[kg/m3]

Displaced to 1.20 g/cm

1.03/

1.40

DRILLING FLUIDS SUMMARY

10 sec.Gel

[Pa]

10 mln.Gel

[Pa]

Fann3 rpm

O / Wratio

PV

[mPa]

APIFL

[ml]

HTHPFL

[ml]

MBT

[kg/m3]

3 Bentonite mud prior to POOH.

< 12*

") Displaced to 1.40 g/cm3 Bentonite mud prior to running 30" conducter.

1.03/1.20

<12*

") Displaced to 1.20 SG Bentonite mud prior to running 20" casing.

1.40-1.65

122 - 203 5 - 8 9 - 14 8 - 15 19-33 2.5- 3.8 1 8 - 4 5

PH

9-10

9-10

9-10

KCI

[kg/m3]

Glycol

[Vol%]

ES

[Volt]

FunnelVise.

[sec]

> 100

UsageVolume

[m3]

514

> 100 137

> 100 1035

142 - 163 4.0 - 4.8 847

Comments:

Spec. no. 46

OBM 1.82-1.85

100 6 - 7 1 1 - 1 2 8 - 9 80/20 45 2 757 310

Comments:

Spec. no. 48

OBM 1.90-2.02

9 6 - 1 4 8 5 - 7 11 - 16.5 7 - 9.5 85/15-80/20

43-58 1.8- 2.1 775 - 1325 205

Comments:

OLJEDIREKTORATET

0 § «f!S 2002

6506/11-7 WELL,OFFSHORE

MID NORWAY

Geochemical Evaluation of theInterval 1460m-4972m

Report No. 8524/Ic

Project No. R/GN416

Prepared by:P C Barnard

I CutlerS Martin

Of:Robertson Research International Limited

LIandudno, North Wales LL30 ISA, United Kingdom

For:Statoil

Grenseveien 21, Stavanger, Norway N-4035

DECEMBER 2001

Robertson

Statoil Report No. 8524/Ic

Quality Control Approvals

Technical Content:

Editorial Content:

Signature:

Name:

Title:

Date:

eoiwn

Robertson


6506/11-7 Well, Offshore Mid Norway

CHAPTER 1

Summary

This report presents the results of a geochemical evaluation of the Statoil 6506/11-7 well (Mprospect), drilled offshore Mid Norway (Figure 1). The geochemical work analyses were requestedand selected by Statoil as a data only package from RRI and IFE laboratories. Subsequently, it wasrequested by Statoil that RRI interpret these data, and this interpretation is presented herein.

Samples of cuttings from within the interval 1460-4972m, cores from within the interval 4475.3-4876.75m and tested condensates and gases (DST-2 and DST-3) have been analysed in order toanswer the following objectives established by Statoil:

• determination of thermal maturity• identification and typing of potential source rocks• characterisation of tested fluids for source rock type and maturity and post-emplacement

alteration• determination of degree of oil staining in cores and comparison with tested fluids

The majority of the analysed well section was drilled with oil based mud (Versapro) and allinterpretations are considered with regard to this.

RobertsonPagel



CHAPTER 2

Introduction

This report presents the results of a geochemical evaluation of the 6506/11-7 well (M prospect),drilled offshore mid-Norway. The evaluation is of data provided by the RRI laboratories to Statoiland analysed according to a Statoil work programme.

The objectives of the study were:

• to determine the thermal maturity of the section• to identify and type potential source rocks• to characterise the tested fluids in terms

of source rock type, maturity and post-emplacement alteration• to determine the levels of oil staining in sandstone cores

and compare the extracted oil stain with the tested fluids.

The analyses were undertaken by the RRI laboratories on a 'data-only' basis for Statoil.Subsequently a request from J Scotchmer of Statoil for RRI to undertake an interpretation of thegeochemical data was received and the project awarded on 26 October 2001. Final analyses werereceived for interpretation on 23 November 2001.

The numbers of analyses carried out during the course of the study were as follows:

Analysis

Sample preparationSamples pickedTOC contentRock-EvalVitrinite reflectanceSpore colourationPyrolysis-GCSolvent extractionAsphaltene precipitationIatroscanColumn chromatographyWhole oil/extract GCAlkane GCAromatic GCSaturates GC-MSAromatic GC-MSCarbon isotopesGas compositionGas isotopes

Cuttings

583845453520411

1

1

Core

5018

49751

20202020

20

6

6

Oil

2

222222222

Gas

22

Mud

4

41

141

1

1

Total

11439539442255

252422246

232102922

Page 3

Robertson


Full details of the analytical programme on a sample-by-sample basis are presented in Table 1. Theanalyses were carried out by Robertson Research, with the exceptions of the gas analyses, whichwere carried out by IFE. All analytical work was performed in accordance with the guidelines givenin "The Norwegian Industry Guide to Organic Geochemical Analyses, 4th edition (2000)". Theanalytical data as supplied to Statoil by the RRI and IFE laboratories, and evaluated in this report, arereproduced in Appendices 1 through 13.

Robertson personnel involved in the study were as follows:

P C BarnardI Cutler, S MartinM. WadsworthS Martin, R Harding

Project co-ordinationReport preparationSupervision of chemical analysesMicroscope analyses

RobertsonPage 4

COMPANY: Statoil WELL: 6506/11-7 LOCATION: Offshore Mid Norway

Well RRI lab no.Depthrange

SampleID

Mudsystem

Sampleavailability

Sampletype

Sample preparationo o o

8 8

TOTALS: 58 117 39 108 58 53 94 25 41 25 24 22 24 23 10

6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

G01033-1G01033-1PBG01033-2G01033-3G01033-3PBG01033-4G01033-5G01033-5PBG01033-6G01033-6PBG01033-7G01033-7PBG01033-8G01033-9G01033-9PBG01033-10G01033-1OPBG01033-11G01033-11AG01033-11 AXG01033-11PBG01033-12G01033-12XG01033-12PBG01033-13G01033-13XG01033-13PBG01033-14G01033-14XG01033-14PBG01033-15G01033-15XG01033-15PBG01033-16G01033-16AG01033-16AX

1460m1460m1660m1850m1850m2050m2250m2250m2450m2450m2655m2655m2850m3050m3050m3250m3250m3450m3450m3450m3450m3655m3655m3655m3850m3850m3850m4050m4050m4050m4250m4250m4250m4455m4455m4455m

8 m

li

o

1cECO

2

CtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgs

ParentPolished blockParentParentPolished blockParentParentPolished blockParentPolished blockParentPolished blockParentParentPolished blockParentPolished blockParentPick APick A, after extractionPolished blockParentParent, after extractionPolished blockParentParent, after extractionPolished blockParentParent, after extractionPolished blockParentParent, after extractionPolished blockParentPick APick A, after extraction

TABLE 1 Sample listing and analytical programme (page 1 of 7)



SampleID

Mudsystem

Sampleavailability

Sampletype

Sample preparation

TOTALS:6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

G01033-16PBG01033-115G01033-116G01033-116PBG01033-117G01033-118G01033-119G01033-17G01033-17XG01033-18G01033-18XG01033-19G01033-19AG01033-19AXG01033-20G01033-20AG01033-20AXG01033-20PBG01033-111G01033-68G01033-69G01033-70G01033-71G01033-72G01033-108G01033-108aG01033-21G01033-21AG01033-21 AXG01033-22G01033-22AG01033-22AXG01033-22PBG01033-23G01033-24G01033-24A

4455m4475.3m4476.85m4476.85m4478.9m4481.1m4482.5m4548m4548m4554m4554m4572m4572m4572m4575m4575m4575m4575m4588m4595.1m4598.62m4602.84m4606.17m4609.27m4631m4631m4635m4635m4635m4638m4638m4638m4638m4641m4644m4644m

DST-3DST-3

•§E•a

1m2<o

ESQ .TO52

CtgsCoreCoreCoreCoreCoreCoreCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsMudCoreCoreCoreCoreCoreOilGasCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgs

Polished blockParentParentPolished blockParentParentParentParentParent, after extractionParentParent, after extractionParentPick APick A, after extractionParentPick APick A, after extractionPolished blockParentParentParentParentParentParentParentParentParentPick APick A, after extractionParentPick APick A, after extractionPolished blockParentParentPick A

| W

ash

|

58

X

X

X

X

X

X

XX

| C

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|

117

XX

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X

XX

XX

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XX

X

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| P

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|

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X

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108

XX

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X

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53

XX

XXX

X

X

X

X

X

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|

94

XX

XXX

X

X

X

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|

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|

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|

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2

X

| C

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|

2

X

| W

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C

|

6

X

X

| S

ats

GC

+ S

td

|

23

X

XX

I A

rom

GC

|

2

X

| S

ats

GC

MS

|

10

X

X

X

| A

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GC

MS

|

2

X

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|

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X

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SampleID

Mudsystem

Sampleavailability

Sampletype

Sample preparation

TOTALS:6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

G01033-24AXG01033-25G01033-26G01033-26AG01033-26AXG01033-112G01033-27G01033-28G01033-29G01033-29AG01033-29AXG01033-30G01033-30AG01033-30AXG01033-73G01033-74G01033-75G01033-31G01033-31PBG01033-76G01033-77G01033-78G01033-79G01033-80G01033-81G01033-109G01033-109aG01033-82G01033-83G01033-84G01033-85G01033-86G01033-87G01033-88G01033-89G01033-90

4644m4647m4650m4650m4650m4650m4653m4656m4659m4659m4659m4660.5m4660.5m4660.5m4665.13m4669.81m4672.32m4673.92m4673.92m4674.54m4686.19m4690.68m4694.63m4695.8m4699.18m4700m4700m4704.39m4706.4m4708.37m4711.83m4714.48m4716.75m4717.35m4717.84m4719.85m

DST-2DST-2

£<D</>&

)il-

OR

2lUjI

son

No SampleNo SampleNo Sample

CtgsCtgsCtgsCtgsCtgsMudCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreOilGasCoreCoreCoreCoreCoreCoreCoreCoreCore

Pick A, after extractionParentParentPick APick A, after extractionParentParentParentParentPick APick A, after extractionParentPick APick A, after extractionParentParentParentParentPolished blockParentParentParentParentParentParentParentParentParentParentParentParentParentParentParentParentParent

| W

ash

|

58

XX

XXX

| C

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|

117

XXX

X

XXX

X

XXXX

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| P

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|

39

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| Li

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|

108

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| O

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53

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|

94

X

X

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I sc

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25

X

41

XX

| To

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|

2

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|

25

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X

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X

X

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|

24

X

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X

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X

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XXX

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|

22

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X

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|

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X

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l top

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|

9

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|

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|

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|

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|

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td

|

23

X

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X

X

XXX

I A

rom

GC

|

2

X

| S

ats

GC

MS

|

10

X

X

X

X

| A

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|

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GC

|

5

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2

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| G

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|

2

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SampleID

Mudsystem

Sampleavailability

Sampletype

Sample preparation

TOTALS:6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

G01033-91G01033-92G01033-32G01033-32PBG01033-33G01033-33AG01033-33AXG01033-34G01033-34AG01033-34AXG01033-35G01033-35AG01033-35AXG01033-36G01033-36AG01033-36AXG01033-37G01033-37AG01033-37AXG01033-38G01033-38AG01033-38AXG01033-113G01033-39G01033-39AG01033-39AXG01033-93G01033-94G01033-95G01033-96G01033-40G01033-40AG01033-40AXG01033-97G01033-41G01033-98

4720.34m4722.47m4727.76m4727.76m4731m4731m4731m4734m4734m4734m4740m4740m4740m4743m4743m4743m4746m4746m4746m4749m4749m4749m4750m4752m4752m4752m4756.14m4757.79m4759.17m4762.65m4779m4779m4779m4779.65m4781.9m4782.36m

i"O8)

=2

E2Q.

(2w

CoreCoreCoreCoreCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsMudCtgsCtgsCtgsCoreCoreCoreCoreCtgsCtgsCtgsCoreCoreCore

ParentParentParentPolished blockParentPick APick A, after extractionParentPick APick A, after extractionParentPick APick A, after extractionParentPick APick A, after extractionParentPick APick A, after extractionParentPick APick A, after extractionParentParentPick APick A, after extractionParentParentParentParentParentPick APick A, after extractionParentParentParent

| W

ash

|

58

X

X

X

X

X

X

X

X[

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sh

I

117

XXX

X

X

X

X

X

X

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| P

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|

39

X

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X

X

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X

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|

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|

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|

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|

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XX

XX

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|

2

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|

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9

X

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|

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|

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6

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|

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|

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|

10

X

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| A

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|

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|

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|

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|

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Well RRI lab no. Depthrange

SampleID

Mudsystem

Sampleavailability

Sampletype

Sample preparation

TOTALS:6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

G01033-99G01033-100G01033-42G01033-42AG01033-42AXG01033-43G01033-43AG01033-43AXG01033-44G01033-44AG01033-44AXG01033-45G01033-45XG01033-45AG01033-45PBG01033-46G01033-46AG01033-46AXG01033-47G01033-47AG01033-47AXG01033-48G01033-48AG01033-48AXG01033-101G01033-102G01033-103G01033-104G01033-105G01033-49G01033-49AG01033-49AXG01033-106G01033-107G01033-50G01033-50PB

4786.12m4790.69m4815m4815m4815m4818m4818m4818m4824m4824m4824m4830m4830m4830m4830m4833m4833m4833m4836m4836m4836m4842m4842m4842m4859.14m4862.15m4864.65m4865.72m4868.6m4868.64m4868.64m4868.64m4869.68m4872.65m4876.75m4876.75m

X3

to

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>

CoreCoreCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCore

ParentParentParentPick APick A, after extractionParentPick APick A, after extractionParentPick APick A, after extractionParentParent, after extractionPick APolished blockParentPick APick A, after extractionParentPick APick A, after extractionParentPick APick A, after extractionParentParentParentParentParentParentPick APick A, after extractionParentParentParentPolished block

| W

ash

|

58

X

X

X

X

X

X

X

| C

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|

117

XX

X

X

X

X

X

X

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| P

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|

39

X

X

X

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X

X

X

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108

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X

X

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X

X

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| D

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|

58

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X

X

X

X

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53

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X

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X

X

X

X

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|

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|

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|

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|

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X

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|

2

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|

2

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GC

|

6

| S

ats

GC

+S

td

|

23

X

X

X

X

| A

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GC

|

2

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ats

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|

10

X

| A

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|

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ysis

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|

5

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tion

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2

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as is

otop

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|

2



Well RRI lab no. Depthrange

SampleID

Mudsystem

Sampleavailability

Sampletype

Sample preparationu I ui

TOTALS: 58 117 39 108 58 53 94 25 41 25 24 22 24 23 10

6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506711-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

G01033-51G01033-51AG01033-51AXG01033-114G01033-54G01033-54AG01033-54AXG01033-55G01033-55AG01033-55AXG01033-56G01033-56AG01033-56AXG01033-57G01033-57AG01033-57AXG01033-58G01033-58AG01033-58AXG01033-59G01033-59AG01033-59AXG01033-60G01033-60AG01033-60AXG01033-61G01033-61AG01033-61 AXG01033-62G01033-62AG01033-62AXG01033-63G01033-63AG01033-63AXG01033-64G01033-64A

4896m4896m4896m4900m4917m4917m4917m4920m4920m4920m4923m4923m4923m4926m4926m4926m4929m4929m4929m4935m4935m4935m4938m4938m4938m4941m4941m4941m4944m4944m4944m4947m4947m4947m4953m4953m

iCOn

5(D

1SQ.CO

CtgsCtgsCtgsMudCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgsCtgs

ParentPick APick A,ParentParentPick APick A,ParentPick APick A,ParentPick APick A,ParentPick APick A,ParentPick APick A,ParentPick APick A,ParentPick APick A,ParentPick APick A,ParentPick APick A,ParentPick APick AParentPick A

, after extraction

, after extraction

, after extraction

, after extraction

, after extraction

, after extraction

, after extraction

, after extraction

, after extraction

, after extraction

, after extraction




SampleID

Mudsystem

Sampleavailability

Sampletype

Sample preparationu

3

6

u

8u

8 I

TOTALS: 58 117 39 108 58 53 94 25 41 25 24 22 24 23 10

6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

G01033-64AXG01033-65G01033-65AG01033-65AXG01033-65BG01033-65BXG01033-66G01033-66AG01033-66AXG01033-67G01033-110

4953m4968m4968m4968m4968m4968m4971m4971m4971m4972m(not stated) DST-1

T3

~ mQ- CO(0 Så

a> o

(not known)No SampleNo sample

CtgsCtgsCtgsCtgsCtgs

CtgsCtgsCtgsCtgsOil

Pick A, after extractionParentPick APick A, after extractionPickBPick B, after extractionParentPick APick A, after extractionParentParent


COMPANY: Statoil

DATA SELECTION CRITERIA: analysis uses selected adjacent peak

Analysis Group

Alkane GCAlkane GCAlkane GC

Alkane GC

Alkane GC


Alkane GC

Analysis Group

Alkane GCAlkane GC

Alkane GCAlkane GC

Alkane GCAlkane GC


Data/Variable

iC-16/nC-15nC-16/iC-18

nC-17/Pristane

nC-18/Phytane

nC-19/nC-20nC-21 / nC-22nC-23 / nC-24nC-25 / nC-26

nC-27/nC-28

Data/Variable

iC-16/nC-15

nC-16/iC-18nC-17/Pristane

nC-18/PhytanenC-19/nC-20nC-21 / nC-22

nC-23/nC-24nC-25 / nC-26

nC-27/nC-28

4598.62m,Core (oil

stain)0.426

2.4041.594

2.634

1.089

1.1011.0891.137

1.254

4717.35m,Core (oil

stain)

0.1191.650

1.929

2.6291.1611.1431.166

1.1341.269

4609.27m,Core (oil

stain)0.4543.537

2.6192.860

1.4271.4481.338

1.1961.170

4717.84m,Core (oil

stain)

0.270

2.2861.514

2.8511.017

1.0101.0381.106

1.222

DST-3(4631m)

0.3773.7741.519

2.509

1.037

1.0751.0661.120

1.234

4757.79m,Core (oil

stain)

0.4263.8951.710

2.511

1.0801.054

1.0711.0911.178

WELL: 6506/11-7

„ ratios form alkane GC data

Mud(4650m)

0.7062.822

3.779

15.314

1.6351.8082.128

1.6091.531

4759.17m,Core (oil

stain)

0.268

2.4521.4602.325

0.9910.997

1.0671.1051.156

4665.13m,Core (oil

stain)0.4362.473

1.599

2.453

1.1021.090

1.0491.1101.193

4762.65m,Core (oil

stain)

0.270

3.1191.717

2.387

1.0871.0421.0451.116

1.205

4674.54m,Core (oil

stain)0.323

2.5292.397

2.576

1.435

1.5091.3901.183

1.122

4781.9m,Core (oil

stain)

0.3743.6131.723

2.397

0.9371.1941.244

1.1101.226

4690.68m,Core (oil

stain)0.3181.9291.390

1.953

1.006

1.0261.0541.106

1.215

4782.36m,Core (oil

stain)

0.255

2.539

1.4642.149

1.0211.0151.045

1.1291.151

LOCATION: Offshore Mid Norway

4695.8m,Core (oil

stain)0.3953.5661.758

2.649

1.181

1.1381.0921.133

1.244

4786.12m,Core (oil

stain)

0.3262.5211.325

2.121

0.9560.9721.013

1.1061.170

DST-2(4700m)

0.4213.134

1.432

2.413

1.0771.0801.067

1.1651.232

4864.65m,Core (oil

stain)

0.2652.642

2.4423.412

1.1631.083

1.1561.2441.329

4704.39m,Core (oil

stain)0.3282.105

1.2912.330

1.133

1.066

1.0671.1451.291

4868.64m,Core (clyst,?oil stain)

0.208

2.9575.5907.270

1.0451.157

1.2111.3291.513

4711.83m,Core (oil

stain)0.3051.9181.365

2.414

0.9941.0141.056

1.1821.332

4872.65m,Core (oil

stain)

0.1597.030

6.2847.852

1.0341.084

1.1841.387

1.432

4716.75m,Core (oil

stain)0.2872.6821.422

2.544

1.037

1.0181.0711.133

1.210

NOTES:

FIGURE 15 PCA analysis: selected alkane GC ratios (page 2 of 2)


DATA SELECTION CRITERIA: analysis uses selected adjacent peak

Analysis Group

Alkane GC-MS

Data/Variable

23/3 / 24/325/3R / 25/3S25nor30ab / 29ab

29Ts / 30d29ba / 30ab

30ba / 31abS

27dbS / 27dbR

28daR + 27aaS / 29dbS + 27bbR27aaR / 29dbR29aaS / 29bbR

29bbS / 29aaR

27bbR / 27bbS28bbR / 28bbS29bbR / 29bbS

30bbR / 30bbS

4572m, ctgs(Lyr Fm)

2.525

0.9910.035

4.698

0.0831.759

1.5321.485

5.9471.1980.286

1.1041.538

1.2461.760

4598.62m,core (oil

stain)1.6160.8700.052

0.764

0.095

1.6581.5090.439

0.9410.782

0.6291.0601.3781.2231.096

DST-3(4631m)

1.1370.961

1.040

0.471

0.9243.664

1.3940.3450.424

0.6041.4171.0921.2941.185

1.119

. ratios from GC-MS data

Mud(4650m)

2.5880.985

0.033

3.324

0.0791.8841.620

1.6336.692

1.0750.3541.158

1.3661.2471.000

4665.13m,core (oil

stain)1.3921.056

0.046

0.729

0.094

1.5691.363

0.3950.966

0.7080.6551.156

1.3571.1621.091

DST-2(4700m)

1.157

0.9840.842

0.467

1.0326.296

1.4330.2710.426

0.5411.608

1.1521.2751.1221.050

4716.75m,core (oil

stain)1.4221.000

0.081

0.382

0.1281.629

1.4840.2440.648

0.9000.8150.968

1.2851.1811.000

4759.17m,core (oil

stain)1.4961.022

0.076

0.5480.110

1.633

1.4510.4480.781

0.6330.9291.106

1.3271.2271.112

4782.36m,core (oil

stain)1.4620.936

0.059

0.723

0.1041.4130.910

0.4830.796

0.6470.839

1.1471.3161.1901.038

4872.65m,core (oil

stain)2.1822.417

0.047

0.924

0.1061.233

1.3740.7042.218

0.8930.359

1.1131.2941.3121.476

NOTES:

FIGURE 18 PCA analysis: selected GC-MS ratios (page 2 of 2)



APPENDIX 1

Sample Lithology Descriptions

Robertson


Sample lithology descriptions (page I of 7)


Sample lithology descriptions (page 2 of 7)





COMPANY: Statoil WELL: 6506/11-7 LOCATION: Offshore Mid Nofvvay








APPENDIX 2

Maturity and Kerogen Composition Data

Table 1 (A-C)Table 2Figure 1(1-11)

Maturity and kerogen composition dataKerogen composition data (NIGOGA format)Histograms, data and statistics for vitrinite reflectivity

Robertson

COMPANY: STATOIL

.. SAMPLE.DEPTH

(Metres)

1460-460

1660-660

1850-850

2050-050

2250-250

2450-450

2655-655

2850-850

3050-050

3250-250

3450-450

3655-655

3850-850

SAMPLETYPE

Ctgs

P

Ctgs

Ctgs

P

Ctgs

Ctgs

P

Ctgs

P

Ctgs

P

Ctgs

Ctgs

P

Ctgs

P

Ctgs

P

Ctgs

P

Ctgs

WELL: 6506/11-7

ANALYSED LITHOLOGY

iîiiiiiSPORECOLOURINDEX

3.0-3.5

3.0

3.5

3.5

3.5

3.5

4.0

4.5

4.5

4.0

5.0

4.5

4.5-6.0

IBBVI TR.REFL,R o i l

av %

.21( 8)

.30( 9)

.35( 3)

.64( DR

.51( 2>R

.31( 3)

.87( 1)R

.48( DR

.82( 3)R

.35( 3)•94(16)R

.38( 4)

.81(16)R

.42(24)

.74(31)R

.44(11)-22( 2)L.92( 5)R

.47(28)

.74(27)R

.59(16)

.97(39)R

.63( 6)

.22( 2)L

.60(25)

.86(30)R

.44(10)

.89( 9)R

.65(29)

.42( 4)C

.99(19)R

.29( 2)L

.95( 5)R

.85( 3)R

.68( 6)

.38( 7)L1.04( 2)R

.88( 3)R

% (Visual

1NERTINITE

5

5

5

-

15

15

20

30

10

10

30

*

LOCATION:

MRPNORWAY

, f rom microscopy)

VITRINITE

90 Am

90 Am

85 Am

95 Am

85 Am

80 Am

80 Am

70

75 Am

85 Am

90 Am

Mnr

85 Am

SAPROPEL

5

5

10

5

Mnr

5

Mnr

Mnr

15

5

10

70 Am

15

% (Ca lcu la ted)

INERT VIT ALCSAP

WXYSAP

MATURITY AND KEROGEN COMPOSITION DATATABLE : 1A

COMPANY: STATOIL

SAMPLE DEPTH

(Metres)

3850-850

4050-050

4250-250

4455-455

4476.8-476.8

4575-575

4638-638

4673.9-673.9

4727.7-727.7

4781.0-781.0

4830-830

4876.7-876.7

4929-929

SAMPLETYPE

P

Ctgs

P

Ctgs

P

Ctgs

P

Core

p

Ctgs

P

Ctgs

P

Core

P

Core

P

Core

Ctgs

P

Core

P

Ctgs

WELL: 6506/11-7

WttHKKåANALYSED LITHQLOGY

ÉHISPORECOLOURINDEX

6.5

6.0 ?

?

7.5-8.0

7.5-8.0

7.5-8.0

7.5-8.0

8.0-9.0

8.0

8.0-8.5?

8.0

8.0-8.5

8.0-8.5

illlilVITR,REFL.R o i l

av %

-42( 7)L.91( 6)R

1.47( 2)R

.92(36)1.22(19)R

•84( 7)1.23( 7)R

.67( 3)1.48(47)R

.71( 2)1.45( 8)R

.62( 3)C1.28(19)R1.82(13)R

1.27( 2)R

1.97(15)R2.53( 4)R

•76( 5)1.47(31)R

.80( 2)1.36( 9)R

.84(14)1.38(37)R

1.27( 2)R

1.00(34)1.64(21)R

1.12(21)1.52( 4)R

1.16(10)1.70(18)R

1.17( 4)1.52( 6)R

1.01(17).50( 5)C

1.67( 2)R

1.04( 2)

1.26(31)1.73(21)R

1.19(12)1.68( 9)R

1.46( 2).67( 3)L

LOCATION:

% (Visual

JNERTINITE

5

-

-

20

-

-

70

10

Prt

5

NORWAY

, from microscopy)

VITRINITE

85 Am

70 Am

50 Am

75

85 Am

80 Am

30

80 Am

100

100 Am

80

100 Am

SAPROPEL

10

30 Am

50

5

15

20

Prt

10

Prt

Prt

15

Prt

% (Ca lcu la ted )

NERT VIT AIGSAP

WXYSAP

MATURITY AND KEROGEN COMPOSITION DATATABLE : IB

COMPANY: STATOIL WELL: 6 5 0 6 / 1 1 - 7 LOCATION: NORWAY

SAMPLE DEPT«

(Metres)

SAMPLETYPE

ANALYSED LITHOLOGY SPORECOLOURINDEX

VITR,REFL.R o i l

av %

% (Vfsual, from microscopy)

INERT IN ITE VXTRINI.TE SAPROPEl

% (Calculated)

NERT VIT AIGSAP

WXYSAP

4971 Ctgs

P 1.59( 3).85( 3)L

2.37( 2)R

MATURITY AND KEROGEN COMPOSITION DATA

TABLE : 1C

GENERAL DATAWellName

6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

DepthM

1460166018502050225024502655285030503250345036553850405042504455

4476.845754638

4673.9472747814830

4876.84929

SampletypeCtgCtgCtgCtgCtgCtgCtgCtgCtgCtgCtgCtgCtgCtgCtgCtg

CoreCtgCtgCoreCoreCoreCtg

CoreCtg

KEROGEN COMPOSITION DATA% (Visual, from microscopy)

Inertinite55501515203010100300500200

207010Tr050

Vitrinite9090859585808070758590Prt85857050758580308010010080100

Sapropel55105

Prt5

PrtPrt15

Ui

10701510305051520Tr10TrTr15Tr

KEROGEN COMPOSITION DATAAM

FA-----------

6015-

30----------

HA9090859585807070758585-

8585705075858010801001008090

AL HE WO CO

--55

PrtPrt-

Prt-55---

Tr5051520------

55

Ul

TrTr5

PrtPrt15Prt5101510TrTr?Prt--

TrPrtTrTrTrTr

TrTrTrTrTrPrt10PrtTr-5

Prt-

Tr--

Prt--

2010

r Prt"-

1510

5550151520301010030050020007010Tr050

TABLE 2 Kerogen composition data (NIGOGA format

SS8

O

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I D - Io

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- INDIGENOUSHERN VRLUE :STD DEVI FIT I ON •NO. OFRRNGE i

POPN 2

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21 7.02 7.

82U 7.

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POPN 1

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POPN 1 - INDIGENOUSHERN VALUE :STD DEVIflTION iNO. OF VRLUES :RflNGE • . 2 3 TO

35 7.07 !!3

H2 7.

POPN 2 - SEHIFUS/REHORKHERN VALUE :3TD DEVIflTION i —NO. OF VRLUES :RflNGE i . 6 1 TO

SRHPLE ORTROEPTHi 1850.0-850.CODE iTTPE : CTGSPROJECT i LG167SRHPLE : BH0067PB

6U 7.

16U 7.

0 M

BLOCKi HHOLEROCK

STRTISTICS

POPN 1 - SEHIFUS/REHORKHERN VRLUE :STD DEVIflTION iNO. OF VRLUES iRRNGE ; . 5 1 TO

51 7.01 7.

252 '/.

1U -

12 -

to

o 10 -oCE a -Ul 0EC

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VITRINITE REFLECTRNCE Z

-

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2.0

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SflHPLE ORTflDEPTH! 2050.0-050.0 HCODE :TTPE i CTGSPROJECT i LG167SflHPLE : BH0068BLOCKi KEROGEN

STflTISTICS

POPN 1 - INDIGENOUSHERN VRLUE : . 3 1 XSTO OEVIflTION i .03 7.NO. OF VflLUES s 3RflNGE I . 2 8 TO .3U 7.

POPN 2 - SEMIFUS/REHORKHEflN VftLUE : .87 7.STD OEVIflTION INO. OF VRLUES : tRflNGE i . 8 7 TO . 8 7 Z

SRHPLE DHTflDEPTH! 2 2 5 0 . 0 - 2 5 0 . 0 HCODE iTYPE i CTDSPROJECT i LG167SRHPLE : BH0069BLOCKi KEROGEN

STRTISTICS

POPN 1 - SEHIFUS/REHORKHEflN VRLUE : .18 7.STO DEVI FIT I ON iNO. OF VflLUES i IRRNGE : .48 TO . 1 8 X

POPN 2 - SEHIFUS/REHORKHERN VRLUE : . 8 2 7.STO DEVIATION i .22 7.NO. OF VflLUES i 3RRNGE : . 6 1 TO l.OU X

11 -

1 2 -

nu 10 -

•g 8-

h 6 -tcILJ03 n -

i\ _

d

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11 "

12 -

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.61

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sæ VITRINITE REFLECTRNCE 3!

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SRHPLE DflTflDEPTH! 2250.0-250.CODE :TTPE i CTGSPROJECT i LG167SRHPLE : BH0069PB

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STRTISTICS

POPN 1 - INDIGENOUSHERN VflLUE :STD OEVIflTION >NO. OF VRLUES :RflNGE i . 2 6 TO

35 Y.10 X3

«6 X

POPN 2 - SEHIFUS/REHORKHERN VflLUE :STD OEVIflTION INO. OF VflLUES :RANGE i . 5 5 TO 1 .

SflHPLE DflTflOEPTHi 2150.0-150.CODE iTYPE : CTGSPROJECT i LG167SflHPLE : BH0070P8

91 X31 X1670 X

0 H

BLOCKi HHOLEROCK

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POPN 1 - INDIGENOUSHERN VflLUE :STD OEVIflTION INO. OF VflLUES iRflNGE : . 3 1 TO

38 X0 1 7.1

U2 7.

POPN 2 - SEHIFUS/REHORKHEflN VflLUE :STO DEVIATION INO. OF VflLUES iRRNGE : . 5 2 TO 1 .

81 7.18 I1615 X

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.55

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.71

.75

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.96

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.12

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.56

.61

.71

.72

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.82

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.10

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.87

.89

. 8 3

.99

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SAMPLE DATAOEPTHi 2855.0-655.CODE :TTPE i CTGSPROJECT i LG167SAMPLE : BHO071

0 M

BLOCK) KEROGEN

STRTISTICS

POPN 1 - INDIGENOUSHERN VALUE :STO DEVIATION •NO. OF VALUES :RRNGE i .34 TO

42 7.06 7.2453 7.

POPN 2 - SEMIFUS/REMORKMEAN VALUE :STO DEVIATION INO. OF VALUES :RRNGE i .55 TO 1.

SflMPLE DATADEPTHi 2655.0-655.CODE iTrPE : CTG3PROJECT i LG187SAMPLE : BH0071PB

74 7.13 7.3106 7.

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POPN 1 - INDIGENOUSMEAN VALUE :STD DEVIATION INO. OF VALUES sRANGE : .30 TO

44 7.08 7.It53 7.

POPN 2 - LOH REFLECTINGMEAN VALUE :STO DEVIATION INO. OF VALUES iRRNGE : .20 TO

22 7.02 7.2

23 7.

POPN 3 - SEMIFUS/REHORKMEAN VALUE :STD DEVIATION •NO. OF VALUES iRANGE : .71 TO 1

92 7.23 7.5

28 7.

tft

ozoKLLJOC

O

tcU

x

14 -

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.52 .59

.53 .62

.55 .62

.56 .64

.56 .68

.56 .68

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.73

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VITRINITE REFLECTANCE X

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.76

.77

.82

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.86

.86

-25

-22

-18

15

-11

-7

"4

2.0

.87

.88

.88

.91

.931.06

-78

-67

-56

-titi*±4

-33

-22

-i i

2.0

toaaCEUJn-

_JOC1-

o*~U-

o

tn

a

ic(X1—o

o

SRMPLE DRTRDEPTHi 2850.0-850.CODE :TTPE I CTGSPROJECT i LG167SAMPLE : BH0072

0 M

BLOCK• KEROGENSTRTISTICS

POPN 1 - INDIGENOUSMEAN VALUE sSTD DEVIATION >NO. OF VALUES :RRNGE i .34 TO

4.7 7.05 7.2855 7,

POPN 2 - SEMIFUS/REHORKMERN VALUE :STO DEVIATION iNO. OF VALUES :RANGE i .58 TO 1.

SAMPLE DATAOEPTHt 3050.0-050.CODE iTYPE i CTG3PROJECT i LG167SRMPLE ! BH0073

74 i!13 7.2703 7.

0 M

BLOCKi KEROGENSTATISTICS

POPN 1 - INDIGENOUSMEAN VALUE :STD DEVIATION iNO. OF VALUES iRRNGE : .46 TO

59 7.07 !!1670 X

POPN 2 - SEMIFUS/REHORKMERN VRLUE :STD DEVIATION INO. OF VRLUES iRRNGE : .72 TO 1

97 214 7,3926 y.

V)

z•aUlOC

occUl

m=i

IN

tnCD

zaOELUCC

u.occuiCD

IN

,tm-

•

12 -

10 -

8 -

6 --

1 -

2 "

n -U | i

0.0D1GENC

34363741

4345

14 -

12 -

10 -

Q -0

6 -

4 -

2 ~

1

0.0DIGENC

464851525U5759

rrJ1 1 1 1

USMBBBUM

.45

.45

.46

.46

.46

.46

.46

)US^ ^

.80

.62

.62

.63

.64

.66

.67

I111I1ImIIVsiJillmmliltTTTji0.5

„

P

Iiri-XJ11

1.0 1.5

VITRINITE REFLECTANCE

.46

.47

.US

.48

.U9

.50

.50

imII0.5

\

.69

.70

.72

.73

.73

.78

.80

.50

.51

.52

.53

.54

.55

.55

S3InUUHin

.58

.58

.60

.60

.61

.62

.62

-

n nIllIIILJ L

1.0

.62

.64

.68

.70

.71

.71

.72

11.5

aTRINITE REFLECTANCE

.83

.84

.85

.86

.87

.90

.90

.90

.91

.92

.93

.93

.93

.94

.911

.94

.98

.991.001.031.05

t

1

1.1.t.1.1.1.1.

72747778787981

05070708091010

-25

-22

-18

-15

-11

-7

"4

2.0

.82

.93

.93

.95

.961.03

-25

-22

-18

.1 clb

-11

-7

2.0

1.111.151.201.211.211.26

o

accUJ

cc_Jcc

p

oM

<f><3

acc

cct—ot—

1,o

oerm

i-seno m onn

i

zoiwOUI-1SOD

5?3

ocoID-H

O

30 3:

HOmi

mTIDr—2mao-no)

—)>-i

-<C0

OCO

SflHPLE DHTflDEPTHi 3050.0-050.CODE :TTPE i CTGSPROJECT i LG167SflHPLE : BH0073PB

0 H

BLOCKi HHOLEROCK

STRT3STICS

POPN 1 - INDIGENOUSHEflN VflLUE sSTO DEVIflTION iNO. OF VflLUES :RflNGE i . 50 TO

63 7.09 7.

673 7.

POPN 2 - LOH REFLECTINGHEflN VflLUE :STO DEVIflTION iNO. OF VflLUES :

22 7.06 7.

2RRNGE i . 17 TO . 2 6 7.

POPN 3 - SEHIFUS/REHORKHEflN VflLUE : 1 .STO DEVIflTION iNO. OF VRLUES :RflNGE I .85 TO 1

SflHPLE DflTfl

DEPTHi 3 2 5 0 . 0 - 2 5 0CODE iTTPE : CTGSPROJECT i LG167SflHPLE : BH0074

11 7.16 7.

u36 7.

0 H

BLOCKi KEROGEN

STHTISTICS

POPN I - INDIGENOUSHERN VRLUE :STD DEVIRTION «NO. OF VRLUES iRflNGE : . 43 TO

60 7.08 7.2571 7.

POPN 2 - SEHIFUS/REHORKHERN VRLUE :STO OEVIfiTION tNO. OF VflLUES iRflNGE : . 73 TO 1

86 7.12 7.3016 7.

in

zoccLJ

O

tcUJ03

3

nm

t(•

in

uzaetUJ

tc

u_oaztLj03X

14 -

12 -

10 -

Q —0

6 -

4 -

2 -

o-0.0

DIGENO

17263539435155

14 -

12 -

10 -

Q —3

8 -

y -

2 "

n —u0.0

nnus.6%.66.70.73.85.91.97

INDIGENOUS^

43494952525355

.55

.55

.56

.59

.62

.62

.63

n_III0

1.1 .1 .1 .1 .1 .1 .

J0

1.5

03050521222225

SJ1I~.5

63646464666867

n1

1 nm .fTm ,il ii |i 1 i 1 i1.0

in1.5

VITRINITE REFLECTHNCE 7.

1.36

11*Ir

L

UD '—i nHL LJ 1 „mm n•

1.0 1.5

VITRINITE REFLECTRNCE 7.

.68 .75

.69 .76

.70 .76

.71 .77

.73 .77

.74 .78

.75 .79

.79

.80

.81

.81

.82

.82

.83

.66

.87

.89

.91

.91

.91

.97

-64

-55

-45

36

-27

-18

"9

-o2.0

-25

-22

-18

- I Cl b

"11

-7

2.0

.991.001.011.011.151.16

eno

acc

_ Jcr

: T

OT

o

tn

aCC

cc

CE

oK-

oM

SRHPLE DflTflOEPTHi 3 2 5 0 . 0 - 2 5 0 .CODE :TTPE i CTGSPROJECT i LG167SflHPLE : BH0074PB

0 H

BLOCKi HHOLEROCK

STRTISTICS

POPN 1 - INDIGENOUSHEflN VflLUE iSTO DEVIflTION iNO. OF VRLUES :RflNGE i .36 TO

44051051

X7.

7.

POPN 2 - SEHIFUS/REHORKHERN VflLUE :STD DEVIRTION iNO. OF VflLUES :RflNGE i .6U TO 1 .

SflHPLE ORTHOEPTHi 3 4 5 0 . 0 - 4 5 0 .CODE iTYPE : CTOSPROJECT i LG167SflHPLE : BH0075

89219

23

0

BLOCKi KEROGEN

STHTISTICS

POPN 1 - INDIGENOUSHEHN VflLUE :STO DEVIflTION iNO. OF VflLUES iRflNGE : . 50 TO

POPN 2 - CHVEDHEflN VflLUESTD OEVIBTION iNO. OF VRLUES iRRNGE : .38 TO

65082978

12044

47

XX

7.

M

7.7.

X

7.7.

7.

POPN 3 - SEHIFUS/REHORKHEflN VflLUE :STD DEVIBTION iNO. OF VRLUES iRflNGE : .66 TO 1

99101$16

t7.

1

enu

accUJcci ^

occUJca3

14 "

12 "

10 -

Q —0

6 -

4 -.

2 *

o -0.0

iill

INDIGENOUS

-

Ul

azOCCUJ

u.occLlJco2

263637384313«3

14 "

12 -

10 -

Q -a

6 -

1 -_

2 -

u *0.0

.48

.48

.50

.51

. 6 4

.65

.75

1 1 1 1 1

JNDlGENgUS

38to4447505054

.54

.54

.55

.58

.59

.59

.61

IL.i l lfHr r | i0.5

.82

.84

.901.001.171.23

iin iill

0.5

.82

.63

.63

.64

.64

. 6 5

.66

nflnn1 1 1 1 1 1 1 1 1 1

1.0

VITRINITE

ta

L nM flHHi r~̂

111i i i i i i i i i

1.0

VITRINITE

.68

.69

.69

.71

.71

.71

.72

n1 1 1 1 1 1 1 1 1 '1.5

lEFLECTflNCE

nliJu, i i | i

1.5

REFLECTHNCE

.74

.75

.76

.76

.78

.86

.87

88909193959596

i i i

7.

X

11111

i i i

.97

.97

.00

.02

.03

.04

.12

-70

-60

-50

—un4 U

- 3 0

-20

10

-0

2.0

-27

-23

-19

. i r

L D

-12

-8

2.0

1 . 1 41 . 1 51 . 1 6

tn

oa:UJcc

o» ™

o

O

aUJcc

_icco

1 .

o

oczDOm

en

SRHPLE DRTflDEPTHi 3U50 .0 -450 .0 HCODE :TTPE i CTGSPROJECT i LG167SflHPLE : BH0075PBBLOCKi HHOLEROCK

STHTISTICS

POPN 1 - LOH REFLECTINGHERN VflLUE : . 29 7.STO DEVIATION > .08 7.NO. OF VRLUES : 2RRNGE i .23 TO .35 7.

POPN 2 - SEHIFUS/REHORKHERN VRLUE : . 95 7.STD DEVIATION I . 20 7.NO. OF VflLUES : 5RRNGE I .71 TO 1.12 7.

SflHPLE DRTflDEPTHi 3655 .0 -655 .0 MCODE iTrPE i CTGSPROJECT i LG1S7SRHPLE : BH0076BLOCKi KEROGEN

STflTISTICS

POPN 1 - SEHIFUS/REHORKHEflN VflLUE : .85 7.STO DEVI FIT I ON i . 13 7.NO. OF VflLUES t 3RHNGE : .71 TO .97 7.

nza

s!»•It.oCCUJ

ca

iu -

1 2 -

10 -

Q _

8

6 -

y -

o —2

o - M.flTTTTT0.0

INDIGENOUS

i .i .i .

Vt

uzaaIU

oCC

a

NUME

23357176060912

1 U -

12 -

10 -

Q —8

*6 -

-

2 -

0 -

0.0INDIGENOUSmmmmmmm

718797

nn n n1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 10.5 1.0 1.5

S VITRINITE REFLECTRNCE 7.

n nn, . . , | . , . l l i l l l | i i i i i i n i | i i i n0.5 1.0 1.5

a VITRINITE REFLECTHNCE 7.

I I I I

-

-

-86

-57

-Ofl29

"02.0

i i i i

-

-87

-0

2.0

sO

UJ

ét—O*~

o

enzoCC

CC

CC

TOT

u.a

SRHPLE ORTflDEPTHi 3 6 5 5 . 0 - 6 5 5 . 0 HCODE :TTPE i CTGSPROJECT i LG167SRHPLE : BH0076PBBLOCK! HHOLEROCK

STRTISTICS

POPN 1 - INDIGENOUSHERN VflLUE : .68STD DEVIflTION i . 11NO. OF VflLUES : 6RflNGE I .511 TO .79

X7.

7.

POPN 2 - LOH REFLECTINGHEflN VflLUE : .38STO DEVI FIT ION i .06NO. OF VHLUES : 7RflNGE I .28 TO .UU

t7.

7.

POPN 3 - SEHIFUS/REHORKHERN VflLUE : 1.0USTD DEVIflTION i .04NO OF VflLUES • 2RRNGE • 1.01 TO 1.07

SHHPLE DflTflDEPTHi 3 6 5 0 . 0 - 8 5 0 . 0 MCODE iTYPE : CTGSPROJECT i LG1E7SflHPLE i BH0077BLOCKi KEROGEN

STHTISTICS

y.7.

7.

POPN 1 - SEHIFUS/REHORKHEflN VflLUE : .88STO DEVIflTION • .06NO. OF VHLUES i 3RflNGE : .83 TO .95

7.7.

X

1« -

12 -

enz 1 0 ;acc a -a 8ccS 6 -CCLL)CO I j .

2

0 ™

0.

n• i i i 1 1

0INDIGENOUS

.28

.35

.36

.37

.Vt

.Vi

.Vi

iu -

•

12 "

5 1 0 "OCC o -UJ 0EC

a 6 -ECUJ

2 -

0 -

0.

.5M

.60

.61

.76

.76

.791.01

1 1 1 1 1 1

0JNDjiOENOUS

.83

.87

.95

m I1 1i l l n1 | • i i i i i i • • | • i i • i ' • • • |

0.5 1.0 1.5VITRINITE REFLECTHNCE 7.

1.07

nn" i ' ' " i " i0.5 1.0 1.5

VITRINITE REFLECTHNCE %

I I I I

-93

-BO

-67

— C 353

-UO

-27

'—i Ql a

02.0

• ' • •

-

-

-67

-0

2.0

enozo

I_Jcc

p

o

<nzaCE

lc_ JCC

TOT

ii_o

ocrJOm

o n on r s

•"• Z

i "

zcnioOUl-t

ocn33—1o

OEPTHiCODE :TTPEPROJECTSRHPLEBLOCKi

SAMPLE DRTfl3850.0-650.0 M

i CTGS• LG167: BH0077PB

HHOLEROCK

STRTISTICSPOPN 1 - LOM REFLECTINGHEftN VRLUE : .U2 7.STO DEVIATION . .12 7.NO. OF VHLUES : 7RRNGE ! . 2« TO .56 7.

POPN 2 - SEHIFUS/REHORKHEflN VflLUE : .91 7.STO DEVIATION i .11 7.NO. OF VHLUES : 6RRNGE • .75 TO 1.02 7.

POPN 3 - SEHIFUS/REHORKHEflN VflLUE : 1.U7 7.STD DEVIATION i .26 7.NO. OF VflLUES : 2RANGE • 1.28 TO 1.65 7.

0.5 1.0 1.5


2.0

.24

.27

.43

.16

.«7

.54

.56

.75

.83

.86

.961.001.021.28

1.65

OEPTHiCODE :TTPEPROJECTSflHPLEBLOCK i

SflHPLE DflTfl14050.0-050.0 H

i CTG5i LG167: BH0078PB

HHOLEROCK

STRTISTICSPOPN 1 - INDIGENOUSHEflN VflLUE : . 8U 1.STO DEVIATION > . OS 7.NO. OF VHLUES : 7RflNGE I .76 TO .91 I

POPN 2 - SEHIFUS/REHORKHERN VflLUE : 1.23 XSTO DEVIATION i .12 XNO. OF VHLUES : 7RflNGE i 1.11 TO 1.H7 7.

0..0INDIGENOUS

• 76.79.81.BH.88.88.91

1.111.121.181.201.2U1.291.47

0.5 1.0 1.5

VITRINITE REFLECTHNCE

2.0

«m

—ID

ZDJD

< D

DEPTHiCODE ITTPEPROJECTSHHPLEBLOCKi

SflHPLE DHTH4050.0-050.0 M

: CTGS• LG1S7: BH0078

KEROGEN

STflTISTICSPOPN 1 - INDIGENOUSHEflN VflLUE : . 92 7.STO DEVIATION • .09 7.NO. OF VALUES i 36RflNGE i . 71 TO 1.05 7.

POPN 2 - SEHIFUS/REHORKHEflN VHLUE : 1.22 7.STD DEVIflTION I .15 7.NO. OF VflLUES i 19RANGE : 1.07 TO 1.60 7.

14 " -25 DEPTHiCODE iTYPEPROJECTSRMPLEBLOCK i

SflHPLE DflTH11250.0-250.0 M

: CTGS• LG167: BH0079

KEROGENSTflTISTICS

POPN 1 - INDIGENOUSHERN VflLUE : . 67 7.3T0 DEVIATION i . 06 7.NO. OF VRLUES i 3RflNGE : .61 TO . 73 i

POPN 2 - SEHIFUS/REHORKHERN VflLUE : 1.18 XSTD OEVIflTION i .31 XNO. OF VflLUES i 47RflNGE : .95 TO 2.13 Z

0.0INDIGENOUS

0.5 1.0 1.5

VITRINITE REFLECTHNCE X2.0 0.5 1.0 1.5

VITRINITE REFLECTflNCE %

-29

2.0

CO

.71

.7«

.76

.76

.80

.80

.81

.85

.85

.85

.88

.88

.89

.91

.91

.92

.32

.92

.93

.95

.95

.96

.97

.98,99.00.00

1.00

1.001.001.011.021.021.031.04

1.051.071.071.091.101.101.11

.12 1

.13 1

. 15 1

.16 1

.20 1

.20 1

.23

273238«6

H860

.61

.66

.73

.95

.981.001.01

1.021.051.06i.m1.151.191.23

,2U.24.27,28.31.31

1.501.S11.521.521.S31.53

1.5111.5111.571.561.581.601.62

S36466687575

1.79

1.80 2.131.641.871.891.891.932.06

" 1

H—l

O

m

OHIOni-ac"flNT

1TION

: STR

TOi

6506/

: NO

RHfl

oco=D—I

o

SRHPLE DRTRDEPTHi U250.0-250.0 MCODE :TTPE i CTGSPROJECT i LG1S7SRHPLE : BH0079PBBLOCKi HH0LER0CK

STRTISTICS

POPN 1 - INDIGENOUSHERN VRLUE : .71 7.STO DEVIATION t .01 7.NO. OF VRLUES : 2RHNGE I .70 TO .72 7.

POPN 2 - SEHIFUS/REHORKHERN VRLUE : 1.U5 7.STO DEVIATION I .22 7.NO. OF VRLUES : 8RRNCE I 1.06 TO 1.7U 7.

14 "

i n.n.nmu,,,0.0

INDIGENOUS0.5 1.0 1.5


.70

.721.061.241.371.451.5IJ

1.591.851.74

SRHPLE ORTflIW55.0-U55.0 H

1 CTGS1 LG1B7: BH0080PB

HHOLEROCKSTRTISTICS

POPN 1 - SEHIFUS/REHORKHERN VRLUE : 1.27 XSTO DEVIHTION 1 .25 3!NO. OF VRLUES : 2RANGE < 1.09 TO l.HU 7.

OEPTHiCODE :TTPEPROJECTSRMPLEBLOCK1

0.0INDIGENOUS

T 1

0.5 1.0 1.5

YJTRINITE REFLECTHNCE

2.0

1.091.114

H D

—tomm

< B

-<CO

oCO

SRHPLE DRTRDEPTHt IHIS5.0->155.0 HCODE 1TTPE : CTGSPROJECT . LGIB7SRHPLE : BH0080BLOCKi KEROGEN

STRTISTICSPOPN 1 - CRVEOHERN VRLUE : .62 7.STO OEVIHTION 1 .27 7.NO. OF VRLUES 1 3RRNGE : .35 TO .89 X

POPN 2 - SEHIFUS/REHORKHERN VRLUE : 1.28 7.STD OEVIRTION 1 . ttt 7.NO. OF VRLUES 1 19RRNGE : 1.01 TO 1.50 7.

POPN 3 - SEHIFUS/REHORKHERN VRLUE : 1.82 7.STO OEVIRTION • .12 7.NO. OF VRLUES • 13RRNGE : 1.82 TO 1.99 7.

DEPTHiCODE 1TYPEPROJECTSRHPLEBLOCKi

SRHPLE DRTHW176.9-U76.8 H

: CORE> LG167: BJ0036PB

HHOLEROCKSTRTISTICS

POPN 1 - SEHIFUS/REHORKHERN VFILUE : 1.97 *STO OEVIRTION 1 .22 ZNO. OF VRLUES 1 15RANGE : 1.62 TO 2.42 X

POPN 2 - SEHIFUS/REHORKHERN VFILUE : 2.53 XSTD OEVIRTION 1 . 26 7.NO. OF VRLUES 1 4RRNGE : 2.2H TO 2.8U Z

0.0INDIGENOUS

T0.5 1.0 1.5

VITRINITE REFLECTRNCE

2.0

.35

.62

.891.011.071.101.17

1.17 11.19 11.191.231.281.291.29

.33 1

.33 1

.34

.38

. UU

.46 I

.«9 1

.50

.62

.70

.72

.73

.73

.78

1.811.871.891.911.951.S81.99

0 0INDIGENOUS

1.62..691.781.811.831.881.90

1.921.992.052.062.162.232.24

1

2.2.2.

.0

U26CB4

2.0 3.0

VITRINITE REFLECTHNCE X

U.O

TI

O

ZJO

m

CD

SS8nr-a:

§33JO

re-ni-.

ocoID—I

O

DEPTHiCODE :TTPEPROJECTSRHPLEBLOCK•

SRHPLE DflTR4575.0-575.0 M

i CTGSi LG 167: BH0081

KEROGEN

STRTISTICSPOPN 1 - INDIGENOUSHERN VRLUE : .76 7.STD DEVIATION i .117.NO. OF VRLUES : 5RRNGE • .67 TO .93 7.

POPN 2 - SEHIFUS/REHORKHERN VRLUE : i.«7 7.STD DEVIATION I .35 7.NO. OF VRLUES : 31RRNGE i 1,04 TO 2.08 7.

0.0INDIGENOUS

0.5 1.0 1.5


2.0

.49

.67

.69

.72

.80,93

1.01

1.061.061.081.131.131.151.19

.31

.22

.22

.22

.25

.29

.30

1.351.361.401.43

.56,68

1.70

1.761.811.891.941.351.971.98

2.032.08

DEPTHiCODE :TTPEPROJECTSRHPLEBLOCKi

SRHPLE DRTR4 B 3 8 . 0 - 6 3 8 . 0 M

i CTGSi LG167: BH0082

KEROGEN

STRTISTICSPOPN 1 - INDIGENOUSHERN VflLUE : . 84 7.STD OEVIRTION i .07 XNO. OF VRLUES : 14RRNGE i .72 TO .93 X

POPN 2 - SEHIFUS/REHORKHERN VflLUE : 1.38 7.5T0 DEVIRTION i .29 XNO. OF VflLUES : 37RRNGE • 1.00 TO 2.04 X

0.0INDIGENOUS

0.5 1.0 1.5

VITRINITE REFLECTRNCE

2.0

.57

.59

.64

.72

.76

.78

.78

.81

.81

.62

.82

.87

.88

.88

.92

.92

.931.001.031.061.06

1.071.081.101.111. 131.131.17

1.181.201.211.211.221.231.211

.25

.35

.38

.39

.39

.118

.53

1.541.551.601.621.621.631.71

71839496OU

— I D

—IOmm

- HDO ID

mmoo—ICO

oLO

OEPTHtCODE iTYPE iPROJECT iSRHPLE :BLOCK•

SRMPLE DRTR4575.0-575.0 M

CTG3LG167BH0081PB

HHOLEROCKSTRTISTICS

POPN 1 - INDIGENOUSHERN VflLUE : .80 7.STO DEVIATION i .03 7.NO. OF VRLUES > 2RRNCE : . 78 TO .82 7.

POPN 2 - SEHIFUS/REHORKHERN VRLUE : 1.36 7.STD DEVIRTION i .23 7.NO. OF VRLUES > 9RRNGE : 1.07 TO 1.80 7.

14 -

12 "

no io -

3£ 8 -oc

fe 8 -ug « -

2 -

0 -

-

-

-

-

-

-

-55 a!

-36

-18

SfiHPLE DRTfl11638.0-638.0 H

: CTGS• LG167: BH0082PB

HHOLEROCK

STRTIST1CS

POPN 1 - SEHIFUS/REMORKHERN VflLUE : 1.27 7.STD OEVIRTIOM i .25 XNO. OF VALUES i 2RRNGE : 1.09 TO 1.45 X

OEPTHiCODE iTYPEPROJECTSRHPLEBLOCKi

0.0INDIGENOUS

0.5 1.0 1.5


2.0 0.0INDIGENOUS

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POPN 1 - INDIGENOUSHERN VRLUE : 1.STO DEVIRTION •NO. OF VRLUES :RRNGE I .79 TO 1.

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POPN 2 - SEMIFUS/REHORKHERN VRLUE : 1.STO DEVIRTION INO. OF VRLUES :RRNGE I 1.29 TO 2.

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STRTISTICS

POPN 1 - INDIGENOUSHERN VRLUE : 1.STD DEVIflTION iNO. OF VRLUES :RRNGE 1 .86 TO 1.

16IS1033

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1713431

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POPN 1 - INDIGENOUSMEAN VRLUE : 1.04STO DEVIATION i . 08NO. OF VRLUES i 2RRNGE : .98 TO 1.10

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POPN 2 - LOH REFLECTINGHEflN VRLUE : .67 7.STO DEVIATION i .13 7.NO. OF VRLUES : 3RRNGE ) .52 TO .76 7.

SRHPLE DRTflDEPTH) U971.0 MCODE )TTPE : CTGSPROJECT i LG 167SRHPLE : BK0004PBBLOCK) HHOLEROCK

STRTISTICS

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APPENDIX 3

TOC and Rock-Eval Pyrolysis Data

TZpbertson

TOC and Rock Eval Pyrolysis Data

GENERAL DATA

WellName6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

LabID

G01033-11AXG01033-12XG01033-13XG01033-14XGO1O33-15X

G01033-16AXG01033-115G01033-116G01033-117G01033-118G01033-119G01033-17XG01033-18X

G01033-19AXG01033-20AX

G01033-68GO 1033-69GO 1033-70GO 1033-71GO 1033-72

G01033-21AXG01033-22AXG01033-24AXG01033-26AXG01033-29AX

G01033-73G01033-74G01033-75GO 1033-76GO 1033-77GO 1033-78G01033-79G01033-80G01033-81G01033-82GO 1033-83GO 1033-84GO 1033-85GO 1033-86G01033-87G01033-88G01033-89G01033-90G01033-91G01033-92GO 1033-32

Depth(m)

345036553850405042504455

4475.304476.854478.904481.104482.50

4548455445724575

4595.104598.624602.844606.174609.27

46354638464446504659

4665.134669.814672.324674.544686.194690.684694.634695.804699.184704.394706.404708.374711.834714.484716.754717.354717.844719.854720.344722.474727.76

SampletypePickCtgsCtgsCtgsCtgsPickCoreCoreCoreCoreCoreCtgsCtgsPickPickCoreCoreCoreCoreCorePickPickPickPickPickCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCoreCore

lithologyClyst, med dk gyClyst, med dk gy +Clyst, med dk gy +Clyst, med dk gyClyst, med dk gyClyst, med dk gyClyst, gy blk - grn blkClyst, blkClyst, grn blk, calcfossClyst, grn blkClyst, olv blkClyst, dkgyClyst, med dk gyClyst, dkgyClyst, dkgySst, v It gy, micSst, med dk gy, oil stainedSst, med dk gy, oil stainedSst, med dk gy, oil stainedSst, brn gy, oil stainedClyst, dkgyClyst, dkgyClyst, dkgyClyst, dkgyClyst, dkgySst, med dk gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedSst, med dk gy, oil stainedSst, med dk gy, oil stainedSst, It gy, oil stainedSst, It gy, oil stainedSst, It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedSst, It gy, oil stained +Sst, v It gy, oil stained +Sst, v It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stained +Clyst, dk gy, mic

CHEMICAL DATATOCW t %rock1.161.321.331.241.471.131.171.081.080.940.982.711.287.646.73

0.861.201.551.541.70

0.68

PYROLYSISSI

mg/g0.280.440.870.450.610.240.050.090.030.040.090.330.480.320.330.582.011.701.212.750.190.230.250.440.213.461.911.231.502.393.231.252.081.992.030.340.251.211.111.610.660.890.450.340.400.54

S2mg/g1.123.734.113.394.581.410.220.230.100.070.202.753.198.347.260.290.300.170.190.180.651.411.041.071.680.220.460.270.200.240.630.390.170.440.730.270.210.520.330.390.120.320.080.070.220.31

TmaxdegC431436409432432402455

*464

**

445411455455424

*403

*417436441453449453416

**

431*

413****

416********

450435

HI

97283309273312125192197

20101249109108

76118676999

46

PI

0.200.110.170.120.120.150.190.280.230.360.310.110.130.040.040.670.870.910.860.940.230.140.190.290.110.940.810.820.880.910.840.760.920.820.740.560.540.700.770.810.850.740.850.830.650.64

PP

1.404.174.983.845.191.650.270.320.130.110.293.083.678.667.590.872.311.871.402.930.841.641.291.511.893.682.371.501.702.633.861.642.252.432.760.610.461.731.442.000.781.210.530.410.620.85

TOC and Rock Eval Pyrolysis Data

GENERAL DATA

WellName6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

LabID

GO 1033-33 AXG01033-34AXG01033-35AXG01033-36AXG01033-37AXG01033-38AXG01033-39AX

GO 1033-93GO 1033-94G01033-95GO 1033-96

G01033-40AXG01033-97G01033-41G01033-98G01033-99

G01033-100G01033-42AXG01033-43AXG01033-44AXG01033-45X

G01033-46AXG01033-47AXG01033-48AXG01033-101G01033-102GO1O33-1O3G01033-104G01033-105G01033-49AG01033-106G01033-107G01033-50

G01033-51AXG01033-54AXG01033-55AXG01033-56AXG01033-57AXG01033-58AXG01033-59AXG01033-60AXG01033-61AXG01033-62AXG01033-63AXG01033-64AXG01033-65AXG01033-65BXG01033-66AX

Depth(m)

4731473447404743474647494752

4756.144757.794759.174762.65

47794779.654781.904782.364786.124790.69

4815481848244830483348364842

4859.144862.154864.654865.724868.604868.644869.684872.654876.75

489649174920492349264929493549384941494449474953496849684971

SampletypePickPickPickPickPickPickPickCoreCoreCoreCorePickCoreCoreCoreCoreCorePickPickPickCtgsPickPickPickCoreCoreCoreCoreCoreCoreCoreCoreCorePickPickPickPickPickPickPickPickPickPickPickPickPickPickPick

lithologyClyst, pa yel brnClyst, pa yel brnClyst, dkgyClyst, pa yel brnClyst, pa yel brnCoalClyst, dk gySst, v It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedCoalSst, v It gy, oil stainedSst, It gy, micSst, v It gy, oil stainedSst, v It gy, oil stainedSst, v It gy, oil stainedClyst, dkgyClyst, dkgyClyst, dkgySnd + 20 % Clyst, dk gy +Clyst, dkgyClyst, dkgyClyst, dkgySst, v It gy, oil stained +Sst, v It gy, oil stainedSst, v It gy, oil stained +Sst, v It gy, oil stained +Sst, v It gy, oil stained +Clyst, dk gy, carbSst, v It gy, oil stainedSst, v It gy, oil stained +Clyst, dk gy, mic, carb +Clyst, dk gyClyst, dk gyClyst, dkgyClyst, dkgyClyst, dkgyClyst, dkgyCoalClyst, dk gyCoalClyst, dkgyClyst, It med gyClyst, dk gyClyst, dk gyCoalCoal

CHEMICAL DATATOCW t %rock0.620.520.770.520.580.710.63

1.50

1.151.911.260.811.051.261.02

2.58

1.100.870.841.000.790.560.670.920.841.031.241.111.311.611.652.27

PYROLYSISSI

mg/g0.180.150.150.110.150.160.150.991.961.130.590.211.332.381.330.760.890.150.080.110.250.100.210.200.140.140.440.340.270.920.230.380.500.190.100.160.160.070.130.150.170.212.340.270.640.230.190.25

S2mg/g0.590.440.230.650.370.460.340.310.450.350.080.630.290.100.310.180.200.271.000.441.370.550.520.600.030.010.110.050.081.310.050.240.720.310.210.460.370.240.220.310.570.511.180.591.050.310.350.83

TmaxdegC442436

*435430435427

**

409*

457*

***

430461446438446432432

**

421*•

460*

435465432400430434414

432430432436434439427432462

HI

958530125646554

42

235235169524159

51

65362546474333346850955380192137

PI

0.230.250.390.140.290.260.310.760.810.760.880.250.820.960.810.810.820.360.070.200.150.150.290.250.820.930.800.870.770.410.820.610.410.380.320.260.300.230.370.330.230.290.660.310.380.430.350.23

PP

0.770.590.380.760.520.620.491.3

2.411.480.670.841.622.481.640.941.090.421.080.551.620.650.730.800.170.150.550.390.352.230.280.621.220.500.310.620.530.310.350.460.740.723.520.861.690.540.541.08



APPENDIX 4

Extraction, Iatroscan fractionation, Asphaltene andColumn Chromatography Data

Robertson

Well

6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/1 i -76506/11-76506/11-716506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

LA

B ID

G01033-19AG01033-1UG01033-69GO1033-72G01033-108G01033-112GO1033-73GO 1033-76G01033-78G01033-80G01033-109GO1033-82G01033-85G01033-87G01033-88G01033-89G01033-113GO1033-94G01033-95GO1033-96

GO 1033-41GO 1033-98G01033-99

GO1033-103G01033-49AGO1033-107GO1033-114

Depth

45724588

4598.624609.27

46314650

4665.134674.544690.684695.80

47004704.394711.834716.754717.354717.84

47504757.794759.174762.654781.904782.364786.124864.654868.644872.65

4900

Sample type

PickMudCoreCore

DST-3MudCoreCoreCoreCore

DST-2CoreCoreCoreCoreCoreMudCoreCoreCoreCoreCoreCoreCoreCoreCoreMud

Extract Y

ield (ppi

15225446537555035

12155030206035353730

2235213030404601470209524401365910341519401200515880615

3155

Iatroscan Data

Alkanes %

78.474.777.3

78.157.776.880.481.178.680.582.056.477.1

79.675.973.589.472.874.455.947.966.5

Arom

atics %

8.84.721.1

9.06.511.88.516.512.913.312.011.211.6

9.113.111.44.611.513.812.721.411.9

Polars %

12.820.61.6

12.935.811.411.12.48.56.26.032.411.3

11.311.015.16.015.711.831.430.721.6

Asphaltene %

2.4

1.21.10.01.61.22.52.51.10.21.72.42.12.54.1

1.73.44.71.53.34.36.3

40.03.6

Column Chromatography DataA

lkanes %

80.4

66.164.787.780.964.743.365.270.080.968.971.570.236.957.1

69.157.853.679.356.160.335.311.348.9

Arom

atics %

1.6

6.32.711.90.68.23.87.28.515.010.712.010.67.910.2

8.614.010.84.513.113.59.23.810.9

Polars %

15.6

26.431.50.417.025.950.425.120.43.918.714.117.152.728.6

20.624.830.914.727.521.849.245.036.6

PYROLYSIS GC DATA

GENERAL DATA

Well

Name

6506/U-7

6506/11-7

6506/11-7

6506/11-7

6506/11-7

Lab

ID

G01033-15X

G01033-19AX

G01033-20AX

GO 1033-43 AX

G01033-49AX

Depth

(m)

4250.0

4572.0

4575.0

4818.0

4868.64

Sample

type.

Ctgs

Pick

Pick

Pick

Core

PEAK AREA DATA

C l %

5.33

13.21

13.73

15.86

24.55

indue

C2-C5 %

21.97

15.06

9.94

25.72

15.18

ing UCM

C6-C14 %

56.46

59.74

52.88

44.37

39.78

C15+ %

16.24

11.99

23.45

14.04

20.49

C l %

7.17

15.80

18.96

20.87

34.16

exclui

C2-C5 %

29.51

18.01

13.73

33.84

21.13

ing UCM

C6-C14 %

60.98

62.63

60.84

43.66

43.65

C15+ %

2.34

3.56

6.47

1.62

1.06

Heptene

64985

143811

115713

35086

14786

Peak A

Toluene

182471

264523

182230

153620

62468

reas (uVs

Octene

28689

92192

128535

25400

10012

)

m+p Xylene

169126

287612

274569

122554

67910

WHOLE OIL GC - PEAK AREA DATA AND RATIOS

CompanyWellSample Type

Lab ID

Statoil6506/11-7

DST-3 (Oil)4631

G01033-108

COMPONENTSn-C4n-C52.2-DMC4CyC52,3-DMC42-MC53-MC5n-C6MCyC52.2-DMC52,4-DMC5BenzCyC62-MC62.3-DMC51,1-DMCyC53-MC6c-1,3-DMCyC5M,3-DMCyC5t-1,2-DMCyC53-EC5n-C7MCyC6ECyC5Tol

Benz/n_C6n_C7/MCyC6n C6/MCyC5+2,2 DMC5MCyC6/TolBenz/MCyC6ToI/n_C7CPUCP12CPI3BiasPristane/n_C17Phytane/n_C18Pristane/Phytane

Area.324.26860.6323.72103.4084.23656.15403.071322.74656.4629.9472.08

755.281283.03104.73152.55491.52542.06178.17171.49279.0242.76

1629.642309.14105.311686.06

0.570.711.931.370.331.031.071.040.981.770.700.441.92

COMPONENTSn-C8m-Xylp-Xyln-C9i-C10n-C10i-C11n-C11n-C12i-C13i-C14n-C13i-C15n-C14i-C16n-C15n-C16i-C18n-C17Pristanen-C18Phytanen-C19n-C20n-C21n-C22n-C23n-C24n-C25n-C26n-C27n-C28n-C29n-C30n-C31n-C32n-C33n-C34n-C35n-C36n-C37n-C38n-C39n-C40n-C41

Ama1604.751127.20323.651519.75479.551357.31318.751315.191142.50321.20336.311145.85519.921077.17520.841039.20927.10442.28867.35608.96728.68317.09731.49605.46520.93486.26438.20397.64352.05320.58272.61234.95221.16162.51140.13100.80110.7871.3946.8435.7430.0918.0713.339.003.79


CompanyWellSample TypeDepthLab ID

Statoil6506/11-7

DST-2 (OH)4700

G01033-109

COMPONENTSn-C4n-C52,2-DMC4CyC52.3-DMC42-MC53-MC5n-C6MCyC52,2-DMC52.4-DMC5BenzCyC62-MC62,3-DMC51,1-DMCyC53-MC6c-1,3-DMCyC5t-1,3-DMCyC5t-1,2-DMCyC53-EC5n-C7MCyC6ECyC5Tol

Area613.601163.7130.38136.79103.20787.25477.751521.02777.7332.0280.24827.831471.29116.75168.71520.01572.55202.51188.21313.5447.11

1700.132578.61114.561899.06

RatiosBenz/n_C6n_C7/MCyC6n C6/MCyC5+2,2 DMC5MCyC6/TolBenz/MCyC6Tol/n_C7CPMCPI2CPI3BiasPristane/n_C17Phytane/n_C18Pristane/Phytane

0.540.661.881.360.321.121.071.051.001.520.740.432.02

COMPONENTSn-C8m-Xylp-Xyln-C9i-C10n-C10i-C11n-C11n-C12i-C13i-C14n-C13i-C15n-C14i-C16n-C15n-C16i-C18n-C17Pristanen-C18Phytanen-C19n-C20n-C21n-C22n-C23n-C24n-C25n-C26n-C27n-C28n-C29n-C30n-C31n-C32n-C33n-C34n-C35n-C36n-C37n-C38n-C39n-C40n-C41

Area1603.101173.03329.261480.09536.181321.24310.861292.311114.22324.13317.811135.27508.081086.74542.921065.08992.22460.22900.16663.56769.96328.12776.47651.69560.26536.78495.13473.66422.87388.00346.32302.35293.51214.28183.64138.21148.5194.3971.5556.7651.4345.4340.5233.5123.88


Statoil6506/11-7

Core4598.62

G01033-69

COMPONENTSnC-10nC-11nC-12nC-13iC-15nC-14iC-16nC-15

snC-16J iC-18

nC-17PristanenC-18PhytanenC-19nC-20nC-21nC-22nC-23nC-24nC-25nC-26nC-27nC-28nC-29

, nC-30' nC-31

nC-32nC-33nC-34nC-35nC-36

Total abundance

Area

3.5261.24

220.18676.52662.981554.611128.69469.461142.87717.011167.55443.321080.38992.45856.29777.86713.88655.81583.76513.43459.52366.49358.99262.09228.95155.14157.93116.1167.8941.76

16633.13

Statoil6506/11-7

Core4609.27

G01033-72

Area

0.100.70

25.82152.28548.10556.551225.17700.30198.01506.67193.48415.89145.40307.78215.69144.4499.7472.6354.2844.0936.8531.8027.1824.5617.5022.7310.619.857.033.412.07

5799.89

Statoil6506/11-7

DST-34631

G01033-108

Area

1.3259.86

363.94205.48801.81446.721184.811296.46343.491326.58873.101274.66507.981077.941039.01958.00891.09830.84779.57684.49611.11529.43428.94395.72289.34230.47160.89165.27104.7756.8029.68

17888.38

Statoil6506/11-7

Mud4650

G01033-112

Area

244.90382.49961.36384.70544.97175.1262.05120.5531.9087.735.7355.6934.0521.0011.626.142.881.240.770.600.39

3135.87

Statoil6506/11-7

Core4665.13

G01033-73

Area

0.243.8252.67169.04344.14789.25737.98298.36874.90547.11922.97376.20858.53779.23707.78649.56607.55579.18518.02466.73420.17352.31322.82227.26192.55128.75126.38105.7644.8123.52

12227.33

Statoil6506/11-7

Core4674.54

G01033-76

Area

0.231.445.57

24.5964.82174.07539.74564.25223.07620.35258.84574.11222.85453.83316.35210.20139.3196.5069.4251.8643.8439.3135.0332.9921.9629.4512.3111.447.544.633.49

4851.71

RatiosCPMCPI2CPI3BiasPristane/n C17Phytane/n_C18Pristane/Phytane

1.091.081.041.600.630.381.62

1.131.120.996.790.380.351.33

1.071.051.021.540.660.401.72

0.260.075.57

1.071.071.031.400.630.411.45

1.141.131.006.480.420.391.16

Alkane gas chromatography: peak areas and ratios (page 1 of 4)


Statoil6506/11-7

Core4690.68

G01033-78

COMPONENTSnC-10nC-11nC-12nC-13iC-15nC-14iC-16nC-15nC-16iC-18nC-17PristanenC-18PhytanenC-19nC-20nC-21nC-22nC-23nC-24nC-25nC-26nC-27nC-28nC-29nC-30nC-31nC-32nC-33nC-34nC-35nC-36

Total abundance

Area

0.391.995.85

22.3250.10100.07314.27474.21245.79833.49599.69950.75486.931000.05993.90895.41872.78811.91769.96701.07633.71576.94474.95464.18353.25295.79209.03217.97144.3177.3144.12

13620.05

Statoil6506/11-7

Core4695.8

G01033-80

Area

0.4010.2197.64

308.10403.921022.83888.75249.231045.81594.891106.91417.931026.33869.09763.23670.89619.08567.10498.99440.50392.02315.12287.79212.89183.13125.50137.9776.2944.9525.49

13402.53

Statoil6506/11-7

DST-24700

G01033-109

Area70.49241.60480.61746.09265.94882.81421.301000.711000.99319.36970.25677.37916.87379.91852.14791.23714.69661.80631.57591.80533.86458.16403.96328.01292.69218.60179.04120.22123.7064.4847.6624.75

14619.95

Statoil6506/11-7

Core4704.39

G01033-82

Area

0.442.8113.6646.78143.33188.57575.69948.45450.521410.381092.691592.16683.401725.551523.321487.031394.771375.201288.941176.781027.88901.07697.99631.41426.90357.81220.47246.70165.8483.1238.07

21914.47

Statoil6506/11-7

Core4711.83

G01033-85

Area

0.080.782.689.68

21.9739.00128.05294.29153.44505.06369.90630.46261.15673.36677.52631.68623.24592.91561.45524.25443.44393.53295.38264.97186.68153.7296.85100.6159.0634.0920.31

8748.72

Statoil6506/11-7

Core4716.75

G01033-87

Area

0.301.9211.4836.0542.78148.87214.5980.02

317.62223.40340.89133.99347.97335.47310.96305.36287.80268.82250.51221.16202.34167.27142.22101.5077.8251.7052.3931.2617.779.53

4733.48

RatiosCPUCPI2CPI3BiasPristane/n C17Phytane/n_C18Pristane/Phytane

1.081.071.041.090.720.511.23

1.091.071.041.690.570.381.42

1.091.071.031.520.700.411.78

1.101.091.041.210.770.431.60

1.121.101.071.120.730.411.42

1.081.061.041.190.700.391.67



Statoil6506/11-7

Core4717.35

G01033-88


Total abundance

Area

0.502.250.730.645.3818.1411.0042.9022.2463.6224.1966.3057.1048.5442.4636.8531.6027.8924.6022.0817.4016.3811.4710.965.975.784.272.201.35

624.76

Statoil6506/11-7

Core4717.84

G01033-89

Area

0.352.289.5218.6425.5894.73162.7171.17234.54154.93265.8593.26

275.11270.39255.37252.90244.77235.74221.37200.18176.41144.34134.3498.3081.7555.0353.9730.2919.1210.70

3893.28

Statoil6506/11-7

Core4757.79

G01033-94

Area

0.121.39

16.6476.59

242.28279.74657.32496.13127.37485.21283.71472.44188.16434.30402.07361.53342.98308.79288.27258.94237.44215.21182.75169.57120.37106.4072.2269.2143.6825.6013.59

6978.47

Statoil6506/11-7

Core4759.17

G01033-95

Statoil6506/11-7

Core4762.65

G01033-96

Area

0.241.437.1714.0825.5895.45171.7070.02

238.51163.36282.89121.67297.77300.60277.95278.66265.16248.42237.08214.54197.40170.69154.71115.93101.4269.2567.6144.4025.3714.59

4273.41

Area

0.211.367.1210.0623.4586.79127.7340.95155.8490.77173.5772.71169.07155.47138.27132.63127.06121.64112.63100.9092.3176.5873.6353.5147.2031.3429.3523.2412.547.30

2295.00

Statoil6506/11-7

Core4781.9

G01033-41

Area

0.331.787.62

24.2768.06100.18267.90249.7269.12302.43175.50337.72140.89350.23373.77384.75322.35275.82221.74178.12160.52139.23113.52111.1580.6677.1253.4748.9937.6218.3010.76

4701.48


1.111.101.051.610.520.380.92

1.091.071.021.040.660.351.66

1.081.061.021.480.580.401.51

1.081.071.021.000.680.431.34

1.081.081.041.220.580.421.25

1.061.061.021.590.580.421.25



Statoil6506/11-7

Core4782.36

G01033-98


Total abundance

Area

0.161.569.2511.6625.4799.73188.6574.29271.23185.21316.77147.40328.54321.67292.80288.41272.06260.27240.64213.21193.16167.81153.27116.31102.1369.7964.7642.5424.9513.65

4497.19

Statoil6506/11-7

Core4786.12

G01033-99

Area

0.161.977.43

21.8226.0079.85120.5547.82167.19126.20185.9787.67194.95203.90191.93197.41192.57190.17178.34161.31145.88124.66102.6777.0161.9040.2139.7230.8613.286.77

3026.00

Statoil6506/11-7

Core4864.65

G01033-103

Area

0.715.4513.7219.0371.8989.1533.75150.1461.49156.6745.92153.31131.87116.43107.4797.7184.5077.7962.5255.6341.8538.8827.7427.7218.6516.1411.217.044.63

1729.00

Statoil6506/11-7

Core4868.64

G01033-49A

Area

1.340.530.231.105.661.92

25.214.5151.957.15

64.1761.4256.0348.4243.9236.2829.6522.3018.3612.138.746.444.612.572.181.571.010.60

519.98

Statoil6506/11-7

Core4872.65

G01033-107

Area

0.102.706.96

30.8516.60104.69161.4122.96221.6035.26256.8332.71

264.51255.82252.96233.29219.65185.53165.92119.65103.4572.2662.1046.4837.5727.1021.9511.507.983.98

2984.26


1.071.061.011.080.680.471.26

1.051.051.020.960.750.471.44

1.131.131.071.650.410.291.34

1.101.101.071.670.180.140.63

1.141.131.081.550.160.131.08



Statoil6506/11-7

Core4598.62

G01033-69

COMPONENTSnC-10nC-11nC-12nC-13iC-15nC-14iC-16nC-15nC-16iC-18n_C17Pristanen_C18Phytanen_C19n_C20n_C21n_C22n_C23n_C24n_C25n_C26n_C27n_C28n_C29n_C30n_C31n_C32n_C33n_C34n_C35n_C36

Total abundance

ng/g EOM

36317631291

22697396973926683425716025627116351064839383117812087391234120356424569981111370221023059888270808018514735899967603456017641529263647369583777899370062727017772360155159923516280061196916699842430440

171462083

Statoil6506/11-7

Core4609.27

G01033-72

ng/g EOM

11127495

276026162813158600775950443130990427487288211706954171342068561444655915545193290688230610815442871066371776575580288471394394008339994290555262629187125242967113417105270751303650122089

62010242

Statoil6506/11-7

DST-34631

G01033-108

ng/g EOM

124235638093427649193520875515644207266111586941221030832350561249391882230041200495547842321015225997856019022588839239978249647342141644660557555754986214403986737269962725034217059615153081556560986779534933279550

168475823

Statoil6506/11-7

Core4665.13

G01033-73

ng/g EOM

1757283393904141253045255105658506135470524221171664855264055642684184927886986364177577630652466774815136450370642934033839993345979431146802611663239302816846821427336954409936870783957332186174336

90639763

Statoil6506/11-7

Core4674.54

G01033-76

ng/g EOM

184611323439351940455114291373531425883844522281760171489492220424254530092175845035809962496197165858710991997614585477574092223458843102032764312602791732622323949714990229594873655727507

38282865

Statoil6506/11-7

Core4690.68

G01033-78

ng/g EOM

37591923856478

21563048404796690630366824582126237496880536635794530918672747049959663035960360086519518433277784510574397986774152612323255746964589218448514234133392858059201975221061161394418746976426313

131604931

Alkane gas chromatography: peak abundances (page 1 of 4)


Statoil6506/11-7

Core4695.8

G01033-80


Total abundance

ng/g Oil

272669766

6671122105058275976369883826072330170281371454054064531756288028554517012295593798452147234583803422981538746993409329300969326784362153022196627114545491251189857443942691521212307084174132

91571860

Statoil6506/11-7

DST-24700

G01033-109

ng/g EOM645567

2212673440168968330362435630808520138585069165017916756429248688886055620367783971023479392780429972464316545488606111957842135419994488936941960593699672300411226805832002044163975311010711132862590512436474226633

133896735

Statoil6506/11-7

Core4704.39

G01033-82

ng/g EOM

3849246641199894110361259414165689250583058333612395853412392392960096113989632600472315161655133847561306590012255234120833241132539510339849903151279173226132928554795437509953143931193714021676551457147730296334522

192553004

Statoil6506/11-7

Core4711.83

G01033-85

ng/g EOM

9729698334451206802738324860971596173366854619127136295913461103578590533255410839387884456737874298776901473909946998800653511655277824905572368213433030042327045191622812072581254191736232424991253202

109058310

Statoil6506/11-7

Core4716.75

G01033-87

ng/g EOM

658241848250239785657932409

3244850467708417441346922894486919374299772920504758440273119526777581665552462729395859100546012548204364410258364585230997762212245169624811269381141933681363387336207803

103170598

Statoil6506/11-7

Core4717.35

G01033-88

ng/g EOM

814136601119511043687578

295412179016698429362134103578339391610794179296437902576912825999425145134540924004773594312832822667401866841783819718494091695383577121915

10172037


CompanyWeilSample TypeDepthLab ID

Statoil6506/11-7

Core4717.84

G01033-89


Total abundance

ng/g EOM

310720321850241663782284028457981452721635386209400013832422373570832611

2456272241409522799842257976218538921047671976424178721715750111288709119938387766372991849132948186527043617072695514

34760129

Statoil6506/11-7

Core4757.79

G01033-94

ng/g EOM

280133545

4017401849720585108767557571587445311981738307597611717992685165811409593454400010488356971013687310118283071745746969617596253455573415151972664413371409507029069482569496174406216714421054885618344328251

168532259

Statoil6506/11-7

Core4759.17

G01033-95

ng/g EOM

567333596168118330165599726

22378444025347164147055915853829846663203928524576981076704721265164126533057621651458240575558247502981546278874001645362703027178172377759162351215850401040806594686341957

100186720

Statoil6506/11-7

Core4762.65

G01033-96

ng/g EOM

415226370138058195261455098168405924783947944903023895176136433678281410756328051030167152682969257360924654722360206218535819578861791169148602414287051038338915803608116569445450906243285141726

44531817

Statoil6506/11-7

Core4781.9

G01033-41

ng/g EOM

30261635969827

222548624043918620

24565882289837633782

27731901609254309681612918913211474342732035280392955823252914820332601633278147187312766961040944101916673960970718549027644926034495516783398629

43111166

Statoil6506/11-7

Core4782.36

G01033-98

ng/g EOM

23032183512985716375435766914003592648997104313938085702600610444802620697104613170451673241114484049749382021136546603378980299387427122272356271215213416332111434087979952909309597331350339191668

63147880



Statoil6506/11-7

Core4786.12

G01033-99


Total abundance

ng/g EOM

28843507313220938847346282114216302146287851347

29765372246824331090515608183470781363005134171033514524342844433856803174993287181725971442219388182796013709971102057715933707228549453236395120548

53873421

Statoil6506/11-7

Core4864.65

G01033-103

ng/g EOM

10149780391963442723361028955127612848302321490908802192242545657309

219450818875891666511153837313986551209482111349389484879626859908055648239711139681026699723095516044510072766288

24748759

Statoil6506/11-7

Core4868.64

G01033-49A

ng/g EOM

1305351372242107625520518668

2457284395650640169652

62554659875754621347196942814035368228899221740917896111826885201627904496025092212031533498365800

5068960

Statoil6506/11-7

Core4872.65

G01033-107

ng/g EOM

12633557091524

405905218461137769521240633021552916108464057337969143044834808743366439332879030700342890460244141821834781574522136140495091981725861169349436335655728885115137410497352349

39271433


AROMATIC GC ABUNDANCES (Peak Areas)

CompanyWell nameDepth (m)Sample typeLab ID

Statoil6506/11-7

4631 DST-3Oil

G01033-108

Statoil6506/11-7

4700 DST-2Oil

G01033-109

COMPONENTS2 methylnaphthalene1 methylnaphthalenebiphenyl2 ethylnaphthalene1 ethylnaphthalene2,6 + 2,7 dimethylnaphthalene1,3+1,7 dimethylnaphthalene1,6 dimethylnaphthalene1,4+2,3 dimethylnaphthalene1,5 dimethylnaphthalene1,2 dimethylnaphthalene1,3,7 trimethylnaphthalene1,3,6 trimethylnaphthalene1,3,5 +1,4,6 trimethylnaphthalene2,3,6 trimethylnaphthalene1,6,7+1,2,7 trimethylnaphthalenePhenanthrene3 methylphenanthrene2 methylphenanthrene9 methylphenanthrene1 methylphenanthrene

Total abundance

Area728.81362.60392.36345.2026.01

1356.961235.25878.60405.05253.70196.15570.80761.66508.38573.75403.55772.41588.24730.79501.24435.37

12026.90

Area107.6448.0353.9158.819.87

226.66242.80166.6379.6360.3255.98158.07210.41101.05144.5097.06

288.86196.26251.69195.06168.53

2921.75

Ratios

MPI1MPI2

1.161.28

1.031.16

Well NameDepth <m)Sample typeLAB ID

CompoundINTSTD

25nor28ab25nor30ab

23/324/325/3R25/3S24/426/3R26/3S27Ts27Tm28ab25nor30ab29ab29Ts30d29ba3Oab3Oba3 labS31abR

30G32abS32abR33abS33abR34abS34abR35abS35abR

27dbS27dbR28daR + 27aaS29dbS + 27bbR27aaR29dbR28aaR29aaS29bbR29bbS29aaR

27bbR27bbS28bbR28bbS29bbR29bbS3ObbR3ObbS

Ionm/z217

val7.\llm/zl77

m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91m/zl91

m/z217m/z217m/z217m/z217m/z217m/z217m/z217m/z217m/z217m/z217m/z217

m/z218m/z218m/z218m/z218m/z218m/z218m/z218m/z218

6506/11-74572.0Pick

GO1O33-19A

PkHt15865

113222

12604992132151026249754591

367676

350987345196

11601396438942214162243857906444503091751396623

262171242163672113724423353227793

3603264202734363504425

6506/11-74598.6Core

G01033-69

PkHt4206

340121

808500201231471213354572104474159

3058331433398

417712147325421117339253212137116736852

881584282643348370300241308268426

38836637227046638110394

6506/11-74631.0DST-3

GO1O33-1O8

6506/11-74650.0Mud

GO 1033-112

PkHt35223

2662339

35043083125113021224310985381340534830041740117473712533577817223273296198104417

166

7258520716874885122128835521030170516661176

231821221974152525952190787703

PkHt0

2956

352136646528483751869042985

255811334

26934238954753247681461188349

81508049174261641009358164

11095112821169399

6506/11-74665.1Core

GO1033-73

PkHt10255

634198

130793941539378638378899817971382395173636872677

720720271292102619925374543922391811479789

164412064921244632654496420593489747

755653627462798687168154

Alkane GC-MS data: peak heights

Well NameDepth <m)Sample typeLAB ID

CompoundINTSTD

25nor28ab25nor30ab

23/324/325/3R25/3S24/426/3R26/3S27Ts27Tm28ab25nor30ab29ab29Ts30d29ba30ab3Oba31abS31abR



27bbR27bbS28bbR28bbS29bbR29bbS30bbR3ObbS

Ionm/z217

mlT.111m/zl77




6506/11-74700.0DST-2

G01033-109

PkHt11434

1048198

133711564874954164436291158116138154183722154722421734054121195781031374577824059

25061749596

21984441042185372687701436

8567437045521045931295281

6506/11-74716.8Core

G01033-87

PkHt8508

166128

971683326326488296650815819103169

207939710403782951982603478766285148155121731047525

14659872871177383591245251279309379

363375352274425360121121

6506/11-74759.17

CoreGO1033-95

PkHt11761

1538342

214714356456311014557106714521984177430563388516168247500235814441112201465445942227921312614285

334423051096244410751376712856135311601248

165414961396105219651601506455

6506/11-74782.36

CoreGO1O33-98

PkHt8082

837208

1751119845248393644777412381497157275468272099661158811704120683315595393983472251751106557

207514975671579681856490530819676806

10939538546491178990271261

6506/11-74872.65

CoreG01033-107

PkHt6403

7385

53924711648

40784

3923045985287

1850207224264248663451439258624920916810770696944

2351711191691938716611713189

248

1581421321021641253121

Alkane GC-MS data: peak heights

Well Name

Depth (m)

Sample type

LAB ID

Ratio

27Ts/27Tm

30ba/30ab

29ba/29ab

31abS/31abR

32abS/32abR

(35abS+35abR)/(31 abS+31 abR)

(35abS+35abR)/(34abS+34abR)

29ab/(29ab+30ab)

28ab/30ab

30G/30ab

30d/30ab

(23/3)/30ab

(24/4)/(26/3R+26/3S)

(24/4)/30ab

30ab/(29aaS+29bbR+29bbS+29aaR)

29aaS/(29aaS+29aaR)

(29bbR+29bbS)/(29aaS+29bbR+29bbS+29aaR)

27aaR/(27aaR+28aaR+29aaR) %



(27bbR+27bbS)/(27bbR+27bbS+28bbR+28bbS+29bbR+29bbS)%



Ion

m/zl91

m/zl91

m/z 191

m/z 191

m/z 191

m/z 191

m/z 191

m/z 191

m/z 191

m/z 191

m/z 191

m/z 191

m/z 191

m/z 191

191,217

m/z 217

m/z 217

m/z 217

m/z 217

m/z 217

m/z 218

m/z 218

m/z218

6506/11-7

4572.0

Pick

G01033-19A

0.16

0.28

0.12

1.36

1.23

0.02

0.28

0.41

0.01

0.31

0.01

0.09

1.02

0.07

7.78

0.35

0.32

30.70

33.07

36.23

31.69

32.01

36.30

6506/11-7

4598.6

Core

GO 1033-69

0.55

0.29

0.13

1.35

1.34

0.09

0.63

0.42

0.02

0.27

0.10

0.19

0.83

0.11

3.36

0.36

0.46

32.40

27.93

39.66

33.62

28.62

37.76

6506/11-7

4631.0

DST-3

GO1O33-1O8

9.78

1.42

1.33

0.82

1.90

0.41

0.52

0.51

6.43

6.07

1.89

21.22

0.10

0.47

0.60

41.40

18.72

39.88

34.89

27.50

37.61

6506/11-7

4650.0

Mud

G01033-112

0.21

0.26

0.11

1.47

1.24

0.43

0.01

0.22

0.01

0.10

1.80

0.08

8.25

0.38

0.36

34.66

32.67

32.67

33.72

31.91

34.38

6506/11-7

4665.13

Core

GO 1033-73

0.56

0.28

0.13

1.26

1.18

0.08

0.57

0.42

0.02

0.28

0.12

0.18

0.67

0.11

3.20

0.36

0.48

33.71

26.45

39.84

35.36

27.35

37.29

6506/11-7

4700.0

DST-2

GO 1033-109

9.98

1.57

1.22

0.45

0.76

0.46

0.64

0.90

7.13

6.16

0.39

1.92

0.10

0.46

0.63

41.69

17.37

40.94

33.10

26.00

40.90

6506/11-7

4716.8

Core

G01033-87

1.00

0.33

0.18

1.26

1.93

0.09

0.56

0.41

0.03

0.26

0.35

0.33

0.52

0.17

2.42

0.40

0.48

38.03

24.33

37.64

34.34

29.13

36.53

6506/11-7

4759.17

Core

GO 1033-95

0.73

0.31

0.15

1.30

1.42

0.09

0.67

0.43

0.02

0.27

0.22

0.29

0.62

0.14

1.62

0.41

0.54

35.42

23.46

41.12

34.37

26.71

38.91

6506/11-7

4782.36

Core

G01033-98

0.83

0.29

0.13

1.45

1.35

0.06

0.43

0.44

0.03

0.27

0.17

0.30

0.77

0.16

2.08

0.40

0.53

34.45

24.79

40.77

35.79

26.29

37.92

6506/11-7

4872.65

Core

G01033-107

0.51

0.26

0.14,

1.31

1.19

0.12

0.81

0.43

0.02

0.24

0.09

0.22

0.86

0.16

4.25

0.32

0.38

31.80

27.35

40.86

36.45

28.43

35.12

Alkane GC-MS data: ratios

ALKANE GCMS - PEAK CONCENTRATIONS (in ppm)

Well NameDepth (m)Sample typeLAB ID

CompoundINTSTD

25nor28ab25nor30ab

23/324/325/3R25/3S24/426/3R26/3S27Ts27Tm28ab25nor30ab29ab29Ts30d29ba30ab3Oba31abS31abR



27bbR27bbS28bbR28bbS29bbR29bbS30bbR30bbS

Ionm/z217

m/zl77m/zl77




6506/11-74572.0

PickG01033-19A

ppra50.00

0.360.70

3.971.570.670.683.230.782.381.86

11.590.241.10

31.121.420.303.66

44.0112.276.985.1113.822.492.031.420.970.550.440.210.07

0.830.540.760.512.120.362.281.331.110.722.50

1.131.031.320.861.371.100.140.08

6506/11-74598.6Core

G01033-69

ppm50.00

4.041.44

9.615.942.392.755.602.534.216.8012.410.881.89

36.353.935.154.73

49.6614.438.706.4413.284.033.012.521.631.380.870.810.62

10.476.943.357.644.144.403.572.863.663.195.06

4.614.354.423.215.544.531.221.12

6506/11-74631.0DST-3

G01033-108

ppm50.00

3.780.48

4.974.381.781.85

17.381.567.644.830.490.430.590.572.485.270.760.821.160.320.390.420.280.150.590.000.240.000.000.00

10.307.392.396.931.734.090.781.462.422.361.67

3.293.012.802.163.683.111.121.00

6506/11-74665.13

CoreG01033-73

ppm50.00

3.090.97

6.374.582.021.923.831.873.844.878.760.671.17

25.223.104.253.30

35.149.886.305.009.712.622.211.911.170.880.720.470.43

8.025.882.406.073.083.192.422.052.892.383.64

3.683.183.062.253.893.350.820.75

6506/11-74700.0

OilGO1O33-1O9

ppm50.00

4.580.87

5.855.062.132.161.821.942.755.060.510.600.670.803.166.760.980.951.490.240.530.850.340.450.600.200.340.360.170.26

10.967.652.619.611.944.560.811.633.003.071.91

3.743.253.082.414.574.071.291.23

ALKANE GCMS - PEAK CONCENTRATIONS (in ppm)

Well NameDepth (m)Sample typeLAB ID

CompoundINTSTD

25nor28ab25nor30ab

23/324/325/3R25/3S24/426/3R26/3S27Ts27Tm28ab25nor30ab29ab29Ts30d29ba30ab30ba3 labS31abR



27bbR27bbS28bbR28bbS29bbR29bbS30bbR30bbS

Ionm/z217

m/zl77m/zl77




6506/11-74716.8Core

G01033-87

ppm50.00

0.980.75

5.714.011.921.922.871.743.824.794.810.610.9912.222.336.112.2217.345.773.542.814.501.670.870.910.710.430.610.440.15

8.615.801.696.922.253.471.441.481.641.822.23

2.132.202.071.612.502.120.710.71

6506/11-74759.17

CoreG01033-95

ppm50.00

6.541.45

9.136.102.742.684.31'2.374.546.178.430.751.83

23.953.766.873.5031.8910.026.144.738.562.781.951.791.190.910.540.600.36

14.229.804.6610.394.575.853.033.645.754.935.31

7.036.365.934.478.356.812.151.93

6506/11-74782.36

CoreG01033-98

ppm50.00

5.181.29

10.837.412.802.995.792.774.797.669.260.971.70

28.974.456.163.7836.3810.547.465.159.643.332.462.151.391.080.680.400.35

12.849.263.519.774.215.303.033.285.074.184.99

6.765.905.284.027.296.121.681.61

6506/11-74872.65

CoreG01033-107

ppm50.00

0.570.66

4.211.930.910.373.180.663.062.374.670.410.6814.451.621.752.0619.414.954.013.064.581.941.631.310.840.550.540.540.34

1.841.340.931.321.510.681.300.911.020.691.94

1.231.111.030.801.280.980.240.16

AROMATIC GCMS ABUNDANCE DATA


Statoil6506/11-7

Oil4631.0

G01033-108

COMPONENTSINT STD2-MN1-MNBiPh2-EN1-EN2 6-DMN2 7-DMN13+17DMN16-DMN2 3 + 1 4-DMN15-DMN1 2-DMN1 3 7-TMN1 3 6-TMN13 5 + 1 4 6 TMN2 3 6-TMN1 2 7-TMN1 6 7-TMN1 2 6-TMN1 2 4-TMN1 2 S-TMN2MBP3MBP4MBPP3-MP2-MP9-MP1-MPDBT4-MDBT(3+2)-MDBT1-MDBTReteneC20TAC21TASC26TARC26TA + SC27ASC28TARC27TARC28TAC21MAC22MAbSC27DMAbRC27MA + bRC27DMAbSC28MA+bSC28DMA+aRC27DMAaSC27DMAaRC27MAaSC27MAbRC28MA + bRC28DMA + bSC29MA + bSC29DMAaSC29MAaRC28MA+bRC29MA+bRC29DMAaRC29MA

Total Abundance

ION (m/z)188142142154156156156156156156156156156170170170170170170170170170168168168178192192192192184198198198219231231231231231231231253253253253253253253253253253253253

Height51088

4992642948204960641269668009

651193686530762437878749311557137190463235939647440532790885655122320530194360742108422391770412

9982724523481121560629339753017564213494243198108472533123309225461621076263502

5894351944220925291193504672297611687455864

13452144

Statoil6506/11-7

Oil4631.0

G01033-108

ppm504892894851248

637672746860305134455817282735532329659112369977443109861673755248419446212122167.53.4

0.60.41.92.22.51.20.50.72.91.17.30.8

13166

Statoil6506/11-7

Oil4700.0

G01033-109

Height26416

3300521917302611257234010387

361365354481411346450720168940660292474329948340441914853231097612862167031344726093151163857651930223181363945833429540697131689826119384095230313547639930956642321754

5703411052124814336282663011664611

4323464

7258302

Statoil6506/11-7

Oil4700.0

G01033-109

ppm503231882567110

3543474034411656524

2933961453041316334615385082276263273983102568222554109

4.11.7

0.60 31.01.21.40.6030 31.60.64.20.5

7154

Ratios2-MN/l-MN2 6 + 2 7-DMN/l 5-DMN2 3 6-TMN/l 4 6 + 13 5-TMN1 2 5-TMN/l 3 6-TMN3 MBP/2 MBP1.5*(3-MP+2-MP)/(P+9-MP+l-MP)3*2-MP/(P+9-MP+l-MP)(3-MP+2-MP)/(3-MP+2-MP+9-MP+l-MP)2-MP/(3-MP+2-MP+9-MP+l-MP)(C20TA+C21TA)/(ALL 20-28 TA)C21TA/(C21TA+RC28TA)SC26TA/SC28TARC27TA/RC28TA4-MDBT/l-MDBT4-MDBT/DBTDBT/P

142156170170168

192,178192,178

192192231231231231198

198,184184,178

1.699.752.030.0314.180.951.040.57031

20.962390.18

1.7210.842.090.0413.460.911.000.56031

23.192.740.13



APPENDIX 12

Carbon Isotope Data

Robertson

Carbon Isotope Ratio Data

Well

6506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-76506/11-7

LA

B ID

GO 1033-69G01033-108G01033-112GO 1033-73

G01033-109G01033-87G01033-95GO 1033-98G01033-107

Depth

4598.624631.04650.04665.134700.0

4716.754759.174782.364872.65

Sample type

CoreDST-3MudCoreOil

CoreCoreCoreCore

SATS-28.0

-28.77-27.9-28.6

-28.77-28.6-28.5-29.4-28.2

AROMS-27.1

-27.3-24.5*-27.3

-26.9-26.8-26.2-27.2-25.6

OIL

-28.53

-28.35

NSO

-25.48

-27.4

ASPH

NP

-28.14

* - small sample size, analysis may lack precisionNP - analysis not possible, oil contains no asphaltene



APPENDIX 13

Gas Composition and Isotope Data

Robertson

Gas Composition and Isotope Data

General data

Composition data

Isotope data

WellAPT ID

IFE no, GEORRI Lab ID

Depth, mSample type

Cl, %C2, %C3, %

iC4, %nC4, %iC5, %

nC5, %CO2, %

C1-C5, %Wetness, %

iC4/nC4

513C Cl

8D_C1

5I3C C2

513C C3

813C /-C4

813C«-C4

513C CO2

518O CO2

6506/11-712089

20011963GO 1033-108

4631DST357.19.311.43.28.63.34.13.097.041.20.4

-45.2

-207

-32.4

-29.8

-27.4

-29.4

-10.1

-7.9

6506/11-711883

20011683GO 1033-109

4700DST278.68.85.50.81.70.50.53.696.418.50.5

-45.2

-194

-32.3

-29.3

-27.7

-28.7

-9.4

-9.5

Petroleum Geochemistry Data Report-Molecular and stable isotope composition of gas

samples from NOCS Well 6506/11-7

Applied Petroleum Technology ASP. O. Box 1232027 Kjeller

Norway

Address: Applied Petroleum Technology ASP.O.Box 1232027 Kjeller

Telephone: +47 63 80 60 00Telefax: +47 63 80 1138

Report numberAPT01-164

Report TitlePetroleum Geochemistry Data Report- Molecular and stable isotopecomposition of gas samples fromNOCS Well 6506/11-7ClientStatoil

Client ReferenceJohn Scotchmer

ClassificationConfidential

Submitted2001-12-05

Service Order4500395287

Number of pages5

DistributionStatoil (8)APT (2)

AuthorsHarald JohansenSylviane Siegle

Name

Reviewed by

Approved by

Bjørg Andresen

Nigel Mills

Date

2001-12-05

2001-12-05

Signature

Sjørq fhdrt&>^

1 Introduction

Two gas samples from well 6506/11-7, DST 2 and DST 3 have been analysed for gas and

isotopic composition.

On the samples Ci - C5 and CO2 are quantified. The 813C value is measured on methane,

ethane, propane, the butanes and CO2, and the 818O value is measured on CO2. In addition the

8D value is measured on methane.

2 Analytical procedures

Aliquots of 0.2 ml are sampled with a syringe for analysis on a Porabond Q column connected

with flame ionisation (FID) and thermal conductivity (TCD) detectors. The detection limit

for the hydrocarbon gas components is 0.001 [il/ml, for CO2 0.05 (il/ml.

For the isotope analysis 5-10 ml of the gas is sampled with a syringe and then separated into

the different gas components by a Carlo Erba 4200 gas chromatograph. The hydrocarbon gas

components are oxidised in separate CuO-ovens in order to prevent cross contamination. The

combustion products CO2 and H2O are frozen into collection vessels and separated.

The combustion water is reduced with zinc metal in sealed quarts tubes to prepare hydrogen

for isotopic analysis. The isotopic measurements are performed on a Finnigan MAT 251 and a

Finnigan Delta mass spectrometer.

IFEs value on NBS 22 is -29.77 ± .06%o PDB.

The analytical procedures are tested with a laboratory gas standard mixture. Based on

repeated analysis of the gas standard, the reproducibility in the 813C value is better than 0.5%o

PDB for all components. The reproducibility in the 8D value is likewise better than 10%e.

3 Results

The normalised volume composition of the gas samples is shown in Table 1. As seen from

the table, the DST 3 sample has a higher amount of wetter components than the DST 2

sample. The stable isotope composition is shown in Table 2.

The molecular composition related to the carbon isotope variations in methane from the

samples are plotted in Figure 1 (Schoell, 1983), the carbon and hydrogen variations in

methane are plotted in Figure 2 (Schoell, 1983) and the carbon isotope variation in ethane

related to the carbon isotope variations in methane in Figure 3 (Schoell, 1983).

Table I Volume composition of gas samples (normalised values) from well 6506/11-7

Well

6506/11-7

6506/11-7

DST 2

DST 3

APT id

11883

12089

Q%

78.6

57.1

c2%8.8

9.3

c3%5.5

11.4

iC4

%

0.81

3.2

nC4

%

1.7

8.6

iCs

%

0.45

3.3

nCs

%

0.50

4.1

CO2

%

3.6

3.0

Sum Ci-Cs

96.4

97.0

Wet-ness

17.6

36.3

iC4/nC4

0.47

0.38

Table 2 Isotopic composition of gas samples from well 6506/11-7

Well

6506/11-7

6506/11-7

DST 2

DST 3

APT id

11883

12089

Q

-45.2

-45.2

6D

-194

-207

c26UC

-32.3

-32.4

c3

-29.3

-29.8

iC4

513C

-27.7

-27.4

nC4

8UC

-28.7

-29.4

CO2

813C

-9.4

-10.1

CO2

518O

-9.5

-7.9

4 Literature

Schoell, M. (1983). Grenetic characterisation of natural gases. The American Association ofPetroleum Geologists Bulletin, 67,2225-2238.



APPENDIX 14

NGS and RRI QC Data

Table 1Table 2

Robertson AGR rock standard - TOC and Rock Eval pyrolysis dataNGS standard NSO-1 and SR-1 data - Topping loss, extraction yields andbitumen composition data

Gas chromatography data

Table 1Figure 1(1-3)Figure 2Figure 3Figure 4

Whole oil GC- peak area data and ratios: NSO-1 standardWhole oil GC chromatograms: NSO-1 standardSaturates GC chromatogram: NSO-1 standardAromatic GC chromatogram: NSO-1 standardPyrolysis GC chromatograms: SR-1 standard

Gas chromatography-mass spectrometry data

Table 1Figure 1(1-10)Figure 2(1-4)

Alkane GC-MS peak height ratios: NGS sample NSO-1Alkane GC-MS chromatograms: NSO-1 standardAromatic GC-MS chromatograms: NSO-1 standard

Robertson

Robertson AGR Rock standard - TOC and Rock Eval Pyroiysis Data

TOC DataDate

30/08/200130/08/200130/08/200111/09/200111/09/200111/09/200103/10/200103/10/2001037i6/266T 1Most likely ValuePermissible Range

StdS/N

15431543154315431543154315431543154315431543

StdName

AGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR Std

S1mg/g2.262.292.282.252.342.242.242.302.272.29

2.18-2.41

Rock Eval I! DataDate

06/08/200106/08/200106/08/200106/08/200106/08/200130/08/200130/08/200130/08/200130/08/200130/08/200131/08/200103/09/200103/09/200103/09/200103/09/200103/09/200103/09/200103/09/200103/09/200104/09/200104/09/200112/09/200104/10/200104/10/2001Most likely ValuePermissible Range

StdS/N

16741674167416741674167416741674167416741674167416741674167416741674167416741674167416741674167416741674

StdName

AGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR StdAGR Std

S1mg/g0.510.550.590.520.540.570.650.570.590.580.620.580.590.600.600.540.580.620.550.570.580.560.620.620.61

0.55-0.67

S2mg/g5.996.116.636.186.116.436.706.426.406.496.716.006.526.306.396.386.306.266.126.256.096.176.476.446.61

5.95-7.27

TmaxdegC437437438438439435436437437439437436437437437438438438439437439438437440437

434-440

NGS Standard NSO-1 and SR-1 Data

Topping DataDate

24/09/2001

StdS/N

NSO-1 1663Most likely ValuePermissible Range

C15+Wt%71.977.070-83

Asphaltene Precipitation DataDate

24/09/2001

StdS/N


AsphaltWt% of topped oil

1.11.9

1.0-4.0

Solvent Extraction DataDate

11/09/2001

StdS/NSR-1

Most likely ValuePermissible Range

Extraction Yieldmg/kg49654800

4300-5800

LC DataDate

08/10/2001

StdS/N


Satsnorm Wt % of deasph

64.657.0

56-58

Aramsnorm Wt % of deasph

24.027.0

26-30

NSOsnorm Wt % of deasph

11.416.0

13-19

latroscan DataDate

10/07/200127/09/2001

StdS/N

NSO-1 1663NSO-1 1663

Most likely ValuePermissible RangeDate

10/07/200127/09/2001

StdS/N

NSO-1 1663NSO-1 1663

Most likely ValuePermissible Range

Satsnorm Wt % of deasph

53.854.958.0

40-60Sats

norm raw peak areas47.549.542.0

40-50

Aromsnorm Wt % of deasph

37.637.336.0

25-42Aroms

norm raw peak areas37.638.541.036-48

NSOsnorm Wt % of deasph

8.67.88.0

5-13NSOs

norm raw peak areas14.912.010.09-17



Gas Chromatography Data

Robertson



NGS StdNSO-1

COMPONENTSn-C4n-C52.2-DMC4CyC52.3-DMC43-MC5n-C6MCyC52,2-DMC52.4-DMC5BenzCyC63-MC6c-1,3-DMCyC5t-1,3-DMCyC5M,2-DMCyC53-EC5n-C7MCyC6ECyC5Toln-C8m-Xylp-Xyl

Area774.561652.1554.80275.07140.82

1118.632445.831262.9860.45138.79

1006.732280.771008.62333.66312.11576.3888.87

3056.894165.40259.092656.913217.071837.04451.37

RatiosBenz/n_C6n_C7/MCyC6n_C6/MCyC5+2,2_DMC5MCyC6/TolBenz/MCyC6Tol/n_C7CPMCPI2CPI3BiasPristane/n_C17Phytane/n_C18Pristane/Phytane

0.410.731.851.570.240.871.010.990.992.010.580.471.50

COMPONENTSn-C9i-C10n-C10i-C11n-C11n-C12i-C13i-C14n-C13i-C15n-C14J-C16n-C15n-C16i-C18n-C17Pristanen-C18Phytanen-C19n-C20n-C21n-C22n-C23n-C24n-C25n-C26n-C27n-C28n-C29n-C30n-C31n-C32n-C33n-C34n-C35n-C36n-C37n-C38n-C39n-C40n-C41

Area3494.361022.253070.15579.823007.292666.53589.45612.22

2603.39846.34

2315.01948.942345.732078.13908.921813.701044.061470.28696.721279.621146.70931.73855.01739.42654.27540.99488.95447.07415.76391.65349.21275.46230.31219.62161.44111.3983.2590.3864.4063.5857.2843.81

NGS Sample NSO-1 Alkane GC/MS Peak Height Ratios

191 Ion 191 Ion 177 Ion 217 Ion 218 Ion

Date

26/09/2001

08/10/2001

File

Name

26090101.d

08100101 .d

Std

S/N

1412

1412

Most likely Value

Permissible Range

23/3

30ab

0.05

0.05

0.07

0.04-0.09

35abR

30ab

0.09

0.08

0.08

0.06-0.13

25nor30ab

25nor28ab

0.42

0.40

0.5

0.3-0.8

29aaR

27dBs

0.52

0.56

0.3

0.2-0.6

29bbS

27bbR

0.88

0.91

0.9

0.7-1.2

Documents

6 STATOIL - Oljedirektoratet · Final Well Report Exploration and Development PL134B Well 6506/11-7 Restricted Doc. no. 02Y94*6003 Date 2002-02-05 6 STATOIL Rev. no. 0 54 of 102 #