6706/6-1 geological completion report hvitveis well … · 6706/6-1 geological completion report...

6706/6-1 Geological Completion Report

HVITVEIS WELL 6706/6-1 RCI PRESSURE MEASUREMENTS

SampleNumber

191820212212454647484950515253344455443679104284140393736381112131415171623242527262829313032333534

DEPTHLWD Depth

MD(mRKB)

3243,53244,03245,13247,53248,83264,73265,03265,53265,53265,53265,53265,53265,53265,53265,53265,53265,53266,33266,53267,03267,03267,33270,03272,53272,53272,53273,23273,53276,53277,03279,03280,03280,33280,53286,53287,03290,03294,53311,03321,53322,03328,53338,53359,53373,03373,53387,83399,03406,03406,53410,03423,23427,63430,5

DepthShiftedto WL(mRKB)

3240,983241,453242,483245,103246,333261,563261,863262,353262,353262,353262,353262,353262,353262,353262,353262,353262,353263,133263,323263,763263,763264,033266,603269,313269,313269,313270,013270,263273,073273,583275,623276,643276,943277,153283,063283,563286,713291,433307,843317,633318,133324,593334,343355,583369,383369,883384,543396,223402,283402,813406,463419,113423,513426,41

DepthShift(m)

-2,5-2,6-2,6-2,4-2,5-3,1-3,1-3,2-3,2-3,2-3,2-3,2-3,2-3,2-3,2-3,2-3,2-3,2-3,2-3,2-3,2-3,3-3,4-3,2-3,2-3,2-3,2-3,2-3,4-3,4-3,4-3,4-3,4-3,4-3,4-3,4-3,3-3,1-3,2-3,9-3,9-3,9-4,2-3,9-3,6-3,6-3,3-2,8-3,7-3,7-3,5-4,1-4,1-4,1

InitialHydrostatic

(bars)411,870411,980412,070412,375412,472414,800414,850414,359414,359414,361414,359415,626414,359414,359414,243414,397414,810414,346415,490415,177414,116414,514415,506415,798415,667415,630415,514415,799415,652415,725416,062416,006415,930416,176417,248417,440417,870418,284420,470421,770421,870422,270423,659426,166427,825427,983429,790431,116431,908432,163432,458434,151434,576435,026

InitialHydrostatic

(psia)5972,125973,715975,025979,445980,846014,606015,336008,216008,216008,236008,216026,586008,216008,216006,526008,766014,756008,026024,616020,076004,686010,456024,846029,076027,176026,646024,956029,096026,956028,016032,906032,096030,996034,556050,106052,886059,126065,126096,826115,676117,126122,926143,066179,416203,466205,756231,966251,186262,676266,366270,646295,196301,356307,88

FormationPressure

(bars)

331,681331,890332,345331,781334,149332,711330,510

331,663331,880331,850331,699331,707

332,550350,569

333,436332,301

347,966347,093336,637334,552335,932

337,748338,560341,230

353,143

FormationPressure*

(psia)4750,004750,004750,004750,004750,004750,004750,004809,37

4809,114812,264811,834809,644809,754750,004821,985083,254750,004750,004834,824818,364750,004750,004750,004750,004750,004750,005045,515032,854881,244851,004871,014750,004750,004897,354909,124947,844750,004750,004750,004750,004750,004750,004750,004750,004750,005120,57

FinalHydrostatic

(bars)411,880411,940412,030412,115412,518

414,800414,362414,567414,437414,380414,571414,271414,335414,245414,567414,750414,369414,604415,060414,020414,428415,693415,870415,630414,950415,316415,672415,472415,781415,847416,101416,017416,123417,270417,480417,960418,420420,490421,460421,770422,198423,610426,184427,899427,945429,795431,105431,952431,883432,355434,075434,552435,007

FinalHydrostatic

(psia)5972,265973,135974,445975,675981,51

0,006014,606008,256011,226009,346008,516011,286006,936007,866006,556011,226013,886008,356011,766018,376003,296009,216027,556030,126026,646016,786022,086027,246024,346028,826029,786033,466032,256033,786050,426053,466060,426067,096097,116111,176115,676121,876142,356179,676204,546205,206232,036251,026263,306262,306269,156294,096301,006307,60

Perm(mD)

1,146

3,1871,2602,2975,317

0,7071,343

0,9001,623

1,6001,9021,1153,974

2,2001,9001,600

CommentTightTightTightTightTightTightTight

840cc sample840cc sample840cc sample840cc sample840cc sample4 litre sample

Gas in lineGas in line

Super ChargedSuper Charged

TightSuper ChargedSuper Charged

TightTight

Super Charged

TightTightTightTightTightTight

Super ChargedSuper ChargedSuper Charged

TightTight

TightTightTightTightTightTightTightTightTight

Super Charged?

* NOTE: A formation pressure of 4750psi denotes tight formation (for plotting purposes only)

NOTE: All pressure measurements on Quartz gauge (ie. absolute pressure measured)

Table 2.11: Hvitveis well 6706/6-1 RCI Pressure Measurements

Page 45


Details of the pressure testing and a full list of the sampling is provided Appendix. 7.

2.9.6 RCI Sampling

Five 840 cc samples and one 4000 cc sample were collected from the same depth in the gas zonein this well.

Detailed sampling history:

Several RCI samples were taken in the gas bearing reservoir at a depth of 3265.5mRKB (depthreference unconnected LWD logging run). This depth corresponds to 3262.35mRKB for the depthshifted wireline logs. The sampling process started at 15:08 on June 8. Fluid was pumped throughthe tool in order to get as clean as possible formation fluid, before the actual sampling was started.During the fluid pump through process the resistivity of the fluid was monitored. The resistivitywas very much stable and very slowly increasing from 0.283 to 0.303 ohmm by 19:30 when 43.2liters of fluid had been pumped through the tool. For comparison, the resistivity of the mud filtratewas 0.0696 ohmm at 23.5°C with an equivalent resistivity of 0.0342 ohmm at reservoirtemperature (70°C). This indicated that formation water rather than mud filtrate was pumpedthrough the tool. The optical analyzer showed no signs of hydrocarbons. At 19:35 the tension inthe wireline cable showed significant overpull (650 pounds) due to the rising tide, and it wasdecided to fill two 840cc chambers to secure samples in case the tool would break loose from theborehole wall, when the tension in the cable was released. During sampling, the resistivityunexpectedly rose to about 7000 ohmm and the sample bottles were overfilled by more than 200ccindicating that a compressible fluid most likely containing gas had been sampled.

The reason for the observed resistivities during pumping of fluid through the tool (approximately0.28-0.30 ohmm), probably was due to that the resistivity read by the sensor resulted from acombined response from mud filtrate and gas bubbles. During the sampling, when the fluid wasstationary in front of the resistivity meter, the sensor apparently made more direct contact with thegas bubbles resulting in very high resistivity readings.

After the two first chambers were sampled, it was decided to fill three more 840cc bottles and onelarge 4 liter chamber (Table 2.12). As all of the samples contained filtrate, the samplingapparently did not reach beyond the invaded zone of the well bore.

TestNo.464748495051

Chamber Serial No.

369 137369 139369 214

10 047 69610 047 695

311994

ChamberVolume (cc)

840840840840840

4000

VolumePumped (cc)

107210831640159315206910

Sampling Resistivity(ohmm)

5100-710050007100530061005500

Table 2.12: RCI sampling results

It was decided to open test bottles no. 47 and 50 at the well site to find out about the content of thechambers. The chambers contained gas and fluid as described in Table 2.13. The fluid wasdominantly mud filtrate with a thin film of condensate. The fluid resistivity was 0.06-0.07 ohmmconsistent with the mud filtrate sample from the mud referred to above. Some of the fluid (25 ml)

Page 46

ESSO NORGE A Q 6706/6-1 Geological Completion Report

was put in a graded settling tube. After settling for a while the tube showed the following frombottom to top: mud filtrate, 1 ml brown scum, approximately 0.5 ml clear condensate on top. Thecondensate had an odour akin paint thinner and had a moderately bluish-white direct fluorescence.

SampleChamberSerial No.369 139

10 047695

Gas(ft')

1.0

1.5

Fluid(ml)

194

342

Chamberpressure(bar)137.93

337.93

Odour

akinpaintthinner

akinpaintthinner

Fluorescence

mod bluish-white direct

mod bluish-white direct

FluidResistivity(ohmm)0.0661 at15°C

0.0728 at15.1°C

Comment

Appeared to have a thinskim of gas condensatefloating on the surface(clear fluid)Appeared to have a thinskim of gas condensatefloating on the surface(clear fluid)

Table 2.13: Contents of opened RCI bottles onboard West Navigator

The fluid sample of the second chamber (10 047 695) was filtered and the resistivity of the filtratewas measured to 0.0736 ohmm at 14.6°C. The chloride content was measured to 110 000 ppm.For comparison the chloride content of the mud filtrate as measured from a mud sample was 120000 ppm.

The gases recovered from both chambers were repeatedly analyzed through a chromatograph withthe results documented in Table 2.14.

SampleChamberSerial No.369 139369 139

10 04769510 047695

Injection

1212

Time

08:03:5608:13:5608:28:5608:33:56

Cl(ppm)

96200108515196607195274

C2(ppm)

12160120042101019370

C3(ppm)

594656921037810397

iC4(ppm)

93492817721800

nC4(ppm)

1303128324472344

iC5(ppm)

0000

nC5(ppm)

50049511191093

Table 2.14: Chromato graphic break down of gas samples

At the onshore laboratory (Reslab as) the chambers were heated to approximately 65°C,pressurized to 650 bar, subsequently stabilized for 24 hours for the fluid to homogenize, and thentransferred to storage bottles (Table 2.15). The 4 liter chamber was transferred to 3 bottles.Constant Mass Expansion (CME) and compositional analysis will be performed on bottle TS-18207. Bottle TS-1902 has been sent to geochemical analysis.

Page 47

ESSO NORGE A; 6706/6-1 Geological Completion Report

ChamberSerial No.369 137369 214

10 047 696311994

ChamberVolume

(cc)840840840

4000

StorageBottle No.

TS-6304TS-29005TS-1303TS-61005TS-18207TS-1902

Drained FiltrateVolume

(cc)2203103401000

Flowing ReservoirPressure

(bar)331.89331.78334.15330.51330.51330.51

FlowingTemperature

(°C)69.472.872.873.073.073.0

Table 2.15: Transfer of RCI chamber contents to storage bottles

2.10 Fluid Analysis Summary

Reslab did the fluid analysis work onshore. There was no lab present at wellsite. Baker Atlas didone RCI run at TD of the 6706/6-1. The RCI run were successful, collecting 6 samples and trying52 Pressure points.

See below for a summary of fluid analysis. For a full evaluation, please see Reslab Report,Transfer and PVT Analysis of Gas Condensate Samples, 6706/6-1. The samples were transferredto storage bottles, Table 2.16.

Sample No 2-369139 was opened at wellsite.RCI Samples

RCIChamber no

369137369214

10047688311994

Openingpressure

200500300360

Transferred tostorage bottle

TS-6304TS-29005TS-1303

TS-61005TS-18207TS-1902

Drained filtrate CC,All samples contained

Water/ mud filtrate2203103401000

Comment

4 liter chamber

Table 2.16: Transfer of RCI chambers, opening pressures and contents

The samples from the RCI chambers and one of the 3 transferred samples were transferred to aPVT cell for dew point determination. The results in Table 2.17 show that none of the samples arerepresentative. All dew points are higher than reservoir pressure, indicating draw down and liquidsegregation in the wellbore during sampling. The total content of liquid drop out in the samplesindicates that this is a relatively dry gas condensate with a maximum liquid drop out around 1%.

The sample with the lowest Dew Point value closest to reservoir pressure is the mostrepresentative sample.

8


RCI Chamberno

369137369214

10047688311994

Transferred tostorage bottle

TS-6304TS-29005TS-1303TS-61005TS-18207TS-1902

TransferredVolume, cc

300320435750750750

Transfer pressure,Bar650650650650650650

Dew point pressureBar435

435

440

390

Table 2.17: Transfer of RCI chambers to storage bottles, volumes and transfer pressures

A sample from the 4 liter chamber, Sample TS- 1902, was sent to Pencor for compositionalanalysis. A reservoir pressure to 200 psig flash was performed by Pencor on the reservoir fluidsample received from Esso Norge on August 14, 2003. The results of the compositional analysisperformed on the flash gas, is shown in Table 2.18 below.

Compositional Analysis of Separator GasSampling Conditions: 13.8 bar (200 psig) at 26.7 °O (80 °F)

Hvitveis RCI Sample from ProServe Cylinder TS-1902 (RCI Chamber 311994)

Hvitveis Well No. 6706/6-0

PENCOR ID No. 29137-01

EPR-1256

Component

NitrogenCarbon DioxideHydrogen SulfideMethaneEthanePropaneIso-ButaneN-ButaneIso-PentaneN-PentaneHexanesHeptanesTotals

Mole %

1,5272,3710,000

90,0533,2661,4310,2190,3610,1450,1240,1310,372

100,000

GPM@ 14.73 psia

0,0000,0000,0000,0000,8720,3940,0710,1140,0530,0450,0550,1551,759

Wt%

2,3065,6270,000

77,8995,2953,4020,6851,1320,5640,4830,6101,997

100,000

Mole Weight

28,01344,01034,07616,04330,07044,09758,12358,12372,15072,15085,642100,926

Calculated Properties of GasGas Specific GravityNet Heat ofCombustionGross Heat ofCombustion

(Air = 1.00)(Btu/Cu.Ft. @ 14.73Psia @ 60 °F)(Btu/Cu.Ft. @ 14.73Psia @ 60 °F)

Gross Heat of Combustion - Sat.

GasCompressibility

= 0,6417Dry = 961,1

Dry = 1 064,1

(Btu/Cu.Ft. @ 14.73Psia @ 60 °F)

(@ 1 Atm. @ 60 °F)

Real

Real

Wet = 1 045,5

Z = 0,9975

Table 2.18: Compositional analysis of Separator Gas

Page 49


Hole size,inches,

Shallow gasPilot hole:9 7/8"Main Well42"28"17"12 W

Depthm mdrkb

1328-2050

1331-1428

1428-20502050-32203220-3451

Casing,Inches

36

2013 3/8

—

Casing, Depthmmdrkb

1422

20423211

—

Mud type

Seawater

Seawater

SeawaterKCL/ GlydrilKCL/ Glydril

Mudweight(SG)

1.05

1.05

1.051.221.28

Leak off/FormationIntegrityTest (SG)

--

1.271.49

Table 1.2: Hole sizes and Mudweight

GEOCHEMICAL REPORT ONWELL NOCS 6706/6-1

Authors: Peter B. Halllan Ferriday

Geolab Nor A/SHornebergveien 5P.O. Box 5740 Fossegrenda7002 TrondheimNorway

Date: October 2003

GEOLABWNOR

Chapter 1

INTRODUCTION

1.1 General Well Information

The aims of the analytical program were mainly to evaluate the source potential and migrated

hydrocarbons. One objective was to characterise and compare the migrated hydrocarbon stain

in the sands between 3100 m and 3280 m with potential source shales.

Samples were chosen from a total of thirty-three samples (canned cuttings, swc and core

chips) were analysed by various techniques including headspace gas composition and gas

isotope composition, total organic carbon (TOC) content, Rock-Eval pyrolysis, thermal

extraction- and pyrolysis-gas chromatography, visual kerogen analysis, vitrinite reflectance

measurement, solvent extraction, liquid chromatography (MPLC), gas chromatography

(saturated and aromatic hydrocarbon fractions), GC-MS and bulk fraction isotope analysis.

These samples covered the interval from 2100 m to 3300 m. A water-based mud system was

used in drilling the well although the composition of the mud also included the organic mud

additive glycol. This causes problems in the interpretation of source potential as washing

does not remove this from low mature shales and the source potential will be over-estimated.

GEOLABWNOR

Apppendix 1. Tables

GEOLABWNOR

Table 1 Analytical program for 6706/6-1

Wel

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NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

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GEOLABWNOR

Table 1 Analytical program for 6706/6-1

Wel

l

NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1Total

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Table nos.:28002820286029002980304031403140316032003200324432603265.53270327332783279.7732803280.923282.753283.553300

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EO

M

Vit

rini

te R

efle

ctan

ce

X

X

X

X

X

X

10

Vis

ual k

erog

en

X

X

X

X

X

X

10

GEOLABWNOR

Table 2a Headspace gas amounts: HEADSPACLower depth

Well name (m) C1 C2 C3 iC4 nC4 iC5 nC5 nC6 C5+ SumC1-C4 Sum C2-C4 Wetness iC4/nC4NOCS 6706/6-1 2140NOCS 6706/6-1 2200NOCS 6706/6-1 2280NOCS 6706/6-1 2340NOCS 6706/6-1 2500NOCS 6706/6-1 2720NOCS 6706/6-1 2860NOCS 6706/6-1 3040NOCS 6706/6-1 3140NOCS 6706/6-1 3200NOCS 6706/6-1 3280

Table 2b Headspace gasWell name Lower

9773 29810666 42012790 52920158 73410862 69012071 12506621 96913836 86123498 233112275 19553384 282

amounts: HEADSPACdepth (m) C1

5112316047610771160118529712434235

C2

31 165 2111 5142 40177 143375 271437 333420 408716 847637 76154 80

C3

72550516913817118228927436

iC4

0021032567810718819028

00027122028524910

nC4

10327591170306420482860859129

10108111641345821235123471504495191670930363180614035

CO2

3354986681077148529732899287368655786652

3.34.555.11219.30.17.22.32.16.

8502060001

36.9632.0921.863.541.241.391.311.030.850.840.67

NOCS 6706/6-1 2140NOCS 6706/6-1 2200NOCS 6706/6-1 2280NOCS 6706/6-1 2340NOCS 6706/6-1 2500NOCS 6706/6-1 2720NOCS 6706/6-1 2860NOCS 6706/6-1 3040NOCS 6706/6-1 3140NOCS 6706/6-1 3200NOCS 6706/6-1 3280

-46.59-45.34-43.31-43.44-43.41-40.99-39.33-38.56-37.74-38.00-41.63

-33.76-32.39-29.46-31.65-31.10-30.28-31.30-30.56-31.31-31.22-32.11

-30.36-30.76-30.15-31.50-31.04-31.70-31.54-30.91

-30.92-30.99-30.72-32.64-32.69-31.12-30.58-30.42

-31.17-31.49-30.11-32.32-31.97-33.24-30.85-31.44

-16.36-18.92-17.18

-13.54-12.71-15.00-15.38-14.79-10.89

GEOLABWNOR

Table 3 Sample

Well nameNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

descriptions:Upperdepth (m)210021002100210021002100212021202120212021402140214021402140220022002200

SAMPLESLowerdepth (m)210021002100210021002100212021202120212021402140214021402140220022002200

Sampletypecutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcut

Descriptionbulk fractionshale/claystonesandstone/sandcontaminantcarbonateshale/claystonebulk fractionshale/claystonesandstone/sandshale/claystonebulk fractionshale/claystonesandstone/sandcarbonateshale/claystonebulk fractionshale/claystonesandstone/sand

%Lithology

601510510

702010

6025510

955

SamplenumberX03/0013-0X03/0013-1X03/0013-2X03/0013-3X03/0013-4X03/0013-5X03/0014-0X03/0014-1X03/0014-2X03/0014-3X03/0001-0X03/0001-1X03/0001-2X03/0001-4X03/0001-5X03/0002-0X03/0002-1X03/0002-2

Table 3 Sample descriptions: SAMPLES

GEOLABWNOR

Well nameNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

Upperdepth (m)22402240224022802280228023402340234023602360236025002500250026802680268027002700

Lowerdepth (m)22402240224022802280228023402340234023602360236025002500250026802680268027002700

Sampletypecutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcut

Descriptionbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystone

%Lithology

8020

9010

9010

9010

8515

8020

65

SamplenumberX03/0015-0X03/0015-1X03/0015-2X03/0003-0X03/0003-1X03/0003-2X03/0004-0X03/0004-1X03/0004-2X03/0016-0X03/0016-1X03/0016-2X03/0005-0X03/0005-1X03/0005-2X03/0017-0X03/0017-1X03/0017-2X03/0018-0X03/0018-1


GEOLABWNOR


Upperdepth (m)27002720272027202770280028002800280028002820282028202820286028602860290029002900

Lowerdepth (m)27002720272027202770280028002800280028002820282028202820286028602860290029002900

Sampletypecutcutcutcutmudcutcutcutcutcutcutcutcutcutcutcutcutcutcutcut

Descriptionsandstone/sandbulk fractionshale/claystonesandstone/sandbulk fractionbulk fractionshale/claystonesandstone/sandcontaminantcontaminantbulk fractionshale/claystonesandstone/sandcontaminantbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystonesandstone/sand

%Lithology35

8515

100

603010tr

6040tr

7525

5050



GEOLABWNOR


Upperdepth (m)29002980298029803040304030403140314031403160316031603160320032003200324432443260

Lowerdepth (m)29002980298029803040304030403140314031403160316031603160320032003200324432443260

Sampletypecutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutswcswccut

Descriptioncontaminantbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystonesandstone/sandbulk fractionshale/claystonesandstone/sandcarbonatebulk fractionshale/claystonesandstone/sandbulk fractionsandstone/sandbulk fraction

%Lithologytr

7030

6040

8020

8020tr

9010

100


GEOLABWNOR



Upperdepth (m)3260326032603265.53265.53265.53270327032733273327832783279.773279.7732803280328032803280.923280.92

Lowerdepth (m)3260326032603265.53265.53265.53270327032733273327832783279.773279.7732803280328032803280.923280.92

Sampletypecutcutcutswcswcswcswcswcswcswcccpccpccpccpcutcutcutcutccpccp

Descriptionshale/claystonesandstone/sandcontaminantbulk fractionsandstone/sandcontaminantbulk fractionsandstone/sandbulk fractionsandstone/sandbulk fractionsandstone/sandbulk fractionshale/claystonebulk fractionshale/claystonesandstone/sandcontaminantbulk fractionshale/claystone

%Lithology655

30

100tr

100

100

100

100

701515

100


10

GEOLABWNOR


Well nameNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

Upperdepth (m)3282.753282.753283.553283.553283.553300330033003300

Lowerdepth (m)3282.753282.753283.553283.553283.553300330033003300

Sampletypeccpccpccpccpccpcutcutcutcut

Descriptionbulk fractionshale/claystonebulk fractionshale/claystonesandstone/sandbulk fractionsandstone/sandshale/claystonecontaminant

%Lithology

100

955

9055

SamplenumberX03/0029-0X03/0029-1X03/0012-0X03/0012-1X03/0012-2X03/0025-0X03/0025-1X03/0025-2X03/0025-3

11

GEOLABWNOR

Table 4a %TOC

WellNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

Upperdepth (m)210021002120212021402140220022402280234023602500268027002720280028202860

Lowerdepth (m)210021002120212021402140220022402280234023602500268027002720280028202860


Descriptionshale/claystonelam shale/claystoneshale/claystonelam shale/claystoneshale/claystonelam shale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystone

%Lithology701080107010958090909085806585606075

TOC1.271.611.181.41.131.51.091.150.861.491.31.271.291.511.521.791.681.45

SamplenumberX03/0013-1+5X03/0013-5X03/0014-1+3X03/0014-3X03/0001-1+5X03/0001-5X03/0002-1X03/0015-1X03/0003-1X03/0004-1X03/0016-1X03/0005-1X03/0017-1X03/0018-1X03/0006-1X03/0019-1X03/0020-1X03/0007-1

12

GEOLABWNOR

Table 4a %TOC

WellNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

Upperdepth (m)29002980304031403160320032603279.7732803280.923282.753300

Lowerdepth (m)29002980304031403160320032603279.7732803280.923282.753300

Sampletypecutcutcutcutcutcutcutccpcutccpccpcut

Descriptionshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystone

%Lithology50706080809065100701001005

TOC1.671.661.591.511.541.331.271.551.161.641.541.34

SamplenumberX03/0021-1X03/0022-1X03/0008-1X03/0009-1X03/0023-1X03/0010-1X03/0024-1X03/0027-1X03/0026-1X03/0028-1X03/0029-1X03/0025-2

13

GEOLABWNOR

Table 4b RockEval data

WellNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-130

Upperdepth (m)21002100212021202140214022002240228023402360250026802700272028002820286029002980304031403160320032603279.7732803280.923282.753300

Lowerdepth (m)21002100212021202140214022002240228023402360250026802700272028002820286029002980304031403160320032603279.7732803280.923282.753300

Sampletypecutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutcutccpcutccpccpcut

Descriptionshale/claystonelam shale/claystoneshale/claystonelam shale/claystoneshale/claystonelam shale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystone

%Lith.70108010701095809090908580658560607550706080809065100701001005

S14.15.444.897.212.2611.43.164.723.065.022.362.363.133.222.763.412.732.324.033.112.982.031.571.011.320.312.250.240.321.2

S25.737.015.576.624.628.314.25.373.615.85.134.854.85.544.916.965.745.56.315.965.714.54.533.393.322.023.631.942.23.39

S33.794.553.834.063.684.883.043.262.714.283.242.154.393.032.932.752.141.953.82.331.932.251.481.092.290.842.870.481.471.87

TOC1.271.611.181.41.131.51.091.150.861.491.31.271.291.511.521.791.681.451.671.661.591.511.541.331.271.551.161.641.541.34

Tmax358360361362354353361366350364363366359364356359353354363360354351353348355445355444446357

S2/S31.511.541.451.631.261.71.381.651.331.361.582.261.091.831.682.532.682.821.662.562.9623.063.111.452.41.264.041.51.81

HI451435472473409554385467420389395382372367323389342379378359359298294255261130313118143253

Ol2982833252903263252792833152872491693402011931541271342281401211499682180542472995140

PP9.812.510.513.86.919.77.410.16.710.87.57.27.98.87.710.48.57.810.39.18.76.56.14.44.62.35.92.22.54.6

PI0.420.440.470.520.330.580.430.470.460.460.320.330.390.370.360.330.320.30.390.340.340.310.260.230.280.130.380.110.130.26

SamplenumberX03/0013-1+5X03/0013-5X03/0014-1+3X03/0014-3X03/0001-1+5X03/0001-5X03/0002-1X03/0015-1X03/0003-1X03/0004-1X03/0016-1X03/0005-1X03/0017-1X03/0018-1X03/0006-1X03/0019-1X03/0020-1X03/0007-1X03/0021-1X03/0022-1X03/0008-1X03/0009-1X03/0023-1X03/0010-1X03/0024-1X03/0027-1X03/0026-1X03/0028-1X03/0029-1X03/0025-2

correct*S20.81.10.81.10.80.80.60.80.50.80.80.81.281.351.171.221.591.291.561.761.491.591.661.121.391.581.031.691.771.39

!d correctedTmax407408409408410407419416407422420416405426426423431430431434435440441439439445439444446441

most reliable data in bold

14

GEOLABWNOR

Table 5a. Vitrinite

Well nameNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

Reflectance raw dataUpper depth Lower depth(m)212021202120212021202120212021202120212021202120212021202120212021202120

(m)212021202120212021202120212021202120212021202120212021202120212021202120


Descshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystone

%Lithology101010101010101010101010101010101010

%Ro0.410.430.480.430.410.420.420.470.320.540.480.40.490.530.40.470.40.48

SamplenumberX03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3X03/0014-3

15

GEOLABWNOR

Table 5a. Vitrinite



(m)21202120234023402340234023402340234023402340234023402340234023402340234023402340


Descshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystone

%Lithology1010909090909090909090909090909090909090

%Ro0.460.440.520.450.460.550.410.510.40.380.540.490.380.370.440.540.470.360.440.47


16

GEOLABWNOR

Table 5a. Vitrinite



(m)23402340250025002500250025002500250025002500250025002500250025002500250025002500



%l_ithology9090858585858585858585858585858585858585

%Ro0.530.410.480.520.540.440.520.470.490.440.480.490.370.430.410.480.490.540.50.45


17

GEOLABWNOR

Table 5a. Vitrinite



(m)25002500268026802680268026802680268026802680268026802680268026802680268026802680



%Lithology8585808080808080808080808080808080808080

%Ro0.470.480.470.460.420.420.530.460.480.40.560.550.510.510.480.530.550.570.490.49


18

GEOLABWNOR

Table 5a. Vitrinite



(m)26802680282028202820282028202820282028202820282028202820282028202820282028202820



%l_ithology8080606060606060606060606060606060606060

%Ro0.490.540.50.50.570.460.580.520.590.420.560.50.580.460.410.470.490.390.540.52


19

GEOLABWNOR

Table 5a. Vitrinite



(m)28202820290029002900290029002900290029002900290029002900290029002900290029002900



%Lithology6060505050505050505050505050505050505050

%Ro0.540.460.560.60.490.60.620.530.460.470.480.530.460.510.580.640.530.450.560.47


20

GEOLABWNOR

Table 5a. Vitrinite



(m)29002900304030403040304030403040304030403040304030403040304030403040304030403040



%l_ithology5050606060606060606060606060606060606060

%Ro0.480.540.670.580.520.510.620.620.540.530.60.570.530.480.570.540.630.570.490.46


21

GEOLABWNOR

Table 5a. Vitrinite



(m)30403040314031403140314031403140314031403140314031403140314031403140314031403140



%Lithology6060808080808080808080808080808080808080

%Ro0.540.630.480.570.640.480.630.510.570.640.650.650.680.570.550.620.580.60.630.46


22

GEOLABWNOR

Table 5a. Vitrinite



(m)31403140320032003200320032003200320032003200320032003200320032003200320032003200



%Lithology8080909090909090909090909090909090909090

%Ro0.490.660.580.60.590.550.560.590.540.550.660.570.680.670.740.630.720.720.640.74


23

GEOLABWNOR

Table 5a. Vitrinite

Well nameNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

Reflectance raw dataUpper depth(m)320032003280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.92

Lower depth(m)320032003280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.923280.92

Sampletypecutcutccpccpccpccpccpccpccpccpccpccpccpccpccpccpccpccpccpccpccpccp

Descshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystone

%Lithology9090100100100100100100100100100100100100100100100100100100100100

%Ro0.730.580.640.70.690.530.650.730.70.690.740.670.690.670.710.770.60.640.630.70.740.73

SamplenumberX03/0010-1X03/0010-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1X03/0028-1

24

GEOLABWNOR

Table 5b. Vitrinite Reflectance data

Well nameNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

Upperdepth (m)2120234025002680282029003040314032003280.92

Lowerdepth (m)2120234025002680282029003040314032003280.92

Sampletypecutcutcutcutcutcutcutcutcutccp

Desc %Lithology %Roshale/claystone 10shale/claystone 90shale/claystone 85shale/claystone 80shale/claystone 60shale/claystone 50shale/claystone 60shale/claystone 80shale/claystone 90shale/claystone 100

0.440.460.470.50.50.530.560.580.630.68

No.readings20202020202020202020

Std.dev."0.050.060.040.050.060.060.060.070.070.06

Fluor.4466567667

SamplenumberX03/0014-3X03/0004-1X03/0005-1X03/0017-1X03/0020-1X03/0021-1X03/0008-1X03/0009-1X03/0010-1X03/0028-1

25

GEOLABWNOR

Table 5c. Vitrinite Reflectance Maturity commentsUpperDepth (m)

21202340

2500

2680

28202900304031403200

3280

LowerDepth (m)

21202340

2500

2680

28202900304031403200

3280

VitriniteR.o.Ave.0.440.46

0.47

0.50

0.500.530.560.580.63

0.68

ReflectanceNo.

2020

20

20

2020202020

20

Conf.DD

D

D

DCDCC

C

UV FluorescenceFormSporesAlgaeSporesAlgaeSporesAlgaeSporesSporesSporesSporesSporesAlgaeSporesSpores

|Content |ColourTraceTraceTraceTraceTraceTraceTraceTraceTraceTraceTraceTraceTraceTrace

Y/OY-Y/OY/OY/OLO-MOY/OL-MOLOMODOMOLOMOM-DO

Comments

Silty shale. Some H/C impregnation of vitriniteSilty shale

Shale, marly, silty, soft. Glauconite. Some H/C impregnationof vitrinite80%shale, silty, 20%carbonate. Glauconite

20%siltstone, 80%shaleShale, silty. Glauconite60%siltstone, 30%shale, 10%carbonate. GlauconiteShale, silty. GlauconiteShale

Shale

26

GEOLABWNOR

Table 5d. Vitrinite Reflectance petrographyUpperDepth (m)

LowerDepth (m)

Amorph-inite Bitumen Phytoclasts

Content Composition (%)LiptiniteAlgae |Spores |Cuticle |Resin

Vitr. Inert./Reworked

Comments

212023402500

2680

2820

29003040

314032003280

212023402500

2680

2820

29003040

314032003280

Moderate -Var.-Mod. -Var.-Low-RichMod-Rich -in shaleMod-Rich -in shaleLow in siltModerate -Var.-Low-Mod.Mod-Rich -Mod-Rich -Mod-Rich -

Low-Mod.Low-Mod.Low-Mod.

Low-Mod.

Low-Mod.

Low-Mod.Low

ModerateModerateLow-Mod.

-TraceTrace

Trace

-

--

-Trace_

TraceTraceTrace

Trace

Trace

TraceTrace

TraceTraceTrace

101010

Trace

10

2010

101010

909090

100

90

8090

909090

Some H/C impregnation of vit.

Some H/C impregnation of vit.

27

GEOLABWNOR

Table 6 Visual kerogen

Well nameNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

Upperdepth (m)21202120234025002680282029003040314032003280.92

Lowerdepth (m)21202120234025002680282029003040314032003280.92

Sampletypecutcutcutcutcutcutcutcutcutcutccp

Descriptionshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystoneshale/claystone

%Lithology70109085806050608090100

AM%4545101051051010575

AP5TR5555TR5TRTRTR

% HE1510253035353530303510

% WO2025402535303530353510

% CO152020302020252525255

% SCI4.04.04.5-5.05.05.5(?)5.5(?)6.06.05.0-6.56.06.5

SamplenumberX03/0014-1+3X03/0014-3X03/0004-1X03/0005-1X03/0017-1X03/0020-1X03/0021-1X03/0008-1X03/0009-1X03/0010-1X03/0028-1

28

GEOLABWNOR

Table 7a. Extraction data: EXTRACTUpper Lower Sample

Well name depth (m) depth (m) type DescriptionRock

% Lith. extracted (g)EOM(mg)

Sat(mg)

Aro(mg)

NSO(mg)

Asph(mg) TOC(e) HC Non-HC

Samplenumber

NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

2820314032443282.75

2820314032443282.75

cutcutswcccp

Table 7b. Extraction data: EXTRACTUpper Lower Sample

Well name depth (m) depth (m) type

shale/claystone 60 11.44sandstone/sand 20 12.8sandstone/sand 100 2.77shale/claystone 100 11.1

Description % Lith. EOM (ppm)

142.5 0.93 2.79 92.08 46.7 1.0536.8 1.14 1.71 29.4 4.55 1.1898.1 1.14 0.57 37.68 58.7 0.7728.9 1.28 3.83 11.5 12.3 1.68

Sat Aro NSO Asph HC Non-HC(ppm) (ppm) (ppm) (ppm) (ppm) (ppm)

3.72 138.78 X03/0020-12.85 33.95 X03/0009-21.71 96.39 X03/0030-15.11 23.79 X03/0029-1

Samplenumber


2820314032443282.75

Table 7c. Extraction data: I

Well nameUpper

2820314032443282.75

EXTRACT

Lowerdepth (m) depth (m)

cutcutswcccp

Sampletype

shale/claystonesandstone/sandsandstone/sandshale/claystone

Description

6020100100

%

124562875354152604

EOM(mg/g

Lith. TOC)

8189412115

244134206345

80492297136031036

Sat (mg/g Aro (mg/gTOC) TOC)

4081 325355 22321195 6171108 460

NSO(mg/gTOC)

121312652347982143

Asph(mg/gTOC)

X03/0020-1X03/0009-2X03/0030-1X03/0029-1

Samplenumber

NOCS 6706/6-1 2820 2820 cut shale/claystone 60 1186NOCS 6706/6-1 3140 3140 cut sandstone/sand 20 244NOCS 6706/6-1 3244 3244 swc sandstone/sand 100 4599NOCS 6706/6-1 3282.75 3282.75 ccp shale/claystone 100 155

537

23112721

767195176762

38930275366

X03/0020-1X03/0009-2X03/0030-1X03/0029-1

Table 7d. Extraction ratios: EXTRRAT

Well nameNOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1NOCS 6706/6-1

depth (m)282031403244

3282.75

depth (m) type2820 cut3140 cut3244 swc

3282.75 ccp

Descriptionshale/claystonesandstone/sandsandstone/sandshale/claystone

Sat/EOM0.653.11.164.42

Aro/EOM1.964.650.5813.26

Asph/EOM32.7712.3659.8442.54

NSO/EOM64.6279.8938.4139.78

HC/EOM2.617.761.7517.68

EOM97.3992.2498.2582.32

Sat/Aro0.330.6720.33

Non-HC0.030.080.020.21

numberX03/0020-1X03/0009-2X03/0030-1X03/0029-1

29

GEOLABWNOR

Table 8a. Saturated GC peak heights: SATGCPHUpper Lower Sample

Well name depth (m) depth (m) type Description nC15 nC16 tane nC1721159537553561616349485

nC32 nC33

Pristane17228164817262151451633

nC34

nC1810863943154381922450236

Samplenumber

Phytane3543613820721564114238

nC1968732431695101876524588

nC2053032423678103853536669

NOCS 6706/6-1 2820 2820 cutNOCS 6706/6-1 3140 3140 cutNOCS 6706/6-1 3244 3244 swcNOCS 6706/6-1 3282.75 3282.75 ccp

shale/claystone 376048 386196 89990sandstone/sand 432076 453661 175603sandstone/sand 15318 43490 17811shale/claystone 122820 251780 84597

nC21 nC22 nC23 nC24 nC25 nC26 nC27 nC28 nC29 nC30 nC3146197 40327 41634 31559 38877 24085 35747 16921 34741 13726 19783 4780 8745 2580 X03/0020-1402082 386477 370673 327066 337985 279828 291500 186813 222929 100016 113817 39628 52008 24880 X03/0009-293443 87722 91225 96952 94211 84376 74030 55971 58564 34169 35470 16496 15556 8449 X03/0030-1502403 482368 434930 393831 371078 313556 299514 215641 217888 113448 110269 49905 59716 36015 X03/0029-1

Table 8b. Saturated GC ratios, peak height: SATGCRPHUpper Lower Sample Prist/ Prist/

Well name depth (m) depth (m) type Description nC17 Phyt(Prist./nC17)/ Phyt/(Phyt./nC18) CPM nC18

nC17/ (Pristane+Phytane)/(nC17+nC27) (nC17+nC18)

Samplenumber

NOCS 6706/6-1 2820 2820 cutNOCS 6706/6-1 3140 3140 cutNOCS 6706/6-1 3244 3244 swcNOCS 6706/6-1 3282.75 3282.75 ccp

shale/claystone 0.81 4.86 2.5sandstone/sand 1.73 4.69 5.39sandstone/sand 1.01 2.88 3.83shale/claystone 1.29 3.95 5.09

1.831.341.171.2

0.330.320.260.25

0.860.560.450.54

0.650.970.580.71

X03/0020-1X03/0009-2X03/0030-1X03/0029-1

30

GEOLABWNOR

Table 8c. Saturated GC peak areas: SATGCPAUpper Lower Sample

Well name depth (m) depth (m) type Description nC15 nC16Nor-pristane nC17 Pristane nC18 Phytane nC19 nC20

NOCS 6706/6-1 2820NOCS 6706/6-1 3140NOCS 6706/6-1 3244NOCS 6706/6-1 3282.75

2820 cut3140 cut3244 swc3282.75 ccp

shale/claystone 1626250 1656762 686965 984118 1170167 391656 225744 310193 300839sandstone/sand 1928632 1963892 1039381 1911817 4285497 1809656 766925 1893014 1844930sandstone/sand 93737 207675 141841 321669 378686 344306 148479 427495 442288shale/claystone 630942 1027443 520468 1562666 2548742 2021370 655789 2465183 2528727

nC21 nC22 nC23 nC24 nC25 nC26 nC27 nC28 nC29 nC30 nC31 nC32 nC33Sample

nC34 number246285 209761 219528 174601 159428 107526 149002 90203 163013 75596 83870 30018 51982 22287 X03/0020-11767733 1648741 1625760 1421161 1492338 1074821 1175655 744531 851391 424580 433144 161823 279766 158585 X03/0009-2430556 342433 331107 396327 440455 351114 338620 238347 220684 147793 142238 66999 91368 44853 X03/0030-12353985 2155819 1973329 1920303 1741817 1364369 1271921 873336 812247 477877 447494 184643 374436 241036 X03/0029-1

Table 8d. Saturated GC ratios, peak area: SATGCRPAUpper

Well name depth (m)Lowerdepth (m)2820314032443282.75

Sampletypecutcutswcccp


Prist/nC171.192.241.181.63

Prist/Phyt5.185.592.553.89

(Prist./nC17)/(Phyt./nC18)2.065.292.735.03

CPM1.541.361.211.2

Phyt/nC180.580.420.430.32

nC17/ (Pristane+Phytane)/ Sample(nC17+nC27) (nC17+nC18) number

NOCS 6706/6-1 2820NOCS 6706/6-1 3140NOCS 6706/6-1 3244NOCS 6706/6-1 3282.75

0.870.620.490.55

1.011.360.790.89

X03/0020-1X03/0009-2X03/0030-1X03/0029-1

31

GEOLABWNOR

Table 9a. Aromatic GC peak heights: AROGCPHUpper Lower Sample

Well name depth (m) depth (m) type Description 2MN 1MN BPh 2EN 1EN2.6+2.7DMN 1.6DMN 1.5DMN


2820 2820 cut shale/claystone 4253 42793140 3140 cut sandstone/sand 100565 792783244 3244 swc sandstone/sand 959 14773282.75 3282.75 ccp shale/claystone 22762 22089

0 4205 2465 670015257 26243 15490 752972373 848 1016 664746037 15915 9365 107735

10430 5958126445 3262711486 3887128184 32830

1.4.6+1.3.7 TWIN 1.3.6TMN 1.3.5TMN 2.3.6TMN 3MP 2MP 9MP 1MP

2+3 SampleDBT 4MDBT MDBT 1MDBT number

404934750964074302

Table 9b. /

103246159013680107379

\romatic GCUpper

Well name depth

11742536101405280216

ratios, peakLower

(m) depth

10265597181283098218

107786983827074370616

height: AROGCRPHSample

(m) type

32241997211129170653

62641933912166211796

32471971913136152534

Description MNR DMNR BPhR

40452683514279174063

2/1MP

0000

MPI1

00071374

MPI2 Re

00023928

DBT/Ph

0000

4/1MDBT

X03/0020-1X03/0009-2X03/0030-1X03/0029-1

(3+2)/1MDBT F1 F2

Samplenumber

NOCS 6706/6-1 2820 2820 cut shale/claystone 0.99 1.12 0 1.55 0.79 1.04 0.87 0 0 0 0.57 0.37 X03/0020-1NOCS 6706/6-1 3140 3140 cut sandstone/sand 1.27 2.31 0.12 0.72 0.51 0.5 0.7 0 0 0 0.46 0.23 X03/0009-2NOCS 6706/6-1 3244 3244 swc sandstone/sand 0.65 1.71 0.21 0.85 0.64 0.67 0.78 0 0 0 0.46 0.24 X03/0030-1NOCS 6706/6-1 3282.75 3282.75 ccp shale/claystone 1.03 3.28 0.36 1.22 0.82 0.91 0.89 0 0 0 0.54 0.3 X03/0029-1

32

GEOLABWNOR

Table 9c. Aromatic GC peak areas: AROGCPAUpper Lower Sample

Well name depth (m) depth (m) typeNOCS 6706/6-1 2820NOCS 6706/6-1 3140NOCS 6706/6-1 3244NOCS 6706/6-1 3282

1.3.7TMN 1.3.6TMN30146 51464202675 24160558312 57670386126 423736

282031403244

.75 3282.

1.3.5TMN4868720557352715336641

cutcutswc

7154.6+C2C§.6

TWIN

5053324354755427391006


P 3MP72306 17644337533 93249138001 536932340796 872836

Table 9d. Aromatic GC ratios, peak area: AROGCRPAUpper

Well name depthNOCS 6706/6-1 2820NOCS 6706/6-1 3140NOCS 6706/6-1 3244

Lower Sample(m) depth (m) type

282031403244

cutcutswc

NOCS 6706/6-1 3282.75 3282.75 ccp

Description MNRshale/claystone 0.97sandstone/sand 1.3sandstone/sand 0.65shale/claystone 1.1

2MN222733949386514100861

2MP40986118826715561124469

1MN22858303788996191398

9MP187968877357372759983

DMNR BPhR 2/1MP1.42 02.73 0.122.28 0.263.98 0.35

1.610.950.981.41

BPh06054714831189859

1MP2547512552772807799919

MPI1 MPI20000

.75 1.05

.58 0.65

.7 0.8

.77 0.86

2EN26358109094377867095

DBT0000

Re0.850.750.820.86

1EN1102877703614751063

2+3

2.6+2.DMN51475

71.6DMN 1.5DMN57318 36276

376999 521572 13824545019 57602 19720549751 546851 137966

SarriDle4MDBT MDBT 1MDBT number0 00 00 0

000

252233 67260 0

4/1DBT/Ph MDBT0000

0000

(3+2)/1MDBT0000

X03/0020-1X03/0009-2X03/0030-1X03/0029-1

SampleF1 F2 number0.57 0.4 X03/0020-10.5 0.28 X03/0009-20.49 0.28 X03/0030-10.56 0.32 X03/0029-1

33

GEOLABWNOR

Table 10 Carbon isotope data: CARBISOT

Upper Lower Sample Whole Topped Canonical SampleWell name depth (m) depth (m) type Description oil oil Sat Aro NSO Asph Kerogen Variable numberNOCS 6706/6-1 3244 3244 swc sandstone/sand - - -28.27 -26.62 - - - 0.78 X03/0030-1NOCS 6706/6-1 3282.75 3282.75 ccp shale/claystone - - -28.38 -26.67 - - - 0.94 X03/0029-1

34

GEOLABWNOR

Table 11a Triterpanes peak heights, SIR: TRITPHS

Well nameNOCS 6706/6-1NOCS 6706/6-1

25nor30ab

Upperdepth (m)32443282.75

Lowerdepth (m)32443282.75

Sampletypeswcccp

Descriptionsandstone/sandshale/claystone

23/3 (P)9361.8

15187.7

24/3 (Q)50318971

.7

.6

25/3 (R)2433.72897.2

24/4 (S)9109

41543.8.7

26/3 (T)1500.62028.5

27Ts (A)13049.23016.

92

27Tm (B)10439.253179.8

28ab(Z)2540.83349.8

(Z1) 29ab(C) 29Ts(C1) 30d (X) 29ba (D) 30ab (E) 30ba (F) 31abS (G) 31abR(H) 31ba(l)0

5274.5

32abS(J1)

29432.2131218.4

32abR (J2)

10379.735547.7

33abS(K1)

3995.829407.3

33abR (K2)

3077.111099

34abS

35060.1 4337.4180062 23638.4

(L1) 34abR(L2) 35abS

1003659206

(M1)

7270.146341.7

35abR (M2)

1345.67749.3

Samplenumber

5803.139136.8

3590.423730.5

Table 11b Triterpanes m/z 177



2834.314974.8

peak heighs,


1814.18968.6

1580.1 959.47397.3 4330.2

SIR:TR177PHS

Sampletypeswcccp

973.22264

Description 25nor28absandstone/sandshale/claystone

00

581.71564.9

25nor30ab1710.62461.9

X03/0030-1X03/0029-1

SamplenumberX03/0030-1X03/0029-1

35

GEOLABWNOR

Table 11c Steranes peak heights, SIR: STERPHS

Well nameUpper Lower Sampledepth (m) depth (m) type Description 21a (u) 22a (v) 27dbS (a) 27dbR (b) 27daR (c) 27daS (d) 28dbS (e) 28dbR (f)

NOCS 6706/6-1 3244 3244 swcNOCS 6706/6-1 3282.75 3282.75 ccp

sandstone/sand 6584.6 3285 8391.8 4852 2653.3 1988.8 3713.7 1999.7shale/claystone 9379.1 4774.3 5761 4139.8 2896.3 1573.1 3127.7 1756.1

28daR 29dbS 28daS+27aaS(g) +27bbR (h) +27bbS (i) 27aaR (j)2892.4 8677.1 4552.1 3675.91842.3 8823.3 3337.1 2555.9

29dbR(k) 29daR(l)3204.3 1208.83944.5 1299.7

29daS28aaS(m) +28bbR (n) 28bbS (o) 28aaR (p)1549.5 3241.6 3217.8 1141.11009.3 2687.3 2565.5 1819.9

Sample29aaS(q) 29bbR (r) 29bbS (s) 29aaR (t) number2672.3 4058.9 4222.3 3125 X03/0030-14200.5 4496.9 4826.2 9037.1 X03/0029-1

Table 11d Steranes m/z218 peak heights, SIR: ST218PHS

Well nameUpper Lower Sampledepth (m) depth (m) type Description

27bbR(h)

27bbS 28bbR

(n)

28bbS(o)

29bbR

(T)

29bbS(s)

30bbRM

30bbS(y)

Samplenumber

NOCS 6706/6-1NOCS 6706/6-1

3244 3244 swc3282.75 3282.75 ccp

sandstone/sand 10096.4 6802.2 5205.9 5050.2 6144.8 7058.2 823.1 721.6 X03/0030-1shale/claystone 6580.1 3495.3 3908 3766.4 6718.1 7987.2 743.8 658.2 X03/0029-1

36

GEOLABWNOR

Table 11e. Triterpanes m/z 191 peak height ratios, SIR: TRITRATS

Upper Lower Sample Ratio Ratio Ratio Ratio Ratio Ratio Ratio Ratio Ratio Ratio Ratio Ratio Ratio Ratio Sample


depth (m)32443282.75

depth (m) type3244 swc3282.75 ccp

Descnp-tion 1 2sandstone/sand 0.8 0.44shale/daystone 2.31 0.7

Table 11f. Steranes m/z 217 peak height ratios, SIR: STERRATS


Upperdepth3244

Lower(m) depth (m)

32443282.75 3282.75

Sampletype Descrip-tionswc sandstone/sandccp shale/claystone

30.210.21

Ratio100

.7

.69

40.840.73

Ratio246.131.73

50.460.42

Ratio374.0758.48

60.110.16

70.070.02

80.090.03

90.070.02

Ratio Ratio Ratio41.1

50.

0.86 0.

676 069 0

.41

.39

100.140.05

Ratio70.0.

.3

.32

110.890.88

Ratio80.590.41

120.450.41

130.110.11

14 number61.78 X03/0030-162.25 X03/0029-1

Ratio Ratio Sample90.860.46

10 number21

.65 X03/0030-1

.03 X03/0029-1

37

GEOLABWNOR

Table 11g. Steranes peak height:MRM

Well nameNOCS

28daS(i)

6706/6-1

27bbS(i1)

Upperdepth3244

27aaR

a)

(m)Lowerdepth (m)3244

29dbR 29daR(k) (1)

Sampletypeswc

28aaS(m)

Descrip-tionsandstone/sane

29daS 28bbR(n) (n1)

27dbS(a)

j 8883.7

28bbS(o)

27dbR(b)5746.4

28aaR(P)

27daR 27daS 28dbS(c) (d) (e)1577.

29aaS(q)

9 2061

29bbR(r)

.2 3773

28dbR(f)2256.2

29bbS 29aaR(s) (t)

28daR(g)1071.5

27aaS(g1)2594.3

29dbS(h)693.4

27bbR

5321.7

3541.7 1209.6 3456.5 236.9 78.5 1370.4 3501.5 364 2459.4 1363.7 164.5 242 218.1 209.2

Sample30dbS 30dbR 30aaS 30bbR 30bbS 30aaR number1236.6 998.7 743.3 864 861.7 908.3 X03/0030-1

Table 11 h Steranes peak height ratios, MRM: STERRATM

Well nameUpperdepth (m)

Lowerdepth (m)

Sampletype Descrip-tion Ratio 1 Ratio 2 Ratio 3 Ratio 5 Ratio 8 Ratio 9

SampleRatio 10 number

NOCS 6706/6-1 3244 3244 swc sandstone/sand 0.72 44.01 71.12 0.74 0.55 0.79 2.2 X03/0030-1

38

GEOLABWNOR

7Table 11 i. MRM transition: m/z 358-217 Saturated Hydrocarbons peak heights

1 2 3 4 5 6Upper Lower Sample

Well name depth (m) depth (m) type Description 24nordpS 24nordpR 27nord(3S 27nordpR 24noraaS 24nor(3(3R 24norp|3S 24noraaR 21 norNOCS 6706/6-1 3244 3244 swc sandstone/sand NO DETERMINATION POSSIBLE

10 11

27noraaS 27norPftR

MRM analysis Transition 358^217 Peak identification

peak

12

3

4

5

12

13

24nordpS

24nordpR

27nordpS

27nordpR

24noraaS

24norppR

24norpps

24noraaR

21norpp + a

27noraaS

27norppR

27norppS

27noraaR

compound

20S 1 3|3(H)1 7a(H) 24-nordiacholestane

20R 13P(H)1 7o(H) 24-nordiacholestane

20S 1 3p(H)l 7a(H) 27-nordiacholestane

20S 1 3P(H)1 7a(H) 27-nordiacholestane

20S 14a(H)l 7a(H) 24-norcholestane

20R 14p(H)l 7p(H) 24-norcholestane

20S 14p(H)l 7P(H) 24-norcholestane

20R 14a(H)l 7a(H) 24-norcholestane

14P(H)17P(H)+

14a(H)17a(H) 21-norcholestane

20S 14a(H)l 7a(H) 27-norcholestane

20R 14p(H)l 7p(H) 27-norcholestane

20S 14p(H)l 7p(H) 27-norcholestane

20R 14a(H)17a(H) 27-norcholestane

39

GEOLABWNOR

Table 11j. MRM transition: m/z 358-217 Saturated Hydrocarbons Ratios (peak heights)

Upper Lower Sample SampleWell name depth (m) depth (m) type Description NDR NCR Ratio A numberNOCS 6706/6-1 3244 3244 swc sandstone/sand NO DETERMINATION POSSIBLE

List of C26 sterane ratios

Ratio NDR: (24nord(3S +24nord(3R)/(24nord(3S + 24nord(3R + 27nord(3S + 27nord(3R)

Ratio NCR: (24 a a S + 24 (3(3R + 24 (3(3S + 24 a a R ) / (24 a a S + 24 (3(3R + 24 )3(3S + 24 a a R + 27 a a S + 27 (3)3R + 27 (3(3S + 27 aaR)

Ratio A: (24nord(3S + 24nord|3R + 24 a a S + 24 |3|3R + 24 P(3S + 24 a a R ) /

(24nord(3S + 24nor d(3R + 24 a a S + 24 (3(3R + 24 (3(3S + 24 aaR + 27nor d|3S + 27nor d(3R + 27 a a S + 27 j3(3R + 27 (3|3S +27 a a R )

40

GEOLABWNOR

Saturated Fraction GCMS SIR Ratio definitionsin Tables Triterpanes Steranes

Ratio 1Ratio 2Ratio 3Ratio 4Ratio 5Ratio 6Ratio 7Ratio 8Ratio 9Ratio 10Ratio 11Ratio 12Ratio 13Ratio 14

27Tm/27Ts27Tm/(27Tm+27Ts)27Tm/(27Tm+30ap+30pa)29ap/30ap29ap/(29aP+30aP)30d/30ap28ap/30aP28ap/29aP28ap/(28ap+30ap)24/3/30ap30ap/(30pa+30ap)(29aP+29pa)/(29aP+29pa+30aP+30pa)(29pa+30pa)/(29ap+30ap)32apS/(32apS+32apR) %

27dpS/(27dpS+27aaR)29aaS/(29aaS+29aaR)%2*(29ppR+29ppS)/(29aaS+29aaR+2*[29ppR+29ppS])%(27dpS+27dpR+27daR+27daS)/(29dpS+29dpR+29daR+29daS)(29ppR+29ppS)/(29aaS+29ppR+29ppS)21a+22a/(21a+22a+29aaS+29ppR+29ppS+29aaR)21 a+22a/(21 a+22a+28daS+28aaS+29daR+29aaS+29ppR+29ppS+29aaR)(29ppR+29ppS)/(29aaS+29ppR+29ppS+29aaR)29aaS/29aaR(29ppR+29ppS)/29aaR

41

GEOLABWNOR

Table 12a. C1-C2 naphthalenes peak heights. GC-MS m/z 142,156 fragmentograms

Upper Lower Sample 2.6+2.7- 1.3+1.7- 2.3+1.4- SampleWell name depth (m) depth (m) type Description 2MN 1MN 2EN 1EN DMN DMN 1.6-DMN DMN 1.5-DMN 1.2-DMN numberNOCS 6706/6-1 3244 3244 swc sandstone/sand 37133 57234 30745 23563 395801 925656 866957 510088 234793 301167 X03/0030-1NOCS 6706/6-1 3282.75 3282.75 ccp shale/claystone 124931152717 72747 42468 1067188 1880454 1440042 716484 305318 358453 X03/0029-1Table 12b. C3-naphthalenes peak heights. GC-MS m/z 170 fragmentograms

Upper Lower Sample 1.3.7- 1.3.6- 1.3.5+1.4.6 2.3.6- 1.6.7+1.2.7 1.2.6- 1.2.4- 1.2.5- SampleWell name depth (m) depth (m) type Description TMN TMN TMN TMN TMN TMN TMN TMN numberNOCS 6706/6-1 3244 3244 swc sandstone/sand 665129 1147642 1060621 958944 998800 1175683 166107 2356333 X03/0030-1NOCS 6706/6-1 3282.75 3282.75 ccp shale/claystone 873396 1377324 1006580 1194284 890685 908364 136376 1102889 X03/0029-1

Table 12c. Phenanthrene and C1-Phenanthrenes peak heights. GC-MS m/z 178, 192 fragmentograms

Upper Lower Sample SampleWell name depth (m) depth (m) type Description P 3MP 2MP 9MP 1MP numberNOCS 6706/6-1 3244 3244 swc sandstone/sand 3554138 1291104 1433866 1818878 1945932X03/0030-1NOCS 6706/6-1 3282.75 3282.75 ccp shale/claystone 10732320 4558888 5456692 4645234 4288688X03/0029-1

Table 12d. Dibenzothiophene and C1-dibenzothiophenes peak heights. GC-MS m/z 184, 198 fragmentograms

Upper Lower Sample SampleWell name depth (m) depth (m) type Description DBT 4 MDBT 2+3 MDBT 1 MDBT numberNOCS 6706/6-1 3244 3244 swc sandstone/sand 149964.1 80486.1 32758.4 27996.7 X03/0030-1NOCS 6706/6-1 3282.75 3282.75 ccp shale/claystone 864164.2 465118.8 161367 66156.6 X03/0029-1

42

GEOLABWNOR

Table 12e Triaromatic steranes peak heights. GC-MS m/z 231 fragmentograms: TASTPH

Well nameUpper Lowerdepth (m) depth (m) Sample type Description a1 b1 d1 e1 f1

Samplenumber

NOCS 6706/6-1NOCS 6706/6-1

3244 3244 swc sandstone/sand 54301.9 37033.1 4564.6 10591.9 7223 4938.3 6620.7 X03/0030-13282.75 3282.75 ccp shale/claystone 21428.9 11176.5 942.4 1997.6 1625 946.9 1395.3 X03/0029-1

Table 12f. Monoaromatic steranes peak heights. GC-MS m/z 253 fragmentograms: MASTPH

Well nameUpper Lowerdepth (m) depth (m) Sample type Description A1 B1 C1 D1 E1 F1 G1 H1 11

Samplenumber

NOCS 6706/6-1 3244 3244 swcNOCS 6706/6-1 3282.75 3282.75 ccp

sandstone/sand 6901 4013 10680 8273 20617 3471 16043 9062 1988 X03/0030-1shale/claystone 483 413 289 257 375 190 859 245 106 X03/0029-1

Table 12g. Triaromatic steranes m/z 231 peak height ratios: TASTRAT




Table 12h. Monoaromatic steranes m/z

Well nameUpper Lowerdepth (m) depth

Sampletypeswcccp

Descriptionsandstone/sandshale/claystone

a1/(a1+g1)0.890.94

253 peak height ratios: MASTRAT

Sample(m) type Description

A1/(A1+E1)

b1/(b1+g10.850.89

B1/(B1+E1)

(a1+b1+d+d1

0.730.83

A1/(A1+E1+G1)

"a11+e1+f1+g1) a1/«0.74 0.840.84 0.91

(A1+B1)/(A1+B1+C1+D1+E1+F1+G1+H1+I1)

Samplej1+d1) number

X03/0030-1X03/0029-1

Samplenumber

NOCS 6706/6-1NOCS 6706/6-1

3244 3244 swc sandstone/sand 0.25 0.163282.75 3282.75 ccp shale/claystone 0.56 0.52

0.160.28

0.130.28

X03/0030-1X03/0029-1

43

6706/6-1 geological completion report hvitveis well … · 6706/6-1 geological completion report...

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