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Home My WebLink Aboutgmc362STATE OF ALASKA DEPARTMENT OF NATURAL RESOURCES Alaska Geologic Materials Center Data Report No. 362 No. 362: QFT (Fluorescence) Characterization for Inigok #1, Milne Pt Unit KR #A - 01, Itkillik Unit #1 wells. 4/ Received June, 2009 All data reports may be downloaded free of charge from the DGGS website. GMC Data Report 362 1 of 14 APPROVED BY: GMC Data Report 362 Core Laboratories Reservoir Fluids Report - Calgary QFT (Fluorescence) Characterization for Talisman Energy Canada Inigok, MPU Al, Itkillik File Number: 52137-2008-5410 Date: September 30, 2008 Report Distribution: J. Deering (Calgary) Ken Chong, PhD Reservoir Fluids Group Phone # 250 -4016 Email Ken.Chong a corelab.com 7US 30555 0000000009736 coPY The analysis, opinions or interpretations contained in this report are based upon observations and material supplied b} the client for whose exclusive and confidential use this report has been made. The interpretations or opinions expressed represent the best judgement of Core laboratories. Core Laboratories assumes no responsibility and makes no warranty or representations, expressed or implied, as to the productivity, proper operations, or profitableness however of any oil, gas, coal or other mineral, proper well or sand in connection with which such report is used or relied upon for any reason whatson er. 111 II11111I11I111111I1111111I1IIIIII111III11l1I1I 2 of 14 COMPANY Talisman Energy Canada WELL Inigok, '1 iPl A l , Itkillik PROJECT Fluorescence Characterization Scope of the Work To gain insight into the presence of crude oil in the rock samples via solvent extraction followed by fluorescence. Hydrocarbon components that are contributors to observed fluorescence are the high molecular weight aromatic compounds which are present in crude oil. Numerous samples of rock material «-ere submitted by Talisman for this characterization. The samples received were from the following locations: Inigok MPU Al Itkillik Analytical Method Description The samples as received were subject to the following procedure: Approximately 0.5 g of sample is transferred into a vial. The exact mass of sample is accurately determined and noted. Approximately 15 mL of nC7 is added to the sample and shaken. The sample is allowed to stand for 15 minutes to allow the solvent nC7 extract any residual hydrocarbon from the sample. An aliquot is removed for fluorescence measurement. The fluorometer employed has a 370 nm excitation filter and a 418 — 700 rim emission filter. Fluorometer readings are recorded in mV. Readings are normalized to the amount of sample. Blank solvent is run every 5 samples to screen out spurious readings. Fluorescence of a reference oil sample in nC7 is also run for reference. GMC Data Report 362 CORE LABORATORIES DATE Sept 30. 2008 FILE 52137 - 2008 -5410 3 of 14 COMPANY Talisman Enemy Canada NEWELL Ini 6ok,MPU Al., Itkillik PROJECT Fluorescence Characterization Iniaok Results Sample GMC Data Report 362 Reading Mass (g) 3880 0.0 0.4337 3890 0.0 0.4431 3900 0.0 0.4526 3910 0.0 0.4143 3920 0.0 0.4396 Blank 0.0 3930 0.0 0.4065 3940 0.0 0.4096 3950 0.0 0.4665 Blank 0.0 3960 0.0 0.4288 3970 0.0 0.3949 4000 0.0 0.4505 4010 0.0 0.3688 4020 0.0 0.4322 4040 0.2 0.3498 spurious 4050 0.2 0.3687 spurious Blank 0.2 4060 0.0 0.3769 4070 0.0 0.4418 4080 0.0 0.4225 Blank 0.0 1 ppm 0 10 ppm 0.2 20 ppm 0.6 100 ppm 2.6 Reference sample = 33 APi black oil, nC7 solution CORE LAEORATtflUL 5 DATE Sept 30. 2008 FILE 52137- 2008 -5410 Normalized 4 of 14 COMPANY Talisman Energy Canada WELL Iniaok. MPU Al, Itkillik PROJECT Fluorescence Characterization MPU Al Results GMC Data Report 362 Sample Reading Mass (q) Normalized 3550 -80 0.0 0.4741 0.00 Blank 0.0 3580 -3610 0.0 0,4365 0.00 3610 -40 0.0 0.3910 0.00 3640 -70 0.0 0.4190 0.00 3670 -3700 0.0 0.4227 0.00 Blank 0.0 3730 -60 1.1 0.4134 2.66 3760 -90 0.2 0.4669 0.43 3790 -3820 0.6 0.4581 1.31 3820 -50 0.4 0.4057 0.99 3850 -80 0.3 0.4567 0.66 Blank 0.0 3910 -40 0.2 0.4890 0.41 3940 -70 0.6 0.4922 1.22 3970 -4000 0.2 0.4588 0.44 4000 -30 0.5 0.4200 1.19 4030 -60 0.0 0.4854 0.00 Blank 0.0 4060 -90 0.1 0.4860 0.21 4090 -4120 0.0 0.4417 0.00 4120 -50 0.0 0.4508 0.00 4150 -80 0.0 0.4962 0.00 4180 -4210 0.0 0.4208 0.00 Blank 0.0 4210 -40 0.3 0.4637 0.65 4240 -70 0.1 0.3930 0.25 4270 -4300 0.2 0.4834 0.41 4300 -30 0.1 0.4597 0.22 4330 -60 0.2 0.4482 0.45 Blank 0.0 4360 -90 0.3 0.4570 0.66 4390 -4420 0.1 0.4616 0.22 4420 -50 0.1 0.4967 0.20 4480 -4510 0 2 0.4487 0 45 Blank 0 1 ppm 0 5 ppm 0.1 10 ppm 0.2 20 ppm 0.6 100 ppm 2.8 Reference sample = 33 API black oil, nC7 solution C O RE LABORATORIES DATE Sept 30, 2008 FILE 52137- 2008 -5410 5 of 14 COMPANY Talisman Energy Canada WELL Inigok, MPU Al, Itkillik PROJECT Fluorescence Characterization ?VIPU Al Results 3.00 2.50 2.00 1.50 1.00 0.50 0.00 QFT vs Depth - MPU Al —4,— Normalized Av Depth CORE LABORATORIES DATE Sept 30, 2008 FILE 52137- 2008 -5410 GMC Data Report 362 6 of 14 COMPANY Talisman Energy Canada WELL Inig.ok, MPU A 1, Itkillik PROJECT Fluorescence Characterization Ithillik Results Sample GMC Data Report 362 Reading Mass (g) 4030 0.0 0.4592 4040 0.0 0.4457 4050 0.0 0.4875 4060 0.0 0.4823 4070 0.0 0.4832 Blank 0.0 4080 0.0 0.4620 4090 0.0 0.4216 4100 0.0 0.4622 4110 0.0 0.4299 4120 0.0 0.4178 Blank 0.0 4130 0.0 0.4086 4140 0.0 0.477 4150 0.0 0.5067 4160 0.0 0.4472 4170 0.0 0.4381 Blank 0.0 4180 0.0 0.4952 4190 0.0 0.4245 4200 0.0 0.5089 4210 0.0 0.4853 4220 0.0 0.4445 Blank 0.0 CORE LABORATORIES DA 11H Sept 30, 2008 FILE 52137- 2008 -5410 Normalized 7 of 14 Well (hole) Name & Number Depth Processing Type GMC Storage From To Core Cutting Other Location Susie 1 1100 1110 QFT X 110E Susie 1 1130 1140 QFT X 110E Susie 1 11 0 1170 QFT X 110E Susie 1 1170 1180 QFT X 110E Susie 1 1180 1190 QFT X 110E Susie 1 1190 1200 QFT X 110E Susie 1 1210 1220 QFT X 110E Susie 1 1220 1230 QFT X 110E Susie 1 1230 1240 QFT X 110E Susie 1 1240 1250 QFT X 110E Susie 1 1270 1280 QFT X 110E Susie 1 1300 1310 QFT X 110E Susie 1 1340 1350 QFT X 110E Susie 1 1350 13 0 QFT X 110E Susie 1 13 0 1370 QFT X 110E Susie 1 1370 1380 QFT X 110E Susie 1 1380 1390 QFT X 110E Susie 1 1390 1400 QFT X 110E Susie 1 1410 1420 QFT X 110E Susie 1 1430 1440 OFT X 110E Susie 1 1440 1450 QFT X 110E Susie 1 1450 14 0 QFT X 110E Susie 1 14 0 1470 QFT X 110E Susie 1 1470 1480 QFT X 110E Susie 1 1480 1490 QFT X 110E Susie 1 1490 1500 QFT X 110E Susie 1 1500 1510 QFT X 110E Susie 1 1510 1520 QFT X 110E Susie 1 1520 1530 QFT X 110E Susie 1 15 0 1570 QFT X 110E Susie 1 1580 1590 QFT X 110E Susie 1 1 00 1 10 QFT X 110E Susie 1 1 10 1 20 QFT X 110E Susie 1 1 20 1 30 QFT X 110E Susie 1 1 30 1 40 QFT X 110E Susie 1 1 40 1 50 QFT X 110E Susie 1 1 50 1 0 QFT X 110E Susie 1 1 80 1 90 QFT X 110E Susie 1 1710 1720 QFT X 110E Susie 1 1730 1740 QFT X 110E Susie 1 1750 17 0 QFT X 110E Susie 1 17 0 1770 QFT X 110E Susie 1 1770 1780 QFT X 110E Susie 1 1780 1790 QFT X 110E Susie 1 1790 1800 QFT X 110E GMC Data Report 362 8 of 14 Susie 1 1800 1810 QFT X 110E Susie 1 1830 1840 QFT X 110E Susie 1 18 0 1870 QFT X 110E Susie 1 1870 1880 QFT X 110E Susie 1 1880 1890 QFT X 110E Susie 1 1900 1910 QFT X 110E Susie 1 1930 1940 QFT X 110E Susie 1 19 0 1970 QFT X 110E Susie 1 2010 2020 QFT X 110E Susie 1 2040 2050 QFT X 110E Susie 1 2070 2080 QFT X 110E Susie 1 2150 21 0 QFT X 110E Susie 1 2170 2180 QFT X 110E Susie 1 2300 2310 QFT X 110E Susie 1 2330 2340 QFT X 110E Susie 1 23 0 2370 QFT X 110E Susie 1 2400 2410 QFT X 110E Susie 1 2430 2440 QFT X 110E Susie 1 2440 2450 QFT X 110E Susie 1 24 0 2470 QFT X 110E Susie 1 2470 2480 QFT X 110E Susie 1 2490 2500 QFT X 110E Susie 1 2500 2510 QFT X 110E Susie 1 2520 2530 QFT X 110E Susie 1 2530 2540 QFT X 110E Susie 1 2540 2550 QFT X 110E Susie 1 2550 25 0 QFT X 110E Susie 1 2570 2580 QFT X 110E Susie 1 2580 2590 QFT X 110E Susie 1 2590 2 00 QFT X 110E Susie 1 2 00 2 10 QFT X 110E Susie 1 2 10 2 20 QFT X 110E Susie 1 2 20 2 30 QFT X 110E Susie 1 2 30 2 40 QFT X 110E Susie 1 2 40 2 50 QFT X 110E Susie 1 2 50 2 0 QFT X 110E Susie 1 2 70 2 80 QFT X 110E Susie 1 2 80 2 90 QFT X 110E Susie 1 2 90 2700 QFT X 110E Susie 1 2700 2710 QFT X 110E Susie 1 2710 2720 QFT X 110E Susie 1 2720 2730 QFT X 110E Susie 1 2730 2740 QFT X 110E Susie 1 2740 2750 QFT X 110E Susie 1 2750 27 0 QFT X 110E Susie 1 27 0 2770 QFT X 110E Susie 1 2780 2790 QFT X 110E GMC Data Report 362 9 of 14 Susie 1 2790 2800 QFT X 110E Susie 1 2800 2810 QFT X 110E Susie 1 2810 2820 QFT X 110E Susie 1 2820 2830 QFT X 110E Susie 1 2830 2840 QFT X 110E Susie 1 2840 2850 QFT X 110E Susie 1 2850 28 0 QFT X 110E Susie 1 28 0 2870 QFT X 110E Susie 1 2870 2880 QFT X 110E Susie 1 2880 2890 QFT X 110E Susie 1 2890 2900 QFT X 110E Susie 1 2900 2910 QFT X 110E Susie 1 2920 2930 QFT X 110E Susie 1 2930 2940 QFT X 110E Susie 1 2940 2950 QFT X 110E Susie 1 2950 29 0 QFT X 110E Susie 1 29 0 2970 QFT X 110E Susie 1 2970 2980 QFT X 110E Susie 1 2980 2990 QFT X 110E Susie 1 3040 3050 QFT X 110E Susie 1 3100 3110 QFT X 110E Susie 1 3110 3120 QFT X 110E Susie 1 3120 3130 QFT X 110E Susie 1 3130 3140 QFT X 110E Susie 1 3140 3150 QFT X 110E Susie 1 3150 31 0 QFT X 110E Susie 1 31 0 3170 QFT X 110E Susie 1 3170 3180 QFT X 110E Susie 1 3190 3200 QFT X 110E Susie 1 3210 3220 QFT X 110E Susie 1 3230 3240 QFT X 110E Susie 1 32 0 3270 QFT X 110E Susie 1 3290 3300 QFT X 110E Susie 1 3320 3330 QFT X 110E Susie 1 33 0 3370 QFT X 110E Susie 1 3390 3400 QFT X 110E Susie 1 3420 3430 QFT X 110E Susie 1 3440 3450 QFT X 110E Susie 1 3450 34 0 QFT X 110E Susie 1 3470 3480 QFT X 97 A7 Susie 1 3480 3490 QFT X 97 A7 Susie 1 3490 3500 QFT X 97 A7 Susie 1 3500 3510 QFT X 110E Susie 1 3510 3520 QFT X 97 A7 Susie 1 3520 3530 QFT X 97 A7 Susie 1 3530 3540 QFT X 97 A7 Susie 1 3540 3550 QFT X 97 A7 GMC Data Report 362 10 of 14 Susie 1 3550 35 0 QFT X 110E Susie 1 35 0 3570 QFT X 97 A7 Susie 1 3570 3580 QFT X 97 A7 Susie 1 3 00 3 10 QFT X 97 A7 Susie 1 3 10 3 20 QFT X 97 A7 Susie 1 3 20 3 30 QFT X 97 A7 Susie 1 3 30 3 40 QFT X 97 A7 Susie 1 3 40 3 50 QFT X 97 A7 Susie 1 3 50 3 0 QFT X 97 A7 Susie 1 3 0 3 70 QFT X 110E Susie 1 3 70 3 80 QFT X 97 A7 Susie 1 3 80 3 90 QFT X 97 A7 Susie 1 3 90 3700 QFT X 97 A7 Susie 1 3700 3710 QFT X 97 A7 Susie 1 3710 3720 QFT X 97 A7 Susie 1 3720 3730 QFT X 110E Susie 1 3730 3740 QFT X 110E Susie 1 3740 3750 QFT X 110E Susie 1 3750 37 0 QFT X 97 A7 _ Susie 1 37 0 3770 QFT X 110E Susie 1 3770 3780 QFT X 110E Susie 1 3780 3790 QFT X 110E Susie 1 3800 3810 QFT X 110E Susie 1 3810 3820 QFT X 110E Susie 1 3830 3840 QFT X 97 A7 Susie 1 3840 3850 QFT X 97 A7 Susie 1 3850 38 0 QFT X 97 A7 Susie 1 38 0 3870 QFT X 97 A7 Susie 1 3870 3880 QFT X 97 A7 Susie 1 3880 3890 QFT X 97 A7 Susie 1 3890 3900 QFT X 97 A7 Susie 1 3900 3910 QFT X 97 A7 Susie 1 3910 3920 QFT X 97 A7 Susie 1 3920 3930 QFT X 97 A7 Susie 1 3930 3940 QFT X 97 A7 Susie 1 3940 3950 QFT X 97 A7 Susie 1 3950 39 0 QFT X 97 A7 Susie 1 3980 3990 QFT X 97 A7 Susie 1 3990 4000 QFT X 97 A7 Itkillik 1 4030 4040 QFT X 8A Itkillik 1 4040 4050 QFT X 8A Itkillik 1 4050 40 0 QFT X 8A Itkillik 1 40 0 4070 QFT X 8A Itkillik 1 4070 4080 QFT X 8A Itkillik 1 4080 4090 QFT X 8A Itkillik 1 4090 4100 QFT X 8A GMC Data Report 362 11 of 14 Itkillik 1 4100 4110 QFT X 8A Itkillik 1 4110 4120 QFT X 8A Itkillik 1 4120 4130 QFT X 8A Itkillik 1 4130 4140 QFT X 8A Itkillik 1 4140 4150 QFT X 8A Itkillik 1 4150 41 0 QFT X 8A Itkillik 1 41 0 4170 QFT X 8A Itkillik 1 4170 4180 QFT X 8A Itkillik 1 4180 4190 QFT X 8A Itkillik 1 4190 4200 QFT X 8A Itkillik 1 4200 4210 QFT X 8A Itkillik 1 4210 4220 OFT X 8A Itkillik 1 4220 4230 QFT X 8A Inigok 1 3030 30 0 QFT X 540 Inigok 1 30 0 3090 QFT X 54D Inigok 1 3090 3120 Q X 54D Inigok 1 3120 3150 QFT X 54D Inigok 1• 3320 CIFT 54D Inigok 3340 33 0 OFT X 54D Milne Point Unit 61 3480 3540 QFT X C2 Milne Point Unit G1 3540 3 00 QFT X C2 Milne Point Unit G1 3 00 3 0 QFT X C2 Milne Point Unit 61 3 0 3 90 QFT X C2 Milne Point Unit 61 3 90 3 90 QFT X C2 Milne Point Unit 61 3 90 3720 QFT X C2 Milne Point Unit G1 3720 3750 QFT X C2 Milne Point Unit G1 3810 3840 QFT X C2 Milne Point Unit 61 3900 3930 QFT X C2 Milne Point Unit 61 3930 39 0 QFT X C2 Milne Point Unit 61 39 0 3990 QFT X C2 Milne Point Unit 61 3990 4020 QFT X C2 Milne Point Unit G1 4020 4050 QFT X C2 Milne Point Unit 61 4050 4080 QFT X C2 Milne Point Unit 61 4080 4110 QFT X C2 Milne Point Unit G1 4110 4140 QFT X C2 Milne Point Unit 61 4140 4170 QFT X C2 Milne Point Unit 61 4170 4200 QFT X C2 Milne Point Unit 61 4200 4230 QFT X C2 Milne Point Unit 61 4230 42 0 QFT X C2 Milne Point Unit 61 42 0 4290 QFT X C2 Milne Point Unit G1 4290 4320 QFT X C2 Milne Point Unit G1 4320 4350 QFT X C2 Milne Point Unit G1 4350 4380 QFT X C2 Milne Point Unit 61 4380 4410 QFT X C2 Milne Point Unit G1 4410 4440 QFT X C2 GMC Data Report 362 12 of 14 Milne Point Unit G1 4440 4470 QFT X C2 Milne Point Unit G1 4470 4500 QFT .. X C2 Milne Point Unit G1 4500 4530 QFT X C2 Milne Point Unit G1 4530 45 0 QFT X C2 Milne Point Unit Al 3550 3580 QFT X C25 Milne Point Unit Al 3580 3 10 QFT X C25 Milne Point Unit Al 3 10 3 40 QFT X C25 Milne Point Unit Al 3 40 3 70 QFT X C25 Milne Point Unit Al 3730 37 0 QFT X C25 Milne Point Unit Al 37 0 3790 QFT X C25 Milne Point Unit Al 3790 3820 QFT X C25 Milne Point Unit Al 3820 3850 QFT X C25 Milne Point Unit Al 3910 3940 QFT X C25 Milne Point Unit Al 3940 3970 QFT X C25 Milne Point Unit Al 3970 4000 QFT X C25 Milne Point Unit Al 4000 4030 QFT X C25 Milne Point Unit Al 4030 40 0 QFT X C25 Milne Point Unit Al 40 0 4090 QFT X C25 Milne Point Unit Al 4090 4120 QFT X C25 Milne Point Unit Al 4120 4150 QFT X C25 Milne Point Unit Al 4150 4180 QFT X C25 Milne Point Unit Al 4180 4210 QFT X C25 Milne Point Unit Al 4210 4240 QFT X C25 Milne Point Unit Al 4240 4270 QFT X C25 Milne Point Unit Al 4270 4300 QFT X C25 Milne Point Unit Al 4300 4330 QFT X C25 Milne Point Unit Al 4330 43 0 QFT X C25 Milne Point Unit Al 43 0 4390 QFT X C25 Milne Point Unit Al 4390 4420 QFT X C25 Milne Point Unit Al 4420 4450 QFT X C25 Milne Point Unit Al 4450 4480 QFT X C25 GMC Data Report 362 13 of 14 3.00 2.50 2.00 1.50 1.00 0.50 0.00 LO LO LO LC) LO CO C LO CO LC) U) CO CO CO CO CO CO CO CO QFT vs Depth - M P U Al -- Normalized - CD CO CD N L CO r t' N N CO (X CO O) CA C) O O Cr) CO CO Cr) Cr) CO Cr) Cr) It 'd' Av Depth \ • • • \ 4 LO U)LC) LC) LC) LO LC) LO (0(0 LC) (0 LC) (0 r- C) CO CO 0) CV u) Co r ":t f� CD C') 0) C, ) r r r r N N N CO CO CO .1- V' V' GMC Data Report 362 14 of 14