vt rt & memory ok ¥1' no rt cdr due field coil in turbine … · inteq bp amoco 6507/5-2...
TRANSCRIPT
6507/5-2 Petrophysics Report
Hole Record:36" hole : 365-454.6m MD30" casing shoe at 449m MD26" hole : 454.6 - 1050m MD20" casing shoe at 1038m MD17 VT hole 1050 - 1964 m MD13 3/8" shoe at 1954 m MD12 1/4" hole 1964- 3623m MD9 5/8" liner at 3602m MD (liner top at 1891m MD)8 (/2" hole 3623 -3897m MDMWD/LWD Logs Run:Anderdrift surveys in 36" hole, 365-454.6 m MDRun 1: 26" hoie : MWD/CDR/Pwd, 454.6-1050m MD : RT & Memory okRun 2 :17 ¥1' hole : MWD/CDR/Pwd/ISONIC, 1050-1964m MD: (Isonic 1050-1847monly due memory full). No RT CDR due field coil in turbine short circuit.. Memory logs ok.Bad Isonic data due formation 1395-1566m.Run 3; 12 tø" hole : MWD/RAB/CDR/PWD, 1964 - 3417m MD. RAB fail realtime, 1964-2037m MD, & RAB intermittent near end (awaiting failure report) otherwise good logs. Poohto change bit, so changed out ILS stab & CDR.Run 4: 12 tø" hole: MWD/RAB/CDR/PWD, 3417 - 3623m MD. All ok3623-3626: Drill cement & 3m new formation with Anderdrift only.Run 5: 8 W hole: RAB behind core No 2: 3600-3682m MD (ie over corel) Memory only,okRun 6: 8 VI' hole: RAB behind core No.3: 3670-3737m MD (ie over core2) Memory only,okRun 7: 8 V*' hole; MWD/RAB: 3730-3897m MD: over core No.3 & drill to TD.
Wireiine Logs Run:12 Whole:Run 1A: PEX/DSI/AITB/EMS/GPIT/ACTS 3621-1949m, DSI in 13 3/8" to 1450m, GR tosurface.Run IB: MDT/GR: 21 pretests, 10 good. 11 tight.3 x450ccMPSR & 3x1 gall gas sample at 3615.5m MD 4 pretests O.llpsi/ftGAS/CONDlx450ccMPSR sample at 2990 m MD - turned out to be mudRun 1C: MSCT/GR: Cut 25, 20 good, 3 partial, 2 missing8 W hole:Run 2A: IPLT 3565-3890m MDRun 2A: MDT 44 pretests, 20 good, 24 tight or supercharged. Samples obtained at 5 depths.Samples attempted at 2 other depths but tight.on residual oil.
MDT 8.5": Samples:-12
3456
3647m MD3637m MD
3850m MD3658m MD3651.5m MD3819m MD
Gas/CondGas/Cond
waterwater
waterwater
2x250, 2x4502x250. 2x450lx 2 3/4 gallIxlgallIxlgallIxlgall2x450
PVT, volumes validated at rigPVT, volumes validated at rig
Bulk water sampleBulk water sampleBulk water samplewould not fill, tight
Petrophysics Report.doc 13/04/2000
Client: BP AMOCO Field: SkarvJob No: NOR 005 Well: 6507/5-2
Date: 05 -18 September 1999 Installation: West Alpha
Sample ListingSampler; Sampling: Sampling Sampje Type!
N/A
1.1
1.2
1.3
1.4
1.5
1.6
1.7
1-8 .
1.9
1 . 1 0
1 . 1 1
1.12
1 .13
1.14
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
2.9
2.10
2.11
2.12
2.13
2.14
05.09.99
05.09.9905.09.99
05.09.99
05.09.9905.09.9905.09.99
05.09.9905.09.9905.09.9905.09.9905.09.9905.09.9905.09.9916.09.9916.09.9916.09.99
16.09.9916.09.9916.09.9916.09.99
16.09.9916.09.9917.09.9916.09.99
16.09.9916.09.9916.09.99
11:58
12:0112:04
14:00
11 :18
1 1 : 1 8
11:18
11:31
11:4511:4511:45
11:45N/AN/A
17:0917:09
19:25
19:25
16:52
19:4919:49
16:57
15:07
00:30
22:4018:42
N/A
N/A
Bottomhole Sample
Bottomhole SampleBottomhole Sample
Bottomhole Sample
Bottomhole SampleBottomhole SampleBottomhole Sample
Bottomhole SampleBottomhole SampleBottomhole SampleBottomhole SampleBottomhole SampleMudsampleBaseoil sample
Monophasic Bottomhole SampleBottomhole SampleMonophasic Bottomhole SampleMonophasic Bottomhole SampleBottomhole SampleBottomhole SampleBottomhole SampleBottomhole SampleBottomhole SampleBottomhole Sample
Bottomhole SampleBottomhole SampleMudsample WBM
Mudfiltrate sample WBM
3615.5 m
361 5.5 m
361 5.5 m
2990 m361 5.5 m
361 5.5 m
3615.5 m361 5.5 m
361 5.5 m361 5.5 m
361 5.5 m
361 5.5 mN/A
N/A3647 m3647 m3637 m3637 m3647 m3637 m3637 m
3647 m3850 m3658 m
3651. 5 m
3637 mN/A
N/A
-Serial.. No
Conventional (CSB) 4632-EA
Conventional (CSB) 4811-EAConventional (CSB) 5315-EA
Conventional (CSB) 4930-EAConventional (CSB) 0137-EA
Conventional (CSB) 5093-EA0.5 Itr Plastic Cont. N/A0.5 Itr Plastic Cont. N/AConventional (CSB) 0220-AAConventional (CSB) 4669-EAConventional (CSB) 4720-EA0.5 Itr Plastic Cont. N/A1 Itr Plastic Cont. N/A1 Itr Plastic Cont. N/ASingle-phase (SSB) 2313-EAConventional (CSB) 5836-MASingle-phase (SSB) 1561-EA
Single-phase (SSB) 2149-EAConventional (CSB) 5837-MAConventional (CSB) 5842-MAConventional (CSB) 5839-MAConventional (CSB) 5761-MÅ5 Itr Plastic Cont. N/A '5 Itr Plastic Cont. N/A
5 Itr Plastic Cont. N/A1 Itr Plastic Cont. N/A1 Itr Plastic Cont. N/A
Glass Bottle N/A
© 1995 Oiiphase - Sampling Report (Rev 8)The data in this report remains the property of the client and may not be disclosed or reproduced without the client's permission.
L-INTEQ
BP AMOCO
6507/5-2FORMATION EVALUATION
BPAmocoCompany:Well:Field:Region:Coordinates:
BP AMOCO6507/5-2SKARV 2NORWAY65 deg 42 min 59.090 sec07 deg 38 min 18.830 sec
API Index:Spud Date: 13th August 1999RKB - SEA LEVEL: 18mRKB - SEABED: 365mContractor: SmedvikRig: West AlphaType: Semi Submersible
Total Measured Depth:True Vertical Depth:Completion Status:
3897m3894.5mPlug & Abandon
LOG INTERVALDepth:Date:Scale:
36513Aug991 :500
toto
389715Sep.99
Hole Size36"26"
121 /4 "8 1/2"
to 454m (454m TVD)to 1050m (1049.76m TVD)to 1964m (1963.0m TVD)to 3623m (3620.9m TVD)to 3897m (3894.5m TVD)
Casing Size30" to 449m (449m TVD)20" to 1038m (1037.8m TVD)
13 3/8" to 1954m (1953.1 m TVD)9 5/8" Liner PBR 1884.6m (1883.7m TVD)9 5/8" Liner to 3602m (3599.9m TVD)
Mud TypesSeawater/HIVIS toInhibited silicate toOiibased toKCI -polymer to
1050m (1049.8m TVD)1964m (1963.0m TVD)3623m (3620.9m TVD)3897m (3894.5m TVD)
UTHOLOGY SYMBOLS
Claystone Siltstone Sandstone Coal Halite
iNTEQPlot SuiteFormation Evaluation LogGas Ratio PlotPressure Evaluation PlotEngineering Summary
ABBREVIATIONSNB New Bit SWGRRB Rerun Bit SVGCB Core Bit CWOB Weight On Bit MWRPM Revs Per Minute VFLC Flow Check FPR Poor Returns FCNR No Returns PVLAT Logged After Trip YPBG Background Gas SOLFG Formation gas SDTG Trip Gas CiWTG WiperTrip Gas OWRCG Connection Gas ES
Swab GasSurvey GasCarbide TestMud DensityFunnel ViscosityFiltrate API (cc)Filter Cake (1/32"Plastic Viscosity {Yield Point (pa)Solids % (corr)Sand %Salinity g/L CIOil Water RatioElectric Stability
SYMBOLS
A Casing Shoe Wirellne Logs
Geochemical Report forWell 6507/5-2
Authors: Peter Barry HallSunil Bharati
Geolab Nor A/SHornebergveien 5P.O. Box 57407002 TrondheimNorway
Date: 28/04/00
0(7-
GEOLABJIiNOR
Chapter 1
INTRODUCTION
1.1 General comments on 6507/5-2
This well is the second well on the Skarv structure. This project for BPAmoco started off as aseries of hot-shot analyses on a number of reservoir rocks. The section of the well from 1964m to 3623 m was drilled with an oil based mud and below that it was drilled with a KC1 water-based mud system. The side wall core samples were obtained using a rotary system.
1.2 Analytical program
Based on the instructions from BPAmoco, the following analyses were carried out
Rocks
Analysis type No. of samples Fig. TableHeadspåce Gas Analysis 23 2.1 1Washing of cuttings 62 -Solvent extraction to clean cuttings* 58Lithology Description 76 - 2TOC 66 2.2 2,3Rock-Eval Pyrolysis 66 2.3a-d 3Extraction (includes 6 hot shots) 34 2.4g 4a-eEOMGC 6 2.4iThermal Extraction GC 6 2.4j, 1Asphaltene separation 28 - 4a-eMPLC separation 28 - 4a-eSaturated hydrocarbon GC 28 (2£>) 2.4a-c, h,k,m,p,r 5a-bAromatic hydrocarbon GC 28 2.4d-f, n,o,q 6a-bVitrinite Reflectance 25 2.5 7§Treatment to remove mineral oilbefore GC-MS analysis 2 (2n)Saturated hydrocarbon GC-MS 8 (2O) 2.6a-m 8a-fAromatic hydrocarbon GC-MS 8 2.7a-d 9a-e613C Bulk isotope composition 8 (2©) 2.8a-c lOa-b
The analyses performed were influenced by the drilling mud program. The cuttings sampleswere washed clean of mud before description. Since an oil based mud was used in drilling theinterval from 1964 m to 3623 m, solvent extraction* was performed on all cuttings sampleshales, which were for TOC and Rock-Eval analysis, so as to minimise contamination.Furthermore, to obtain good quality GC-MS data on two samples, saturated fractions were
2
treated (§ see chapter 4) so as to remove as much of the mineral oil as possible before GC-MSanalysis was performed. This involved testing the clean-up method^ on two samples before theapproved clean-up procedure was performed on the two samples of interest. The cleaned-upsaturated hydrocarbon fractions of these two samples were then analysed by GC, GC-MS and5 C isotope composition was also determined.
cuttings and side-wall samples and TOC analysed core chip (ccp) samples were described(2C>) = number of analyses performed on cleaned-up saturated hydrocarbon fractions
Oils
Analysis type No. of samples Fig. TableWhole oil GC 2 3.1 la-cTopping 2 - 2a-cAsphaltene separation 2 - 2a-cMPLC separation 2 - 2a-cSaturated hydrocarbon GC 2 3.2 3a-bAromatic hydrocarbon GC 2 3.3 4a-bSaturated hydrocarbon GC-MS 2 3.4 5a-fAromatic hydrocarbon GC-MS 2 3.5 6a-e5 C Bulk isotope composition 2 2.8a-c 7a-b
Experim ental Procedures
Headspace Gas Analysis
The analysis is performed using a Varian 3400 gas chromatograph with a 50 m Plot fused silicaAbCb/KCL column, loop injector and flame ionization detector.Helium is used as carrier gasand the column is run from 70°C to 200°C, at a rate of 12°C/min. Final hold time is 13 min.Two cm of headspace gas are removed from each sample can for chromatographic analysis ofthe Ci to C? range of hydrocarbons.
Total organic carbon (TOC) and total carbon analysis
This analysis is performed using a LECO CS244 Carbon Analyser. Hand-picked lithologiesfrom cuttings samples are crushed with a mortar and pestle and approximately 200 mg (50 mgfor coals) are accurately weighed into LECO crucibles. The samples are then treated threetimes with 10% hydrochloric acid to remove oxidized (carbonate) carbon, and washed fourtimes with distilled water. The samples are dried on a hotplate at 60-70°C before analysis oftotal organic carbon.
Rock-Eval pyrolysis
This analysis is performed by using a Rock-Eval 6 Pyrolyser. Approximately 100 mg crushedwhole rock is analysed. The sample is first heated at 325°C for three min in an atmosphere ofhelium to release the free hydrocarbons present (Si peak) and then pyrolysed by increasing thetemperature from 300 to 600°C (temp, gradient 25°C/min; 82 peak). Both the Si and 82 yieldsare measured using a flame ionization detector (FID).
Thermal extraction/pyrolysis gas chromatography
The instrument used for this analysis is a Varian 3400 Gas Chromatogaph interfaced to apyrolysis oven (the pyrolyser). Up to 15 mg of whole rock sample is loaded on the pyrolyserand heated isothermally, at 300°C, for 4 min, during which time thermal extraction of the freehydrocarbons occurs (equivalent to the Si peak of the Rock-Eval). The released gases pass toa 25 m OV1 column with a liquid nitrogen-cooled trap.
After 4 min the pyrolysis oven is temperature programmed up to 530°C, at a rate of 37°C/min,causing bound hydrocarbons to be released from the kerogen (equivalent to the 82 peak of theRock-Eval). The released gases pass to a 25 m OV1 column with a liquid nitrogen-cooled trap.
The temperature program of the gas chromatograph oven, in which the columns are housed is -10 to 290°C at a rate of 6°C/min. Both columns are linked to an FED.
Whole Oil Gas ChromatographyWhole oil chromatography is performed on a Perkin Elmer Autosystem XL gas chromatograph fittedwith a split injector, 50 m OV1 capillary column and effluent splitter connected to FID and FPD detectorsallowing simultaneous determination of hydrocarbons and sulphur compounds. Approximately 0.1microlitres of whole oil are injected and the temperature program on the chromatograph runs from -10 Cto300Cat4C/nm
38
GEOLAB!É!NOR
Vitrinite Reflectance AnalysisThis analysis was performed at IFE (see report in Appendix)
Solvent extraction of organic matter (EOM)
The samples are extracted using a Tecator Soxtec HT-System. Carefully weighed samples aretaken in a pre-extracted thimble. Some activated copper is added to the extraction cup anddichloromethane/methanol (93:7) is used as an extraction solvent. The samples are boiled for 1h and then rinsed for 2 h. If the samples contain more than 10% TOC, the whole procedure isrepeated once. The resulting solution is transferred to a flask and the solvent removed byrotary evaporation (200 mbar, 30°C). The amount of EOM is gravimetrically established.
Removal of asphaltenes
The EOM is dissolved in pentane in a flask to precipitate the asphaltenes by ultrasonic bath for3 min. The solution is then stored in the dark and at ambient temperature for at least 8 h. Thesolution is then filtered (Baker 10-spe system) and the precipitated asphaltenes returned to theoriginal flask by dissolution in dichloromethane. The solvent is removed by rotary evaporationat 200 mbar and 30°C.
Chromatographic separation of deasphaltened EOM
Chromatographic separation is performed using an MPLC system developed by the company.The EOM (minus asphaltenes) is injected into the MPLC and separated using hexane as aneluent. The saturated and aromatic hydrocarbon fractions are collected and the solventremoved using a rotary evaporator at 30°C. The fractions are then transferred to small pre-weighed vials and evaporated to dryness overnight. The vials are re-weighed to obtain theweights of both the saturated and the aromatic fractions. The weight of the NSO fractionwhich is retained on the column, is obtained by weight difference.
Gas Chromatographic analysesSaturated hydrocarbon fractions. The instrument used for this analysis is a DANI 8510 GasChromatograph equipped with an FED detector and an OV1 (25 m) column. The carrier gas ishelium and the temperature program runs from 80°C to 300°C at a rate of 4°C/min. Final holdtime is 20 min. The saturated hydrocarbon fraction is diluted by 1:30 and a 1 pi aliquot of thisis injected into the instrument.
Aromatic hydrocarbon fractions. The instrument used is a Varian 3400 Gas Chromatographwith a 40 m SE 54 capillary column, split injector and a column splitter leading to FED andFPD detectors, which allows simultaneous analysis of co-eluting hydrocarbons and sulphurcompounds. The carrier gas is helium and the temperature program runs from 40°C to 290°Cat a rate of 4°C/min. Final hold time is 10 min. The aromatic hydrocarbon fraction is diluted by1:30 and a 1 pi aliquot of this is injected into the instrument.
Combined gas chromatography-mass spectrometry (GC-MS)
The GC-MS analyses are performed on a Autospec Ultima system interfaced to a Hewlett
39
Packard 5890 gas chromatograph. The GC is fitted with a fused silica SE54 capillary column(40 m x 0.22 mm id.) directly into the ion source. Helium (12 psi) is used as carrier gas andthe injections are performed in splitless mode. The GC oven is programmed from 45°C to150°C at 35°C/min, at which point the programme rate is 2°C/min up to 310°C where thecolumn is held isothermally for 15 min. For the aromatic hydrocarbons, the GC oven isprogrammed from 50°C to 310°C at 5°C/min and held isothermally at 310°C for 15 min. Themass spectrometer is operated in electron impact (El) mode at 70 eV electron energy, a trapcurrent of 500 u A and a source temperature of 220°C. The instrument resolution used is 1500(10 % value).
The data system used is a VG OPUS system. The samples are analysed in multiple iondetection mode (MID) at a scan cycle time of approximately 1.1 sec. Calculation of peak ratiosis performed from peak heights in the appropriate Fragmentograms.
Saturated FractionsTerpanes. The most commonly used fragment ions for detection of terpanes are m/z 177 fordetection of demethylated hopanes or moretanes, m/z 191 for detection of tricyclic, tetracyclic-and pentacyclic terpanes and m/z 205 for methylated hopanes or moretanes.
Steranes. The most commonly used fragment ions for detection of steranes are m/z 259 fordetection of rearranged steranes, m/z 217 for detection of rearranged and normal steranes andm/z 218 for detection of 14p,17p(H) steranes.
The m/z 231 fragment ion is used to detect possible aromatic contamination of the saturatedfraction. It is also used for detection of methyl steranes.
Aromatic FractionsNaphthalenes. Methylnaphthalenes are normally detected by the m/z 142 fragment ion, whileC2-naphthalenes are detected by m/z 156 and Cs-naphthalenes by m/z 170.Dibenzothiophenes. The m/z 184 fragment ion is used to detect dibenzothiophene. The m/z198 and 212 fragment ions are used for methyl-substituted dibenzothiophenes and dimethyl-substituted dibenzothiophenes, respectively.
Phenanthrenes. Phenanthrene is detected using the m/z 178 fragment ion. Anthracene will, ifpresent, also give a signal in the m/z 178 fragment ion. Methyl-substituted phenanthrenes givesignals in the m/z 192 fragment ion.
Aromatic steranes. Monoaromatic steranes are detected using the m/z 253 fragment ion, whilethe triaromatic steranes are detected using the m/z 231 fragment ion.
40
Table la: Cl to C7 hydrocarbons in HEADSPACE gas(ul gas/kg rock)
GEOLAB!E!NOR
Project: NOCS 6507/5-2Well: NOCS 6507/5-2
Depth unit of measure: m
Depth Cl C2
* Indicated values in ml gas/kg rockiC4
sum sum %wet ——C3 iC4 nC4 C5+ C1-C4 C2-C4 ness nC4
26102660271027602810286029102960301030603110316032103260331033603410346035103560376038603897,
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
329033978711932731780138900144078053810828044232
9 61055
2538753631380119
859110063232951460021343541
53026012324 9 671929312015538081504013349
118424617311
675140728462265668
2982
39538565
23828582302120204431252818
533142161
9453
115617221130919
6241
78458
45429
31112051022
5514232
337498
1029 6
863
82418
42461136132471864
9226413
67162218333378
2106
49235
625287
208
147
1427
5911352
245655
4313221223
437534286012246813991049295
15977875191653008478516 61128
2725157911777143
9819128622817918429419515732
10853073314821
1092395157069810572055536 973
186442839724
12282799488438302061
12191
24.80 . 92 . 6
10.112.04 . 39 . 88 . 0
1 1 . 56 . 8
1 1 . 64 1 . 96 . 56 . 87 . 4
22.417.012.521.817.320.84 9 . 177.5
0 . 9 61 .101.001.070 . 9 20.830.840.840.820 . 6 80.550.350.540 . 6 00.520 . 5 60.580.500 . 4 60.450.310 . 2 60.41
Table 2 : Lithology description for well NOCS 6507/5-2Depth unit of measure: mDepth TypeInt Cvd TOC%
2724.002.73
2748.001.54
2772.001 . 6 5
2796.001 . 6 3
2820.001 . 6 7
2844.001.73
2856.70 swc
2864.00 swc
Grp Frm% Litholog:
-
100 Sh/Clst:
100 Sh/Clst:
100 Sh/Clst:tr Cont :
100 Sh/Clst:tr Cont :
100 Sh/Clst:tr Cont :
100 Sh/Clst:tr Cont :
100 S/Sst :
100 S/Sst :
Age/ description
drk gy
drk gy
drk gym brn, dd
drk gym brn, dd
drk gym brn, dd
drk gym brn, dd
w to m lt gy
w to m lt gy
Trb Sample
00480048-1L
00490049-1L
00500050-1L0050-2L
00510051-1L0051-2L
00520052-1L0052-2L
00530053-1L0053-2L
00400040-1L
00390039-1L
_ 2_
Table 2 : Lithology description for well NOCS 6507/5-2Depth unit of measure: mDepth TypeInt Cvd TOC%
2868.001 . 7 9
2892.001.78
2916.001.50
2940.001.75
2 9 6 4 . 0 01.83
2988.001.72
2989.50 swc
3012.001 . 6 2
Grp Frm Age Trb Sample% Lithology description
95 Sh/Clst:5 Cont :
95 Sh/Clst:5 Cont :
100 Sh/Clst:
95 Sh/Clst:5 Cont :
95 Sh/Clst:5 Cont :
95 Sh/Clst:5 Cont :
100 S/Sst :
95 Sh/Clst:5 Cont :
drk gy, ddm brn, dd
m lt gy, ddm brn, dd
drk gy, dd
m lt gy, ddm drk gy, dd
m lt gy, ddm drk gy, dd
drk gy, ddm drk gy, dd
drk y brn
drk gy, ddm drk gy, dd
00540054-1L0054-2L
00550055-1L0055-2L
00560056-1L
00570057-1L0057-2L
00580058-1L0058-2L
00590059-1L0059-2L
00380038-1L
00600060-1L0060-2L
GEOLAB!E!NGR
Depth TypeInt Cvd TOC%
3019.00 swc
3024.50 swc
3029.00 swc1 . 5 9
3032.20 swc2.01
3033.00
3035.50 swc1 . 6 1
3051.001 . 4 9
3054.50 swc0 . 4 6
3061.00 swc
Grp Frm Age% Lithology description
100 Sh/Clst: m gn gy
100 S/Sst : m lt gy
100 S/Sst : m gy to w, argill
100 S/Sst : lt gy to m lt gy, argill
50 Cont : m drk cjy, dd45 S/Sst : w, f, l5 Sh/Clst: drk gy, dd
100 Sh/Clst: m gy to drk gy, sit
95 Sh/Clst: drk gy, dd5 Cont : m drk gy, dd
100 S/Sst : lt gy, argill
100 Sh/Clst: m gy to drk gy
Trb Sample
00470047-1L
00410041-1L
00420042-1L
00430043-1L
00610061-2L0061-3L0061-1L
00460046-1L
00620062-1L0062-2L
00440044-1L
00450045-1L
Table 2 : Lithology description for well NOCS 6507/5-2Depth unit of measure: m
Table 2 : Lithology description for well NOCS 6507/5-2Depth unit of measure: m
GEOLAB!É!NOR
Depth TypeInt Cvd TOC%
3072.001.30
3093.001.13
3114.001.21
3135.001 . 7 9
3160.001 . 3 6
3162.001.45
3195.00
1.88
3210.001 . 7 9
Grp Frm Age Trb Sample% Lithology description
95 Sh/Clst:5 Cont :
90 Sh/Clst:5 Cont :5 Sh/Clst:
95 Sh/Clst:5 Cont :
100 Sh/Clst:
100 Sh/Clst:
100 Sh/Clst:tr Ca :tr Sh/Clst:
65 Sh/Clst:30 Sh/Clst:5 Sh/Clst:
tr Ca :
70 Sh/Clst:30 Sh/Clst:
m gy to m lt gy, ddm drk gy, dd
drk gy, ddm drk gy, ddred
drk gy, ddm drk gy, dd
drk gy, dd
drk gy, dd
m gy to drk gylt brn gym brn
m brnm gy to drk gyblk, carblt brn gy
drk gy, ddm brn, dd
00630063-1L0063-2L
00640064-1L0064-2L0064-3L
00650065-1L0065-2L
00660066-1L
00670067-1L
00910091-1L0091-2L0091-3L
00920092-3L0092-1L0092-4L0092-2L
00680068-1L0068-2L
Table 2 : Lithology description for well NOCS 6507/5-2Depth unit of measure: mDepth TypeInt Cvd TOC%
3222.005.21
3225.00
5 . 2 9
3231.006 . 9 9
3237.007 . 6 3
3243.008.22
3249.008.02
3255.008 . 6 8
3260.008 . 0 9
Grp Frm Age% Lithology description
60 Sh/Clst: drk gy to blk25 Ca : lt brn gy15 Sh/Clst: m brn
50 Ca : lt brn gy45 Sh/Clst: drk gy to blk5 Sh/Clst : m brn
95 Sh/Clst: drk gy to blk5 Ca : lt brn gy
tr Sh/Clst: m brn
100 Sh/Clst: drk gy to blk
100 Sh/Clst: drk gy to blk
100 Sh/Clst: drk gy to blk
100 Sh/Clst: drk gy to blk
100 Sh/Clst: drk gy, dd
Trb Sample
00930093-1L0093-2L0093-3L
00940094-2L0094-1L0094-3L
00950095-1L0095-2L0095-3L
00960096-1L
00970097-1L
00980098-1L
00990099-1L
00690069-1L
- 6-
Table 2 : Lithology description for well NOGS 6507/5-2Depth unit of measure: mDepth TypeInt Cvd TOC%
3261.008.51
3267.007.20
3273.007.48
3279.008.50
3285.00
3291.006 . 8 9
3297.001.81
3303.006 . 1 6
3309.00
14.5014.50
Grp Frm Age Trb Sample% Lithology description
100 Sh/Clst:
100 Sh/Clst:
100 Sh/Clst:
100 Sh/Clst:
drk gy to blk
drk gy to blk
drk gy to blk
drk gy to blk
100 Sh/Clst:
100 Sh/Clst:
90 Sh/Clst:10 Ca :
90 Sh/Clst:10 Ca :
40 Ca :30 Sh/Clst:30 Sh/Clst:
drk gy to blk
m drk gy to blk
m drk gy to blklt brn gy
m drk gy to blklt brn gy
lt brn gyblk, carb, sitlt brn gy to m gy
01000100-1L
01010101-1L
01020102-1L
01030103-1L
01040104-1L
01050105-1L
01060106-1L0106-2L
01070107-1L0107-2L
01080108-2L0108-1L0108-3L
- 7-
Table 2 : Lithology description for well NOCS 6507/5-2Depth unit of measure: m
GEOLAB!E!NOR
Depth TypeInt Cvd TOC%
3310.007.24
3315.00
4 . 8 6
3330.002.52
3351.002 . 9 9
3372.002.18
3393.001.73
3414.003.13
3435.001 . 8 6
3456.002.53
Grp Frm Age% Lithology description
100 Sh/Clst: drk gy, dd
50 Ca : lt brn gy40 Sh/Clst: lt brn gy to m gy10 Sh/Clst: drk gy to blk
100 Sh/Clst: drk gy to m lt gy, dd
100 Sh/Clst: drk gy to m lt gy, dd
100 Sh/Clst: drk gy to m lt gy, dd
100 Sh/Clst: drk gy to m lt gy, dd
100 Sh/Clst: drk gy, dd
100 Sh/Clst: drk gy to m lt gy, dd
100 Sh/Clst: drk gy to m lt gy, dd
Trb Sample
00700070-1L
01090109-2L0109-3L0109-1L
00710071-1L
00720072-1L
00730073-1L
00740074-1L
00750075-1L
00760076-1L
00770077-1L
- 8-
Table 2 : Lithology description for well NOCS"6507/5-2Depth unit of measure: mDepth TypeInt Cvd TOC%
3477.003.22
3498.003.25
3519.002.51
3540.004.00
3561.003.35
3582.002 . 9 4
3603.001 . 6 4
3612.001 . 8 6
3628.50 ccp
Grp Frm Age% Lithology description
100 Sh/Clst: drk gy, dd
100 Sh/Clst: drk gy, dd
100 Sh/Clst: drk gy, dd
100 Sh/Clst: drk gy, dd
100 Sh/Clst: drk gy, dd
100 Sh/Clst: drk gy, dd
100 Sh/Clst: drk gy, dd
100 Sh/Clst: m lt gy, dd
100 S/Sst : lt brn to w
Trb Sample
00780078-1L
00790079-1L
00800080-1L
00810081-1L
00820082-1L
00830083-1L
00840084-1L
00850085-1L
00170017-1L
- 9-
Table 2 : Lithology description for well NOCS 6507/5-2Depth unit of measure: mDepth Type Grp Frm AgeInt Cvd TOC% % Lithology description
3633.89 ccp100 S/Sst : lt brn to w
3643.75 ccp. 100 S/Sst : m brn to w
3653.10 ccp100 S/Sst : lt brn to w
3654.40 ccp100 S/Sst : lt brn to w
3667.10 ccp100 S/Sst : m lt brn to w
3670.10 ccp100 S/Sst : m brn to m gy to w, pyr
3672.10 ccp100 S/Sst : lt gy, mic, argill, f
3 6 7 9 . 9 0 ccp100 S/Sst : lt gy to lt brn, argill, f
3693.05 ccp1.75 100 Sh/Clst: drk gy
Trb Sample
00180018-1L
00190019-1L
00200020-1L
00210021-1L
00220022-1L
00230023-1L
00240024-1L
00250025-1L
00260026-1L
- 10-
GEOLABJfiNORTable 2 : Lithology description for well NOCS 6507/5-2Depth unit of measure: mDepth Type Grp Frm AgeInt Cvd TOC% % Lithology description
3700.20 ccp100 Sltst : m lt gy to w, argill
3710.20 ccp100 Sltst : m lt gy to w, argill
3718.70 ccp100 S/Sst : m brn to w
3730.10 ccp100 Sh/Clst: m gy to lt gy to w, sit
3740.10 ccp1.22 100 Sh/Clst: drk gy
3755.10 ccp0.77 100 Sh/Clst: drk gy, sit
3765.10 ccp0.57 100 Sh/Clst: drk gy to m gy, sit
3777.50 ccp100 Sltst : lt gy to w
3778.30 ccp100 S/Sst : lt gy to w
Trb Sample
00270027-1L
00280028-1L
00290029-1L
00300030-1L
00310031-1L
00320032-1L
00330033-1L
00340034-1L
00350035-1L
- 11-
Table 2 : Lithology description for well NOGS 6507/5-2Depth unit of measure: m
GEOLAB!BNOR
Depth TypeInt Cvd TOC%
3785.10 ccp
3790.10 ccp
3855.00
3867.00
3879.002.72
3888.00
2.05
3897.00
2.04
Grp Frm% Litholog?
100 S/Sst :
100 S/Sst :
70 S/Sst :30 Cont :
70 S/Sst :25 Cont :5 Sh/Clst:
70 Sh/Clst25 S/Sst5 Cont
75 S/Sst20 Sh/Clst5 Cont
75 S/Sst :20 Sh/Clst:5 Cont :
Age^ description
lt gy to w to m gy, argill
lt gy to w to m gy, argill
lt gy to w, ddlt gy, dd
lt gy to w, ddlt gy, ddm lt gy
m lt gy, ddlt gy to w, ddlt gy, dd
lt gy to w, ddm lt gy, ddlt gy, dd
lt gy to w, ddm lt gy, ddlt gy, dd
Trb Sample
00360036-1L
00370037-1L
00860086-1L0086-2L
00870087-1L0087-2L0087-3L
00880088-1L0088-2L0088-3L
00890089-2L0089-1L0089-3L
00900090-2L0090-1L0090-3L
Table 3: Rock-Eval table for well NOGS 6507/5-2Depth unit of measure: mDepth Typ Form Lithology SI S2 S3 S2/S3 TOG HI Ol PP
Page: 1
PI Tmax Sample
2724.002748.002772.002796.002820.002844.002868.002892.002916.002940.002964.002.988.003012.003029.003032.203035.50
cutcutcutcutcutcutcutcutcutcutcutcutcutswcswcswc
Sh/Clst: drk gySh/Clst: drk gySh/Clst: drk gySh/Clst: drk gySh/Clst: drk gySh/Clst: drk gySh/Clst: drk gySh/Clst: m lt gySh/Clst: drk gySh/Clst: m lt gySh/Clst: m lt gySh/Clst: drk gySh/Clst: drk gyS/Sst : m gy to wS/Sst : lt gy to m lt gySh/Clst: m gy to drk gy
1 . 6 91 . 1 61.341.451.171.061.061.271.051.421.341 . 2 61.33
11.4722.517.12
11.435 . 6 37.377.316 . 4 56 . 4 26.838.045 . 9 48.158.177 . 6 86 . 4 61.881.171 . 7 9
1.801.413.122.211.040.881.421.202.310.860.932.371.020.440.170.35
6.353 . 9 92.363.316.207.304.816.702.579.488.783.246.334.276.885.11
2.731.541.651.631 . 6 71.731.791.781.501.751.831.721 . 6 21 . 5 92.011 . 6 1
41936644744838637138245239646644644739911858111
66921891366251796715449511386328822
13.16 . 88.78.87 . 67 . 57 . 99 . 37.09 . 69 . 58 . 97.8
13.423.78 . 9
0.130.170.150.170.150.140.130.140.150.150.140.140.170.860.950.80
421423353354355357430359428353355356345431429436
0048-1L0049-1L0050-1L0051-1L0052-1L0053-1L0054-1L0055-1L0056-1L0057-1L0058-1L0059-1L0060-1L0042-1L0043-1L0046-1L
GEC 35BNOR
Table 3: Rock-Eval table for well NOCS 6507/5-2Depth unit of measure: mDepth Typ Form Lithology SI S2 S3 S2/S3 TOC HI Ol PP
Page: 2
PI Tmax Sample
3051.003054.503072.003093.003114.003135.003160.003162.003195.003210.003222.003225.003231.003237.003243.003249.00
cutswccutcutcutcutcutcutcutcutcutcutcutcutcutcut
Sh/Clst: drk gyS/Sst : lt gySh/Clst: m gy to m lt gySh/Clst: drk gySh/Clst: drk gySh/Clst: drk gySh/Clst: drk gySh/Clst: m gy to drk gySh/Clst: m gy to drk gySh/Clst: drk gy
SPEK Sh/Clst: drk gy to blkSh/Clst: drk gy to blkSh/Clst: drk gy to blkSh/Clst: drk gy to blkSh/Clst: drk gy to blkSh/Clst: drk gy to blk
1. 5 97 . 4 61.421.201.151.370.383.141 . 9 20.816 . 4 13.231.852.3 62.864.05
8.060.474 . 9 45 . 9 15.155 . 6 54.5125.2013.225.40
12.216.014.37
24.8828.3128.46
2.440.551.141.271.350.840.810 . 9 61.140 . 6 31.130 . 6 50.760 . 6 60.600.47
3.300.854.334 . 6 53.816.735.57
26.2511.608.57
10.819.255.75
37.7047.1860.55
1 . 4 90 . 4 61.301.131.211 . 7 91.361.451.881.795.215.296 . 9 97 . 6 38.228.02
541103380523426316332173870330223411463
326344355
164120881121124760666135221211976
9 . 77 . 96 . 47.16 . 37.04 . 9
28.315.16 . 2
1 8 . 69 . 26 . 2
27.231.232.5
0.160.940.220.170.180.200.080.110.130.130.340.350.300.090.090.12
356405351 .355357349404419432424432344340421422422
0062-1L0044-1L0063-1L0064-1L0065-1L0066-1L0067-1L0091-1L0092-1L0068-1L0093-1L0094-1L0095-1L0096-1L0097-1L0098-1L
Table 3: Rock-Eval table for well NOGS 6507/5-2Depth unit of measure: mDepth Typ Form Lithology SI S2 S3 S2/S3 TOC HI Ol PP
Page: 3
PI Tmax Sample
3255.3260.3261.3267.3273.3279.3291.3297.3303.3309.3310.3315.3330.3351.3372.3393.
00 cut Sh/Clst: drk gy to blk00 cut SPEK Sh/Clst: drk gy00 cut Sh/Clst: drk gy to blk00 cut Sh/Clst: drk gy to blk00 cut Sh/Clst: drk gy to blk00 cut Sh/Clst: drk gy to blk00 cut Sh/Clst: m drk gy to blk00 cut Sh/Clst: m drk gy to blk00 cut Sh/Clst: m drk gy to blk00 cut Sh/Clst: lt brn gy to m gy00 cut MELK Sh/Clst: drk gy00 cut Sh/Clst: drk gy to blk00 cut MELK Sh/Clst: drk gy to m lt gy,00 cut MELK Sh/Clst: drk gy to m lt gy,00 cut MELK Sh/Clst: drk gy to m lt gy.00 cut MELK Sh/Clst: drk gy to m lt gy
2.0.2.1.2.2.1.1.1.3.0.2.1.1.1.1 .
57922592579359798914703831,45,24,44
30.6131.8630.8523.1020.8229.5214.166.51
13.4215.8519.7312.2410.0811.329.387 . 8 6
0.510.670.740.740.550.441 . 6 70.942.831.451.041.001 . 9 30.791.222 . 7 6
60.0247.554 1 . 6 931.2237.8567.098.486 . 9 34.74
10.9318.9712.245.22
14.337 . 6 92.85
8.688.098.517.207.488.506 . 8 91.816 . 1 6
14.507.244 . 8 62.522 . 9 92.181.73
353394363321278347206360218109273252400379430454
6891075245246101421772656160
33.232.833.125.023.432.515.88.3
15.319.020.41 4 . 611.412.810.69 . 3
0.080.030.070.080.110.090.100.220.120.170.030.160.120.110.120.15
424423423429429422430351429438430433434436432428
0099-1L0069-1L0100-1L0101-1L0102-1L0103-1L0105-1L0106-1L0107--1L0108-3L0070-1L0109-1L0071-1L0072-1L0073-1L0074-1L
Table 3: Rock-Eval table for well NOGS 6507/5-2Depth unit of measure: mDepth Typ Form Lithology SI S2 S3 S2/S3 TOC HI Ol PP
Page: 4
PI Tmax Sample
3414.00 cut MELK Sh/Clst: drk gy3435.00 cut MELK Sh/Clst: drk gy to m lt gy3456.00 cut MELK Sh/Clst: drk gy to m lt gy3477.00 cut MELK Sh/Clst: drk gy3498.00 cut MELK Sh/Clst: drk gy3519.00 cut MELK Sh/Clst: drk gy3540.00 cut MELK Sh/Clst: drk gy3561.00 cut MELK Sh/Clst: drk gy3582.00 cut MELK Sh/Clst: drk gy3603.00 cut MELK Sh/Clst: drk gy3612.00 cut MELK Sh/Clst: m lt gy3693.05 ccp Sh/Clst: drk gy3740.10 ccp Sh/Clst: drk gy3755.10 ccp Sh/Clst: drk gy3765.10 ccp Sh/Clst: drk gy to m gy3879.00 cut ÅRE Sh/Clst: m lt gy
1.0.0.0.1.1.1.0.0.0.1.0.0.0.0.0.
1470889223Ol13989289133226181430
8.255.806 . 9 37.718.756.849.017.596.534.575.722.223.231 . 6 41 .065.11
1.331.872. 2 92.341.850 . 9 91.341.002 . 2 94.301 . 6 50.180.110.180.351.20
6.203.103.033.294.736 . 9 16.727.592.851.063.47
12.332 9 . 3 69.113.034.26
3.131.8 62.533.223.252.514.003.352 . 9 41 . 6 41 . 8 61.751.220.770.572.72
264312274239269273225227222279308127265213186188
4210.19173573934307826289109236144
9 . 46 . 57.88 . 6
10.07 . 9
10.18 . 67.55.56 . 82.53.51.81.25.4
0.120.110.110.110.120.130.110.110.120. 1 60 . 1 60.130.070.100.120.06
432434432437433436433431430353352447443444445440
0075-1L0076-1L0077-1L0078-1L0079-1L0080-1L0081-1L0082-1L0083-1L0084-1L0085-1L0026-1L0031-1L0032-1L0033-1L0088-1L
Table 3: Rock-Eval table for well NOCS 6507/5-2Depth unit of measure: mDepth Typ Form Lithology SI S2 S3 S2/S3 TOG HI Ol PP
Page: 5
PI Tmax Sanple
3888.00 cut ÅRE Sh/Clst: m lt gy3897.00 cut ÅRE Sh/Clst: m lt gy
0.39 3.53 1.390.54 3 . 6 7 1.25
2.54 2.05 172 682 . 9 4 2.04 180 61
3.9 0.10 442 0089-1L4.2 0.13 442 0090-1L
GEO^BSBNOR
Table 4a: MPLC Bulk Cortposition: Weight of EOM and Fraction for well NOCS 6507/5-2Depth unit of measure: m
Depth
2856.702864.002989.503019.003024.503029.003032.203035.503054.503061.003628.503633.893637.003637.153643.753647.00
Typ
swcswcswcswcswcswcswcswcswcswcccpccpoilccpccpoil
Litholog}
S/Sst :S/Sst :S/Sst :Sh/Clst:S/Sst :S/Sst :S/Sst :Sh/Clst:S/Sst :Sh/Clst:S/Sst :S/Sst :bulkbulkS/Sst :bulk
r
w to m lt gyw to m lt gydrk y brnm gn gym lt gym gy to wlt gy to m lt gym gy to drk gylt gym gy to drk gylt brn to wlt brn to w
m brn to w
RockExtracted(g)
9 . 42.35.08 . 9
10.110.78.7
1 0 . 610.19 . 59 . 69 . 9
147.68.0
10.9130.0
EOM(mg)
364.791.0
194.489.859.2
121.1274.535.293.379.05.2
13.16 7 . 940.813.164.7
Sat(mg)
353.085.8
190.278.055.7
113.0270.12 9 . 988.573.03.06 . 9
51.0-
7 . 648.8
Aro(mg)
0.80.20.42.01 . 61.80.50.50.50 . 60.32.8
15.4-
3.314.4
Asph(mg)
0.23.72.23.20.11 . 90 . 92.00 . 62.70 . 91.20.3-
1.00.3
NSO(mg)
10.71.31 . 66 . 61.84.43.12.83.72.71.02.21.2-
1.31.2
HC 1(mg)
353.886.0
1 9 0 . 680.057.3
114.8270.630.489.07 3 . 63.39 . 7
6 6 . 4-
10.963.2
fon-HC(mg)
1 0 . 95.03.89 . 81 . 96 . 33 . 94.84.35.41 . 93.41.5-
2.21.5
Page: l
C (e)(%) Sample
2.36 0040-1L0.30 0039-1L0.26 0038-1L0.95 0047-1L0.28 0041-1L1.59 0042-1L2.01 0043-1L1. 6 1 0046--1L0.46 0044-1L3.43 0045-1L0.16 0017-1L0.21 0018-1L
0135-OB0002-OB
0.14 0019-1L0136-OB
Table 4a: MPLC Bulk Composition: Weight of EOM and Fraction for well NOGS 6507/5-2Depth unit of measure: m
Page: 2
Depth
3649.153653.103654.403657.153661.153667.103670.103672.103679.903683.153693.053700.203704.003710.203718.703730.10
Typ
ccpccpccpccpccpccpccpccpccpccpccpccpccpccpccpccp
Lithology
bulkS/Sst :S/Sst :bulkbulkS/Sst :S/Sst :S/Sst :S/Sst :bulkSh/Clst:Sltst :bulk .Sltst :S/Sst :Sh/Clst:
lt brn to wlt brn to w
m lt brn to wm brn to m gy to wlt gylt gy to lt brn
drk gym lt gy to w
m lt gy to wm brn to wm gy to lt gy to w
RockExtracted
(9)
8.89 . 7
11.78.19 . 1
10.79 . 89 . 69 . 9
10.29 . 89 . 88.3
10.010.310.6
EOM(mg)
Sat Aro(mg) (mg)
Asph NSO HC Non-HC TOC(e)(mg) (mg) (mg) (mg) (%)
2 2 . 2 - - - - - - -2.2.
34.26.34.60.8.
6 4 .28.7.2.7.1.1.6 .
9 0.4 0.45907 18.8 10.20 31.7 19. 16 0.8 2.44 3 3 . 6 21.06 — —
8 0.4 1.31 0.2 0.28 — —
9 0.3 0.36 0.2 0.35 1.4 1.1
00
1232
41
011
. 7 1 . 3 0 . 9
. 2_
_. 4 4 . 3 29.0. 6 6 . 6 50.7. 5 1 . 9 3 . 2. 7 7 . 2 5 4 . 6_
.3 1 . 7 1 . 7
.3 0.4 0.4- - -. 9 0 . 3 0 . 7.0 0.2 0.5. 7 2 . 3 2 . 5
2.00.2--
5.79 . 35.49 . 8-
6 . 11.7-
1.21.14.0
0.060.09--
0.250.550.880.51-
1 . 9 90.41-
0 . 1 90.240 . 6 9
Sample
0004-OB0020-l.L0021-1LOC06-OB0007-OB0022-1L0023-1L0024-1L0025-1L0009-OB0026-1L0027-1L0012-OB0028-1L0029-1L0030-1L
GEO"B!!!NOR
Table 4a: MPLC Bulk Composition: Weight of EQM and Fraction for well NOGS 6507/5-2Depth unit of measure: m
Page: 3
Depth
3740.103755.103765.103777.503778.303785.103790.10
Typ
ccpccpccpccpccpccpccp
Litholog]
Sh/Clst:Sh/Clst:Sh/Clst:Sltst :S/Sst :S/Sst :S/Sst :
t
drk gydrk gydrk gy to m gylt gy to wlt gy to wlt gy to w to m gylt gy to w to m gy
RockExtract(g)
9 .10.9 .
10.10.10.8.
ed
9534303
EQM(nvg)
10.88.87.53 . 61.53 . 16 . 4
Sat Aro Asp)(mg) (mg) (mg
2.1 2.1 41.2 2.9 21.0 1.5 20 . 6 0 . 6 0
00
1.4 0.7 2
1 NSO HC b) (mg) (mg)
.4 2.1 4.3
.4 2 . 3 4 . 1
.0 3.0 2.5
.7 1 . 7 1 . 2
. 6
. 7
. 2 2 . 1 2 . 1
Jon-HC '(mg)
6 . 54.75.02 . 40 . 60.74.3
roe (e)(%)
1 . 1 90.750.590.110.460.110.23
Sample
0031-1L0032-1L0033-1L0034-1L0035-1L0036-1L0037-1L
GEOIAB!BNOR
Table 4b: MPLC Bulk Composition: Concentration of EOM and Fraction (wt ppm rock) for well NOCS 6507/5-2Depth unit of measure: m
Page: 1
Depth Typ Lithology EOM Sat Aro Asph NSO HC Non-HC Sample
2856.702864.002989.503019.003024.503029.003032.203035.503054.503061.003628.503633.893637.003637.153643.75
swcswcswcswcswcswcswcswcswcswcccpccpoilccpccp
S/Sst :S/Sst :S/Sst :Sh/Clst:S/Sst :S/Sst :S/Sst :Sh/Clst:S/Sst :Sh/Clst:S/Sst :S/Sst :bulkbulkS/Sst :
w to m lt gyw to m lt gydrk y brnm gn gym lt gym gy to wlt gy to m lt gym gy to drk gylt gym gy to drk gylt brn to wlt brn to w
m brn to w
3867439393391141005558731131731515330892198333540132345950931207
374363712938260873455211056231004281287427699315700345-
698
8194822261581665847526226280103-
302
221601442356111739918560288931182-90
11345683297371814153522623642821052248-
116
375173722338342896156801072831063286087947762341980449-
1000
11562170771109419258945144742457119834210-
206
0040-1L0039-1L0038-1L0047-1L0041-1L0042-1L0043-1L0046-1L0044-1L0045-1L0017-1L0018-1L0135-OB0002-OB0019-1L
GEC BJENOR
Table 4b: MPLC Bulk Conposition: Concentration of EOM and Fraction (wt ppm rock) for well NOGS 6507/5-2Depth unit of measure: m
Page: 2
Depth Typ Lithology EOM Sat Aro Asph NSO HC Non-HC Sanple
3647.003649.153653.103654.403657.153661.153667.103670.103672.103679.903683.153693.053700.203704.003710.20
oilccpccpccpccpccpccpccpccpccpccpccpccpccpccp
bulkbulkS/Sst :S/Sst :bulkbulkS/Sst :S/Sst :S/Sst :S/Sst :bulkSh/Clst:Sltst :bulkSltst :
lt brn to wlt brn to w
m lt brn to wm brn to m gy to wlt gylt gy to lt brn
drk gym lt gy to w
m lt gy to w
4972514298214433528573242614189364722809793213935189
375-45---
1756324182
3373-4420-33
110-45---
95519522482111
-13320-33
2-7217--
130266363266-
437132-89
9-
135---
400680198721-
17840-33
485-90---
271251943305484-17840-66
11-
20717--
530947562987-
615172-
123
0136-OB0004-OB0020-1L0021-1L0006-OB0007-OB0022-1L0023-1L0024-1L0025-1L0009-OB0026-1L0027-1L0012-OB0028-1L
Table 4b: MPLC Bulk Composition: Concentration of EOM and Fraction (wt ppm rock) for well NOCS 6507/5-2Depth unit of measure: m
Page: 3
Depth Typ Lithology EOM Sat Aro Asph NSO HC Non-HC Sanple
3718.703730.103740.103755.103765.103777.503778.303785.103790.10
ccpccpccpccpccpccpccpccpccp
S/Sst :Sh/Clst :Sh/Clst :Sh/Clst:Sh/Clst:Sltst :S/Sst :S/Sst :S/Sst :
m brn to wm gy to lt gy to wdrk gydrk gydrk gy to m gylt gy to wlt gy to wlt gy to w to m gylt gy to w to m gy
156612
1094839805346145310768
1412921611110755--
168
2910721627716155-
.84
97160444229214675870264
14215216222322167--
252
. 43236433388268111--252
1123756614515372355870516
0029-1L0030-1L0031-1L0032-1L0033-1L0034-1L0035-1L0036-1L0037-1L
GEO"
Table 4c: MPLC Bulk Conposition: Concentration of EOM and Fraction (mg/g TOC(e)) for well NOCS 6507/5-2Depth unit of measure: m
Depth Typ Lithology EOM Sat Aro Asph NSO HC Non-HC
Page: 1
Sample
2856.702864.002989.503019.003024.503029.003032.203035.503054.503061.003628.503633.893637.003637.153643.75
swc S/Sst :swc S/Sst :swc S/Sst :swc Sh/Clst:swc S/Sst :swc S/Sst :swc S/Sst :swc Sh/Clst:swc S/Sst :swc Sh/Clst:ccp S/Sst :ccp S/Sst :oil bulkccp bulkccp S/Sst :
w to m lt gyw to m lt gydrk y brnm gn gym lt gym gy to wlt gy to m lt gym gy to drk gylt gym gy to drk gylt brn to wlt brn to w
m brn to w
1638.13131.15044.1058.2097.711.
1567.205.2004.242.337.630.--
862.
753111535181944821958411
,41
1586.2912376.3914715.63
919.471972.126 6 4 . 2 9
1542.54174.711900.57224.47197.20333.58--
498.58
3.4331.5731.6523.8856.5810.462 . 9 22 . 9 6
11.311.83
16.43133.43
--
216.05
0.95533.91170.2537.564.15
10.904 . 9 5
11.5313.138.41
58.4756.35--
64 . 6 8
48.07189.43126.5977.626 4 . 6 626.1517.531 6 . 2 97 9 . 1 98.25
65.73106.75
--
83.10
1589.7312407.9714747.27
943.352028.69674.75
1545.46177.67
1911.89226.30213.63467.01--
714.63
49.02723.35296.84115.1768.8137.0522.4827.8192.321 6 . 6 5
124.21163.10
--
147.78
0040-1L0039-1L0038-1L0047-1L0041-1L0042-1L0043-1L0046-1L0044-1L0045-1L0017-1L0018-1L0135-OB0002-OB0019-1L
Table 4c: MPLC Bulk Conposition: Concentration of EOM and Fraction (rag/g TOC(e)) for well NOCS 6507/5-2Depth unit of measure: m
Depth Typ Lithology EOM Sat Aro Asph NSO HC
Page: 2
Non-HC Sanple
3647.003649.153653.103654.403657.153661.153667.103670.103672.103679.903683.153693.053700.203704.003710.20
oilccpccpccpccpccpccpccpccpccpccpccpccpccpccp
bulkbulkS/Sst :S/Sst :bulkbulkS/Sst :S/Sst :S/Sst :S/Sst :bulkSh/Clst:Sltst :bulkSltst :
lt brn to wlt brn to w
m lt brn to wm brn to m gy to wlt gylt gy to lt brn
drk gym lt gy to w
m lt gy to w
--
497.238.--
1297.1116.101.
1269.-
39.52.-
9 9 .
2623
20594809
8711
80
--
75.45---
702.46589.43
9.40661.43-2.244 . 9 6-
17.51
_-
75.45 12019
--
382.35 52354.96 4828.21 41414.02 52
-6.71 214 . 9 6 32-
17.51 47
_
-.03 226.34. 0 6--.34 160.05.46 123.75.30 22.57.27 141.37-.9 8 8 .95. 2 6 9 . 9 2-.27 17.51
--
150.89---
1084.81944.3837.61
1075.45-8.959 . 9 2-
35.02
--
346.3619. 0 6
--
212.39172.2163.87
193.64-
30.9342.18
-64.78
0136-OB0004-OB0020-1L0021-1L0006-OB0007-OB0022-1L0023-1L0024-1L0025-1L0009-OB0026-1L0027-1L0012-OB0028-1L
Table 4c: MPLC Bulk Composition: Concentration of EOM and Fraction (mg/g TOC(e)) for well NOGS 6507/5-2Depth unit of measure: m
Page: 3
Depth Typ Lithology
3718.70 ccp S/Sst : m brn to w3730.10 ccp Sh/Clst: m gy to lt gy to w3740.10 ccp Sh/Clst: drk gy3755.10 ccp Sh/Clst: drk gy3765.10 ccp Sh/Clst: drk gy to m gy3777.50 ccp Sltst : lt gy to w3778.30 ccp S/Sst : lt gy to w3785.10 ccp S/Sst : lt gy to w to m gy3790.10 ccp S/Sst : lt gy to w to m gy
EOM
65889111113631531281334
.04
. 7 9
. 9 5
. 9 6
.54
.29
. 6 6
.82
.05
Sat
6.1018.7318.2014.8018.2150.80--73.07
Aro
121518372750
36
.20
. 6 1
.20
.01
.31
.80--.54
Asph
40.6523.2237.3630.5336.4161.3112.6663.64
114.83
NSO
6.1031.2218.202 9 . 6 154.62
152.39--
109.61
HC
18.34.36.51.45.
101.--
109.
293440825159
, 6 1
Non-HC
46.7554.4455.5560.1491.03213.7012.6663.64
224.44
Sample
0029-1L0030-1L0031-1L0032-1L0033-1L0034-1L0035-1L0036-1L0037-1L
Table 4d: MPLC Bulk Composition: Material extracted from the rock (%) for well NOGS 6507/5-2Depth unit of measure: mDepth Typ Lithology
Page: I
Recov. Recov.Sat Aro Asph NSO Total HC Non-HC MPLC Asph Sample
2856.70 swc2864.00 swc2989.50 swc3019.00 swc3024.50 swc3029.00 swc3032.20 swc3035.50 swc3054.50 swc3061.00 swc3628.50 ccp3633.89 ccp3637.00 oil3637.15 ccp3643.75 ccp3647.00 oil
S/Sst :S/Sst :S/Sst :Sh/Clst:S/Sst :S/Sst :S/Sst :Sh/Clst:S/Sst :Sh/Clst:S/Sst :S/Sst :bulkbulkS/Sst. :bulk
w to m lt gyw to m lt gydrk y brnm gn gym lt gym gy to wlt gy to m lt gym gy to drk gylt gym gy to drk gylt brn to wlt brn to w
m brn to w
96.8094.2597.8286.8694.0293.3298.3885.0294.8392.3958.3752.9475.18
-57.81 .75.36
0.210.240.212 . 2 62.701.470.191.440.560.754 . 8 6
21.1822.61
-25.0522.29
0.064.071.133.550.201.530.325 . 6 10 . 6 63 . 4 6
17.318 . 9 40.44-
7.500 . 4 6
2 . 9 31.440.847.333.083 . 6 71.127 . 9 33 . 9 53.39
1 9 . 4 61 6 . 9 41 . 7 6-
9 . 6 41.88
100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00100.00
-100.00100.00
97.019 4 . 4 998.0389.1296.7294.7998.578 6 . 4 695.3993.1563.2474.1297.80-
82.8697 . 6 5
2 . 9 95.511 .97
10.883.285.211.43
13.544 . 6 16.85
36.7625.882.20- -
17.142.35
0.970.890 . 9 50.950.920 . 9 60.980.920.900.890.900.920.98-
0.860.97
0040-1L0039-1L0038-1L0047-1L004.1-1L0042-1L0043-1L0046-1L0044-1L0045-1L0017-1L0018-1L0135-OB0002-OB0019-1L0136-OB
Table 4d: MPLC Bulk Composition: Material extracted from the rock (%) for well NOGS 6507/5-2Depth unit of measure: mDepth Typ Lithology Sat Aro Asph NSO Total HC
Page: 2
Recov. Recov.Non-HC MPLC Asph Sarnple
3649.153653.103654.403657.153661.153667.103670.103672.103679.903683.153693.053700.203704.003710.203718.703730.10
ccp bulkccp S/Sst :ccp S/Sst :ccp bulkccp bulkccp S/Sst :ccp S/Sst :ccp S/Sst :ccp S/Sst :ccp bulkccp Sh/Clst:ccp Sltst :ccp bulkccp Sltst :ccp S/Sst :ccp Sh/Clst:
lt brn to wlt brn to w
m lt brn to wm brn to m gy to wlt gylt gy to lt brn
drk gym lt gy to w
m lt gy to wm brn to wm gy to lt gy to w
-15.17
---
54.1552.799.27
52.12-
5 . 6 19.52-
17.549.37
21.10
-15.17
---
29.4831.7927.8032.62
-16.839.52-
17.5418.7517.58
-24.148.00--
4.034.3440.704.12-
55.136 1 . 9 0
-47.3762.5026.15
-45.52
---
12.3411.0822.2411.14
-22.4419.05
-17.549.37
35.16
-100.00
8.00--
100.00100.00100.00100.00
-100.00100.00
-100.00100.00100.00
-30.34---
83.6384.5837.0684.74-
22.4419.05-
35.0928.1238.68
-6 9 . 6 68.00--
16.3715.426 2 . 9 415.26-
77.5680.95-
64 . 9171.8861.32
-0.860.72--
0.761.001.130.74-
0.910.95-
1.211.000.77
0004-OB0020-1L0021-1L0006-OB0007-OB0022-1L0023-1L0024-1L0025-1L0009-OB0026-1LC027-1L0012-OB0028-1L0029-1L0030-1L
Table 4d: MPLC Bulk Conposition: Material extracted from the rock (%) for well NOCS 6507/5-2Depth unit of measure: mDepth Typ Lithology Sat Aro Asph NSO Total HC
Page: 3
Recov. Recov.Non-HC MPLC Asph Sample
3740.10 ccp Sh/Clst: drk gy3755.10 ccp Sh/Clst: drk gy3765.10 ccp Sh/Clst: drk gy to m gy3777.50 ccp Sltst : lt gy to w3778.30 ccp S/Sst : lt gy to w3785.10 ccp S/Sst : lt gy to w to m gy3790.10 ccp S/Sst : lt gy to w to m gy
19.7 9 1 9 . 7 9 40.62 1 9 . 7 9 100.00 39.58 60.4213.22 33.06 27.27 26.45 100.00 46.28 53.7213.33 20.00 2 6 . 6 7 40.00 100.00 33.33 6 6 . 6 716.11 16.11 19.44 48.33 100.00 32.22 67.78
40.00 - 40.00 - 40.0022.58 - 22.58 - 22.58
21.87 10.94 34.37 32.81 100.00 32.81 67.19
0 . 9 6 0031-1L0.90 0032-1L0.91 0033-1L0.64 0034-1L0.53 0035-1L0.61 0036-1L0 . 6 6 0037-1L
Table 4e: MPLC Bulk Composition: Ratios for well NOCS 6507/5-2Depth unit of measure: m
Page: 1
Depth
2856.2864.2989.3019.3024.3029.3032.3035.3054.3061.3628.3633.3637.3637.3643.
700050005000205050005089001575
Typ
swcswcswcswcswcswcswcswcswcswcccpccpoilccpccp
Lithology
S/Sst :S/Sst :S/Sst :Sh/Clst:S/Sst :S/Sst :S/Sst :Sh/Clst:S/Sst :Sh/Clst:S/Sst :S/Sst :bulk •bulkS/Sst :
w to m lt gyw to m lt gydrk y brnm gn gym lt gym gy to wlt gy to m lt gym gy to drk gylt gym gy to drk gylt brn to wlt brn to w
m brn to w
SatAro
462392465383463528591681221223
2
.00
.00
.00
.50
. 8 6
.50
.00
.00
.00
.50
.00
.50
.32-.31
HCNon-HC
3217498
291868620131244
4
.43
.15
. 6 8
. 1 9
.48
.21
.75
. 3 9
.71
. 5 9
.72
. 8 6
.37-.84
AspNSO
0.2.1.0.0.0.0.0.0.1.0.0.0.
0.
02823448064228711702895325-,78
Sample
0040-1L0039-1L0038-1L0047-1L0041-1L0042-1L0043-1L0046-1L0044-1L0045-1L0017-1L0018-1L0135-OB0002-OB0019-1L
Table 4e: MPLC Bulk Composition: Ratios for well NOGS 6507/5-2Depth unit of measure: m
Page: 2
Depth Typ Lithology
3647.00 oil bulk3649.15 ccp bulk3653.10 ccp S/Sst : lt brn to w3654.40 ccp S/Sst : lt brn to w3657.15 ccp bulk3661.15 ccp bulk3667.10 ccp S/Sst : m lt brn to w3670.10 ccp S/Sst : m brn to m gy to w3672.10 ccp S/Sst : lt gy3679.90 ccp S/Sst : lt gy to lt brn3683.15 ccp bulk3693.05 ccp Sh/Clst: drk gy3700.20 ccp Sltst : m lt gy to w3704.00 ccp bulk3710.20 ccp Sltst : m lt gy to w
SatAro
3.38-
1.00---
1.841 . 6 60.331.60-
0.331.00-
1.00
HCNon-HC
41.60-
0.44---
5.115.480.595.55-
0.290.24-
0.54
AspNSO
0.25-
0.53---
0.330.391.830.37-
2 . 4 63.25-
2.70
Sample
0136-OB0004-OB0020-1L0021-1L0006-OB0007-OB0022-1L0023-1L0024-1L0025-1L0009-OB0026-1L0027-1L0012-OB0028-1L