Document no.: 96021453Rev. no.: 0 Date : 09.10.97
3.3 FMT Summary
Two runs with the Schlumberger MDT tool was run. In the first run -1A - nosamples was taken due to a short in the pumpmodule i.e. only pressure readingsobtained. Out of 45 attempts only 5 good pressure readings was obtained.Run IB was the run for sampling. Tree samples was taken and 4acceptable pressure points out of 26 attepts.
Page 35 of 54
F:\DATAVAMIPRO\6706\DIVERSE\COMPLCHA.SAM
Document no.:Rev. no.: 0
96021453Date: 09.10.97
MDT PRESSURES WELL 6506/11-5S
Figure 3.3.1 Formation Pressure (bar)liiiiiilillljlllill
Illiiin
1A-11A-2
1A-31A^
1A-5
1A-61A-7
1A-8
1A-91A-101A-111A-121A-131A-141A-151A-161A-17
1A-18
1A-191A-20
1A-21
1A-22
1A-23
1A-24
1A-25
:i:i§::!:iS:i:;:i:;:iBSS:
4250,104250,10
4253,604253,60
4253,60
4255,004258,50
4259,00
4262,604280,504291,604331,004342,604347,004355,004367,004410,00
4466,00
4471,004474,90
4476,00
4512,00
4521,00
4530,00
4533,00
S§S§;i ^ : S§: iS^
lllliii|||i|li'•'•'•'•>'• '•'•' v-'iifri'-iy^itt'''''''' •'•'•'•'•:: : ::i:::: :»?S ::>::::::::X:
4190,504190,50
4194,104194,10
4194,10
4195,004198,90
4199,40
4203,004220,904232,004271,404283,004287,304295,304307,204350,50
4406,10
4411,004415,00
4416,00
4460,90
4469,90
4472,90
III! till
7,00
0,60
5,0020,00
20,00
1,401,40
2,30
3,4020,001,601,801,70
20,0020,0020,002,40
4,50
2,504,00
2,20
3,00
2,30
3,20
Illlllllli
|||||||||
illlliiii^iliiiiIllllllilll
484,17
493,87
482,61
485,28484,45485,63474,95474,31474,30474,57474,87
497,43
486,05
488,65
||j|i|| ||i|!i|||
IlllilllllllillllLow
Still increasing
GoodLost seal
Lost seal
LowTight
Tight
LowModerate
LowLowLowGood
ModerateModerate
Tight
Still increase
Supercharge ?. Seal failure
Still increasing
Lost seal
???
Supercharged
Tight
Illllllilll
iliilliliiIlllilj
0,05
161,00
0,20
0,501,800,400,800,5018,604,002,30
0,20
0,10
Illiiiili^^iiiiiiiiiliiiiii
iMittiiMIllllllllllllll
CQGCQG
CQGCQG
CQG
CQGCQG
CQG
CQGCQGCQGCQGCQGCQGCQGCQGCQG
CQG
CQGCQG
CQG
CQG
CQG
CQG
CQG
Page 36 of 54
F:\DATA\AMIPRO\6706\DIVERSBCOMPLCHA.SAM
Document no.: 96021453Rev. no.: 0 Date : 09.10.97
1A-26 ' ~" ' 4536,00
1A-27 4541,00
1A-28 4545,50
1A-29 4554,50
1A-30 4559,50
1A-31 4563,50
1A-32 4576,00
1A-33 4594,90
1A-34 4610,00
1A-35 4633,20
1A-36 4652,50
1A-37) 4671,00
1A-38 4675,001A-39 4683,00
1A-40 4689,50
lA^l 4708,00
1A-42 4708,50
1A-43 4743,40
1A-44 4750,00
1A^5 4780,00
1A^6 4781,00
1A-47 4781,50
1A-48 4782,00
1B^9 4671,20IB-50 4671,50
IB-51 4672,20IB-52 4672,60IB-53 4673,00IB-54 4673,50IB-55 4674,00IB-56 4674,00
IB-57 4707,80
IB-58 4708,10
IB-59 4708,60
4575,90
4480,80
4485,30
4494,30
4499,30
4503,30
4515,70
4534,60
4549,60
4572,70
4591,90
4610,30
4614,304622,20
4628,70
4647,10
4647,60
4682,50
4689,00
4718,90
4719,80
4720,30
4720,80
4610,504610,80
4611,504611,904612,304612,804613,304613,30
4647,00
20,00
20,00
3,80
20,00
8,20
20,00
9,40
2,45
3,10
2,31
2,10
21,502,12
2,79
2,48
3,20
12,20
2,502,10
20,003,201,703,40
20,00
3,60
3,30
3,10
486,41
488,49487,11
486,44486,86486,75486,45486,43
No seal, 2x
No seal
Tight
No seal
Still increasing
No seal
Tight
No seal
Tight
Tight
Seal fail
Tight
ModerateTight
No seal
Tight
Tight
No seal
No seal
Tight
No seal
No seal
No seal
ModerateLow
ModerateModerateModerate
$*&$$£[Sampiy
Re^eTSample
Lost seal
Lost seal
Lost seal x 2
5,00
1,90
5,904,901,803,90
24,40
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQGCQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQGCQG
CQGCQGCQGCQGCQGCQG
CQG
CQG
CQG
Page 37 of 54
F:\DATAVAMIPRO\6706\DIVERSE\COMPLCHA.SAM
Document no.:Rev. no.: 0
96021453Date: 09.10.97
IB-60
IB-61
IB-62
IB-63
IB-64
IB-65
IB-66
4709,1
4711,5
4711,7
4466,5
4467,6
4469,0
4471,0
IB-67 4474,0
IB-68)
IB-69)IB-68IB-69
IB-70
4475,0
4476,0
4476,34529,5
4530,1
IB-71 4536,0
IB-72
IB-73 1
4553,5
4347,0
rig. J.z.i.
Well 6506/1 1-5S
4709,10
4711,50
4711,70
4466,50
4467,60
4469,00
4471,00
4474,00
4475,00
4476,00
4476,304529,50
4530,10
4536,00
4553,50
4347,00
4650,60
4650,80
4406,60
4407,60
4409,00
4411,00
4414,00
4415,00
4416,004416,404469,40
4470,00
4475,90
4493,30
3,20
3,00
2,40
2,80
2,50
4,20
2,50
2,50
2,60
2,305,002,50
2,70
2,50
5,70
2,70
491,27492,30
474,69
Tight
Tight
Tight
Tight
Tight
Tight
Tight
Tight
Tight
LowLowTight
Seal fail
Seal fail
No seal
Lost seal
0,701,60
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQG
CQGCQGCQG
CQG
CQG
CQG
CQG
Temperature Plot based on wells in the area.
Page 38 of 54
F:VDATA\AMIPRO\6706\DIVERSBCOMPLCHA.SAM
Document no.: 96021453Rev. no.: 0 Date : 09.10.97
3.4 Well Testing
Well 6506/11-5S was considered as an observation well during the extended welltest of 6506/12-1 IS, to evaluate communication between the two wells. The cleanup of 6506/11-5S was performed by a separate standard well test string before thepressure monitoring completion string was attemted to be ran. As the evaluation ofthe pressure response in 6506/11-5S was the main objective the clean up flow periodwas limited to approx. 1 hour or one string volume only to ensure communication tothe formation and to clean out brine from the perforated interval.Unfortunally, due to technical problems, running of the pressure monitoringcompletion string was abondend and no pressure data observed during the test of6506/12-11S(R).
Page 39 of 54
F:\DATA\AMIPRO\6706\DIVERSBCOMPLCHA.SAM
Document no.:Rev.no.: 0
96021453Date: 09.10.97
4.10 Drilling Fluid Summary
Page 53 of 54
F:VDATA\AMIPRO\6706\DIVERSBCOMPLCHA.SAM
Anchor Ml Drilling Fluids
OPERATOR: STATOILTOTAL MATERIAL COST AND CONSUMPTION
Anchor Ml Drilling Fluids
WELL: 6506/11-5S
Product Unit Unit price Cost 17 1/2" Cost 121/4" Cost 81/2" Cost DST Cost Total Total costsize NOK sect NOK sect NOK sect NOK sect. OBMl NOK sect. OBMl NOK sect NOKj consumed NOK
Barite mt 708,68 88 62363,84 18 12756,24 130 92 128,40 530 375 600,40 95 67 324,60 44 31 181,92 905 641 355,40Base Oil m3 2946,86 105 309420.30 88 259 323,68 20 628,02 200 589 372,00Base Oil KSU m3 3094.20 77 238 253.40 24 753,60 85 263 007,00Anco Vert P Jlfl. 33,00 8550 262 150,00 9500 313500,00 1900 62700,00 19950 658 350,00Anco Vert S _kg_ 33,25 3800 126 360,00 4750 157937,50 950 31 587,50 9500 315875,00Anco Vert Vis 31,29 4125 129071.25 3425 107 168,25 75 2346,75 762! 238 586,25Anco Vert F Ja. 27,90 2000 55800,00 6200 172980,00 8200 780,00Anco Vert M Jsa. 54,60 950 51 870,00 190 10374,00 1140 62244,00CaCI2 Jss_ 2,63 4650 12229,50 3550 9336,50 50 131,50 8250 21 697,50Lime JO. 2,02 80 161,60 60 121,20 5400 10908,00 5860 11 837,20 11400 23 028,00Celpol ESL 30,49 9625 293 466,25 9625 293 466,25Anco 206, 1m3 m3 16355,85 15 245 337,75 15 245 337,75Anco 206, 2,2 m3 m3 17405.85 18,9 328 970,57 19 328 970,57Anco Superwash J<fl_ 47,25 4032 190512,00 4032 190512,00Bentonite mt 1799.85 39 596.70 59 395,05 55 98 991,75KCI Brine m3 518.70 491 254681.70 20 10374,00 511 265 065,70KCI Powder Jifl. 1,71Rhodopol 23P 79,05 3900 308 295.00 700 55335,00 4600 363630,00Soda Ash Jsa. 100 292,00 75 219,00 400 1 166,00 575 1 679,00Anco Vert OBM m3 2500,00 -32 -60000,00 -74 -185000,00 -10 •25 000,00 -116 -290 000,00Anco 2000 Mud m3 700,00 70 49000,00 70 49000,00NaCI Brine m3 458,79 479 219760,41 479 219760,41NaCI Powder 1,21 4000 4840,00 4000 4840,00KD40 JCg_ 46,16 544 25110,00 544 25 110,00
3 - Total cost and consumption
GEOLAB NOR ASPO Box 5740 FossegrendaN-7002 TrondheimNorway
Tel: (47) 73 964000Fax: (47) 73 96 59 74Tlx: 65706 geono n
Internet: [email protected] noX.400: S=firmapost, O=geolab-nor, A=telemax, C=no
CLIENT:
STATOIL
REF(S) '•-'—•-- - -
Richard PatienceORDER NO: G96-23CONTRACT NO: DTJ020215
TITLE
Geochemical Analysis of Gas and CondensateSamples from two Smorbukk Wells
AUTHOR(S)
Henning Jensen
GEOLAB PROJECT NO.
62326
PROJECT MANAGER
Henning Jensen, Snr. Scientist
REPORT N07FILE
DATE
27.01.97
QA RESPONSIBLE
Peter B. Hall, Snr. Scientist
PAGE1 Of 1
RATET
GEOLAB!!!NORTABLE 1. ANALYTICAL PROGRAM - OIL AND GAS SAMPLES
SampleDepth &Typec=Cutts=SWCp=Conv
core/plug
m=Mud
R= ReservoirS= Source
4674.0m
Fracti0n
0001B
HS
&
Occ
Gas
Gas
Isot0
pe
X
R0ck
EV
a1
Therm
EXt
GC
Pyr01ysis
GC
EXtracti0n
MPLC
&
DeasP
X
Iatroscan
X
who1e
0i1
GC
X
Sat
GC
Quan.
X
Aro
GC
X
Sat
GCMS
Quan.
X
Ar0
GCMS
X
Bu1k
C
Is0t
X
ToPPing
X
API
GraVity
X
Table 8b: MPLC Bulk Composition: Oil fraction (%) for Statoil, Norsk Sektor, Norske Havet Page: 1Sat Aro Asph NSO HC Non-HC Sat HC
Well Description T.Oil T.Oil T.Oil T.Oil T.Oil T.Oil Aro Non-HC Sanple
6506/11-5S MDT 89.78 8.50 0.30 1.42 98.28 1.72 1056.25 5710.45 045/0001
GEOIAB!!!NOR
Pable 9A: Quantitative Analysis of Saturated Fraction for well NOGS 6506/11-5S.
sample4674
nC15mg/gsat
16.39
nC16mg/gsat
14.85
iC18mg/gsat
4.57
nC17mg/gsat
12.48
Prmg/gsat
7.88
nC18mg/gsat
11.39
Phmg/gsat
5.08
nC19mg/gsat8.77
nC20mg/gsat7.80
nC21mg/gsat6.49
nC22mg/gsat5.75
nC23mg/gsat4.97
nC24mg/gsat4.60
nC25mg/gsat4.02
nC26mg/gsat3.53
nC27mg/gsat2.98
nC28mg/gsat2.58
nC29mg/gsat2.03
rvCSOmg/gsat1.66
nC31mg/gsat1.27
nC32mg/gsat0.84
nC33mg/gsat0.56
nC34mg/gsat0.85
GEOLAB!!!NOR
Table 9Ca: Aromatic Hydrocarbon Ratios (peak area) for Statoil, Norsk Sektor, Norske Havet Page: 1(3+2)
Well Description MNR DMNR BPhR 2/1MP MPI1 MPI2 Re DBT/P 4/lMDBT /IMDBT Sample
6506/11-5S MDT 1.88 2.62 0.62 1.22 0.83 0 . 9 9 0.90 - 18.59 4.59 045/0001
GEOLAB!!!NOR
Table 10A: Tabulation of carbon isotope data on oils for Statoil, Norsk Sektor, Norske Havet Page: 1Well Descript. Whole oil Topped oil Saturated Aromatic NSO Asphalteries Sanple
6506/11-5S MDT -28.12 - -28.05 -26.91 -29.63 - 045/0001
GEOLAB!!!NOR
Table lla: Variation in Triterpane Distribution (peak height) SIR for Statoil, Norsk Sektor, Norske Havet Page: 1Well Descript. Ratiol Ratio2 Ratio3 Ratio4 RatioS RatioS Ratio? RatioS Ratio9 Rat.10 Rat.11 Rat.12 Rat.13 Rat.14 Sanple
6506/11-5S MDT 0.29 0.22 0.20 0.75 0.43 0.45 0.11 0.15 0.10 0.52 0.89 0.42 0.11 57.95 045/0001
GEOLAB!!!NOR
Table lib: Variation in Sterane Distribution (peak height) SIR for Statoil, Norsk Sektor, Norske Havet Page: 1Well Descript. Ratiol Ratio2 Ratio3 Ratio4 RatioS RatioG Ratio? RatioS Ratio9 RatiolO Sanple
6506/11-5S MDT 0.74 48.72 78.17 1.07 0.79 0.46 0.33 0.64 0.95 3.49 O45/0001
GEOLAB!!!NOR
Table Ile: Raw triterpane data (peak height) m/z 191 SIR for Statoil, Norsk Sektor, Norske Havet Page: 1
Well Descript. 23/3 24/3 25/3 24/4 26/3 27Ts 271*1 28ali 25nor30aii Sanple
29aJ5 29Ts 30d 29fta 300 30aft 30Ba 30G 31aftS
31afiR 32afiS 32afiR 33al5S 33aiiR 34aBS 34aBR 35aIiS
6506/11-5S MDT 930.5 728.9 345.2 645.7 249.1 1347.9 390.2 155.5 196.0 045/00011048.4 867.8 635.5 104.0 0.0 1405.6 172.2 0.0 444.1367.2 223.0 161.8 130.7 94.7 69.7 0.0 0.0 0.0
GEOLAB!!!NOR
Table Ile: Raw sterane data (peak height) m/z 218 SIR for Statoil, Norsk Sektor, Norske Havet Page: 1
Well Descript. 27JM5R 27MS 28MR 28MS 29MR 29BJ5S 30MR 30MS Sanple
6506/11-5S MDT 784.9 651.0 557.4 695.4 674.6 633.9 194.6 192.6 O45/0001
GEOLABJGNOR
Table llg: Amount of triterpanes (ppb) m/z 191 SIR for Statoil, Norsk Sektor, Norske Havet Page: 1
Well Descript. 23/3 24/3 25/3 24/4 26/3 27Ts 271*1 28afl 25nor30ali Sample
29ali 29Ts 30d 29fia 300 30afi 30fla 30G 31afiS
31aJ5R 32al5S 32al5R 33aftS 33aftR 34afiS 34afiR 35al5S 35aliR
6506/11-5S MDT 12884.3 10092.7 4780.0 8939.8 3449.4 18663.4 5402.4 2152.9 2713.7 045/000114515.9 12015.2 8799.7 1440.0 0.0 19462.0 2384.6 0.0 6149.05083.9 3087.1 2239.8 1810.1 1311.5 965.2 0.0 0.0 0.0
GEOLAB!!!NOR
Table Hi: Amount of standard and weight of sample for Statoil, Norsk Sektor, Norske Havet Page: 1Well Descript. Standard Amount Weight Sample
6506/11-5S MDT 1994.3 1.400 50.7 045/0001
GEOLAB!!!NOR
Table 12b: Variation in Monoaromatic Sterane Distribution (peak height) for Statoil, Norsk Sektor, Norske Havet Page: 1Well Descript. Ratiol Ratio2 RatioS Ratio4 Sample
6506/11-5S MDT 0.76 0.64 0.60 0.44 045/0001
Ratiol: Al / Al + El Ratio3: Al / Al + El + GlRatio2: Bl / Bl + El Ratio4: A1+B1 / A1+BHC1+D1+E1+F1+G1+H1+I1
GEOIAB!!!NOR
Table 12d: Raw triaromatic sterane data (peak height) m/z 231 for Statoil, Norsk Sektor, Norske Havet Page: 1Well Descript. al bl cl dl el fl gl Sample
6506/11-5S MDT 2660.3 2414.7 134.1 163.4 120.5 80.6 74.9 045/0001
GEOLAB!!!NOR
Table 13A: Light Hydrocarbons from Whole Oil GC for Statoil, Norsk Sektor, Norske Havet Page: 1Well Description iC4 nC4 iC5 nC5 2,2DMC4 2,3DMC4 2MC5 3MC5 nC6 M£yC5 Benz Sample
6506/11-5S MDT - - - - 0.06 - - - 3 . 6 9 2.30 1.97 045/0001
GEOLABJGNOR
Table 13C: Thonpson's indices for Statoil, Norsk Sektor, Norske Havet Page: 1
Well Description A B X W C I F H U R S Sanple
6506/11-5S MDT 0.53 1.53 1.29 4.77 0.71 1.28 0.63 21.64 1.80 2.41 61.50 045/0001
Table 14A: Volume Composition of Gas Samples from well SM2JRBUKK WELLS Page: 1Depth unit of measure: m sum wet- iC4/Well Descript. Cl C2 C3 iC4 nC4 iC5 nC5 C02 C1-C5 ness nC4 Sample
6506/11-5S MDT 4674.00m 73.00 10.80 6.20 1.00 2.10 0.64 0.68 5.60 94.4 0.22 0.48 0001-OB
GEOLABJliNOR
Sheet"! GEOLABJGNOR
Table 17
Sample
MDT
API-gravity data for well NOCS 6506/1 1-5S oil
4674.0 m
API-gravity
40.08
Pagel
Institutt for energiteknikkInstitute for Energy Technology
ADDRESSTELEPHONETELEXTELEFAX
REPORTTYPE
KJELLER HALDENBox 40, N-2007 Kjeller, Norway N.1751 Ha|den N
76736lfsot°n° +4769183100
REPORT NO.
IFE/KR/F-96/223REPORT TITLE
DATAREPORT ON STABLE ISOTOPES,GAS SAMPLES FROM WELL 6506/12-1 and6506/1 1-5S(ref. IFE no. 2.5.0210.96)CLIENTGeolab Nor/StatoilCLIENT REF.G96-23
SUMMARY
Four gas samples from well 6506/12-1 (DST 2A, DST 4B, DST 5D andDST 7), and one gas sample from well 6506/1 1-5S (MDT), are analysedfor gas and isotopic composition.
The work is done in accordance with the "The Norwegian IndustryGuide to Organic Geochemical Analyses", Third Edition 1993.
KEYWORDS
PREPARED BY
REVIEWED BY
APPROVED BY
NAMEBj0rg AndresenSylviane Siegle
Harald Johansen
Tor Bj0rnstad
DATE
1996-12-11
1996-12-11
1996-12-11
AVAILABILITY
In Confidence
DATE1996-12-11
DATE OF LAST REV.
REV. NO.
NUMBER OF PAGES7
NUMBER OF ISSUES16
DISTRIBUTION
Geolab Nor/Statoil (10)Andresen, B.Bj0rnstad, T.Johansen, H.Siegle, S.File (2)
SIGNATURE
J^luloue jjtweJJ US.
$^&//*£>***^-^^£*wp
x^v v»
1 Introduction
Four gas samples from well 6506/12-1 (DST 2, DST 4B, DST 5D and DST 7) and one gassample from well 6506/11-5S (MDT) are analysed for gas and isotopic composition.
On the samples Q - Cs and CO2 are quantified. The 613C value is measured on methane,ethane, propane, the butanes and CO2. In addition the 5D value is measured on methane.
2 Analytical procedures
Aliquots of 1.0 ml of the gas samples are sampled with a syringe for analysis on a Porapak Qcolumn connected with flame ionisation (FID) and thermal conductivity (TCD) detectors. Thedetection limit for the hydrocarbon gas components is 0.01 |il/ml and 0.2 pi/ml for CO2-
For the isotope analysis 5 - 10 ml is sampled with a syringe and then separated into thedifferent gas components by a Carlo Erba 4200 gas chromatograph. The hydrocarbon gascomponents are oxidised in separate CuO-ovens in order to prevent cross contamination.The combustion products CO2 and H^O are frozen into collection vessels and separated.
The combustion water is reduced with zinc metal in sealed quarts tubes to prepare hydrogenfor isotopic analysis. The isotopic measurements are performed on a Finnigan MAT 251 anda Finnigan Delta mass spectrometer.
IFEs value on NBS 22 is -29.77 ± .06%o PDB,
The uncertainty in the 613C value is estimated to be ± 0.3%o PDB and includes all thedifferent analytical steps. The estimate is based on repeated analysis of a laboratory standardgas mixture. The uncertainty in the 5D value is likewise estimated to be ± 5%c.
3 Results
The volume composition of the gas samples is shown in Table 1 (normalised composition),and the stable isotope composition is shown in Table 2.
The molecular composition related to carbon isotope variations in methane from the gassamples from well 6506/12-1 and 6506/11-5S are plotted in Figure 1 (Schoell, 1983), thecarbon and hydrogen variations in methane are plotted in Figure 2 (Schoell, 1983) and thecarbon isotope variations in ethane related to the carbon isotope variations in methane inFigure 3 (Schoell, 1983).
Table 1 Volume composition (normalised values) of gas samples from well 6506112-1 and well6506 /77-55
Sample
6506/12-1, DST 2
6506/12-1, DST 4B
6506/12-1, DST 5D
6506/12-1, DST 76506/1 1-5S,MDT
IFE noGEO
961476961477961478961479961480
Ci
76.5
77.879.180.473.0
C2
10.2
9.89.38.710.8
C3
5.25.05.04.76.2
iC4
0.72
0.690.730.661.00
"%4
1.2
1.21.4
1.22.1
iC5
0.300.280.330.290.64
n?
0.290.290.350.290.68
CO2
5.5
4.9
3.83.7
5.6
SCi-C5
94.5
95.196.2
96.394.4
Wet-ness
0.19
0.180.180.17
0.23
iC4/
0.60
0.560.54
0.550.49
Table 2 Isotopic composition of gas samples from well 6506112-1 and well 6506111-5 S
Sample
6506/12-1,6506/12-1,6506/12-1,6506/12-1,
6506/1 1-5S
DST 2DST4B
DST5D
DST 7
,MDT
IFE noGEO
961476
961477
961478
961479
961480
Ci813C
%cPDB
-44.2
-45.2
-44.8
-44.8
-44.7
Ci5D%oSMOW
-204
-199
-202
-198-202
C2
-30.7
-30.5-31.2-29.3-30.6
5 13£B
-28.4
-28.6-28.8-28.1-28.4
£i-28.0-27.5
-29.0
-27.8-28.0
%oPDB
-27.5
-28.2-28.4
-27.9
-28.0
C02
%o PDB
-14.3
-11.0-12.1
-12.3
-14.3
CO2
8180C/ DT*^D/OO i JL/JD
-15.3
-15.5-15.6-16.1-16.4