New
Mexico
Bureauof Mines and Mineral Resources
Open File Report No. OF-249
HYDROCARBON SOURCE-ROCK EVALUATION STUDY,
MARSHALL R. YOUNG OIL CO. NO. 1 SALTYS WELL
GRANT COUNTY, NEW MEXICO
by Douglas A. Muckelroy
GeoChem Laboratories, Inc.
Houston, Texas
March, 1986
I'
HYDROCARBON SOURCE EVALUATION
MARSHALL R. YOUNG OIL COMPANY
SALTY'S
NO.1
FINAL INTERPRETIVE REPORT
GEOCHEM JOB NO. 3208
prepared for
MARSRALL R YOUNG OIL COMPANY h PARTNERS
Attn: Mr. Tom Brace
750 W. 5th St.
Fort Worth, Texas 76107
prepared by
Douglas A. Muckelroy
GEOCHEM LABORATORIES, INC.
1143-C Brittmoore
Houston, Texas 77043
CONFIDENTIAL AND PROPRIETARY INFORMATION
MARCH, 1986
HYDROCARBON SOURCEEVALUATION
MARSHALL R. YOUNG OIL COMPANY
SAJ.,TY'S NO.l
SUMMARY
Representative cuttings samples of Mesozoic and Paleozoic age from the
Marshall R. Young, Salty's No.1 Well were submitted for geochemical analyses.
With the exception of the Mississippian (2504 feet to 3395 feet) and Cretaceous
(4509 feet to 8344,feet) sediments, the formations of this well are considered
lean organically with a poor hydrocarbon source potential. Clastic and
carbonate sediments of the Mississippian and Cretaceous sediments are considered
in the
to have a fair hydrocarbon source potential. Kerogen types found
Cretaceous, Permian, Pennsylvanian, Mississippian, Percha and Bliss formations
are predominantly gas-prone; conversely, kerogen types found in the remaining
sediments (Fusselman, Montoya and El Paso and considered oil-prone.
Post depositional history of this well is such that organic matter from
has undergone a moderate geothermal history and can be
rated moderately mature to mature.At this state of thermal maturity, these
sediments have passed beyond the biogenic phase into the catagenico fphase
hydrocarbon generation. Thus, any hydrocarbons generated by these sediments is
expected to be a mature oil. The remaining sediments below the fault (below
4509') have undergone a moderate
to high geothermal history. These sediment
range from a moderately mature Maturation Index in the Cretaceous sediments to a
very mature Maturation Index in the
El Paso and Bliss formation. The sediments
from the Cretaceous, Fusselman and Montoya formationsinare
the catagenic phase
of hydrocarbon generation, while sediments
of the El Pasoand Bliss formations
are considered entirely in the metagenic phase of hydrocarbon generation;
wherein only thermal methane (C1; dry gas) gas could be expected to be
generated.
1000 feet to 4360 feet
Douglas K i %
GEOCREM LABORATORIES, INC.
INTRODUCTION
This report presents results and interpretations of geochemical analyses
performed on wet canned cuttings samples from 130 feet
9760
tofeet of the
All work was
Marshall R. Young Salty's No.1 Well, Grant County, New Mexico.
performed under GeoChem Job No. 3208.
The principle objective of this geochemical study, and the guide followed
while outlining and modifying the analytical program, was to determine the
of the Mesozoic and Paleozoic sediments
present hydrocarbon source character
penetrated by the Salty's No.1 Well.
ANALYTICAL PROGRAM
The samples of GeoChem Job No. 3208 were submitted to the following
sequence of examinations and analyses as the cuttings were received.
A.
Lithological and Organic Content Screening Analyses
0
Brief
0
Total Organic Carbon (TOC) Determination (248 samples)..Figures& 36
Table 111
B.
Organic Matter Characterization
0
Visual
Lithologic
Kerogen
Description
(306
Classification
(31
..............Figures
samples)
1,3,5& 6
Table I11
..............Figure
samples)
Table
3
V
...
0
Visual Kerogen Maturation Indexing (TAI) (31 samples)
Figures 3h 5
Table V
0
Vitrinite
Reflectance
(%Ro
Determination
(9 samples)
....Figure
5
Table VI
C.
Source Rock Hydrocarbon Analysis
0
C1-C7 Hydrocarbon Gas Chromatographic Analysis,
Air Space and Cuttings Gas (306 samples)
0
................Figure
Rock-Eva1
Pyrolysis
(25
........................
samples)
1
Tables I & I1
Figure 6
Table IV
s
Analytical results from this sequence were submitted for a systematic
computerized formation-by-formation and sample-by-sample source type
interpretation beforea final overall evaluation was made. The systematic
computer interpretation presentation is carried as "ComDuterized
Interpretations" of this evaluation report. For users who wish to consider
individual results, "Computerized Interpretations" gives a very detailed
interpretation of the cuttings data together with plots of this information in
down-hole format. It carries its own explanationat the beginning of the
section. As observed above, findings from the "Computerized Interpretation"
section are incorporated in this interpretive text,
GENERAL INFORMATION
Copies of this report have been sent to Tom
Mr.Brace-Marshall R. Young Oil
Mr. Earl Ritchie-Williams
Company, Mr. Bill Elton-Marathon Oil Company,
Ric'c
Exploration Company,Mr. Bill Newell-Amoco Production Company, Mr.
Highsmith-Texaco, Inc., Mr. John Collins-Wolf Energy and Mr. Dan Engels-Tenneco
Oil. If there are any questions concerning this report, the analytical data
at
presented in it, or their interpretations, please contact Doug Muckelr>y
GeoChem Laboratories, Inc. (713) 467-7011.
For general information purposes, brief descriptions ofvariom
the
analyses performed in well studies such as the Salty's No.1 are presen:edin the
attached Appendix. This information can serve as a ready reference while
considering our discussion of results and interpretations.
Formation tops and designations were provided by Marshall R. Youn,: Oil
Company. Lithologies determined from cuttings do not take into account mud
circulation lag time or the mixing of cuttings near formational boundayies
during up-hole travel.
RESULTS AND INTERPRETATIONS
o
Brief Lithologic Description (Table 111)
The sediments from 100 feet to
700 feet are generally volcanic tuff and
quartz fragments.
The Cretaceous sediments from 700 feet
to 1020 feet consist of quartz
fragments and white to pale orange limestone. Nearing the base of this
section a brownish gray dolomite occurs.
Sediments of the Permian (1020 feet 2154
to feet) and Pennsylvanian (2154
feet to 2504 feet) formations are generally mixtures of grayish brown
dolomites, gray limestones and grayish red to grayish black shales.
Mississippian sediments (2504 feet to 3395 feet) are predominantly gray
limestones with black to dark gray shales.
”
Sediments from the Percha (3395 feet 3744
to feet), Monto a (374L. feet to
4238 feet), ElPaso (4238 feet to4466 feet) andBliss 4466 feet 4509
to
feet) are predominantly gray dolomites with varying amounts of wtite
limestone and black shales.
A second Cretaceous interval (4509 feet 8344
to feet) consists of gray
dolomites at the topof the section, gray shales, sandstones and limestones
6000 feet to 7000 feet). The bottom of
in the middle of the section (about
the section consists of varying amounts of gray shales, 1imestone.s and
sandstones with a small igneous intrusion located
at the bottom of the
Cretaceous and top of the Pusselman formations.
The Fusselman (8344 feet to
8640 feet) and Montoya(8640 feet to 8957 feet)
consist entirely of very light gray to brownish gray limestones.
The remaining Ordovician sediments, the El Paso (8757 feet9718
to feet)
and the Bliss (9718 feetto 9781 feetT.D.) consist mainly of brcwnish gray
d o l o m i t e x h brownish gray limestonesat the bottomof the section.
o
Total Organic Carbon (TOC) Determination (Table 111)
(see also Figure
3)
No sediments from the Volcanic section
(100 feet to 700 feet) were analyzed
for total organic carbon content.
Cretaceous sediments (700 feet to 1020 feet) contain low amounts of organic
carbon. These sediments have an overall average of 0.11% TOC, thus giving
these sediments a =
potential for hydrocarbon generation.
~
The Paleozoic sediments, Permian
(1020 feet to 2154 feet), Penns lvanian
2154 feet to 2504 feet), Mississippian (2504 feet to3395 feet
Percha
(3395 feet to 3744 feet) and El Paso (4238 feet to 4466 feet) cortain poor
an average of
to fair amounts of organic carbon. These sediments contain
0.20% TOC, with a high of 0.63% TOC found in the Mississippian section. As
a resultof these values, these sediments are considered to poor
have toa
fair
potential
to
be
source
rocks.
possibly -
-5;1
The remaining formations above the fault, Montoya
(3744 feet to 4238 feet)
and Bliss (4466 feet to4509 feet), contain poor amounts of orgaric carbon
(0.8% TOC; avg.) and are consideredpoor source rocks.
-
(4509 feet to 8344 feet) contain
The Cretaceous sediments below the fault
fair to good amounts of organic carbon. These sediments range from a low
of 0.13% TOC to a high of
1.29% TOC with an overall average for this
an overall fair
formation of 0.51% TOC. This average gives these sediments
potential for hydrocarbon generation. Individual samples with tctal
& ascurce
organic carbon values above 1.0% are considered to have
potential.
-+-
The remaining formations, Fusselman(8344 feet to 8640 feet), Monto a (8640
feet to 8957 feet), ElP a s m e e t to 9718 feet) andBliss 9718 feet
to
to 9781 feet) contain low amounts of organic carbon and are considered
have apoor potential to be source rocks.
B.
Organic Matter Characterization
0
Visual Kerogen Characterization (Table
V)
(see also Figure2 , [Computerized Interpretations])
Kerogen of the Permian, Pennsylvanian, Mississippian and Percha intervals
(1020 feet to 3744 feet) are predominantly woody with secondary to trace
amounts of amorphous and herbaceous organic matter. These mixtures of
kerogen types give these sediments a dominantly gas-prone character.
Sediment of the Montoya and El Paso formations
(3744 feet to 4466 feet)
contain amorphous kerogen giving these units an oil-prone character.
Kerogen of the Bliss and second Cretaceous formations
(4466 feet to 8344
feet) contain mixtures of wood and herbaceous organic matter. These
mixtures give these sediments an overall gas-prone character.
(8344 feet to
The remaining Fusselman, Montoya, El Paso and Bliss sediments
9781 feet) contain predominantly amorphous kerogen giving these units an
oil-prone character.
There appears to be a thermal unconformity between the Cretaceous
and
Fusselman as well as a stratigraphic unconformity.No diagnostic kerogen
8800')
was recovered from the Fusselman, but the Montoya (sample -291
at
had a well-defined amorphous kerogen facies2+.
at
An additional
o
thermal unconformity appears somewhere between the Montoya
and El Paso Formations. Below 9520' the kerogen appears to be approaching
severely altered. Either a sharp thermal gradient affected these sediments
(Bliss to Montoya) early in their depositional history or the El Paso and
in their history and subsequently
Bliss sediments were heated very early
buried beneath immature Montoya-Fusselman sediments (which in their heating
history never reached the maturity of the underlying El Paso and Bliss
sediments).
Vitrinite Reflectance (%Ro) Determination (Table VI)
2 [Computer Interpretations])
(see Figure 5 and also Figure
(%Ro) from the sedime.nts above
Overall, vitrinite reflectance measurements
the fault are somewhat higher than maturities determined from visual
kerogen. These sediments range from 0.70
%Ro in the Cretaceous sediments
to 2.70 %Ro in thePercha formation, giving these sediments a mature to
severely altered rating.
(%Ro) determined ir the
Indigenous vitrinite reflectance measurements
Cretaceous sediments (4717 feet
to 8344 feet) fall in the 0.72 %Fo range
and confirm the moderately mature ratings given this formation dcring
visual kerogen analyses.
C. Source Rock Hydrocarbon Analysis
o
Cl-C7 Hydrocarbon Analysis (Air Space and Cuttings Gas) (Tables I
6 11)
(see also Figure1)
C1-C7 hydrocarbon analyses performed
on air space and cuttings from the
Volcanic interval at 130 feet to the bottom of the Bliss interval at 4509
feet contain fair
poor amourts of
-to amounts of methane gas, with
C5-C7 and % wet gas. Based on this analysis these sediments have. a
poor oil, possiblyfair methane gas source character.
8344 feet) contain fairto gocd amounts
Cretaceous sediments (4509 feet to
of methane (Cl), wet gas (C2-C4) and heavy liquid hydrocarbons (C5C7) giving these sediments a fair to good potential for oil and gas.
The remaining sediments, Fusselman, Montoya, El Paso and Bliss fcrmations
(8344 feet to9781 feet T.D.) contain fair amountsof wet gas (C2-C4)
and light liquid hydrocarbons (C5-C7). These hydrocarbons are believed
to be, at least in part, migrated out-of-place hydrocarbons. It is
doubtful the low organic values detected in these sediments coulc' have
generated these hydrocarbons.
o
Rock-Eva1 Pyrolysis (Table
(see also Figure6 )
IV)
With the exception of the Cretaceous sediments (4509 feet
8344 to
feet) the
a very poor source character. Poor
samples analyzed from this well have
concentrations of free hydrocarbon (SI) and hydrocarbon generating
potential ( S 2 ) are detected from each of the formations analyzed, thus
these sediments have an overall
poor source character.
Cretaceous sediments (4509 feet to8344 feet) contain poor amounts of free
hydrocarbon (SI = 0.22 mg/g avg.) and fair amounts of hydrocarbon
generating potential( S 2 = 0.74 mg/g avg.) thus giving these sedinents an
overall fair source rock character.
CONCLUSIONS
+
Moderate concentrations of organic matter found in the Mississi
sediments (2504 feet to3395 feet) and the Cretaceous sediments 9509 feet to
9344 feet) give these unites a fair hydrocarbon source character. These units
generally contain gas-prone organic matter (kerogen) types.
The Mississippian sediments have a geothermal history which has passed out
of the biogenic phase into the catagenic phase of hydrocarbon generation.
Cretaceous sediments have undergone a somewhat lower geothermal history and are
considered in the late biogenic to very early catagenic phase of hydrocarbon
generation.
C1-C7 hydrocarbon analyses and Rock-Eva1 pyrolyses show the Cretacsous
sediments (4509 feet to
8344 feet) penetrated by this well are prospective for
hydrocarbon generation.
LITHOLOGIES
""
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M. R. YOUNG SRLTY ' S
JOB NUMBER 3208
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I
I
I
I
I
I
I
I
l
l
l
l
l
L " I
l l
I
l l
I
l l
1
l l
I
l l
I
l l
I
l l
I
l l
I
l l
I
I 1
I
l l
I
l l
I
l l
I
l l
I
I
I
I
I
I
I
I
-
I
-
I l l
I l l
I l l
I I 1
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I -
l
l
l
l
l
l
l
l
l
l
l
l
l
l
I
I
I
I
I
I
I
I
I
I
I
I
I
I
II
1I -
. I
"
7
I
3 0
IIICPI A
ACPI B
IIICPI R
ACPI B
_""""""""
FIGURE 6
SUMMRRY OF PYROLYSIS
RNRLYSIS
M. R. YOUNG SALTY'S 81
JOB \,UMBER 3208
%
TOC
L I THO
0
LOG
HYDROGEN
INOEX
300C
I
100
1
I
I
VOLCRNICS
I
I
:RETACEOUS
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
PERM1AN
""_.
PENN.
MISS.
PERCHR SH
""_.
MONTOYR
EL PASO
I
1
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
;(c
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
\
I
I
I
I
I
I
I
I
I
I
L-LLL+L
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
.7f
I
I
I
I
I
INDEX
T-MFIX
DEG C
50 501
I
I
I
I
60k
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
""_.
I
I
PROD
I
I
I
I
I
I
I
I
I
I
I
I
I
I
:RETRCEOUS
II1
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
100 0
I
1
l
~~
I
I
I
I
I
I
I
I
I
1
I
1
3001
VRLUES AS
WEIGHT %
-
I
I
I
l
I
I
I
I
I
I
I
I
I
I
I
I
ELPAS0
I
I
I.
I
MONTOYR
I
I
-~I
FUSSELMAN
I
I
I
I
DSl=VOLRTILE HYOROCRRBON VALUES AS
ASl+S2=TOTAL HYOROCARBON
MG/G
ORG
C
l
"
i50 501
-FIGURE 7
OXYGEN INDEX VS HYDROGEN INDEX
(TISSOTDIQGRAM)
1000
800
-
600
400
200
0
0
JOB NO:
3208
WELLNRNE:
HRRShRLL SRLTY'S a1
50
200
100
OXYGEN
INDEX
150
III CUTTINGS
X CONVENTIONRI.CORE
A SIDEWRLLCOPE
TABLE OF CONTENTS
FORMATION TOP INFORMATION
SYSTEMATIC COMPUTERIZED INTERPRETATION
DATA
TABLE I
TABLE I1
TABLE I11
TABLE IV
TABLE V
TABLE VI
FIGURE 1
FIGURE 2
FORMATION INTERPRETATION
FORMATION SUMMARY INTERPRETATION
FORMATION SUMMARY OF GEOCREMICAL
DATA
SAMPLE INTERPRETATION
SAMPLE SUMMARY INTERPRETATION
SAMPLE SUMMARY OF GEOCHEMICAL DATA
THERMAL MATURITY PROFILE USING THE
THERMAL ALTERATION INDEX (TAI)
THERMAL MATURITY PROFILE USING VITRINITE
RGFLECTANCE
ANALYTICAL DATA
TABLE
TABLE
TABLE
TABLE
TABLE
TABLE
TABLE
I
I1
111
IV
V-A
V-B
VI
Cl-C7 HYDROCARBON ANALYSIS: AIR SPACE
6 CUTTINGS
6 CUTTINGS
C1-C7 HYDROCARBON ANALYSIS: AIRSPACE
AND BRIEF LITHOLOGICAL DESCRIPTIONS
TOTAL ORGANIC CARBON
ROCK-EVAL PYROLYSIS ANALYSES
VISUAL KEROGEN ASSESSMENT
VISUAL KEROGEN ASSESSMENT
VITRINITE REFLECTANCE
1
TABLE
c
d
i
Depth (feet)*
0
700
1020
2154
2504
3395
3744
4238
4466
4509
8344
8 640
8957
9718
9781
n
8
1
I
*
1
OF
FORMATION
TOPS
Formation Tops
Volcanics
Cretaceous
Permian
Pennsylvanian
Mississippian
Percha Shale
Montoya
El Paso
Bliss Sandstone
Cretaceous
Fusselman
Montoya
El Paso
Bliss Sandstone
T.D.
Tops typically are designated
as one ( 1 ) foot above depth of sample taken at
each top; this assures that all data are tabulated in their appropriate
stratigraphic unit.
INTRODUCTION
This report on the Marshall
R. Young, Salty's No.1 Well is compo3ed of
three sections as described below:
Computerized Interpretations
A computerized formation-by-formation interpretation is presentei using
on all samples. The geo-hemical
selected geochemical data that are available
interpretation of each formation uses the following geochemical infornation from
samples within a given formation:
(1)
(2)
(3)
(4)
(5)
sample lithology
thermal
maturity
(TAI)
totalorganiccarboncontent(TOC)
volatile hydrocarbons (SI peak)
kerogen type
The formation interpretations are computed for
a shale source, a carbonate
source, and a sandlsilt nonsource when present. The formation interp-etation
section is comprised of three tables:
Table I
Table I1
Table I11
Formation
Interpretation
Formation Summary Interpretation
Formation Summaryof Geochemical Data
A computerized sample-by-sample interpretation is presented
usin: selected
geochemical data that are available on all samples. The geochemical
interpretation of each sample uses the same geochemical information
a; the
formation interpretation.
(1)
(2)
(3)
(4)
(5)
sample
lithology
thermal
maturity
(TAI)
total organic carbon content (TOC)
volatile hydrocarbon(SI peak)
kerogen
type
The sample interpretation section is composed of three tables an1 two
figures:
Table IV
Table V
Table VI
Figure 1
Figure 2
Sample
Interpretation
Sample
Sumnary
Interpretation
Sample Summary of Geochemical Data
Thermal Alteration Index (TAI) Maturity Profile
Vitrinite Reflectance (%Ro) Maturity Profile
Analytical Data
The second section consists of a series of data tables which display the
original data inserted in proper order.A full set of data tables includes:
Table
Table
Table
Table
Table
Table
Table
Table
I
11-A
11-B
11-C
111
IV
V
VI
Cl-C7
Hydrocarbon
Analyses
Air Space
Cuttings Gas
Air Space and Cuttings Gas
Total Organic Carbon and Brief Lithological Descriptions
Rock-Eva1 Pyrolysis
Visual Kerogen Assessments
Vitrinite
Reflectance
Summary
Appendix
The third section contains brief descriptions of the various analyses
performed in well studies such as the Salty's No.1 well. This information
can
serve as a ready reference while considering our discussion of results and
interpretations.
a
Simplified Flow Diagram
STEP I/DATA INPUT
m
4
I
1.
2.
3.
# '
#
4.
m
I
1. hydrocarbon
Volatile
(SI)
2.
Generated
hydrocarbon
(S2)
3.
Temperature
of
("C)
52 peak
Sample I D
Depth
Lithology
a.
% Sandstone (Ss)
% S i l t s t o n e (St)
b.
C.
. % (Sh)
Shale
d.
% Carbonate (Cb)
e.
% Evaporite (E)
% Coal (C)
f.
g.
% Other
(Ot)
h.
% Metamorphic (M)
Geochemical
parameters
Pa .y r o l y sdi sa t a
(m=)
STEP II/LITHOLOGY
D
CHECK
V
STEP III/INTERPRETATION PROCEDURES
I,
I
Interpretations are based
1.
2.
3.
Lithology
Thermal
maturity
using
Totalorganiccarbon
on the following parameters:
TAI
(TOC)
4.hydrocarbon
Volatile
5. Kerogen t y p e
output
(Sl)
Formations
Table I
Table I1
Samples
Table I V
Table V
D
I f a particular sample lacks only
a TAI v a l u e , a T
A
I v a l u e is taken from a
1). The d e s c r i p t i v e t e r m i n o l o g y
t h r e e t e r m moving averagecurve(Figure
used relative to the parameter values
i s given below.
1
I
Formations
Table 111
Samples:
Table V I
Fig. 1
Fig. 2
I f t h e sample i s u n i n t e r p r e t a b l e b e c a u s e it c o n t a i n s c o a l , mud a d d i t i v e s ,
o r metamorphics, a statement i s p r i n t e d t ot h a te f f e c t .I f
a significant
p o r t i o n of the sample i s composedof " o t h e r " l i t h o l o g i e s , t h e i n t e r p r e t a t i o n i s r e f e r r e d t o a footnote. If the sample
i s composed of 60% o r more
of e i t h e r s o u r c e r o c k s ( s h a l e a n d / o r c a r b o n a t e )
or n o n s o u r c e r o c k s ( s i l t i s i n t e r p r e t e d i n S t e p I11 below.
stones and/or sandstones) the sample
1
I
Output
b.
Total
organic
carbon
(TOC)
C.
Kerogen type
1.
% Amorphous (Am)
2.
% Herbaceous (H)
3.
% Woody (W)
4.
% Coaly (C)
d.
Thermal M a t u r i t iyn d i c a t o r s
1.
Thermal a l t e r a t i o inn d e x
(WI)
2.
V i t r i n i tree f l e c t a n c e
(%Ro)
INTERPRETIVE
DESCRIPTIVE
TERMLNOLOGY
Thermal Alteration Index (TAI)
Descriptive
Terminology
Value
1.0 - 1.7
1.8 - 2.1
2.2 - 2.5
2.6
3.5
3.6 - 4.1
4.2
4.9
> 5.00
-
Immature
Moderately
Immature
Moderately
Mature
Mature
Very
Mature
Severely
Altered
Metamorphosed
-
Value
1.3 1.5
2.2 2.5 3.2 3.4 > 3.8
Associated
1.5
Type
Biogenic Gas
Biogenic Gas and Immature
Oil
Immature HeavyOil
Mature OF^'
Mature Oil, Condensate, and Wet Gas
Condensate and Wet Gas
Petrogenic Methane Gas
- 2.2
-
Hydrocarbon
2.5
3.2
3.4
3.8
Total Organic Carbon (TOC)
Descriptive
Value
in.
X
< 0.12
0.13 0.26 0.51 1.01 2.01 > 4.00
0.25
0.50
1.00
2.00
4.00
Volatile
Shale
Carbonate
Poor
Poor
Poor
Fair
Good
Very Good
Excellent
Poor
Fair
Good
Very Good
Excellent
Excellent
Excellent
Hydrocarbon(Sl)
Value
in
ppm
Descriptive
Terminology
< 200
201 - 400
401 - 800
801 - 1600
1601 - 3200
> 3200
-
Terminology
Very poor
Poor
Fair
Good
Very Good
Excellent
Kerogen
Oil/Gas
% Oil =
( X Am) + 0.6 (%E)
% Gas
100
-
Factor
+ 0.3
(%W)
+ 0.1
(%C)
- % Oil
Vitrinite Reflectance(%o)
Value
- 0.42
0.0
0.43
0.56
0.81
1.63
2.38
- 4.50
>
- 0.55
- 0.80
- 1.62
- 2.37
- 4.50
Descriptive
Terminology
Immature
Moderately Immature
Moderately Mature
Mature
Very Mature
Severely Altered
Metamorphosed
Associated
ValueHydrocarbon
Type
-
0.35
0.30
0.35
0.60
0.60
0.80
0.80
1.20
1.50
1.20
2.00
1.50
2.00
-
>
-
-
Biogenic
Gas
Biogenic Gas and Immature Oil
Immature Eeavy Oil
Mature Oil
Mature Oil, CondensateandWetGas
Condensate and WetGas
Petrogenic Methane Gas
TABLE I
FORMATION
INTERPRETATION
This t a b l e g i v e s a formation by f o r m a t i o n i n t e r p r e t a t i o n b a s e d
following parameters:
(1)
(2)
(3)
(4)
(5)
on t h e
Lithology
Thermal a l t e r a t i o ni n d e x
(TAI)
Totalorganiccarbon
(TOC)
Volatilehydrocarbon
(SI)
Kerogen t y p e
I f a TAI v a l u e i s l a c k i n g f o r a n o t h e r w i s e i n t e r p r e t a b l e s a m p l e ,
a TAI
v a l u e i s taken from a t h r e e term moving a v e r a g e p l o t of a l l t h e T A I d a t a f o r
t h i s well ( s e e F i g u r e 1).
The k e r o g e n t y p e o i l / g a s f a c t o r e x p r e s s e d
as a percentage should be used
as a m o d i f i e r t o t h e i n t e r p r e t a t i o n ;
i . e . , a high oil f a c t o r w i l l enhance t h e
oil q u a l i t y of t h e samplewhereascorrespondingly,
a high gas f a c t o r wf.11 enhance
oil prospectiveness.
t h e g a s r a t i o of t h e sample and diminish the
J O B NUMBER:
3288
UELL NAME: ~ . R . Y O U N G SALTY'S
+1
TABLE I
FORHC\TION
INTERPRETATION
""""~"""""""GEOCHEM
SAMPLE
NUMBER
INTERPRETATION
DEPTH
..................................................................
"
"
"
"
"
VOLCfiNIC5
708
"
"
"
"
"
CRETACEOUS
1020
"
"
"
"
"
0
03CB
1020
__________
1020- 2154
TAI
2154
04CB
2154-
"
PERMIAN
__________
PENNSYLVANIAN
"
----------
2584-
3395
T ASl H A L E :
MATURE
VERY
POOR OIL SOURCE
KEROGENTYPEOIL/GFISFACTORNOTAVAILABLE
05CB
2504-
3395
TAI
____-_____
PERCH&SHALE
_-______-_
3395- 3 7 4 4
TAI
3744
"
"
"
"
"
POOR TO F A I RG A S
SOURCE
CARB : MATURE POOR O I L AND ASSOCIOTED GAS SOURCE
KEROGENTYPEOIL/GASFACTORNOTRVCIILRBLE
UNCONFORMITY
----------
____-_____
M o N T o y f i __________
4238
"
"
"
"
"
UNCONFORnITY
4238
"
"
"
"
"
EL
4238-
-
COEB : MUTLIRE VERY POOR TO POOR O l L AND ASSOCIATED GAS SOURCE
KEROGE
TN
YP
OEI L / GF
kS
ACTOR:
O I L TYPE 40%
GCIS T Y P E 55%
3395
3744
0acs
50Z
tlISSISS~PPIAN
05SH
06CB
60%
----------
CARS : MATURE POOR O I L AND
CISSOCIFITED
GAS SOURCE
KEROGEN
TYPE
OIL/GAS
FACTOR:
OTI L
Y P4 E
3G%ATS
YPE
TAI
- -- ---
2504
---------UNCONFORUITY ----------
CARB : MATURE POOR O I L AND ASSOCIATED GAS SOURCE
KEROGEN
TYPE
OIL/GAS
FACTORI
O I L TYPE
392
GAS TYPE
"
"
"
"
"
2504
"
"
"
"
"
4466
TAl
p*so
----------
"
"
"
"
"
CORE : MATURE POOR O I L RND ASSOCIUTED GAS SOURCE
KEROGEN
TYFE
O I L l G R S FACTOR: O I L TYPE 100%
Gas TYPE
-8%
m"""
JOB NUMBER:
3208
WELL
NAME:
H.R.YOUNG
SALTY'S
ti
TAELE I
FORHATION INTEUPRETATION
DEPTH
GEOCHEM
SRtlPLE
NUMBER
INTERPRETATION
"
"
"
"
"
BLISS
4589
"
"
"
"
"
THRUST FAULT
4S09
"
"
"
"
"
CRETACEOUS
8344
458918SH
10CE
ss
4466
8344
4509-
a344
8640
8957
8957
371 8
9701
"
"
"
"
"
----------
----------
TeI
SHALE1
MODERATELY
MATURE
F A I R BIOGENIC GAS
SOURCE
FCIIR POTENTt(\L FOR
KEROGEN TYPE OIL/GAS FACTOR: O I L TYPE
36%
GAS TYPE 63%
TRI
CCIRB : MODERATELY
MClTURE
FOUR
TO
KEROGEN TYPE OIL/G(\S FUCTORt
"
"
"
"
"
FUSSELMAN
---- -- -- MONTO,
---- --.---- UNCONF<+WITY --------__________ E L peso _-___-____
"
"
"
"
"
3s
"
"
"
"
"
*L[JS
_"""_
TOTAL
DEPTH
"
"
"
"
"
----------
AND GeS
F A I R IHHATURE O I L RND FISSOClATED GAS SOURCE
41%
GAS TYPE
50%
OIL TYPE
----------
OIL
TABLE I1
FORMATION SUMMARY INTERPRFTATION
This t a b l e g i v e s a formation by f o r m a t i o n i n t e r p r e t a t i o n of each parameter
used i nT a b l e I. The d e s c r i p t i v e t e r m i n o l o g y u s e d f o r
each parameter i s l i s t e d
i n the i n t r o d u c t i o n .
.
.
h
JC
-Ixa
LI
0 C
(0
ln
w
uz
:
II
a
u)
Lo
w
0 2
01
I:
K
a
K
N
a
I-
>
U
0
J
O
I
II
J
I
I-
n
U I
w I 5
I
I
I
I
I
I
I
I
1
1
1
l
1
l
l
T1
1
1
1
I
1
I
I
1
1
1
1
1
1
1
1
1
l
1
l
l
1
1
1
~
0
u
U,
m
UJ
?
-
8
U,
*m
K
a
M
0.
0
K
a
K
0
0
0
U
W
T1
0
>
K
w
i
I
I
I
I
I
I
l
1
I
I
I
I
I
I
1
~
I
1
K
0
0
K
a
0
0
e
K
0
0
U
U
t
u)
c
w
2 - >
E
K
w
z
w
>
>
t
S
a
,
ln
E:
I
I
I
I
I
I
I
1
I
I
I
a
I
I
I
I
I
I
1
1
1
I
1
-
-
%
X
0
K
z
!-LL
2
0
I - 0
0
2
3
0
x
I
I
I
I
I
I
I
I
I
I
a
L
3
JOE NUMBER: 3208
WELL NhME: M.R.TOUNG
ShLTY'S
e1
TABLE I 1
FORMATION SUHMARY INTERPREThTION
GEOCHEn
SanPLE
LITHOLOGY
TADEPTH
NUMBER
IIRTURITY
"
"
"
"
"
"
"
"
"
I
RICHNESS
%Re
CRETACEOUS
PRODUCTIVITY
HC
TOC
INDEX
RICHNESS
"
"
"
"
"
i0SH
4585- 8344
SHhLE
nn
POOR
n
FAIR
IQCB
458s-
CARB
nn
n
GOOD
8344
0640
8957
8957
"
"
"
"
"
FUSSELMAN
__-_______
MoNTOyh
"
"
"
"
"
__________
9718
"
"
"
"
"
978i
"
"
"
"
"
POOR
VERY
@ .24
36
63
0.12
4i
58
----------
__________
UHCONFORHITY
EL peso
kG(1S
FACTOR
----------
4589
a344
%OIL
FACTOR
----------
__________
BLISS ss
"
"
"
"
"
TQTAL DEPTH
----------
...................................................................
fiatlnq Paramctcrs a6 Deflnad I n GpoChem's SoUrGE Rosk Reference Manual
Thermal naturlty Abbrsviatlons: I-Immature, HI-nodaratcly Immature, M-Maturs
nn-noderatclY Matursr vn-vcrr nature
S A - S c u c r l u Altered, HT-n=tamormhosrd
5 a s F l e Types: Blank-Cuttlnv. C-Cnrr, S-Sldcuall C o r e
X X Value T e k c n from a 3-Term R~nnlnq Rvcraqe of this Paramctcr
TABLE 111
FORMATION SUMMARY OF GEOCBEMIGAL DATA
This t a b l e g i v e s a formation by f o r m a t i o n l i s t i n g of t h e d a t a u s e d i n t h e
is a s
c o m p u t e r i z e di n t e r p r e t a t i o n s .
The informationgivenforeachfonnation
follows:
(1)
(2)
(3)
(4)
(5)
(6)
Sample number
Depth
Lithology
Volatilehydrocarbon (Sl, ppm)
Generated
hydrocarbon
(S2, ppm)
Maximum temperature of S2 peak
(7) organic
carbon
Total
(TOC %)
(8) Kerogen
composition
(amorphous
(Am), herbaceous (H), woody (W),
andcoaly (C))
(9) Thermal a l t e r a t i o ni n l e x
(TAI)
(10) V i t r i n i t er e f l e c t a n c e
(%Ro)
JOB NUIIBEK: 3208
UELL NflnE: M.R.IOUNG
SALTY'S
ti
TARLE I 1 1
FORMATION SUMMARY OF GEOCHEMICAL
DATA
"""""""""""-"""""""
FORMATION NAME:
0-
VOLCANICS i
700)
"
"
"
"
"
"
"
"
"
"
"
~
"
"
"
"
"
"
"
"
PYROLYSIS DATO .(
SEDIMENT FACIES
(
NO/ Y
SE
SI
)
PPM)
53
TnAx
TOC
MhTURITY
TAI
YR0
~~
YAM
KEROGEN TYPE
%H
YU
%C
YOIL
YGAS
FACTOR
FACTOR
...................................................................
SHALE SOURCE
NOT
PRESENT
I N T H I S FORMATION
CARBONATE
SOURCE
NOT
PRESENT
I N TU15 FORMATl@N
SILICEOUS SOURCE
NOT PRESENT IT
NH I S
I N THIS
FCIMATION
EVAPORITE SOURCE
NOT
PRESENT
SAND/S I L T NON-SOURCE
AVG
MIN
MAX
C
FORHATI@N
18/188
)
_"" ""_ ----- ------ ----- ------"
"
""- - -- - - - - - - -- "
"
-----
"-_---- -- - -
""""""""""-"---"""""""""""-"""""""""""""~""~"""""""""""""""""""~""""""
M a t u r l t vF a r a n s o t a r sT o l t c n
f r o m a 3-Tarm Runnlnq Avararrc for 611 b ' z . 1 ~ ~ ~ .
Keroeen T v F ~ A
: m-AmorPhou~/SaFro~slH
, -Herbnseous,
U-Uoodv,
C-Coaly/Inertlnlte
-"
-- -- -
"
"
"
"
"
"
"_ "_
"_
_"
"_
"-
I
N U M E E R I 3288
WELL NAME: M.R.YOUNG SALTY'S
JOE
+1
TABLE I l l
FORMATION SUMMARY O F GEOCHEMICAL DClTA
FORMATION NAME8 CRETbCEOUS
<
700-
1020)
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
SEDIMENT FACIES
(
NO/
$4
>
PYROLYSIS DRTR I'Tl!
si
52
53 TOCTMAX
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
SHALE
SOURCE
NOT
PRESENT
IN THIS
FQRMRTION
Maturltv Parameters Tah'cn f r o m (I 3-Term Runnlns Rverase for R L I Valusa.
I<r.roscn T ~ p e : R ~ - A m o r p h o u s i S a p r o p E lH-Hrrbascourr
,
IM-Woody, C-Coalw'lncrtlnltr
MATURITV
TFLI
YRB
KEROGEN TYPE
XFLM
YH
%H
XC
irC8IL
ICGFLS
FRCTOR
FFLCTOR
JOE
NUnBER:
U E L L NCIMEI
3208
H.R.YOUHG
SALTY’S
+l
TABLE I 1 1
FORMtaTION SUtlMCaRY O F GEOCHEMICeL DCaTCa
FORMATION NCIME:
FERMICaN
I 1020- 2 1 5 4 )
”
”
”
”
_
”
”
”
”
_
“
”
”
“
”
”
”
”
”
-
S EFDRI C
MIEEN
ST
i
NO/
X
)
P Y R O L Y S I SD h T R
52
s1
(PFH)
53
TnRX
TOC
PIOTURITY
TCIL
%Re
KEROGEN TYPE
%C
%RM X UX H
% G%a O
s IL
FClCTOR
SHCILE SOURCE
AVG
MlN
nax
CCIREONRTE SOURCE
AVG
IIlN
nax
0.09
0.06
2.6
2.6
i .65
1.58
e.12
2.7
1.83
350.
313
1.6B
221
0.17
0.08
2.7
228.
428.
2.6
139
0.33
2.7
1.58
1.78
0.85
C.hS
2.6
1.58
_”
16
“_
3
”-
64
”-
16
-”
3.5
FACTOR
--61
S I L I C E O U S SOURCE
EVCIFORITE SOURCE
SfiND/SILT
NON-SO1
avt
IIlN
IIRX
e.05
a 9 - T e r m R u n n l n s A v c r e q e for A l l Yalucs.
Keroqen T v F ~ :a m - A m n r r h n u ~ / S a F r o r e I ,
H - H r r h a s a o u s , U-Uoody, C - C o a l Y / l n e r t l n l t s
naturlty P a r e m e t r r sT o k e nf r o m
2.6
2.6
1 .sa
I .5a
_”
”_
_“
”_
-”
”-
e
m
*m
0
N
6,
F,
a
m
a
N
mmm
???
"-
...
Qea
z
0
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I
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I
I
JOB NUMBER:
3208
WELL NAIIEIll.R.YOUNGSOLTY'S
TRBLE 111
FORMATION
SUIIMARY
OF GEOCHEMICALDATA
F O R M A T I O NN A M E 1M I S S I S S I P P I A N
"""""""""""""""""""""O/
FRCIERSEDIHENT
(
c
2/
PYROLYSIS
>
X
SHALE SOURCE
N G
nlN
2584- 3395)
(
HRK
NOT
PRESENT
E V A P O R I T E SOURCE
NOT
PRESENT
SAND/SILT
TMRX
TOC
MaTURITY
Tal
%R0
%AM
"_
10.
0.
480.
375
2.85
0.
488.
375
8.45
2.7
0.27
2.7
18.
10.
h.
480.
375
0.E3
2.7
2.05
2.05
20.
10.
458.
10.
30.
0.
2.70
318 2.390.12
220
8.86
401
0.20
2.7
2.7
1 .a3
YGA
%K
3OETIR
LYO
PG
E EN
%H
%U
FOCTOR
%C
"_ "_ "_
FWTOR
"_
IN
430.
470.
2.7
18
10
08
0
48
T HFI S
ORIIATION
ITNH I S
FORMOTID14
NON-SOURCE NOT FEESENT I NT H I SF Q E M R T I O N
..................................................................
naturltv Faraslaterm
Kcroeen T v r e :
"-
27/ 93)
2*
S L L I C E O U S SOURCE
PPn)
7 )
nax
CARBONRTE
SOURCE
bVG
MlN
DATR
5352
51
T a l t c n f r o m a 3-T.rm
Runnine A v s r a e c f o r A l l V s l u r ~ .
H-Hrrbnssour,
W-Uoodv,
C-Coalv/lnsrtlnltc
Am-A.orphuus/Saproaal,
60
JOB
NUMBER:
HELL
NAME.:
3288
M.R.YQlJNG
SALTY'S
+1
TABLE I 1 1
FORHATION SUMMARY OF GEQCHEHICALDhTU
""""""""""""""""""C 3395-
FORMATION NRME:
FERCHA
SHULE
""""~""""""""""""""--"-
3744)
P Y R O L Y S I SD A T A( F F M
SE
FD
A ICMI E S
NT
[
NO,'
X
Si
)
52
............................
SHALE
SOURCE
NOT PRESENTTFHION
IS
RMATION
CARRONATE
SOURCE
AVG
MlN
(
THAX
TOC
MATURITY
XR0
TAI
S I L I C E O U S SQURCE
NOT
PRESENT
ITNH I S
15.
16.
15.
I*.
345.
338.
zo
20.
366.
.
FORMATION
NOT FRESENT T
I NHFI SO R M A T I O N
SAND,'SILT
NON-SOURCE
NOT
PRESENT
I NT H I SF O R M A T I O N
mn
KEROGENTYPE
ZH
xu
ac
%OIL
XGhS
FACTOR
FACTOR
........................................
tE/t0B)
nax
EVRFORITE
SOURCE
)
53
289
278
300
0.18
2.7
8.08
2 . 78 . 4 4
2.7
2.70
2.70
2.70
-
"
-
"
--- -- -
_"
"_
J O B NUMBER:
UELL NAME:
3208
M.R.YOUNG
SALTY’S
#I
TABLE 1 1 1
FORPIATIONSUPInARYOFGEOCHEMICRLDATR
FORMATION
NAME:
MONTOYA i
MATURITY
S E D I MFEANCTI E S
(
FPPI)
NO/
3744-
K
SHALE SOURCE
FRESENT
NOT
CARBONATE SOIJRCE
(
>
11/188)
AVG
42383
DATh
PYROLYSIS
si
KEROGEN
52
------- -- - - - - - - - - - - - - - - - - -- - - - -- - - - - - - - - - - - - - - - - -- - - - -- - - -- - - - - - - - -
S I L I C E O U S SOURCE
NOT
PRESENT
I N T HFI SO R M A T I O N
E V A P O R I T E SOURCE
NOT
PRESENT
I N T H I S FORPIATION
SAND/SILT
NOT PRESENT I NT U I SF O R M A T I O N
NON-SOURCE
TMAX
TAI
XR0
2.6
2.6
2.6
“
”
KH
%AM
rvE
XI4
XC
XOIL
KCAS
FRCTOR
FACTOR
I N TFHOI S
RMATION
”
MIN
nRX
S3
TOC
0.07
0.84
0.11
”
”
_”_
9
3
0
0
0
99
1
JOB
NUnBER:
328.5
U E L L NAME:
H.R.YOUNG
SALTY'S
H
T f i B L E Ill
FORMATION SUMMi2R.f O F GEOCHEMICALDATA
""""""""""""""""""FORMATION
NRHE:
EL
PASO
C
4238-
4466)
PYROLYSIS
S E D I MFEAN
CTI E S
(
NO/
%
51
)
SHALF
SOURCE
NOT PRESENTTFHIO
N
IS
Rni2TION
CARBONhTESOURCE
AVG
nlN
nRx
[
TMRX
TOC
958.
353
350.
350.
353
2 . 70 . 2 3
2 . 70 . 1 2
0.34
MhTURITY
TAI
%RO
XRM
KEROGEN
TYPE
%H
XU
%C
%OIL
FRCTOR
FRCTOR
xns
6/180>
S l L I C E O U S SOURCE
NOT
PRESENT
EVAPORITE
SOURCE
D A T ~L P p n >
52
53
78.
70.
I Q .
i@.
T
I NHFI SO R M A T I O N
NOT PRESENT ITNH I S
S A N D A S I L T NON-SOURCE
NOT
PRESENT
10.
10.
FOEMFlTlON
I N T H I SF O R M A T I O N
353
"
"
"
"
2.7
"
"
9
9
0
0
0
55
1
JQB NUMBER: 3208
WELL NOME: M.R.YOUNG
SCILTY'S
ti
TABLE I 1 1
FQRMATION SUMHCIRY OFGEOCHFMICAL
-""""""""""""""""""
F O R I I A T I Q N NAME:
BLISS SS f
4466-
DATCI
4503)
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
S E D I H E NFTA C I E 5
(
NO/
!
i
PYROLYSI S I M T A
SI
SZ
>
""""""-"""""""""""""""""""""""""""""""""""""""""""""""""""""""""""SHALE
SQURCE
PRESENT
NOT
CARRONATE
SOURCE
AVG
MIN
T IHNI S
c
1/100>
(
PPM >
TOC
53
- - - - - - - - - - - - - - -- - - - -- - - - - - - - - - - - - - - - - - -- -- - - - - - - - - - - - - - - - - - - - - -- "
S I L I C E O U S SOURCE
NOT
PRESENT
I TN H I S
E V A P O R I T E SOURCE
NOT
PRESENT
I N T HFI S
ORMATION
S A N W S I L T NON-SOURCE
I NT H I S
NOTPRESENT
zan
KEROGEN
TYPE
%H
xu
xc
%OIL
>:GCIS
FACTC~R F C I C T O ~ R
FQRPlATION
"
nax
MATURITY
TAI
%RO
TMAX
0.10
0.10
0.10
PORMATLON
FORMATlOl4
~""-"""""""""""""""""""""""""""""""""""""""""""""""""""~"""""""""""Meturitu F a r a m e t s r r T a k c n f r o m a 3 - T e r m R v n n i n s A v e r a s e f o r A l l V a l v a ~ .
Ksroafn T y p m A
: . - ~ m o r r h o u P / S a r r o r f I rH - U e r b o s c o u ~ ,
W-Unody,
C-Coalyiln~rtinite
-------
"
"
"
"
"
"
"_ "_
"_
"_
"_
"_
JDB
NUMBER1
3268
U E L L NAME1 M.R.YDUNG
SALTY'S
+I
TABLE I 1 1
FORMATION SUMMURY OF GEOCHEMICAL
F Q R M A T I Q N NAME:
CRETACEOUS
SEDIMENT FClCIES
SHALE SDURCE
AVG
n I t4
MFlX
CARBONClTE
SQURCE
AVC
MlN
nAx
(
<
NO/ %
<
58/
(
26)
0.66
4 6 6 9 -8 3 4 4 )
PPM
1
TMAXTClI
TQC
8.66
8 . 1 33 2 71 6 0 .
3130.
716.
40.
483
2 . 41 . 2 9
2.3
2 8 58.42
.
468
276.
310
8.16
MClTURITl
XR6
2.3
2.3
0.86
6.72
1 .88
%on
3
KEROGEN TYPE
XH
it^
xc
%OIL
FACTQR
FOCTQR
26
68
6326
36
22
45
26
41
%GAS
25.
18.
318.
50.
186.
66.
3ae.
12
2.3
0.72
2.S
1.10
6R
1. l a
PRESENT I N T H I S FQRMClTIQN
I N T U 1 5 FORMUTION
(
28,'
nIN
NUX
)
f3
25)
EVAPORITE
5OURCE
NOT
PRESENT
NOH-SOURCE
D A TPAY R O L Y S I S
52
SI
56)
440 328. 960. 298.
18.
968.
446
S I L I C E O U S SQURCE
NOT
SRND/SILT
AVG
DkTA
"_~"""~""""~"~"~"""~~""~"~"""~"~"""~"""""""""""~
19)
- - - - -- - - - - -- ------ -
- --- --- -- - --- -- - - - -
-- - - -- - - - - "
-- -- - - -
----- --
28..42 6
6.13
2.3
0.72
6.711 . 7 3 2 . 5
t l n t u r l t y P a r a m e t e r s T a k e n ffrom a 3 - T e r mR u n n l n a
Awernqe f o r A t 1 V n l u s a .
K c r o q r n T u p s : Am-~morphous./SapropeIr H - H a r b a r e o u r ,
N - N o o d uC
, -Coala/lnertrnlte
1 .BO
---
-- - -
"
---
"-
"-
J O B NUMBER: 3208
U E L L NAME:
M.R.YOUNG
SRLTY'S
+I
TABLE I l l
FORMCITION SUMMFlRY O F GEOCHEMICCILDATA
""""""""""""""""""-
FORMATION NAME:
8344-
FUSSELMAN (
CFFM
S E D I MFERNCTI E S
NO/
Y
8640)
DATA
PYROLYSIS
)
TOC
- - - - - - - - - -- - - - - - - - - - - - - - - - - - - -- - - - - - -- - - - - - - - - - -- - -- - - - - - - - -
0.64
B.02
B.18
SHRLE SOURCE
NOT PRESENTTFHION
IS
RMATION
CARBONFlTE
SOURCE
AVG
MIN
(
18/1861
"
"
"
S I L I C E O U S SOURCE
NOT
PRESENT TI N
HFI S
ORMATION
E V b F O R I T E SOURCE
NOT
PRESENT TI N
HFI S
ORMATION
S A N D i S I L T NON-SOURCE NOT PRESENT I NT H I S
""~_"_""""~"""~""~""""""
Keropen T u p s :
S2
"
nox
naturlty ~
)
53
TMAX
51
"""""""""""~"""""""""~""""""""""""""""""""""""""""""""""-""""""""""(
a
~ T ~a Y from
-~~
a~ 3
FORMFlTION
t - R~ ~ ~ ~ ~nvfrae=
~
~~
f o~
r ~ 0 1 1 V; ~ I W S .~
~
W-lkudv, C-CaaI~/Inf.rtinltc
A n - A m u r ~ h u u s / S n ~ r a ~ s IH
, -Hsrbscrous,
MFlTURlTY
TAI
YRB
2.5
2.5
2.6
t .23
1.23
1.23
KEROGENTYPE
mn
"_
XH
_"
XCI
"-
zc
"_
%OIL
FACTOR
"_
%GCIS
FACTOR
_"
J O B NUHBER: 32D8
UELL NOHE: M.R.YOUNG
SALTY'S
ti1
T A B L E 111
FORMOTION SUMMARY OF GEOCHEMICAL@AT0
FORHATION
NAME:
""""""""""""""-""""
8648-
MONTOYA (
S EFDAI C
MIEENST
(
NO/
%
(
11/108)
TOC
- - - - - - - - - - - - -- - - - - - - - - - - - - - - - - -- - - - - - - - - - - - - -- - --- - ------- "_ ---- ---
0.84
1.23
2.6
0.82
53
D.10
T
I NH F
I SO R M a T I O N
PRESENT I TNH I S
NON-SOURCE
NOT
PRESENT
"""__"""""""~""""~"""""""""
(wn)
TMAX
"
S I L I C E O U S SOURCE
NOT
FEESENT
SAND/SILT
DATA
s2
MRTURITY
%RO
TeI
XCIM
%OIL
KEROGENTYPE
FOCTQR
%H%C %U
%GAS
FCICTOR
TFH
IO
NI SR M A T I O N
nax
E V A F O R I T E SOURCE
NOT
PYROLYSIS
S1
)
SHALE SOURCE
FRESENT
NOT
CARBONRTE
SOURCE
AVG
MlN
8957)
FORMOTION
I NT U l SF O R M A T I O N
Mflturlty P a r a m e t e r s T a k e n f r o m a 3 - T e r mR u n n l n s
O Y W - B ~ C Tnr R l l VnluEs.
K c r m m = n T y p a l An-emnrrhnur/Ssprop.Ir
H-Hnrbacanur,
U-Uondy,
C-CollY/lncrtlnltc
2.6
1.23
2.6
1 .23
3
3
8
8
B
39
1
D"
3Z08
HELL NAME1 M.R.YOUNP
JOB NUMBER:
SALTY'S
+1
TABLE 1 1 1
FORHATION SUMMARY OF GEOCHEMICAL DATA
"_""""
FORMRTION NAHE: EL FnSO
(
8357- 3718 )
P Y R O L Y S I S DATA ( p p n )
SEDIMENT
FACIES
(
NO/
%
CARBONATESOURCE
eVG
MIN
MAX
(
24/
361
S I L I C ~ O U SOURCE
S
NOT PRESENT
51
)
S2
53
TMAX
TOC
----"-
0.07
0.02
MATURITY
TAI
XR0
XAM
KEROGEN TYPE
XH
2%
!X
FGCTOR
FRCTOR
SHALE SOURCE
AVG
MlN
Max
-- --- - -- - - "
_""
EVAPORITE SOURCE NOT PRESENT
""_
""_
- - - -- - -
-- -- "
----------- --
0.14
IN THIS FORMRTION
IN THIS FORMATION
SRND/SILP NON-SOURCE NOT PRESENT IN THIS FORMATION
MaLturlty P a r a m = t s r r T a k c n f r o m a 3-Term Runnlne Averase f o r A l l Values.
Km-oaen Type: A m - A r n o r p h o u a / S a r r o ~ c I r H-Hsrhscmoua, U-Uoodr, C-CoalrJlnertlnlts
3.9
3.9
4.0
"
"
"
"
"
"
3
3
0
0
0
5s
1
m m a m, a'JOB NUMBER1 3208
WELL NnIIE:
II.R.YOUNG
SOLTY'S
*1
TRBLE I 1 1
FORMRTION SUMMCIRY OF GEOCHEMICAL DCITR
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
~
"
"
"
FORMRTION NCIME:
B L I S S SS (
9718-
9781)
P Y R O L Y S I SD R T R( F P H )
S EFDAIC
n IEENST
(
NO:
X
s1
)
s2
53
TMCIX
TOC
fiRTURI i T Y
XR0
TCII
xan
KEF
P
iEN T Y P E
Xu
XC
x' Q I L
F f iCTOR
2:GP
FC!C7
....................................................................
SHRLE SOURCE
CRRRONRTE SOURCE
RVG
PRESENT
NOT
I
2/100)
I N T U I S FORMRTION
- --- - ---- --- ------- --""_
""_"
""_
"- - - - -- - - - - - -- - - - - - - - - -- "
IIIN
nnx
S I L I C E O U S SOURCE
NOT
FRESENT
I N T HFI S
ORMRTION
E V A P O R I T E SOURCE
NOT PRESENT T
I NH FI SO R M A T I O N
SEND/SILT
NOT PRESENT I N
NUN-SOURCE
0.10
0.06
0.14
THIS FORH13TION
"__""""~"""~"""""""""~"""""~""
Maturlty P a r a m c t a r s T e k s n f r o m a 3 - T e r mR u n n l n s
Averaes f o r
Kcrnesn TYPC: ~ m - R m o r p h o u s / R a p r o p r l , H - U a r h a r m o u s r U-Uoodr,
A l l Values.
C-Cnalv/IncrtlnltP
3.9
3.9
3.9
"
"
"
"
"
"
4
0
0
0
0
46
60
TABLE I V
SAMPLE
INTERPRETATION
This table gives
parameters:
(1)
a sample by sample i n t e r p r e t a t i o n b a s e d
on t h e f o l l o w i n g
Lithology
( 2 ) Thermal a l t e r a t i o ni n d e x (TAI)
(3) T o t a lo r g a n i cc a r b o n
(TOC)
( 4 ) Volatilehydrocarbon
(SI)
(5) Kerogen type
I f a TAI v a l u e is l a c k i n g f o r an o t h e r w i s e i n t e r p r e t a b l e s a m p l e ,
i TAI
v a l u e i s takenfrom a t h r e e term moving a v e r a g e p l o t of a l l t h e TAI d a t a f o r
t h i s well ( s e e F i g u r e 1).
The k e r o g e n t y p e o i l / g a s f a c t o r e x p r e s s e d a s
a percentage should b e used
as a m o d i f i e r t o t h e i n t e r p r e t a t i o n ;
i . e . , a high oil f a c t o r w i l l enhance t h e
o i l q u a l i t y of t h e samplewhereascorrespondingly,
a high g a s f a c t o r w i l l enhance
the g a s r a t i o of t h e sampleanddiminishthe
oil p r o s p e c t i v e n e s s .
Y3
40
70
J O B NUMBER: 3288
U E L L NAME:
M.R.YOUNG
SALTY'S
+1
TABLE IV
SAMPLE
INTERPRETATION
GEOCHEtl
SAUPLE
NUMBER
INTERPRETATION
DEPTH
______---VQLCRNICS
..................................................................
0
780
1020
1020
_____-_-__
CRETACEOUS
"
"
"
"
"
__________
_-_-____L-
_-_____---
UNCONFORMITY
PERMIAN
----------
__________
038
TAI
CARB : MATURE POOR O I L AND ASEOCIRTED GAS SOURCE
KEROGEN T Y P EO I L / G A 5F A C T O RN O TA V A I L A B L E
1740
056
TAI
CRRB : MATURE POOR O I L AND ASSOCIATED CAS SOURCE
KEROGEN
TYPE
OIL/GRS FRCTOR: O ITLY P E
50%
GRS TYPE
1830
059
062
1920
2018
065
TAI
CARB I MATURE POOR O I L AND ASSOCIATED GAS SOURCE
KEROGEN TYPE o t L / G a s FACTOR NOT RVAILABLE
TRt
CORE : HATURE POOR O I L RND RSSOCIATED GRS SOURCE
KERIQGENTYPE
O I L i C R S F A C T O RN O TA V R I L R B L E
CTAARI 8
2154
077
252@
082
SOURCE
32%
cas TYPE
67%
CARR I MATURE POOR O I L AND ASSOCIATED GAS SOURCE
492
tns TYPE
KEROGEN
TYPE
OIL/GAS
FACTOR:
OTI LY P E
50%
"
"
"
"
"
TAI
2504
: MATURE POOR O I L RND ZSSOCIATED
GAS
KEROGE
TN
YP
OE
IL/GA
FA
SC T O
OTE
IY
LP E
"
"
"
"
"
TAI
4%
PENNSYLVANIAN
n15sISSIPPlAN
----------
--""""
CARB : MATURE POOR O I L AND ASSOCIATED GAS SOURCE
KEROGEN TYPE oIL/cas FACTOR, OIL TYPE
40%
GAS TYPE
-
el35
2618
S
TH
AA
I LE:
MATURE
VERY
POOR TO POOR O I L SOURCE
K E R O G E NT Y P EO I L / G A SF A C T O RN O TA V A I L A B L E
893
2858
TAI
CARE : MfiTURE POOR O I L AND ASSOCIATED
GAS
SOURCE
KEROGENTYFEOIL/GASFACTOR
NOT A I V A I L R B L E
3375
"
"
"
"
"
FERCHA
SHdLE
----------
"""""""""""""""~"""""""""""""""~"""""""""""""""""""""""""""""""""-Ratina F a r e m r t e r = a s D m f i n c d in G a o C h e m ' e s o u r = = R o c k R e f o r c n c e Manual
S o m n l c TVPEE: R I n n k - C u ~ l t l n p s , C - C o r c . S - S i d s w n l 1 C o r c
M n t u ? l t Y Farameter.:
I V ) - V l t r I r ! i t L Ref1arjtorar.E Used, I T ) T A I U s e d
59%
F a l R GAS SOURCE
i
J O B NUMBER: 3268
U E L LN A n E :
M.R.YOUNG
SALTY'S
+I
TABLE I V
SAMPLE
INTERPRETATION
GEOCUEM
SAMPLE
NUMBER
DEPTH
INTERPRETATION
.................................................................
117
TAI
3744
"
"
"
"
"
UNCONFORMITY
3744
"
"
"
"
"
n@NTOYA
4238
4230
I
CARB : MATURE POOR O I L AND ASSOCIATED
GAS
K E R O G E NT Y P EO I L / G A SF A C T O RN O TA V A I L A B L E
3586
EL PASO
ss
----------
-______-__
_____-____
UNCONFORMITY
__________
SOURCE
__________
__________
4466
"
"
"
"
"
BLISS
4569
"
"
"
"
"
THRUSTFAULT
4508
"
"
"
"
"
CRETACEOUS
16B
4870
TA 1
SHALE,
MODERATELY
MATURE
POOR SOURCEFOROIL/ASSOCIATEDGAS
KEROGENTYPEOTL/GASFACTORNOTAVAILABLE
OR B I O G E N I CC A S
171
5200
T h1
SHALE:MUWERhTELYMhTURE
POOR SOURCEFOROIL/ASSOCIRTEDGAS
K E R O Q E NT Y P EO I L / G A SF A C T O RN O TA V A I L A B L E
OR E i O G E N l CG A S
181
5566
TA I
SHALE:
MODERATELY
MATURE
KEROGEN
TYPE
OIL/GAS
FACTOR:
132
5830
TA I
SHALE:MODERhTELYMATURE
QOOW B I O G E N I CG A S
K E R O G E NT Y P EO I L / G A SF A C T O RN O TA V A I L A B L E
SOURCE
-
GOOD P O T E N T I A LF O RO I Lh N D
193
5860
TA I
SUALE:MODERATELYMATURE
F I RB I O G E H I CG A S
MIGRATEDUYDROCAEBON
K E R O G E NT Y P EO I L / G A SF A C T O RN O TA V A I L A B L E
SOURCE
-
F A I RP O T E N T I A L
ZGP
631 0
TA I
GOOD B I O G E N I C CAS SOURCE
SUALE:
MODERATELY
MATURE
K E R O G E NT Y P EO I L / G A SF A C T O RN O TA V A I L A B L E
-
GOOD P O T E N T I A L FOR O I L AND GAS
5'1 3
5459
TA I
SHALE:MODEKATELYIIATURE
GOOD E I O G E N I C GAS
SOURCE
K E R O G E NT Y P EO l L / G A SF A C T O RN U TA V A I L A B L E
-
GOOD P O T E N T I A L FOR O I L AND
GAS
"
"
"
"
"
-------------------
F A I RB I O G E N I C
O I L TYPE
-
GAS SOURCE
F A I RP O T E N T I Q L
38%
GAS
TYPE
SIX
FOR O I L AND CAS
QAS
FOR O I L AND
GAS
-
TRACE OF
7270
UELL NAME: M.R.YOUNG
ai
SALTY'S
TABLE I V
SAMPLE INTERPRETbTION
"_"""
GEOCHEM
SAHPLE
NUMBER
DEPTH
INTERPRETATION
.................................................................
223
6760
233
7060
SHPLE:HODERATELYMeTUREGOODBIOGENIC
GAS SOURCE
OF MIGRATEV HYDROCRRBON
KEROGEN TYPE OIL/GAS FACTOR NOT AVAILABLE
-
C U R B : MODERATELYMATURE
PO@E TOFAIRIMMATUREOILANDASSOCIPTEDGASSOURCE
SOURCE
KEROGEN TYPE OIL/GAS FACTOR NOT AVAILABLE
Tal
8344
__________
0357
a357
371 R
FVSSELHAN
_-_-------
__________ M@NTOY(I __________
__________ UNCONFORMlTY _-________
"
"
"
"
"
__________
EL PASO
BLISS 5 '
"
"
"
"
"
_--------
------- .~~_""""""""""""""""""""""""""~""""~""""""""""""""""""""""""----------------9781
"
"
"
"
"
TOTbL DEPTU
Rntlnq Farametcra a~ Deflned ln Geothem'e S o u r c e Rock Referrnce Manual
s ~ m p l cTvpcs: Blank-Cuttlnqa, C-Core, 5-Sldewall Core
M a t v r l t v Psremstsra: ( V )
FCIIR AHOUNT
MIXED SOURCE NON-SOURCE LITHOLOGIES
7E00
8648
-
GOODPOTENTIPLFOROILANDGPS
TAI CRRB
: MODERATELY MATURE POOR T O FAIR IHMRTURE OIL AND ASSOCICITED GAS SOURCE
SOURCE
KEROGEN TYPE @IL/GAS FACTOR NOT AVAILABLE
240
251
TAI
-
Vltrlnlt.
Rsflsctanss
Uscd,
( T 1 TAI
Uscd
-
PAIR BIOGENIC
-
FAIRBIOGENICGAS
GAS
1
I
I
I
I
TABLE V
SAMPLE SUMMARY INTERPRETATION
in
T h i s t a b l e g i v e s asample by s a m p l e i n t e r p r e t a t i o n of each parameter used
Table I V . Thisdescriptiveterminologyused
for eachparameter i s l i s t e d i n t h e
introduction.
47
I
JOB NUMBER: 3208
HELL N M E :
tl.R.YOUNG
SALTY'S
+I
sAnPLE
TABLE V
INTERPRETATION
sunnmy
T H E R H A Ln A T U R I T Y
GEOCHEM
SAHFLE
NUMBER
""-"""""-"
0
"
"
"
"
"
700
"
"
"
"
"
1820
038
P R O TOC
DUCTIVITY
I N DkERX8R I C H NREIS
CS
HNESS
TA I
L I T HD
OE
LP
OTGHY
%OIL
HC
FACTOR
---------CRETACEOUS ----------
VOLCANICS
__________
__________
___-__-___
IJNCONFORnITY
1020
__________
I248
CARB
n xx
n xx
FAIR
VERY POOR
0.08
,DERM[Abj
"_
1748
056
CARB
n
M
FAIR
VERY POOR
0.75
1830
059
cme
M fll
'1 XX
GOOD
VERY POOR
0 .QQ
"_
1920
862
CAR?
n xx
EX
GOOD
VERY POOR
8.01)
"-
:5
GOOD
VERY POOR
8.00
32
GOOD
VERY POOR
8 .OO
50
49
40
2528
0
065
M 0
077
201
CARR
81 54
"
"
"
"
"
2378
CARR
2504
"
"
"
"
"
885
893
0
vu
H
nIS51SSIPPIAN
FAIR
VERY POOR
059
.68
261
SHfiLE
M *%
VMXX
FQCR
VERY POOR
"_8 .80
2858
CARE
n
SCIXX
FAIR
VERY POOR
"_
8 .08
3386
"
"
"
"
"
GOOD
VERY POOR
0.58
GOOD
VERY POOR
0.58
PERCHA
SHALE
n
cnm
3640
CARB
3741
"
"
"
"
"
UNCONFORMITY
60
49
""_
67
---------VnXx
IS
"_
----------
PENNSYLVANIAN
n
117
119
b
CARB
882
%GAS
FACTOR
"_
"_
---------sn
"_
_"
"_
"_
----------
..................................................................
Rating P a r a m c t e r s a% D e f l n c d
ln
T h e r m a l Maturltv Abbrevlatlons:
GcoChrm's S o u r ~ eR o d Refcrrncr M a n u a l
I-Immature, n l - E l o d ~ r a t r l v I n m a t u m . El-Mature
MM-kloderatrlv n a t u r e , V l l - V - r v
Msturo
SA-Saurrlu A l t s r c d . H T - M a t n m n r r h u e e d
~ m r t e
Tvras:
xx V a l u e T a k m
e l a n k - t u t t ~ n ~ ~C-core.
.
s-sidru~rl C G P ~
f r o m a 3 - T e r m Eunrtlnq A v a r
JB of t h i s
2r~mst~r
m
JOB NUIIBER:
WELL NPIIIE:
m I
D
"
D
3283
M.R.YOUNG
SALTY'S
+I
TAELE V
SPI~PLE S U ~ ~ R R INTERPRETATION
Y
""""""""""""""GEOCHEII
SWlPLE
NLMEER
"
"
"
"
"
"
"
"
"
DEPTH
LITHOLOGY
TPI I
XR8
TOC
R I CHNE55
HC
RICHNE55
P R *OODI L
UCTIVITY
INDEX
FPICTOR
ZGCIS
FPICTOR
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
142
3744
"
"
"
"
"
pfONTOY*
4238
"
"
"
"
"
UNCONFORIIITY
4238
__________
4338
CARE
4466
__________
EL P A 5 0
"
"
"
"
"
----------
___-______
E L I 5 3 55
__________
GOOD
VERY POOR
0.13
"_
"_
"_
"_
"_
----------------___
4503
"
"
"
"
"
T H R U S TF A U L T
4509
"
"
"
"
"
CRETPICEDVS
t 50
4570
CRRE
GOOD
VERY POOR
0.11
152
4630
CCIRR
VERY GOOD
VERY POOR
8.12
168
4878
SHfiLE
MIILX
nnxr
POOR
VERY POOR
0.28
171
5208
SHALE
nnKR
nnrx
POOR
VERY POOR
0.07
181
5580
SHALE
nn
nn
FAIR
VERY POOR
8.30
192
5330
JHALE
nnrx
nnrx
GOOD
FCIIR
8.27
193
5860
SHPILE
nnxx
11
3%
FPIIR
FhIR
0 .26
283
E310
SHALE
Mnxx
n xx
GOCaD
VERY POOR
0.89
21 3
6460
5HRLE
nnxx
n
xx
GOOD
VERY
POOE
0.21
223
6768
SHALE
Innxa
n
KX
GOOD
GOOD
8.23
"_
233
7068
M I X E Q SOURCE NON-SOURCE
24@
7270
CARE
VERY GOOQ
VERY POOR
8.88
"-
nnzx
""_
"_
38
"_
"_
"_
"_
p1 T i l
8 s Drfincd i n G e n C h e m ' s S o u r c e R o d R - f m r e n c c
IlanuaI
bt.t.re*,iat~ons:I-~mmaturr. n l - n u d ~ r a t ~ ~m
v m a t u r e . n-nature
nn-nodcrntcly Mature, V M - V E ~ \ J nature
S A - S C V E ~ I V Clltcrsdr M T - M c t o m o r p h c n e d
E l a n k - C u t t l n s sC
, -Corm,
S-SidsualI C o r a
Ratlna P a r a o E t e r n
~ h n r m a lnnturit;,
-e
43
fro", a
3-Term
"_
El
"_
"_
"_
"-
_"
LITHOLOGIES
..................................................................
Samrle TVPLI:
K Y Value T a k c n
"_
Evnnina R u e p a s = OT this Parilmetcr
"-
JOB NUHBER: 32@8
H E L L NAME1
H.R.YOUNG
SALTY'S
el
TABLE V
S n n P L Es u n t i n R Y
INTERPRET~TION
"-"""~""""""""~"
THERMALMRTURITY
GEOCHEII
SAMPLE
NUHRERLITHOLOGY
DEPTH
251
TA I
76m
CnRB
8344
"
"
"
"
"
8640
8957
8957
971 8
9781
XRB
TOC
RRIICCHHNNEESSSS
n
VERY GOOD
"
"
"
"
"
"
"
"
"
__________
"
"
"
"
"
nnw
NU
---------MONToyG -_________
UNCONFORnlTY ---------FUSSELMCIN
_________EL PASO __________
__________
"
"
"
"
"
BLISS
ss
__________
T O T A LD E P T H
----------
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
~
"
)ck
ferrnca Manual
R a t l n o P a r a m - t m r s a m D ~ f l n m d In G ~ O: , o m ' s S v u r c a
d I n t m n t u r ~M
r -Mature
I-ln:.-ture.
H I - t l i :rat0
T h e r m a lM a t u r l t qR b b r s v l a t l o n r :
M M - M o u c r o t c l ~ tint.-. e, I, - V r r u n a t u r e
S A - S a v c r l yA l t e r c d ,n T - V c t " o r p h o n e d
S a m ~ l aT V P S S ZB l a n k - C u t t i n q a C
, - C o r eS
, - S l d e u n lC
l ora
z x Value T a k e n from a + T e r mR u n n l n aG u - r a e c
of t h i s P a r n m e t c r
n
0
HC
VERY POOR
PRODUCTIVITY
INDEX
8.25
%OIL
FACTOR
"_
%GAS
FACTOR
"_
TABLE V I
SAMPLE SUMMARY OF GEOCHEMICAL DATA
T h i s t a b l e g i v e s a sample by sample l i s t i n g of t h e d a t a u s e d i n t h e
c o m p u t e r i z e di n t e r p r e t a t i o n s .
The informationgiyen f o r eachformation
as follows:
(1)
(2)
(3)
(4)
(5)
(6)
is
Sample number
( 7 ) organic
carbon
Total
(TOC %)
Depth
(amorphous
composition
(8) Kerogen
Lithology
(Am), (H),
herbaceous
woody (W),
andcoaly
(C))
Volatilehydrocarbon
(Sl, ppm)
Generated
hydrocarbon
(S2, ppm)
( 9 ) Thermal a l t e r a t i o inn d e x
(TAI)
Maximum temperature of S 2 peak
(10) V i t r i n i t er e f l e c t a n c e
(%Ro)
The T A I and %Ro v a l u e s a r e p l o t t e d o n F i g u r e s
1 and 2 r e s p e c t i v e l y ; v a l u e s
of TAI o r %Ro i n d i c a t e d w i t h a n a s t e r i s k
(*) a r e t a k e n from t h e t h r e e term moving
a v e r a g ep l o t of t h er e s p e c t i v ep a r a m e t e r .
Sample t y p e s a r e i n d i c a t e d by "blank"
( c u t t i n g s ) , "C" (conventionalcore)and
"S" ( s i d e w a l lc o r e ) .C a s i n gp o i n t s
and
a l l formations penetrated by t h e well a r e d i s p l a y e d on a l l t a b l e s w i t h
the tops of
associated depths.
" " - D " = = -
JOE NUMBER, 3208
WELL NAME:
M.R.YOUNG
SALTY'S
ti
TABLE
VI:
P r R o L r s I s DATCI
GEOCHEM
senPLE
OF GEOCHEMICALDAT6
SbMPLESUIINARY
c PPM)
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
si
THOLOGY
DEPTHNUIIRER
0
VOLCANIC5
"
"
"
"
"
CRETACEOUS
730
50%
50Lm
029
970
GQDo
40Lm
"_
038
io00
B0Do
i0Lm
"_
1020
1020
"
"
"
"
"
UNCONPORNlTY
___-______
PERMIAN
_"
1630
033
1060
100Lm
a34
I120
50Lm
50Do
"_
"_
a35
1150
SOD@
10Lm
"_
036
11.30
705s
30Do
"_
038
i 240
70Do
30Ss
433
839
1270
80De
20SE
048
1300
95Sh
5Do
045
1430
80Sh
200@
0
2BDO
~
~
-"""
"_"_""
"_"_
"_
"_
"_
XC
%H
TOC
%Om
XU
0.06
"
"
"
"
0.09
"
"
"
"
0.13
30
""""TAI
%RQ
"_
"""-
"_"
"_"
0
0
la
"-
"_
2.4
"
"
"
"
0.70
----------
__________
031
8
----------
"_
021
53
----------
"
"
"
"
"
700
62
THERMAL
MCITUR I T I
KEROGEN TYPE
""_
"_
"_
"_"
0,il
"
0.14
"
0.08
"
- - - - - - - - -- - - - -
0.10
"
""_
0.85
"
""_
"_""
"_
_""
0
0
""_
"_"_""
"_
"-
"_
"""-
0.22
0.16
0.86
"_"
0 .@a
..................................................................
3: V a l u e t o k e n from u 3 t e r m s m o n t h l n q
for t h l e P a r a m e t e r .
Lltholoqlea: S h - S h a l r rS
, t - S t l t s t o n r%
, -SandstoneC
r q - C o n s l o m c r o t e L, m - L l r n c s t o n c D
, o - D o l o m l t eS
t l-Slll~anus
E v - E v a ~ ~ r l t cC
, -Cml,
l g - l ~ n ~ o uRocks,
s
Yo-Volcanlrs, Mt-Mltamorphlrs,
B=-Barom.ntr
Ot-0th.r
nd-nudstorlr, R ~ - - R ~ ~ nr-nari
~ . ~ L ~ .
S o a r r l p T y p e :B l a n k - C u t t i n a s .C - C o n v c n t t o n o l
Corr, S-Sldawall C o r e
Kerosen T y p e :~ m - n m n r F h o u ~ i ~ U F r o F e l ~H - H c r b U c e o u s , U-Woody,
C-CoalY/lnertlnltE
Rocks
"
"
"
"
"
"
"
"
D m 408 NUMBER: 3208
WELL NFIME: M.R.YOUNG SALTY'S
*l
TABLE VI: SAMPLE SUMMARY OF GEOCUEMICAL DhTA
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
GEOCHEM
SAMPLE
THOLOGY
DEPTHNUMBER
PYROLYSIS
-----------------""-""""""""""""""""""""""""""""""""""""""""""""""
"
"
"
"
"
"
"
"
"
"
"
"
"
T M AT XO C
XGm
51
53
52
%H
%U
%C
""_"
~~
%RO
TFII
"
"
"
"
"_
1490
$@Do
058
1560
30Dol0Sh
852
1520
180Do
"-
""_"_
""_
"_
053
1650
108Do
"_
-"""
055
1710
70Lm
056
1740
70Lm30Do
057
1770
I00L"
858
1808
108Lm
"_
059
1838
t00Lrn
221
060
1868
BODO
20Lm
061
1838
78Lm
38DO
_"
"_
062
1928
78Lm
30Do
272
853
1958
60Lm
48Do
"_
864
1380
70Do
38Lm
"_
065
281 0
70Do30Lm
257
066
z040
SOD038Lm105h
"_
3BDO
THERMFIL
MGTURI TY
KEROGEN TYPE
"
"
"
"
"
"
"
"
"
"
"
"
"
"
047
10Sh
DeTA C FFM
"_
"_
"_
"_
"_
38
0.13
0.08
"_
""_
"_"_
"_
37e
_""
"_
0.14
0.11
"_
8.14
428
10
0.25
"_"_"_
- -..---- ------- -----
0.17
420
0.29
"
18
""_
""_
"_
"_
"_"
""-"
8
""_"
""_
0
"_
8 .23
"_
"_
38
""_
0
0.16
360
0.19
338
""_
0.33
0.14
"_
8
0.17
8.30
8.16
...................................................................
Z Valum taken
f r o m a 3 tsrm smoothina f o r this paramrt~r.
L l t h o l o ~ l s ~ S:h - S h n 1 e r St-Stltstonr. Ss-Sandstonal Ca-Conalomcrnte. Lm-Limsrtona, Do-Dolomitr,
S i - S i l I ~ ~ o uRocks
s
Ev-Evarorlta. C - t o o l , Is-Iancour R o c k s , V o - V o l c a n l c ~ , nt-netemorphlcz, 6s-Eaecmcnt, Ot-Other
Md-nudrtona. Br-Brcsclo. Mr-tmrl
S n m r l c Type: RIenl(-Cuttlnar, C-Conve.ntzona1
C o r e , S-Sldrual I COPE
Il=roe*n TUP=: G ~ l - F l m o r r l ~ o u s . . ' S a p r o p ~ U
I ,- U o r b a r c o u r ,
U-Uc.odu, C-Coaly/InartinitE
JOE
NUMBER: 3288
WELL
NAME:
M.R.YOUNG
SALTY'S
L1
TfiBLF V I :
GEOCHEll
SAMFLE
NUMBER
2100
O F GEOCHEnICRL DhTR
SClMPLE
SUMMhRY
PYROLYSIS QClTCl (PPM)
""-"""""""""""DEPTH
068
3800
2154
"
"
"
"
"
l0Lm
"
"
"
"
"
"
"
"
"
"
"
"
"
6s3i
TMhX
LITHOLOGY
PENNSYLVhNIAN
TOC
52
""__
"_"
---
----------
"_
"_
""_
"-
878
2168
58Lm
3QDo
20Sh
a71
2190
50Lm
30Do
20Sh
072
2228
CBLm
48Do
073
2250
48Do
38Sh
30Lm
074
2280
40Do
38Sh
30Lm
075
2318
4QLm
38Sh
38DO
876
2340
48Lm
30Sh
3000
""""-
077
2378
50Do
30Lm
28Sh
438
878
2408
58Do
30Lm
28Sh
"-
"_
079
2430
60Lm
25DO
15Sh
08B
2460
78Lm
38Sh
""-
_"""_
-------
881
2430
80Lm
20Sh
"-
2504
882
2 5 2 0 30Sh
"
"
"
"
"
"_
"-
70Lm
XU
YC
_"
0.89
"
_""
0.03
"
0.15
"
0.07
"
0.85
"
8.89
"
0.10
"
370
0
""_
""_
YH
"
""_
_""
""_
_""
""_
"_
Yhm
0.i2
_""
"_
"_
MISSISSIPPIAN
THERHAL
MFITUR I T Y
KEROGEN TYPF
-- ---
"
_""
0.45
22.07
8.24
"
0.22
"
0.14
"
0.10
"
30
0.23
20
470
8
"_"""""""""""
*: V a l u e t a k e n f r o m B 3 t e r m c m o o t h l n s f o r t h l s pilrametcr.
L i t h o l o q i s s :S h - S h a l s ,S t - S i l t r t o n a ,S r - S a n d s t o n e ,
Ca-Conslomarate,
S o m p l e T y p e : E l a n k - C u t t l n a -C
, -Conventional
Ksroqcn Type:Hnl-Rmcrrhous/Sarrop=I,H-Herhocsous,
tore,
ThI
"_
"_
"-
"_
"_
"_
"_
"_
"_
"_
"_
"_
%Re
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
i .83
"
"
"
"
"
"
"
"
----------
401
E V - E Y R P O P I ~ E ,C-Coal, 1~1-Ignsour R o c k r ,
bid-Mudstons. Br-Ereccio. n r - M a r l
"_"
Vo-Volcantce,
Lm-Llm.stons,
D o - D o l o m i t e , Si-Silirroua R o c k s
Mt-Mrtamorphicr,
Ea-Basement, U t - O t h w
S-SLdswolI C o r e
W-Hoocly,
C-Cooly/Inertinlte
2.7
< 1.83
)X
JOB NUMBER:
3208
UELL NAME:
II.R.YOUNG
SCILTY'S I1
TPlRLE V I : SPlflFLE SUflflPlRY OF GEOCHEMICAL DPlTA
GEOCUEM
SAMPLE
NVnBER
PYROLYSIS DOTO C PPM
"""""-"""""~"""
DEPTH
LITHOLOGY
TflbX
"_
"_
70Lm
30Sh
884
2580
60Lm
48Sh
"_
085
261 0
80Sh
20Lm
375
856
2640
68Sh
4QLm
087
2670
78Lrn
38Sh
088
2700
70Lm
30Sh
083
2730
B B L ~ 28Sh
890
2760
8@Lm 2 0 5 , .
"_
091
2790
30Lm
"-
.
892
2520
100Lm
"_
"-""
093
2850
90Lm
10Sh
834
2888
30Ln
10Sh
835
2328
30Lm
185h
896
2358
30Lm
1 8Sh
037
2980
78Lm
38Sh
"_
09R
mi0
8BLm
2@Sh
"_
1BSh
"_
"_
"_
"_
10
""_
""_
0.28
0.17
480
8
"_
" _"
"_""
""-"
"_"
"_"
0.21
0.19
0.17
"
"
"
"
18
_""
""_
"_""_
_"""_
"_""_
8.63
0.27
"_"_"
228
"_
"_
-"
"_"
"_"
"_"_
""_"
"_"
"_"
"_
"_"
""_"
""""-""""""""TOC
53
"_
2550
THERMAL
flCITURITY
TYPE
KEROGEN
s2
51
083
>
8.13
"_
"_
B
8.87
0.83
438
"_"
"_
""_
""_
8.21
8.10
8.18
B.09
8.86
0.2i
%Am
ilH
XU
%C
TAI
XRB
I
NUMBER: 3208
~ . R . Y O U N G SPILTY'S
JOB
HELL NWE:
CI
TPIBLE V I :
S W P L E SUMMARY O F GEOCHEMICQLDQTh
PYROLYSIS
GEOCHEM
SPlMPLE
NUMRER
D F ~ T A( P P n )
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
DEPTH
L IT U 0 1.OGY
033
3040
3BLm
10Sh
188
3070
38Lm
1 QSh
101
3100
90Lm
10Sh
102
31 38
90Ln
i8Sh
183
3160
98Lm
18Sh
104
3190
3BLm
iBSh
105
3228
18 0 L m
106
3258
38Lm
1 8Sh
107
32R0
38Lm
l8Sh
108
331 8
38Lm
I8Sh
103
3348
9QLm
105h
il8
3370
38Lm
i 0Sh
3335
__________
ill
3400
30Lm
lBSh
112
3438
5BLm
l8Sh
113
3468
50Lm
105h
TMeX
_"
"_
"_
"_
"_
"_
"_
"_
"_
"_
"_
"_
PERCH0SHfiLE
"_
"_
"_
52
SI
""_
"_
53
"_
"_
"_""_
""_"
""_
""_"
"_""_
"_"_""
"_"
"_
"""-
_""
"_"_
"_
__________
"_"
""_
""_
"_"_
" _"
"_
THERHQL
ITY
MATUR
KEROGEN
TYPE
"_
_""
TOC
%Qm%U
%H
%C
8.16
"
0.11
"
0.08
"
0.08
"
0.07
"
6.07
"
0.86
"
8.0e
"
8.83
"
0.88
-_
0.08
"
"_
0.83
"
"_
0.08
"
Q.03
"
8.12
"
"_
""_
TPlI
_"
"-
_"
_"
"_
"_
"_
"_
"_
"_
_"
f r o m a 3 t e r m smc.othlna f o r this F - a r a m m t r r .
Sh-Shal-,
St-Siltstor,c,
Sr-Sandntonr, C p - C o n g l o m e r a t r .
Lm-Llmrstonr,
@o-Doloml+a, Sl-SlIIs~ous R o d ! =
E v - E v a r u r l t e . C-Cool. I s - I a n ~ o u r RoI;ks, V o - V n l : ~ a n l c s , Mt-netommrphlcs, Es-Easancnt, Ut-Uther
Md-llud?tone,
Er-Erccsla, M r - M o r 1
Sempla T y p c l R l a n k - C u t t l n g s , C-Canvcntlonal C o r e , S-Sldcuall C o r a
K s r o e a n T v r s ! ~ r n - f r m ~ r F h o u . . , ' S ~ ~ r o r r IH-Uerbnc=aua,
,
U - U o o d v , C-Coolv/Incrtinite
t(lk.rn
Lltholuplrs:
'i
-.
"
5
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"-
_"
"_
"_
..................................................................
X Velum
%RQ
"
"
"
"
JOB NUMBER: 3288
U E L L NClME: M.R.YOUNG
S&LTY"S
+I
TCIBLE V I :
OF
SOHPLE
SUI"RY
"""-""""""""""""""""~""
GEOCHEH
SCIMFLE
NUMRER
GEOCHEMICClL DaTCl
>
(PFM D
PO
YR
T&
OLYSIS
"
"
"
"
"
"
"
"
"
"
"
"
"
"
DEPTH
THW
LITHOLOGY
53
52
SI
THERMfiL
MClTURl TY
" "_"
TYPE
KEROGEN
"
"
"
"
"
"
"
"
"
"
"
"
"
TOC
XCIm
XH
%U
XC
TClI
%RQ
.................................................................
114
3438
30Lm
i8Sh
115
3528
BGLm
18Sh
116
3558
98Lm
18Sh
"_
"_
"_
117
3588
78Lm
38Sh
388
I18
3618
78Lm
38Sh
"_
119
3648
68Lm
48Sh
278
120
3670
70Do
30Sh
121
3788
6000
48.
122
3738
6 8 3D8cS h
__________
__________
3744
3744
75Vo
123
3760
1.25
3828
38Sh
i2E
3358
28Sh 88Do
127
388Q
70
2D
8S
oh
12R
351 e
3800
2WDo
"_
"_
UNCONFORMITY
_""
""_
""_
18
""_
18
""_
.--
--
0.13
--
8.18
--
8.35
--
"
"
"
"
"
"
"
"
"- - --- - - -"
--
(2.7)X
8.20
28
- -_"_"""
_""
368
8.12
8.19
"""-
8.14
-"
28
8 .44
--- --
0.17
"
"_
-_"
--
"
2.70
"
"
"
"
"
"
"
"
_____-____
__-_______
"_
--- _""
_""
""_
"_
_""
"_ _""
"_
--- "_
"_
_""
"_
55h
10Lm
8.87
8.il
""-
8 .87
_"
_"
8.lQ
"-
0.69
""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""""-"""
X
"-
"
"
MONTOYO
78Do
2QSh
---
18Lm
"_
_""
""_"_
"__""
V a l u e taken f r o m (1 3 t e r m r m o o t h l n q f o r thls parameter.
L l t h o l o s l e a :S h - S h a l e ,5 t - S l l t s t o n c r
Ss-Sand.toner
Cs-ConelomeratsL
r m - L l m c r t o n e pD o - D c l o m l t a ,
S I - S I I I G ~ O U BR o r k r
E v - E v a ~ o r l t s , C-Cool, Iq-Iancous R o c k s , V o - V o l c a n l ~ = . M t - M r t a m o r p h l c c , B s - R a s a m m n t , O t - O t h m r
Md-lluds+onm. Er-Brccsia, M r - M a r l
S i l m ~ 1T ~v ~ e : E l n n k - C u t t i n a s , C-Conventlonol torr, S-Sldcwall C o r e
E s r o q e n T Y P E : O m - I ~ m o r p h o u a i S a p r o ~ ~ IH-Herbaceous,
r
U-Ucodur C-CoalyiInertlnlte
"
"
"
"
"
"
"
"
"
"
JOB
NUMBER:
WELL
NCIME:
3288
H.R.YUUNG
SALTY'S
+I
TClBLE V t r SCIMPLE SUMMORY OF GEOCHEMICAL D h T A
GEOCUEM
SAMPLE
NUMBER
PYRULYSlS DATCI i PPM >
THERHAL
HCITUR I TY
KEROGEN
TYPE
"
"
"
"
"
"
"
"
"
"
"
"
"
DEPTH
LITHULOGY
SI
THOX
S2
TUC
s3
xnm
XH
XW
XC
"_
TO[
74R0
.................................................................
129
3948
88Do
28Sh
131
4888
38Do
132
4838
188Do
133
4868
1 BOD0
134
4090
10ODo
135
4128
98Do
"_
"_
""_" "_
"_
18Sh
"
"
"
"
"
"
UNCUHFORMlTY
4238
"
"
"
"
"
EL p h s o
4278
78Do
28Sh
18Lm
---
142
4338
SQDo
55h
5Lm
353
143
4360
5Sh
90Do
144
4398
75Do
15Sh
18Lm
145
4428
88Do
15Sh
5Lm
-------
146
4458
SQDo
35Lm
15Sh
---
147
4480
4589
-""""_
5800
35Lm
-- - - - - - - - -
BLISS ss
15Sh
"
"
""_"
"_
8.87
"
"
0.85
"
"
0.84
------------"_"
8.86
"
"
0.87
"
"
0.86
"
"
----------
__________
148
4466
""_ "_"
"
4238
5Lm
"_
"""- - - - - - - - --. ." - -------
"_
"_
18Lm
"_"
"_"
" _"
"_
""_""_
70
18
""_
""_"
" _"
""-"
"_"
"_
"_"
"_
958
"_
"_"
0.28
"
"
8.34
"
"
0.23
TUGUST FALILT
"-"""-""
----------
8
8.23
"
"
" _"
0.16
"
"
-"""
8.12
"
"
""_
8.10
"
"
"
"
"
---
8
-"
_"
2.7
_"
"_
_"
"
"
"
"
"
"
"
"
"
"
JOB NURBER:
UELL
NRHE:
3208
R.R.YOUNG
SALTY'S
a1
TRBLE V I :
GEOCHEM
SAMFLE
NUMBER
OF GEOCHEMICRL DCITR
SRRPLE SUMMRRY
FYROLY51S DCITCI
<
TUERMeL
PFM)
KEROGEN TYPE
~~
"
"
"
"
"
"
"
"
"
"
"
"
"
"
DEPTH
LITUOLOGY
4503
"
"
"
"
"
s1
THAX
""------""""""""""-"""""""""""""""""""""""""""""""""""""~"""
CRETRCEOIJS
"_
----------
""_
"_
140
451 0
70Do
20Sh
10Lm
149
4540
70Do
28Sh
10Lm
"_
150
4570
60Do
30Sh
10Lm
40
4 .54 62 8 0 1 6 0
I51
4600
60Do
30Sh
10Lm
"_
152
4630
70Do
20Sh
10Lm
40
4 .66 13 1 0 3 8 0
153
4660
4000
10Ln
305s
28Sh
"_
"_
154
4690
40L.
10sz
30Do
20Sh
"_
"-""
155
4720
40Sh
10Do
305s
20Lm
""_
156
4750
60Sh
20Lm
15Do
"_
"_
"_
""_"
40
20
"_
4780
48Sh
5Sr
40Do
15Lm
158
4810
705h
20s-
10Do
159
4848
70Sh
20ss
1 @Do
"_
"_
160
4870
7PSh
E0Sr
10DO
4402 5 0
"_
""_
"_
""_
"_
"_"_
""_
"_
!LC
TOC
%Am
*U
*U
6.31
10
20
60
0.35
"
"
"
"
"
"
"
"
30
20
30
28
"
"
"
"
0.51
"
"
"
"
0.25
"
"
"
"
0.14
"
"
"
"
0.36
50
"_
0.40
"
"
"
"
""_
""_
"_
0.28
"
"
"
"
"_
"_
""_
0 .20
"
"
6.23
"
"
8.31
"
"
""-"
10
"_
"_
_"
2.3
"_
"_
"_
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"-
"_
"_
"_
_"
"
"
"
"
(2.4)E(0.72)E
"_"""""""""""
a Velum t a k s n
"_"MCITURI T Y
TCII
"_" %PO
2.6
"_"_
"_
5%
157
s3
52
"
"
"
"
"
"
"
"
"
"
"
"
"
f r o m e 3 t s r m s m o o t h l n e for t h i n p a r a m e t e r .
L l t h o l o a i m r :S h - S h a l e .
St-Siltrton~, Ss-Sandetonr, C e - C ~ n e l o m ~ r a t m .L m - L i m c e t o n n ,D o - D o l o m l t s ,
Si-Slllccour R o c k s
Ev-EvaForltr,
C-Cool. le-lancous R o c k s , Yo-Volcanlcs, ~t-MetammurFhlcs,BE-Basement,@+-Other
lid-Mudrtonc, Rr-Eresclo. Mr-tiarl
S o m r l r TVPG: Rlonk-Cuttlnqz, C-Conventlono1 C o r e , S-Sldcwoll Cora
Krrc-esn T v r s : ~ m - A m n r y h o u r / R a p r o F ~ I , H-Harhacsous,
u-Uoody,
C-C~ely/Inrrtlnitc
II
:
J O B NUMBER! 3208
H E L L NAME8 M.R.Y@UNC
SnLTY'S
GEOCUEn
5nnPLE
NUMBERT n h X
tl
D
PA
YT
RnO L Y S I S
(
PFn)
TYPE
KEROGEN
"
"
"
"
"
"
"
"
"
"
"
"
"
"
51
LITHOLOGY DEPTH
"
"
"
"
"
"
"
"
"
"
"
"
"
53
XH
161
4500
60Sh
305s
1000
---
0.24
162
4330
505h
4858
10Do
---
0.22
163
4968
50Sh
40Sr
i0Do
---
0.18
164
4550
5050
40' '-,
10Do
---
0.14
165
5028
50Ss
4051
I0Do
166
5050
58Sr
40Sh
10Do
167
5080
60%
40Sh
168
5110
60%
40Sh
169
5140
605r
40Sh
170
5170
605h
495s
"_
0.28
171
5288
BOSh
2BSS
462
0.46
172
5230
60Sh
405s
173
5260
70Sh
30%
174
5290
70Sh
30%
175
5320
10053
-"
0.13
176
5350
t08SY
"_
8.13
""_"""""""
-----
"_
"_
"_
"_
"_
_"
ThI
%U
iiC
0.1s
0.24
0.18
0.15
0.26
0.19
0.36
0.13
a 3 t e r m s m o o t h i n s for t h k r parameter.
S h - S h a l e .S t - S l l t s t n n ~ ~ 3s-Sandstone, C q - ' o n a l o m = r a t eL. m - L i m c s t o n a ,
Do-Dnlo~Lte~
5 i - B L i i c ~ o ~Rock1
Ev-Evarm-lts,
C-CORI, lo-lencous R o c k s , b ' b l c a n L c a r n t - n s t a n n r r h i r s B, r - E a r s m c n t ,
Cot-Othcr
Hd-Elvdmtnne,
~
~
- I , ~np-n:xrl
~
~
r
~
i
5 a m p l e TVPC: E l ~ t n k - C u t t i n q s , C-Cnn.. l t i 0 n a . 1 C c :, S-Sidfua!l C o r e
Keroaen T Y P E : ,rrn-Eln,~rrhou~.'Snrrn~el,
H-Herhucccus,
W-Wcacxlur C - C o o l Y / l n e r t i n i t c
% V n l m taken from
LithOlO9lcS:
"_""
%R0
JOE NUNBER: 3 2 0 8
UELL NAME:
M.R.YOUNG
SALTY'S
11
TABLE V I 1 SFlHPLE SUMMARY O F GEOCHEMICAL
DFlTFl
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
GEOCHEM
SAMPLE
DEPTH NUNBER
PYROLYSIS DATA (PPH
KEROGEN TYPE
)
"
"
"
"
"
"
"
"
"
"
"
"
"
"
LITHOLOGY
TNGX
s2
SI
s3
"
"
"
"
"
"
"
"
"
"
"
"
"
TOC
%Gm
XH
%U
XC
"_"
T(8I
%RE
.................................................................
178
5410
80Sh
20%
179
5440
7QSh
305s
I80
5470
70Sh
30%
"_
"_
"_
181
5508
78Sh
305s
453
"_
"_
"_
"_"
"_
"_
3 44
03 0
1a 0
""_"_
"_
"_
5530
70Sh
305s
183
5568
6QSs
40Sh
185
5620
60Sh
38Lm
10s-
186
5650
SQSh
205s
20rq
"_
""-"
-"
""__
"_
"_"_
"_"_"_
"_
10Lm
""_
""_
182
"_
"_
""_"
"_
""_
""_
""_
""_
""_
"_
""_
0.80
"
0.55
"
0.59
"
0.68
28
0.56
"
0.71
"
0.38
"
0.31
"
0.58
"
0.32
"
0.37
"
8.42
"
0.49
"
187
5688
50Sh
30Lm
285-
1a8
5710
50Sh
30Lm
205s
189
5740
50Sh
38Lm
205s
190
5770
50Sh
38Lm
20SP
131
5800
7051.1
20Lm
10ss
"_
"_
"_
192
5838
78Sh
20Lm
l0Sr
448
578
1520
360
1.26
133
5860
70Sh
20L.
IQSP
445
482
1360
300
I .OO
5929
135
BQSh
2QLm
"_
"_
"_
""_
"_"_
""_"_"_
"_
"_
_"
2.3
"_
"_
"_
"_
"_
"_
"_
"_
"_
"
"
"
"
0.72
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
0.56
..................................................................
a 3 t ~ r n ,= m m o t h l n a f o r t h i s p n r a m ~ t e ~ .
5h-5haler S t - S l l t s t o n c .S r - S o n d r t o n r ,C a - C o n q l o m a r n t s ,L m - L i m e s t o n e ,D o - D o l o m l t ~ ~
Si-Slllseous R o c k s
Ev-Evaporlte, C-Doul.
I s - l s n e o u s R o c k s , Vo-Volcanlcs, M t - M e t a m o r p h l c s R
, a - R a e ~ m e n tQ
, t-Other
X Value taken f r o m
Lithnlosler:
Md-Nudrtonm,
S a m p l e TVPE:
Kmroeen Tup.:
.
7
Br-Ereccla, Mr-Mor1
C-Cunvcntional Core, 5-Sidsuall
Blank-Cuttin-=.
~ , , - l . , , , r c l . . o u s . / S ~ ~ r ~ , p ~ H-Usrhacaous,
L,
U-l.londr,
Cera
C-Coalv/lnmrtinltm
JOB NUMBER! 3288
UELLNAME:H.R.YOUNtSbLTY'S
tl
TfiBLE V I :
SAMPLE
SUMnfiRY
OF GEOCHEMICbLDbTA
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
GEOCHEM
SAMPLE
'NUMBER
PYROLYSISDbTA
(
PPH )
"
"
"
"
"
"
"
"
"
"
"
"
"
"
LITHOLOGY
DEPTH
--------------"""""""""""""""""""""""""""""""""""""""""""~
THbX
s2
SI
"_
--- _"""_"_
""_
---
5958
88Sh
28Lm
208
6878
68Sh
30Lm
10Ie
281
6188
78Sh
28Lm
18s-
282
6138
70Sh
20L.
105s
283
6168
78Sh
28Lm
10Sa
284
6198
i88Sh
205
6220
l00Sh
206
6258
180Sh
"_
"_
_"
208
631 0
1805h
483
21 8
6370
108Sh
21 1
640B
188Sh
212
6430
188Sh
"_
213
6468
i88Sh
463
21 4
6490
10BSh
215
G520
180Sh
22 6
6558
le0Sh
--- -
"_
"_
53
"_"_
"_
196
THERHOL
MbTURI TY
KEROGENTYPE
"
"
"
"
"
"
"
"
"
"
"
"
"
TOC
%Am
t(H
"_
YU
YC
""_
TkI
XRQ
"
"
"
"
8.60
0.41
""_"_
8.56
"_
"-""
""_"_
"_
"_
""_
""_
"_
"_
"_
"_
58
"_
"_
"_
"_
""__
"-""
""_"_
0.64
0.76
8.77
238
""_
"_
"_
120
8.51
"_"
"_
""_
480
"_"_
""_
""_"
8.57
0.65
8.87
"_"
458
1.28
1 .I2
21 0
""_"_""_
1 .29
8.84
0.68
0.37
...................................................................
I Value t a k e n ?ram a 3 t e r m s m o o t h i n g T o r t h i s p a r a m e t e r .
L i t h o l o s l c s : Rh-Sholer St-Slltrtone, S c - S a n d s t o n e , C e - C o n s l o n b r a t r L
, a-LimestoneD
, o-Dolomlts,
Ev-Evarorltcr C - C o a l ,
I--laneous R o ~ k m , Vo-Velnsnlrs. H t - M c t a m o r r h ~ s s ~B.-Bar=mmntr
B r - B r ~ ~ c c l aM
, r-Marl
S a m p l e TUDE: E l n n k - C u t t l n e ~ . C-Canvcntlonal C o r = .
Kcrogcn T W P E : Hn-nmorphoU~.,''SBproPLI, H - H e r - h n c e o u z ,
Md-Mudstone.
S-Sir'. la1 I COPU-1.
.dy,
C-ConlYilnsrtlnltc
Si-Sllirsour R o c k s
@t-Othcr
JOB NUMBER2 3200
UELL
NAHE:
H.R.YOUNG
SALTY'S tl
DATA
TABLE V I : SAIIPLE SUHHARY OF GEOCHEMICAL
GEDCHEM
SAHPLE
NUMBER
PYROLYSIS DATA (PPM >
TMOX
10Lm
---
Pi7
6580
60Sh
3851
21 8
6610
78Sh
30Sa
213
6640
60Sh
30%
LOLm
---
220
6670
60Sh
30ss
10Lm
---
221
$700
60Sh
305s
10Lrn
---
222
6730
60Sh
4QSs
"_
223
6760
60Sh
40%
327
224
fi790
60Sh
40%
"_
225
6820
60Sh
40Ss
226
6850
605h
405s
227
6080
68Sh
40Sa
228
6900
60Sh
40%
229
6940
985h
505s
230
6970
50Sh
S0Sa
231
7000
50Sh
5QSs
232
7030
505h
5QSs
"_
"_
"_
"_
"_
"_
"_
"_
"_
52
51
53
_""
" _"
- ----- - - ---_"""_
"_
_""
"_
""-"
"_
" _"
"
3190
71 8
"_"_""
-"""
"_"_"
_""
_""
"_
""-"
"_"
"_
_""
" _"
"_"_"
"""-
TOC
"-""
%em
%U
XI4
%C
PA1
YRB
0.77
0.70
0.48
0.70
0.81
0.56
1 .IS
0.86
"_
"_"
"""""""-"""""-
"
"
"
"
"
"
"
"
"
"
"
"
"
"
LITHOLOGY
DEPTH
THERMAL
MATURITY
KEROGEN TYPE
"
"
0.64
0.66
"
"
0.71
"
"
8.53
0.49
"
"
0.82
"
"
0.70
"
"
0.55
"
"
~
JOB NUMBER: 3288
WELL
NRME:
R.R.IOUNG
SCILTI'S
m
m
m
m
~
a
m
w
tt
TCIBLE V I :
GEOCHEM
SCIMFLE
NUMRER
m
SRMFLE SUMMRRY O F GEOCHEMlChL DRTCI
< PPM )
PYROLYSIS
DRTR
"""""""""~""""LITHOLOGY
DEPTH
233
7068
50Sh
505s
234
7890
S0Sh
50%
235
71 2 0
505h
505s
236
7150
40Sh
l8Lm
305s
20St
237
71 80
485h
10Lm
30%
zest
238
721 0
40Lm
30Sh
265%
239
7248
50Lm
Z55h
255%
"_
"_
"_
"_
24 8
7270
50Lm
2551.1
255s
431
241
7308
50Lm
25Sh
255s
242
7338
50Lm
25Sh
255s
243
73C0
S0Lm
25Sh
25s-
244
7398
48Ss
38Sh
38Lm
245
7420
485s
38Sh
30Ln
246
7458
68Lm
28Sh
20%
z47
7480
68Lm
205h
E853
105t
"_
"_
"_
"_
_"
"_
"_
" _"
21B
378
"_"
"_"_"
"_
"_"
"_
""_"
""__
XU
%RQ XC
""""r
TCII
1.67
0.58
0.16
8.30
280
""_
0.65
0.46
8.23
_""
""_"
0.33
8.35
0.30
""_"
XH
0.36
"_
" _"
120
"_"
%Om
8.49
"_
"_"
10
TOG
0.77
"_"
"_
""_"_
""_"
""_"""_"
"_"
"_"
_""
""_"
53
52
38
48s
"_
"_
"
"
"
"
"
"
"
"
"
"
"
"
"
SI
TMCIX
THERMRL
MRTUEITY
TYPE
KEROGEN
"_
"_"
0.23
0.53
"
"
"
"
""-
"
"
"
"
I
JOB NUMBER$ 3 2 0 8
UELL N W E t M.R.YOUNG
SALTY'S
I1
TABLE V I :
GEOCHEM
SRMPLE
NUMBER
"_"""""""""""""""""~"~"""~
PYROLYSIS DOT&
(
PPM)
"
"
"
"
"
"
"
"
"
"
"
"
"
"
DEPTH
LITHOLOGY
TM&X
10Lm
--. --
30Sh
Pass
---
240Sh
0
40Lm
310
20Ss
7630
40Sh
40Lm
20s-
253
7660
60Lm
40Sh
254
7690
60Lm
40Sh
255
7720
50Lm
30Sh
20%
256
7750
40Lm
3051,
30Ss
257
7780
40Lm
30Sh
30SB
248
7510
50%
243
7540
50Ss
40Sh
250
7570
50Lm
251
7600
252
8344
40Sh
"
"
"
"
"
275
8350
90Lm
277
8380
tW L m
278
8410
l00Lm
273
R440
100Lm
280
8470
100Lm
_"~"""""""
SAMPLE SUMHORY OF GEOCHEMICOL
DATO
10Ia
i0Lm
---
"_
"_
-----
""_
""_
"_
"_
"_
"_
"_
"_
"_
"_
"_
---
FUSEELMAN
""_
"_
""_
"_"
""_
""_
"_
"_
s3
52
51
""_ ""_
"_
"_
"_
TOC
"_
"_
""_
"_
XC
""-"
""_
""_
"
"
"_
"_
""_ ""_
""_ ""_
.-
""_
"_
""_
TAI
XR0
0.59
0.55
0.53
"
"
0.53
"
"
0.42
"
"
0.50
"
"
8.55
"
"
0.37
50
20
e.10
"
"
0.09
"
"
0.04
"
"
0.05
"
"
0.02
"
"
----------
""_ ""_
"_
0.46
270
"_
"_
XH
0.47
"_
"_"
60
"_""_"
XU%Rm
THERMOL
MATUR I T Y
TYPE
KEROGEN
3 Value t a k c n from u 3 t e r m s m o o t h l n a f o r
thip p u r a m e t e r .
L l t h o l c s l e = :S h - S h a l e ,S t - S l l t s t o n c ,S I - S a n d s t o n e ,
Cs-Conglomerate, L m - L l m c s t o n c ,
Do-Dolomite, SI-Slllseous
E v - E v a r o r i t c r C-Coal, I s - l s n c o u s R o r k s , V o - V n l c a n l c a r M t - M c t a m o r p h i c s B
, s - E n s r m c n t@
, t-@ther
nd-nudntc.ns,
~
~
~ nr-nnr
~
~I
~
~
i
a
,
S a m r l aT u F ~ !
ElanL-Cutting=.
C-Convfntional C ~ r e . S - S i d c u o l l C o r m
K e r o g e n T v F ~ ! O m - ~ m o r P h o u s / ~ n r r o F c I . H-Herbaceous, Il-Wnodv, C - C n a l u / I n c r t l n l t c
Rocks
"_
"_
"_
"_
"
"
"
"
"
"
"_
2.3
"_
"_
"_
"_
"_
"
"
1.23
"
"
"
"
"
"
~
~
I
~
I
I
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I
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I
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I
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J O B NUMBER! 3288
U E L L NOHE: M.R.YOUNG
SOLTY'S
C1
TAELE V I :
GEOCHEM
ShMFLE
NUMRER
"_"~""""""""""""""""
L FPM)
P
DY
AR
T fOi L Y S I S
KFROGEN TYPE
"
"
"
"
"
"
"
"
"
"
"
"
"
"
LITHOLOGY
DEPTH
n9w
296
TW&X
"_
100Ln
8957
"
"
"
"
"
UNCONFORMITY
8957
"
"
"
"
"
EL
100Lsl
298
3818
i00Lm
TOC
%Am
%H
%U
XC
0.10
"
"
"
"
293
9848
100Lm
300
9070
30Do
381
9100
180Do
382
9138
9500
303
3,168
IBODO
384
3190
188Do
385
3228
18C7Do
"_
306
9258
10800
-"
387
9288
1@@Do
300
9318
100Do
305
9348
i 0000
"_"
-"""
"_"_"
"_
"_
"_
"_
"_
""_"
"_"_""
" _"
""_"
""_"
"_
""__"
"_
"_"
"_
"_
"_
Value t a k c n f r o m a 3 t e r m smmothinq " o r t h l s p a r a t
.cr
""_
"_
Sh-Shale,
TO1
"-
%R@
"
"
"_"
""_
0.86
"
"
0.05
"
"
8.83
"
"
8.89
"
"
8.07
"
"
8.11
0.04
"
"
8.87
"
"
8.07
0.02
"
"
8.82
"
"
" _"
0.03
-"""
8.03
.
S t - S i l t s t o n eS
. s - S a n d s t o n e ., . s - C o n g l n m c r a t m ,
Lm-Limestone,
D o - D o l o m i t e r S i " S L l l ~ r o u 5 Rocks
E v - E v a p o r l t .C, - C o a l ,
Ip-rsneous R n s k s , Vo-Volsanic=, M t - t i c t a m o r p h i c a r Rs-Easement, O + - O t h = r
Md-lludntone, Rr-Rrcccra, M r - M a r l
Sompls TUOS: B l a n k - C u t t i n g s C
. - C o n v e n t i o n aC
l orr,
5-SLdcwolI C o r e
tierDqcn T Y P E : a m - R m o r F h o u s / S ~ F r o p r l , H-HrrhosFouT,
LI-l.lood~, C - C o a l y / l n c r t l n i t =
Litholosics:
""_"
----------
"_
"_
5Sh
53
""_"_
__________
"_
8988
105h
S2
SI
"
"
"
"
"
"
"
"
"
"
"
"
"
pnsO
237
S
SOMPLE SUMMQRY OF GEOCHEMICOL
DQTO
"
"
I
JOE NUMBER: 3208
UELL NAME1 n.R.YOUNG
SALTY'S
tl
TRELE VI: SkMPLE SUMnRRY OF GEOCHEMICkL DRTR
GEOCHEM
SMPLE
NUMPER
PYROLYSIS
DkTR
[
PPI1 >
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
[THOLOGY
TMAX L DEPTH
3370
100Do
31 1
9480
1 0QDo
312
3436
1Q0Do
313
9468
iQ6De
314
3428
IBQDD
31 E
8520
1 00Do
31 6
2550
70Do
2QMt
317
9580
sont
IQSh
319
3646
328
9670
38Lm
321
8780
100Lm
lG8Lm
323
9760
100Lm
"
"
"
"
"
BLISS 55
TOTRL DEPTH
"_"
" _"
"_
""_
""_
_""
%U TAI
"
6.86
"
0.1Q
"
0.64
"
Q
"
0
0.60
"
0.14
"
6.06
"
0.14
0.06
0
"
----------
""""""""""-"""""""""~""""""""""""""""""""""""""""""""""""""~"""""""
W
a 3 term smoothlna f o r this p a r a m e t e r .
Sh-Shale, St-Siltrtone, Sr-Snndrton.,
Cs-Conalomeratc, Lm-Llmertonm, Do-Dnlomtts,
S l - S l l t c ~ o u sR o c k s
Ev-Evapnrlte. C-Cnal, l a - l e n ~ o u s Rockc, Y o - V o l c n n l s ~ , n t - H s t o m ~ r d ~ i c s ,Bs-Basemen?, Ot-Other
nd-nud=.tona, Br-Rrccsln, Mr-Marl
Sample TYPB.: Blank-Cuttinar, C-Conventional Cor=, S-Sldawall C o r e
K-rnesn Trrc: ~ m - ~ m n r y h o u a . / S a " r o p s l ,U - U t r h a c e o u r r U-Woodr, C-Coaly/lnsrtlntts
Value t a k e n
Ll+hoLoqtP=:
from
"_""
%RQ
%C
0.67
"_
_"
_"
%H
"
0.12
"
"
"
"
"
znm
Q.06
'3.06
"_"
l0Sh
"
"
"
"
"
9730
_"
""-"
"-
166L.
322
978 I
105h
TOC
53
""""-
310
971 8
S2
SI
THERHAL
HRTVRITY
KEROGEM
TYPE
"_
"_
"_
"_
"_
4.0
"_
"
"
"
"
"
"
"
"
"
"
"
"
3.8
_"
"_
"3.9
"_
"
"
"
"
"
"
"
"
FIGURE 1
THERMAL M
A
T
U
R
T
IY PROFILE
USING THE THERMAL ALTERATION INDEX (TAI)
This f i g u r e d i s p l a y s a t h e r m a l m a t u r i t y p r o f i l e for the well u s i n g t h e
t h e r m a l a l t e r a t i o n i n d e x (TAI). The raw d a t a p l o t d i s p l a y s the TAI values of
individualsamplesplottedversusdepth
(150 f o o t i n t e r v a l s ) . W i t h i n
a particul a r i n t e r v a l an "A" i n d i c a t e s o n e TAI v a l u e s and a "B" i n d i c a t e s two TAI d e t e r TAI valve f o r
minations of the same v a l u e , etc. The "AVG" g i v e st h ea v e r a g e
that interval.
The three term moving a v e r a g e p l o t d i s p l a y s a T A I p r o f i l e smoothed by a
three term moving average. The "AVG" g i v e s t h e a v e r a g e f o r t h e p a r t i c u l a r
interval. When a sample l a c k s a TAI v a l u e f o r i n t e r p r e t a t i o n ,
a TAI v a l u e i s
taken from t h i s smoothed c u r v e f o r t h a t s a m p l e d e p t h .
the a s s o c i a t e d
The d e s c r i p t i v e t e r m i n o l o g y u s e d t o d e f i n e t h e r m a l m a t u r i t y ,
hydrocarbon type, and the numerical values of
TAI corresponding to this terminology i s given below.
TAI Value
Descriptive
Terminology
-
1.7
Immature (I)
1.8
2.1
Moderately
Immature (MI)
2.2
Moderately
Mature
2.5
(MM)
2.6 Mature
3.5
(M)
3.6
4.1
Very Mature (VM)
4.2
Severely
4.9 Altered
(SA)
Metamorphosed
> 5.0
1.0
-
T A I Value
Hydrocarbon
2.2 Immature
- 2.5
2.5 -Mature
3.2
3.2 - Mature
3.4
> 3.8
-
Associated
Type
1.3 Biogenic
1.5
1.5
2.2
Biogenic
Gas
Gas and
Immature O i l
Heavy O i l
Oil
O i l , Condensate
and Wet Gas
Petrogenic Methane Gas
Tops are shown by a dashed l i n e (---) and the names are i n d i c a t e d a l o n g t h e
r i g h t handmargin.
The exactdepth of the t o p s are given i n t h e I n t r o d u c t i o n .
T o t a l well depth is i n d i c a t e d a n d l a b e l e d with a p p r o p r i a t e d e p t h .
DVG
reum nOVlNG nvmace
t
TI)I
2
I
I
I
.. .. ..
. . .
3
3
4
aVC
8
1
1
1
2.4
2.c
2.5
2.6
2.7
I
I
2.7
I
2.7
2.7
I
I
I
2.7
I
t
...
.
..
..
...
.
..
.,
..,.
....
.I
2.6
1
1
1
.I
1
.I
1
1
.I
1
1
2.6
2.7
2.7
2.7
2.1
2.7
2.7
2.7
2.7
2.1
2.7
2.7
2.7
2.7
2.6
2.6
2.6
2.6
2.7
2.4
I
I
I
. ..
... .I)
. .
2.4
I
I
I
2.3
I
I
2.3
I
I
I
2.3
2.3
2.3
2.3
I
. . .
I
2.6
.. ...
.. .s
.
. .. ..
.I.
..
1
!
1
1
2.4
2.4
2.4
2.4
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
2.3
2.3
2.3
2.3
2.4
2.4
2.6
2.5
2.6
2.6
3.9
3.9
3.3
3.5
3,s
3.9
3.9
3.9
FIGURE 2
THERMAL MATURITY PROFILE
USING VITRINITE RGnECTANCE
T h i s f i g u r e d i s p l a y s a t h e r m a l m a t u r i t y p r o f i l e for t h e w e l l u s i n p v i t r i n i t e r e f l e c t a n c e (%Ro). The raw d a t a p l o t d i s p l a y s t h e
%Ro v a l u e so fi n d i v i d u a l
a p a r t i c u l a ri n t e r v a l
samplesplottedversusdepth(150-footintervals).Within
an "A" i n d i c a t e s one %Ro v a l u e , a "B" i n d i c a t e s two %Ro determinations of the
same v a l u e , e t c .
The "AVG" g i v e st h ea v e r a g e
%Ro v a l u e f o r t h a t i n t e r v a l .
The t h r e e term moving a v e r a g e p l o t d i s p l a y s a %Ro p r o f i l e smoothe?by
t h r e e t e r m moving average. The "AVG" g i v e s t h e a v e r a g e f o r t h e p a r t i c u l a r
interval.
a
The d e s c r i p t i v e t e r m i n o l o g y u s e d t o d e f i n e t h e r m a l m a t u r i t y , t h e a s s o c i a t e d
of %Ro c o r r e s p o n d i n g t o t h i s t e r m i n hydrocarbontype,andthenumericalvalues
ology i s givenbelow.
Associate?
%Ro Value
Descriptive
Terminology
%Ro Value
Hydrocarbon
Type
-
0.00
0.42
Immature (I)
0.43
0.55
Moderately
Immature
(MI)
0.56
0.80
Moderately
Mature
(MM)
0.81 Mature
1.62
(M)
Very
2.37
Mature (VM)
1.63
4.50
Severely
Altered
(SA)
2.38
> 4.50
Metamorphosed
Moderatelyimmatureandmoderatelymature
profile under
M
M
.
0.30
0.35
-
0.60
- 0.80
0.80
1.20
-
-
0.35
0.60
1.20
- 1.50
-
2.00
1.50
> 2.00
Biogenic Gas
Biogenic Gas and
Immature O i l
Immature Heavy O i l
Mature O i l
Mature O i l , Condensate
and Wet Gas
Condensate a r d Wet Gas
Perrogenic Methane Gas
are plotted together
on t h e
Tops a r e shown by a dashed l i n e (---) w i t h t h e names i n d i c a t e d . The e x a c t
i n t h eI n t r o d u c t i o n .T o t a l
well depth i s i n d i c a t e d
depth of t h e t o p s a r e g i v e n
and labeled with appropriate depth.
I t. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
1I
I
I
I
I" """""*""""""*"._""""""""""~""""""""""""""""""""1
II
I
.
.. ..
.. ..
..
1
I
I
I
I
I
..
.. ..
..
"""~""~""""""""""""""""""""""""""""""""""""
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I-,
1
I
.
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I
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.. ..
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2L.0
...
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i
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I
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a
Hldaa
OAV
OEDCAW
Xb
===,x==*=*
DBPTRS
HETRAUAE
==x===
z======
"_
mm
"-==,
ETIIYLBNE
N BUTME
5=z==asa
c5-CI
*===x===
.Dm==
3208-001
130
6.73
0.46
0.73
3.51
0.77
0.04
0.10
8.16
3208-002
160
15.61
2.18
2.16
8.26
2.40
0.14
0.36
7.22
3208-003
190
19.36
4.76
4;23
4.47
2.53
0.24
0.81
6.48
3208-004
220
14.80
4.69
3.68
7.33
1.94
0.26
0.70
3.111
3208-005
250
17.52
6.45
4.04
81.14
2.60
0.45
0.58
9.46
3208-006
280
11.01
2.47
2.08
35.14
1.20
0.36
0.26
5.w
3208-007
310
10.14
3.84
2.08
76.53
0.88
0.46
0.39
0.75
3208-008
340
10.64
3.69
3.06
73.02
1.20
0.23
0.15
5.09
3208")9
370
15.64
15.99
31.U
42.45
3.79
0.32
1.28
8.98
3208-010
900
8.71
2.58
2.78
8.58
0.93
0.12
0.39
1.27
3208-01 1
930
6.05
1.28
1.20
7.74
0.50
0.07
0.13
1.22
3208-012
460
12.42
2.66
2.26
8.93
1.03
0.15
0.27
3.08
3208-013
490
7.14
1.17
1.19
1.23
0.50
0.05
0.13
2.26
3208-019
520
6.08
0.67
0.83
8 .TO
0.43
0.10
0.09
3208-015
550
9.86
1.62
1 .89
2.57
1.25
0.08
0.28
2.58
3208-016
580
8.33
0.12
1.20
0.94
0.79
0.06
0.14
4.38
3208-011
6 10
5.20
0.72
0.85
0.61
0.63
0.03
0.12
1.19
3208-020
700
18.20
0.75
0.82
1.28
0.47
0.32
0.11
4.51
W8-021
730
16.01
0.64
0.63
5.76
0.39
0.29
0.13
2.66
3208-022
760
46.56
3.57
5.62
363.90
3.30
2.12
0.59
21.90
3208-029
970
65.63
1.36
0.25
0.3
0.09
0.11
0.09
15.43
3208-030
1000
68.49
2.16
1.29
3.27
0.63
0.15
0.20
18.65
3208-031
1030
83.11
1.60
0.53
0.92
0.25
0.14
0.14
9.53
'
2.79
R91
TABLE I-A
AIRSPACE OATA
O E r n IO
DEPTHS
WIWANE
ETHANE
ETHYLENE
H BUTME
*==sz=
======x
nss==z
"""as
c5-c1
"
"
"
"
"
"
=s==sz==
*a===
"""====
1040
3208-032
109.50
3.11
0.46
3.42
0.19
0.69
0.48
3.43
1060
3208-033
50.78
2.32
0.60
4.95
0.29
0.47
0.23
1.12
1120
3208-039
99.08
2.00
0.69
4.46
0.46
0.35
0.29
1.17
1150
3208-035
50.90
2.46
0.75
9.02
0.51
0.45
0.99
0.56
1180
3208-036
8.88
0.78
0.62
3.11
0.42
0.07
0.08
0.85
1210
3208-037
17.54
1.62
0.59
6.22
0.36
0.16
0.19
0.64
1240.
3208-038
7.38
1.27
0.74
4.37
0.2T
0.06
0.05
0.11
8.98
1.39
0.44
4.30
0.15
0.07
0.05
1.02
3208-040
6.59
0.68
0.72
1.48
0.96
0.05
0.09
0.09
3208-041
7.114
0.90
0.96
0.96
0.55
0.05
0.10
0.12
1360
3208-042
7.62
0.62
0.41
8.79
0.27
0.13
0.13
2.36
1390
3208-043
4.82
0.16
0.14
0.33
0.20
0.08
0.03
0.86
1410
3208-094
10.61
0.42
0.64
1.91
0.56
0.04
0.06
0.44
1930
3208-045
13.19
0.50
0.91
2.76
0.65
0.09
0.13
9.62
26.90
7.44
1.84
72.88
0.91
0.92
0.68
1.02
3208-039
1300
1330
3208-046
m o
1460
1990
3208-047
5.86
0.86
0.57
8.64
0.30
0.10
0.06
0.03
1520
3208-048
6.94
0.67
0.52
0.38
0.31
0.04
0.08
0.16
1530
3208-099
8.09
0.82
0.78
1
0.47
0.09
0.09
1
1560
3208-050
19.42
2.20
2.29
6.03
1.60
0.14
0.28
0.88
1620
3208-052
11.03
1.20
0.96
7.53
0.49
0.10
0.10
0.10
1650
3208-053
16.37
1.44
1.12
8.86
0.65
0.13
0.14
3.49
1710
3208-055
61.18
1.76
0.81
6.10
0.39
0.17
0.13
0.60
1740
3208-056
112.39
2.35
0.47
9.22
0.17
0.50
0.59
3.70
.M)
.TI
"
TABLE I-A
AIRSPACE DATA
aEmm IO
DEPTHS
HETAANE
tmNm
etrmENE
=====a
n BUTANE
c5-CI
=====5=55.
====on=
"
"
"
"
"
"
=iil=z===
x====*==
n*n==
3208-057
1no
124.11
5.82
0.65
2.15
0.17
O.#
0.45
2.78
3208-058
1800
52.40
2.90
0.77
7.59
0.25
0.25
0.22
0.91
3208-059
1830
83.51
2.39
.0.45
1.98
0.15
0.24
0.22
2.26
3208-060
1860
52.99
6.69
11.00
2.78
0.59
0.52
0.57
4.91
3208-061
1890
35.20
1.33
0.68
3.52
0.21
0.59
0.55
1.04
3208-062
1920
107.65
9.98
0.69
17.35
0.19
2.32
1.75
2.85
3208-063
1950
39.99
1.61
0.71
5.89
0.30
0.47
0.93
0.88
3208-064
1980
17.13
0.79
0.33
13.68
0.10
0.30
0.08
0.39
3208-065
2010
24.86
1.98
1.82
18.89
0.67
0.59
0.29
3.77
3208-066
2090
16.22
0.82
0.86
15.93
0.55
0.48
0.16
4.13
3208-067
2070
12.68
1.19
1.15
92.14
0.68
3.08
0.90
3.31
3208-068
2100
13.19
1.02
0.96
14.84
0.54
0.57
0.29
1.89
3208-069
2i30
9.11
0.52
0.49
53.50
0.45
1.98
0.33
1.97
3208-070
2160
58.61
1.30
0.99
28.49
0.58
1.28
0.28
2.89
3208471
2190
44.78
1.11
0.95
0.58
0.49
0.06
0.13
1.72
3208-072
2220
93.01
1.76
1.17
2.85
0.53
0.09
0.13
1.09
3208473
2250
56.62
2.13
2.10
0.81
0.96
0.15
0.38
7e 0 7
3208-079
2280
80.84
3.47
3.82
1.51
2.34
0.20
0.69
12.93
3208-075
2310
65.42
3.44
3.15
1.12
1.59
0.15
0.26
3.31
3208-076
2340
125.19
5.33
3.35
1.65
1.38
0.17
0.30
2.46
3208M7
2370
221.96
5.65
2.18
1.39
0.67
0.15
0.a
2.57
3208-078
2400
159.48
5.43
0.90
9.28
0.18
0.59
0.58
2.80
3208479
2430
55.07
2.63
1.91
5.97
0.60
0.86
0.99
6.81
"
a
D
c
H
w ID
DgPTRS
I(BTBAIIB
ECiNlHB
=szz====s=
.=x===
s==il=i:
ne,==:
3208-080
2460
104.55
6.70
3.75
49.33
1.33
3208-081
2490
38.16
5.28
3.21
50.50
3208-082
2520
83.64
5.96
3.12
3208-083
2550
130.18
11.30
3208-084
2580
154.07
3208485
2610
3208486
II
t*=*nss*
mNls
C5-m
*a===tila
,1111.s
1.32
1.10
8."
1.42
1.12
1.07
6.02
28.33
1.96
0.99
0.45
5.40
8.86
61.26
4.27
2.91
5.40
2.55
8.60
7.32
37.89
1.16
0.71
0.69
1.58
363.85
5.28
0.97
7.52
0.11
0.86
1.04
0.96
2690
283.09
3.98
1.05
12.17
0.28
4.67
5.56
2.81
3208-087
2670
427.26
3.23
0.99
0.31
0.22
1.41
1.94
3.32
3208488
2700
760.37
7.99
2.79
45.96
0.85
3.37
4.06
7.30
3208-089
2730
275.66
2.22
0.88
2.54
0.17
0.65
0.71
1.03
3208-090
2760
74.81
2.21
1.11
8.92
0.34
1.M
1.06
1.30
3208-091
2790
298.32
5.60
2.85
10.56
0.96
0.68
0.79
2.90
3208492
2820
568.87
12.50
3.15
30.47
0.87
0.97
0.57
1.52
3208-093
2850
124.55
2.85
1.113
7.18
0.57
1.05
1.37
1.46
3208-094
2880
85.15
1.87
1.08
2.47
0.42
0.51
0.11
1.19
3208-095
2920
251.18
2.98
1.07
7.12
0.31
0.56
0.56
14.69
3208-096
2950
109.58
2.03
0.15
19.66
0.35
0.56
0.50
10.85
3208-097
2980
148.44
8.20
5 -50
15.08
1.89
0.63
0.76
2.02
3208498
3010
139.69
5.91
4.24
12.71
1.21
1.28
1.28
2.18
3208-099
3040
192.42
10.50
8.34
12.73
2.60
0.96
1.34
4.72
3208-100
3010
426.06
18.54
12.76
17.00
4.71
1.11
1.BO
6.95
3208-101
3100
123.61
3.96
1.17
46.88
1.OB
0.98
0.3
19.99
3208-102
3130
168.52
2.08
1.23
15.93
0.48
0.46
0.21
91.63
m m D m
I
TABLE I-A
AIRSPACE DATA
D
g
p
m
HBTRANE
ETnm
ETHILENE
===x==
n
x======
"
"
"
"
"
"
"EzDD=z
====s==s
BUTARB
C5-m
3160
100.26
3.53
3.08
2.06
1.40
0.53
0.89
9.10
3190
91.62
3.33
2.46
5.50
1.01
0.26
0.36
3.40
3220
314.68
4.78
.3.03
35.91
1.24
0.51
0.51
5.39
3208-106
3250
623.48
7.14
2.59
36.11
0.77
1.37
1.16
5.44
3208-107
3280
948.96
7.12
2.89
45.67
0.83
1.01
0.44
3.80
3208-108
3310
353.51
5.06
3.90
22.56
1.77
0.52
0.43
3.14
3208-109
3340
135.85
5.65
9.98
14.85
2.45
0.52
0.69
3.43
3208- 110
3370
397.01
3.80
2.21
6.40
0.75
0.27
0.27
2.03
3208-111
3400
351.40
3.64
1.16
4.22
0.26
0.22
0.17
1.40
3208-112
3430
349.38
6.29
2.35
90.78
0.80
1.26
1.05
2.99
3208-113
3460
415.35
7.78
1.76
82.77
0.63
1.34
0.97
1.42
3208-114
3990
391.82
7.93
1.19
9.03
0.32
1.06
1.03
1.22
3208-115
3520
252.61
7.77
0.98
3.79
0.27
0.28
0.21
1.09
3208-116
3550
128.18
12.66
0.00
9.34
0.17
0.42
0.29
0.15
3208-117
3580
177.48
13.47
0.00
21.05
0.17
1.49
1.18
0.83
3208-118
3610
150.28
7.33
0.89
18.97
0.18
1.31
0.93
0.78
3208-119
3640
79.94
15.13
1.27
23.21
0.42
1.46
1.22
1.06
3208-120
3670
28.43
9.70
1.63
9.57
0.61
0.56
0.59
0.20
3208-121
3700
25.78
2.95
1.12
37.53
0.51
0.62
0.23
0.98
3208-122
3730
28.97-
2.64
2.30
16.08
0.95
0.33
0.21
0.19
3208-123
3760
33.69
2.17
1.91
15.65
1.19
0.31
0.27
0.79
32x78-125
3820
112.05
2.22
0.89
2.65
0.30
0.56
0.33
1.08
- 3
T4BI.E I-A
AIASPACE DATA
OEOCABH IO
==:=asn*nn
."O_
"-==a
m
"_
mm
ETEAIIE
gTHnERE
n BUTARB
"
"
"
">El
""-a
=====iz=
nm====:=
c5-m
3208-126
3850
147.61
2.64
1.go
3.14
0.76
0.28
0.30
1.05
3208-127
3880
118.63
2.32
1.62
6.40
0.69
0.30
0.35
0.79
3208-128
39 10
72.18
5.17
4.68
14.77
1.04
0.56
0.56
0.59
3208-129
3940
179.83
3.01
1.65
3.96
0.61
0.27
0.31
0.19
3208-131
4000
94.15
6.39
10.51
8.76
1.35
0.54
0.46
1.e9
3208-132
4030
123.96
3.60
6.59
25.14
1.31
0.69
0.38
2.27
3208-133
4060
198.81
3.02
7.04
54.87
1.82
0.96
0.30
1.71
3208-134
4090
140.44
2.12
4.3
66.78
1 .97
0.97
0.n
1.90
3208-135
4120
359.79
3.98
11.16
80.59
2.52
0.89
0.45
1.02
3208-140
4270
63.09
1.71
3.03
2.98
0.94
0.25
0.11
32.24
3208-142
4330
43.99
1.58
3.03
57.15
1.I8
0.89
0.17
28.99
3208-143
4360
98.92
1.39
0.87
2.33
0.28
0.22
0.20
10.45
3208-194
4390
392.59
5.57
0.00
4.39
0.41
0.46
0.30
13.35
3208-145
4420
266.19
6.13
0.00
3.17
0.57
0.55
0.43
28.00
3208-146
9450
135.84
3.13
0.00
36.63
0.51
0.74
0.26
11.81
3208-197
9980
150.79
2.57
0.36
52.56
0.69
1.17
0.32
8.18
3208-148
4510
1010.25
91.28
57.55
597.73
13.63
39.93
74.73
148.87
3N-149
4540
130.50
55.85
5.33
367.80
7.82
33.46
86.34
49.87
3208-150
4no
26.63
96.57
0.00
905.20
3.03
59.31
134.19
38.81
3208-151
9600
20.64
104.44
0.00
571.08
1.49
54.76
128.72
39.03
3208-152
4630
27.78
58.50
0.00
362.10
1.10
54.36
142.87
112.99
3208-153
4660
34.08
120.16
0.00
632.15
2.26
63.04
193.53
85.58
3208-159
4690
32.16
35.37
0.00
136.36
0.86
15.02
40.67
3.50
I
m m
TABLE I 4
AIRSPACE DATA
c5-CI
"_
OEWHEH ID
DEPTHS
HETRAHE
ETAANE
ni====zij==
"
"
"
"
"
"
"
"
"
s=====
3208-178
5410
443.72
1763.69
0.00
2322.14
0.33
261.84
341.63
129.76
3208-179
5440
70.43
211.38
0.00
669.97
0.40
209.02
215.05
510.42
3208-180
5470
229.32
616.68
0.00
1871.26
0.89
253.92
404.84
177.79
3208-181
5500
169.01
38.53
0.00
256.04
0.17
244.46
147.08
1002.80
3208-182
5530
305.18
848.48
0.00
3224.59
2.85
926.57
1546.30
2873.48
3208-183
5560
313.80
986.23
0.00
3246.59
2.07
819.18
1395.15
1770.06
3208-184
5590
43.44
148.06
0.00
428.56
0.45
71.58
115.40
105.01
3208-185
5620
405.26
1172.44
0.00
1683.16
0.58
112.33
174.14
92.75
3208-186
5650
132.21
337.70
0.00
731.96
2.49
166.32
244.45
334.48
3208-187
5680
66.80
368.30
0.00
2894.74
2.91
1269.53
2491.40
351 1.72
3208-188
5710
70.12
270.73
0.00
2073.59
2.37
921.39
1665.28
2613.23
3208-189
5740
150.04
534.80
0.00
1988.03
1.83
756.68
1169.49
3726.10
3208-190
5770
117.65
420.90
0.00
1679.04
2.25
634.97
893.55
2064.28
3208-191
5800
139.16
969.27
0.00
5881.17
3.68
1855.42
3730.81
5208.51
3208-192
5830
377.59
2344.20
0.00
13497.53
7.68
9170.48
9531.85
11203.64
3208-193
5860
239.95
1010.75
0.00
5899.97
1.73
2081.12
4556.00
6370.60
3208-194
5890
59.29
'72.07
0.00
370.44
0.26
150.15
301.15
592.81
3208-195
5920
134.40
561.58
0.00
2113.44
1.51
508.37
856.82
1433.37
3208-196
5950
99.81
298.54
0.00
1120.84
1.06
421.19
618.06
1305.88
3208-197
5980
133.48
146.06
0.00
574.76
1.78
290.73
479.13
1418.62
3208-198
6010
96.22
46.29
0.00
89.21
0.81
36.58
49.51
189.12
3208-199
6040
43.15
60.87
0.00
396.85
1.Ob
171.95
320.32
873.18
3208-200
6070
134.44
121.23
0.00
634.81
1.01
260.30
433.88
1072.84
"""0
--E-T-A--K-E-N--E--
N BUTANE
"
======ax
1 L'Lh
LO' b
et.6~~
00'0
09'1
LO'OE
E6'2
h8'9E
h8.0
ere
16'11
e1.E
es%
EL'S
1b'lLl
15'1
OE'h
SS'h
UE'61
LS'SL
86.61
61-19
EE'9E
60'Zh
92'121
ZL'6E
L9'9E
E0'611
96'5
ez.5~
12'8h
L9'LOl
00'0
LS'ELZ
LS'L
ere2
Sl'91
e~'6t
00'0
se'm
he'l
EB'h5
BO'hh
€11'68
00'0
el-olz
18-0
2s.e~
00'15
85'16
Li'hS
oh'hs
Si'bh
oe.05
OB-h6
65'22
ES'2h
h8'hE
erz9
h~'e6~
ze* t
L6'ZL
00'2
h1'8E
hh'h91
00'0
00'0
UU'U
00'0
00'0
00'0
lh'5h
SE'O
05'201
LZ'O
L9'LEE
EO'S55
Lh'EELL
21'2
lS'O6
LL'LEl
EE'lOh
09'0
zL*ezt
66'E61
hL'9Sh
E9'502
ZE'elE
18'OhS
Zh'Sh
9L'9L
LE'hLL
E6'8E
Sh'991
26'29
hL'SE1
E6'EE
19E
16'66
00'0
S8'R
15'1Zh
8h.689
8h'hShl
-----------
"_
SL'hBl
5i'tSl
Ll'L
LE'O
00'0
lh'Z6
56'
9h'LLS
OL'OlOl
BNVUUIBN
L3-S3
05.1
16'0
oe'u
00'6Sl
00'0
00'0
00'0
00'0
hO'Z91
00'0
ZE'9e
6L.569
lL'OM
oz'ezl
EZ'eZl
Ll'892
il'bhi
82'EZl
El'E91
SZ'EEZ
01.98
E6' IL
E5'8S
S6'6E
Oe'LE
61'8h
oz-ez
EE'6S
65'08
09L9
OOL9
%'E9
OEL9
Sh.08
EZ2-BXE
222-80ZE
i22-eoZE
912-802E
0559
LLZ-802E
0859
eLz-eozE
0199
LB'L6
~LZ-~OZE
Oh99
OL'EL
uii-buiL
UL99
hi'ig
02'56
~0.5~
SL'EB
91'15
0259
az-eoz
OlZ-802E
OLE9
L Lz-eox
00h9
65'61.
212-BOZE
OEh9
96'hh
ElZ-BOZE
09h9
hL2-8OZE
06h9
Zh'ES
10'05
96'1s
eoz-8ozE
60z-eox
Ohf9
soz-eozE
0229
50'15
902-eoZE
0529
e1i*e5
Loz-eo&
oea
hl'eh
E6'LS
EL'LS
6E'9h
86' hz L
mzet
00'0
00'0
09'9hZ
00'0
"
3m&l3
OlE9
hO2-8OZE
00'0
00'0
Oh'E68
9E' L
9S'hE6
0619
61'LL
hZ'OB
00'0
6Sl'hELl
08'0
LE'Z
- - - - - - --
"
"
Oh'22Z
et*m
esmz
zX-80zE
Of19
60.86
h5'092
EOZ-806
0919
hO'E6
"
"
"
"
"
"
B
W
- - --
-
"
"
"
BHVHLpl
0019
==ED==
smaa
lOz-8OzE
"
"
"
"
"
"
"
"
"
"
UI
wmm
68'0
98'El
50'8L
18'0
91'81
il'bi
Oh.0
L1.5
61'h
6L.09
10'1
66'11
69'L
b6.21
L9'0
99'01
LO'LL
19.52
8E'O
95'91
05'Ll
55'EE
25'6
12'51
00'6
h5'61
62'02
Ll'lh
OE'5E
OL'89
26'21
EB'LZ
2E'lZ
2L'bE
69.i
2h2-802E
OEE L
EL'Zh
00'0
EhZ-QOZE
09EL
Y5'0L
UU*U
hh2-80ZE
06EL
LB'h9
00'0
5hZ-BOZE
OZhL
55'hh
00'0
19'16
9hZ-80ZE
05hL
96'6E
00'0
ZE'h8
hZZ-BOZE
06L9
5Z2-80zE
0289
81'101
922-8oZE
0589
29'
00'0
LZZ-eOZE
0889
h1'991
00'0
822-BOZE
01 69
h5'511
00-0
80'121
622-8OZE
Oh69
9h'E9
00'0
51 * h9
OE2-802E
OL69
Zh'Z9
00'0
86'82
22'0
lE2-8OZE
OOOL
10'9h
00'0
98'2E
01'0
ZEZ-OOZE
OEOL
hl'85
00'0
hh'05
EEZ-OOZE
090L
EZ'ZL 1
00'0
E8'89
hEZ-802E
060L
5L.19
00'0
69'19
5EZ"BOZE
021L
L0'59
00'0
OO'EB
9EZ-mE
051L
51'09
00'0
OL'95
LEZ-80ZE
081L
OO'hL
00'0
09'9L
E!E2-8OZE
OLZL
00'0
L0'9h
61'0
6E2-802S
OhZL
hl'L5
00'0
18'86
65'0
Ll'Z2
OhZ-W)ZE
OLZL
hE'OZ1
00'0
EL'lLl
ZL'L
9b'hE
LhZ-BOZE
OOEL
00'05
00'0
80x9
05'81
18'82
96'1
LZ'LZ
9E.91
OZ'EZ
52'991
91'1
81'92
5h'lll
OZ'OZ
lh'5Ll
51'1
92.62
6L.01
28'hZ
28'0
6L'lZ
BZ'EL
62.91
99'0
OL'ZL
66'L
LL'Ol
55'9
90'h
15'5
6L'h
61'2
hZ'E
51'0
E5.01
hL.9
9L'L
69'0
EL'21
L9.11
€0'61
L5'0
L5'El
Ef'll
Eh'lZ
hL'O
65-51
09'El
69.22
02.0
Eh'6
88'L
28'
62'0
E5'11
E5'6
6
3NVJ.llE
L3-53
-------- --
""=
"
"
"
N
h2'62
""_
""""-
EE -2
""_
"
"
- - - - - --
"_xi==
00'0
L8'091
00'0
EZ.81 1
"_
3NVLllEOSI 3WlKdOtld 3NVdOUd
3MlIH.U
L6'ZZ
191
19-121
"
"
"
"
"
"
3mw
x=====
sums
"
"
"
"
"
"
"
"
"
"
a1 mmm
" I
TABLE I-A
AIRSPACE DATA
QEOCBEH I D
DEPTRS
Dl========
"
"
"
"
"
"
3208-247
HETRANE
"_
---- ---------
BTRANE
7480
101.47
49.96
0.00
68.26
0.23
11.24
9.28
20.69
3208-248
7510
52.61
59.14
0.00
89.86
0.26
21.04
15.05
39.26
3208-249
7540
102.17
48.76
0.00
96.80
0.12
12.38
7.77
20.87
3208-250
7570
191.02
39.11
0.00
47.10
0.13
5.38
4.96
8.58
3208-251
7600
262.91
99.45
0.00
113.00
0.19
5.92
4.64
9.77
3208-252
7630
211.86
42.00
0.00
19.62
0.09
2.29
1.43
2.95
3208-253
7660
376.86
44.04
0.00
22.77
0.44
1.49
1.40
2.20
3208-254
7690
358.03
40.90
0.00
26.28
0.23
2.45
2.22
2.87
3208-255
7720
88.48
45.49
0.00
59.75
0.40
5.88
5.08
12.58
3208-256
7750
78.37
53.25
0.00
63.43
0.49
10.18
8.35
20.42
3208-257
7780
64.43
53.33
0.00
74.32
0.30
13.22
11.02
28.42
3208-258
7810
38.60
34.93
0.00
104.16
0.78
14.51
19.60
45.29
3208-259
7840
28.90
17.53
0.00
42.45
0.36
7.85
11.20
24.54
3208-260
7870
43.66
29.48
0.00
53.44
0.41
12.84
13.50
33.66
3208-261
7900
69.21
35.56
0.00
144.04
2.24
16.44
16.96
88.08
3208-262
7930
27.61
12.74
0.00
46.98
0.56
5.86
7.74
19.92
3208-263
7960
23.06
11.90
0.00
36.40
0.37
6.08
8.03
19.55
3208-264
7990
24.52
12.73
0.00
55.69
0.92
5.61
7.06
18.11
3208-265
8020
22.49
9.91
0.00
36.29
0.60
3.18
4.44
10.65
3219-255
9151
73.9
15.5:
0.00
77.33
2.09
5.31
10.11
25.73
3208-267
8080
41.06
9.16
0.00
18.05
1.10
2.23
3.79
12.83
3208-268
8110
24.58
11.35
0.00
24.68
0.50
4.57
5.55
27.55
3208-269
8140
12.28
5.65
0.75
13.28
0.77
1.45
2.41
6.77
""_Z
ETRnEHE
------- -"
"
N BUTANE
c5-CI
"
"
""Oo==
"
"
""Z
TABLE I-A
AIRSPACE OAT4
GEWREM ID
OEPTAS
===z=z====
"
"
"
"
"
"
3208-270
8170
27.62
25.10
0.00
56.40
1.39
3208-271
8200
40.48
19.40
0.00
43.74
3208-272
8230
29.56
9.66
0.00
3208-273
8260
55.72
19.86
3208-274
8290
22.54
3208-275
8320
3208-276
HenlANE
---- ---"
"
ECHANE
eTHYLENE
==,SI=
"
"
"
"
D
= ""
N BUTANE
------
-
c5-CI
"
"
===is
12.65
16.45
48.32
1.16
6.64
8.27
30.90
27.04
0.87
5.75
7.72
37.06
0.00
97.94
1.35
19.04
29.35
85.44
6.14
1.88
31.63
0.86
6.30
8.55
82.61
37.51
10.27
1.29
38.92
1.18
6.99
11.17
55.08
8350
47.96
20.95
0.00
83.06
1.15
17.24
25.39
82.49
3208-277
8380
34.52
5.85
0.00
29.96
0.50
4.50
7.80
31.28
3208-278
8410
31.59
3.17
1.87
44.42
0.70
1.55
2.78
18.33
3208-279
8440
29.57
1.44
0.72
6.29
0.40
0.75
1.34
10.50
3208-280
8470
26.25
2.02
1.12
17.87
0.58
0.43
0.73
13.73
3208-281
8500
24.23
1.15
1.35
10.30
0.73
0.31
0.55
11.38
3208-282
8530
34.42
1.16
1.21
5.82
0.62
0.22
0.54
17.84
3208-283
8560
24.91
0.88
0.88
7.92
0.48
0.21
0.40
10.06
3208-284
8590
154.03
2.65
1.47
7.19
0.67
1.20
2.47
52.83
3208-285
8620
124.86
4.75
0.00
16.16
0.47
0.67
0.90
18.94
3208-286
8650
159.27
7.56
0.00
88.56
0.52
2.05
3.16
24.39
3208-287
8680
209.81
5.39
0.00
20.83
0.30
0.44
0.63
14.59
3200-288
87 10
177.38
2.24
1.68
25.50
0.67
0.66
1.18
4.41
3233-239
3790
160.69
6.69
0.00
30.57
0.42
5.24
9.62
27.29
3208-290
8770
172.17
5.01
0.00
18.60
0.39
2.55
4.48
17.28
3208-291
8800
112.26
2.88
1.07
21.15
0.59
2.49
3.84
26.03
3208-292
8830
279.71
9.09
0.00
14.82
0.65
3.72
4.72
25.52
"
"
I
m
-_"---- --
ETHANE
8860
379.82
13.69
0.00
21.09
0.74
4.99
4.75
37.40
3208-294
8890
263.73
7.41
0.00
33.85
0.63
2.16
3.03
26.44
3208-35
89B
643.85
1q.75
. 0.00
23.27
0.69
4.39
6.08
32.29
3208-236
8950
394.24
45.31
0.00
119.03
1.05
26.44
40.77
129.45
3208-297
8980
94.67
11.97
1.31
55.50
1.04
9.75
15.51
64.46
3208-298
9010
121.43
19.70
0.00
101.37
0.66
29.43
41.44
118.79
3208-299
9040
101.30
22.63
0.00
111.30
2.40
13.91
13.90
31.32
3208-300
9070
75.11
28.63
0.00
188.63
0.46
19.45
28.47
82.84
3208-301
9100
51.01
13.08
0.00
47.10
0.55
7.98
7.11
35.51
3M8-302
9 130
40.65
16.09
0.00
101.14
0.74
26.36
30.14
95.27
3208-303
9160
78.54
3.96
1.64
32.11
0.84
4.13
6.00
28.60
3208-304
9190
52.77
12.36
0 .oo
53.18
0.41
14.49
18.85
58.00
3208-35
9220
61.54
13.06
0.00
34.86
0.33
9.06
11.30
46.72
3208-306
9250
66.34
13.25
0.00
47.14
0.89
5.87
11.25
38.68
3208-307
9280
117.74
9.64
0 .oo
33.34
0.78
5.84
9.45
33.31
3208-308
9310
102.06
10.88
0.00
34.34
0.61
3.75
5.57
19.28
3208-309
9340
92.57
4.64
0.99
10.98
0.58
2.25
3.22
16.14
3208-310
9370
100.33
5.26
1.24
12.62
0.55
2.08
2.55
11.99
3208-311
9400
136.40
6.95
2.29
24.42
0.91
3.23
4.32
19.21
3208-312
9430
212.57
10.99
0.00
32.52
0.80
6.13
8.24
28.98
3m8-313
9460
121.49
7.59
0.73
18.32
0.57
2.70
3.23
11.49
3208-314
9490
73.55
8.42
1.79
34.35
0.82
2.88
4.09
XI. 34
3208-315
9520
33.99
19.94
5.36
106.50
1.67
11.12
15.13
52.40
GEOCHW ID
DEPTHS
"
"
"
"
"
"
"
"
"
"
x=:===
3208-293
METHANE
""==
"
"
BTHILENE
- - ------ --
"""__
""_"
PROPANE PROPILEHE ISOBUTANE
""_"
-------"----=
NBUTANE
E-cl
x====
TABLE I 4
AIASPACE DATA
GEOCHM ID
_""""-
"
"
"
"
"
DEPTHS
"""
"
"
"
ETRANE
ETHYLENE
===?.==
======c3
"_
PROPYLENE ISOBUTANE
""_"
"""-"
N BUTNIB
E47
==in====
=,2"
3ZiJ8-316
9550
32.39
0.00
0.78
21.14
273
.2
88.29
3208-317
9580
18.87
0.00
1.08
9.17
14.06
59 -98
3208-318
9610
26.98
, 0.00
0.68
19.63
20.36
77-78
3208-319
9640
28.63
0.00
0.62
15.55
22.29
59.99
3208-320
9670
25.58
0.00
0.57
14.11
21.38
49.35
3208-321
9700
15.87
0.00
0.83
7.13
10.20
45.14
3208-322
9730
16.34
0.00
1.13
3.95
4.85
21.85
3208-323
9760
12.86
0 .oo
0.87
8.77
13.03
49.05
"_
OECUlEn ID
DEPIIIS
Cl-C4
C2-a
CZlCZn
C3lC3'
slmtms
z==z*==*=a
=II=*n=
as===
*=x==
"-an5
*a====
n=z=s=na
130
3208-001
10.86
4.13
0.63
9.53
0.42
1.69
38.03
160
3208-002
26.58
10.97
1.01
3.43
0.40
1.49
41.27
24.71
10.35
1.12
1.76
0.27
1.55
41.89
3208-003
190
220
3208-004
27.80
12.99
1.27
3.78
0.37
1.23
96.74
250
3208-005
106.17
88.64
1.59
31.19
0.77
0.20
83.49
280
3208-006
49.26
38.25
1.18
29.21
1.37
0.29
77.64
310
3208-007
91.33
81.18
1.84
86.56
1.34
0.12
88.88
3.3808-008
340
87.75
77.10
1.20
60.35
1.50
0.13
87.87
3208-009
310
75.65
60.00
0.50
11.18
0.25
0.26
79.31
3208-010
900
20.35
11.69
0.92
9.16
0.36
0.78
57.19
3208-011
430
15.a
9.23
1.06
15.47
0.56
0.67
60.41
3208-012
960
24.45
12.03
1.17
8.67
0.57
1.07
99.20
3208-013
9.79
2.60
0.98
2.49
0.49
2.96
26.71
520
3208-014
15.65
9.56
0.80
19.n
1.14
0.64
61.12
550
3208-015
14.Q4
4.57
0 .85
2.05
0.31
2.3U
31.68
580
3208-016
10.20
1.87
0.59
1.18
0.43
5.01
18.34
6 3208-017
6.70
1.49
0.83
0.98
0.30
3.88
22.38
490
10
3208-020
700
20.68
2.47
0.90
2.72
2.90
8.93
11.97
3208-021
730
22.80
6.79
1.oo
14.48
1.75
2.49
29.71
760
3208-022
416.72
370.16
0.63
110.03
3.91
0.12
88.82
970
3208-029
67.60
1.97
5.27
4.21
1.11
37.26
2.91
1000
3208-030
74.29
5.79
1.66
5.12
0.74
12.59
7.80
1030
3208-031
85.43
2.32
3.02
1.66
1.oo
90.84
2.71
D"
1AeL.E I 1 4
AIRSPACE DATA
DEocAEn ID
DEP"S
c149
s==s==:==*
=====x
=ooz=
"_
c249
"C2lc2.
_
"-==s
c3/c3=
ZyBfaBSs
==a===
*=x=====
3208-032
1040
112.22
7.71
6.63
17.24
1.41
15.98
6.87
3208-033
1060
58.77
7.98
3.85
17.09
2.06
6.98
13.54
3208-034
1120
56.19
7.11
3.09
9.50
1.23
7.59
12.65
3208435
1150
63.35
12.44
3.26
17.38
0.90
4.92
19.65
3208-036
1180
12.94
9.06
1.29
7.39
0.93
2.27
31.36
3208437
1210
25.70
8.16
2.71
17.29
1.16
2.23
31.75
3208-038
1240
13.15
5.77
1 .TO
16.15
1.07
1.30
93.87
3208439
1270
14.27
5.79
3.02
28.67
1.34
1.50
90.56
3208-090
1300
8.92
2.32
0.93
3.21
0.58
3.04
26.05
3208-041
133
9.46
2.02
0.94
1.73
0.49
3.98
21.80
3208-092
1360
17.26
9.64
1.50
32.02
0.99
0.81
55.84
yo8493
1390
5.44
0.61
1.17
1.62
2.77
9.67
11.26
3208-044
1910
13.06
2.45
0.65
3.37
0.72
4.53
18-75
3208445
1430
16.70
3.50
0.55
4.25
0.72
4.02
21.01
3208-046
1460
108.89
81.94
4.02
79.86
1.35
0.33
75.28
3208447
1490
15.53
9.67
1 .so
28.77
1.69
0.61
62.26
3208-048
1520
8.13
1.18
1.29
1.23
0.50
6.54
14.59
3208-049
1530
10.06
1.96
1.09
2.10
0.47
9.113
19.53
3208-050
1560
28.10
8.67
0.96
3.76
0.98
2.35
30.85
3208-052
1620
19.97
8.94
1.29
15.34
1.01
1.26
94.78
3208-053
1650
26.96
10.59
1.27
13.58
0.89
1.58
39.27
3al8-055
1710
69.35
8.17
2.15
17.68
1.28
7.77
11.18
3208-056
1740
120.07
7.68
4.98
29.22
0.85
17.08
6.40
mm
0 6 O c R ~ID
=======z==
"DEPTHS
_
""-,
,
I
c149
m-c4
:=z==
sz.==*
======
C2lC2.
m
e
s
s
C3/C3=
========
"
"
"
"
"
"
3208-080
2460
158.01
53.46
1.78
33.13
1.19
2.04
33.83
3208481
2490
96.14
57.98
1.69
35.49
1.04
0.68
60.30
3208-082
2520
118.88
35.24
1.59
19.40
1.07
2.43
29.64
3208-083
2550
211.07
80.88
1.8
14.33
0.53
1 e79
38.32
3208-084
2580
201.98
47.91
1.17
32.54
1.03
3.31
23.72
3208-085
2610
378.56
19.70
5.41
66.83
0.82
28.41
3.88
3208486
2690
309.49
26.39
3.79
43.21
0.84
17.51
8.52
3208-087
2670
438.18
10.91
3.24
19.95
0.72
56.57
2.49
3208-088
2700
821.28
60.91
2.73
53.46
0.83
19.22
7.41
3208-089
2730
281.80
6.14
2.51
14.19
0.92
57.78
2.17
3208-090
2760
88.09
13.27
1.98
25.66
1.00
6.71
15.01
3208-091
2790
315.96
17.64
1.96
10.97
0.86
18.45
5.58
3208-092
2820
613.39
44.52
3.96
39.69
1.70
13.23
7.25
3208493
2850
137.62
13.07
1.99
13.55
0.76
11.70
9.49
3208-094
2880
90.80
5.64
1.74
5.80
0.66
19.55
6.22
3208-095
2920
262.42
11.23
2.77
22.27
1.01
24.86
4.28
3208-096
2950
132.35
22.77
2.70
55.01
1.10
5.04
17.20
3208-097
2980
173.12
24.68
1.48
7.95
0.82
6.37
14.25
3208-098
3010
160.94
21.24
1.40
10.42
1.00
7.47
13.20
3208-099
3040
217.97
25.59
1.25
4.88
0.71
8.28
11.72
3208-100
3070
464.53
38.47
1.45
3.60
0.61
11.98
8.28
3208-101
3100
175.33
51.71
1.95
43.29
2.59
2.45
29.49
3208-102
31
187.23
18.70
1.68
32.95
2.14
9.35
9.99
30
,
TABLS 1 1 4
AIRSPACE DATA
O
e
o
c
A
a ID
n*E===zaD*
.====.
DEPTHS
Cl-CO
c24
1DIXa
==n**
C2/m
""==
c3/c3*
m
e
r
s
===DIP
=a*DDf==
"
"
3208-051
1no
132.93
8.82
8.89
12.29
0.84
15.54
6.63
3208-058
1800
63.37
10.96
3.79
30.02
1.15
9.99
11.30
3208-059
1830
88.93
9.85
5.27
13.11
1.06
19.00
5.49
3208-060
1860
63.58
10.59
0.60
0.12
0.91
5.58
16.65
3208-061
1890
91.16
5.96
1.96
16.58
0.99
7.23
19.49
3208-062
1920
139.01
26.92
1.19
121.61
1.31
9.81
19.70
3208-063
1950
93.36
8.37
2.27
19.24
1.10
8.68
19-39
3208-069
1980
31.99
14.86
2.34
128.85
3.62
1.18
46.96
3208-065
2010
96.63
21.11
1.08
27.82
2.01
1.19
46.61
3208-066
2040
33.63
17.90
0.95
28.61
2.92
0.96
51-79
3208-061
XI70
109.96
97.27
0.99
134.S
3.39
0.13
88.46
3208-068
2100
29.88
16.13
1.06
27.22
1.93
0.82
56.01
3208469
21
65.46
56.35
1.05
116.41
5.84
0.16
86.08
3208470
2160
89.98
31.37
1.30
48.82
4.50
1.96
39.86
3208-071
2190
96.68
1.90
1.16
1.18
0.50
26.32
9.07
3208-072
2220
91.85
9.89
1.50
5.31
0.69
20.13
9.95
3208473
2250
60.11
3.48
1.01
0.89
0.39
19.22
5 .I9
3208-074
2280
86.61
5.82
0.90
0.69
0.31
16.21
6.12
3208475
2310
70.40
9.98
1.09
0.10
0.51
19.30
7.08
3208-076
2340
132.65
1.46
1.59
1.19
0.57
11-90
5.62
3208-017
2370
228.88
7.41
2.59
2.06
0.75
31.91
3.23
3208-018
2400
175.3
15.91
6.03
09.96
1.02
10.82
9.07
3208479
2430
65.98
10.41
1.37
9.79
0.90
6.39
15.90
30
m u m D
TAELE I 1 4
AlRSPACE DATA
"_
O
B
m IO
mrfmls
Cl-C9
c244
C2/CZn
nilz====:=.
=z====
===tila
"_DX
zs*s==
c3/c3=
Iwgnress
==:a,==*
3208-103
3160
107.25
6.98
1.14
1.46
0.63
17.89
6.51
3208-109
3190
101.08
9.46
1.35
5.94
0.72
10.36
9.36
3208-105
3220
356.40
41.72
,1.57
28.82
0.99
7.73
11.70
3208-106
3250
669.29
45.80
2.75
46.76
1.18
14.40
6.89
3208-107
3280
1003.23
54.26
2.50
54.60
2.28
17.97
5.40
3208-108
3310
382.11
28.59
1.29
12.68
1.20
12.79
7 .U8
3208-109
3340
157.59
21.74
1.13
6.04
0.75
6.62
13.79
3208-1 10
3370
407.76
10.75
1.71
8.50
1.01
33.90
2.63
3208-111
3400
359.67
8.27
3.13
16.08
1.23
49.65
2-3
3208-112
3430
398.78
49.39
2.67
50.65
1.19
7.92
12.38
3208-113
3460
507.73
92.37
b.41
129.57
2.82
9.58
18.19
3208-114
3490
910.89
19.06
6.64
28.13
1.03
23.09
4.63
3208-115
3520
264.69
12.07
7.85
13.58
1.33
21.82
4.56
3208-116
3550
150.90
22.72
3208-117
3580
214.68
3208-118
3610
3208-119
53-70
1.43
5.82
15.05
37.20
-
120.78
1.26
5.14
17.33
178.84
28.55
8.15
101.59
1.40
5.71
15.96
3640
120.98
41.03
11.85
54.19
1.20
2.08
33.91
3208-120
3670
43.81
15.38
2.87
15.67
1.04
1.99
35.10
3208-121
3700
66.64
40.85
2.17
72.29
2.64
0.64
61.39
3208-122
3730
48.25
19.27
1.14
16.77
1.56
1.59
39.95
3208-123
3760
52.06
18.41
1.13
13.13
1.15
1.88
35.37
3208-125
3820
117.84
5.78
2.50
8.85
1.65
22.93
4.90
TAELB 11-A
AIRSPACE DATA
Cemw ID
o m s
Cl-c4
C2-C4
sDD=DzI.,a
====x=
*x===
====x
"C2/C2n
_
c3/c3=
m
e
s
s
=,=x==
Si.Z,Z*D~
""-a
3850
3208-126
153.99
6.38
1.38
4.12
0.93
25.52
4.14
3880
3208-127
128.09
9.46
1.43
9.20
1.08
13.58
7.38
3910
3208-128
93.26
21.07
7.10
14.13
1.00
3.61
22.60
3940
3208-129
187.41
7.58
1.82
6.06
0.87
25.73
4.04
110.31
16.16
0.60
6.45
1.17
6.21
14.65
3208-131
4000
4030
3208-132
153.74
29.77
0.54
19.14
1.70
4.31
19.36
4060
3208-133
207.98
59.17
. 0.42
30.06
3.12
2.57
28.44
4090
3208-134
210.59
70.15
0.08
45.13
3.48
2.03
33.31
1145.66
85.87
0.35
31.92
1.89
4.25
19.26
3208-135
4120
4270
3208-140
68.11
5.06
0.56
3.14
2.31
13.42
7.43
4330
3208-142
103.80
59.81
0.52
32.03
9.98
0.79
57.61
4360
3208-143
103.07
4.15
1.59
8.10
1.12
26.54
4.03
9390
3208-144
353.39
10.74
10.59
1 .5D
34.33
3.04
4420
3208-145
276.49
10.29
3208-146
176.62
4480
3208-147
4510
5.50
1.28
28.60
3.72
00.77
-
70.78
2.83
3.41
23.08
207.43
56.64
7.04
75.50
3.60
2.73
n.41
3208-148
1813.45
803.19
1.58
43.80
0.52
1.46
44.29
0540
3208-149
673.96
543.46
10.46
46.99
0.38
0.30
80.63
4570
3208-150
1221.91
1195.28
298.48
0.44
0.02
97.82
4600
3208-151
879.66
859.01
382.10
0.42
0.03
97.65
4630
3208-152
645.62
617.83
326.43
0.38
0.06
95-69
4660
3208-153
1042.99
1008.90
279.45
0.32
0.04
96.73
4690
3208-154
259 .BO
227.63
158.34
0.36
0.18
87.61
41150
-
TABLE 11-A
AIRSPACE DATA
OEOCAEM ID
o m s
=zDlZs=liD
=DDD==
"Cl-C4
_
C2-C4
C3/C3=
IweTHBSs
=D=sl
1,111=
ED======
4720
3208-155
182.23
153.02
90.89
0.35
0.25
83.97
4750
3208-156
945.36
893.72
281.79
0.35
0.07
94.53
4780
3208-157
533.66
494.44
255.10
0.56
0.m
92.65
4810
3208-158
456.80
414.47
202.40
1.60
0.10
90.73
4840
3208-159
189.82
167.34
104.78
0.44
0.14
88.15
4870
3208-160
585.19
517.80
259.30
0.58
0.13
88.48
4900
3208-161
283.82
237.22
113.40
0.37
0.21
83.58
4930
3208-162
214.80
171.88
152.04
0.18
0.28
80.01
4960
3208-163
176.20
142.01
118.25
0.50
0.25
80.59
4990
3208-164
190.54
127.22
70.85
0.56
0.53
66.77
5020
3208-165
114.95
53.92
17.72
0.83
1.26
46.90
5050
3208-166
188.15
122.01
103.43
0.51
0.60
64.84
5080
3208-167
181.04
100.08
76.55
0.65
0.88
55.27
5110
3208-168
286.56
164.41
99.98
0.44
0.82
57.3
429.63
190.04
162.24
0.75
1.34
49.23
3208-169
5 140
5170
3208-170
381.11
124.67
76.33
0.72
2.19
32.71
5200
3208-171
386.00
135.48
93.35
0.75
2.01
35.09
5230
3208-172
162.92
106.67
72.00
0.74
0.56
65.47
5260
3208-173
314.46
217.83
392.10
0.73
0.49
69.27
5290
3208-174
308.77
203.83
96.06
0.51
0.61
66.01
5320
3208-175
113.90
'78.82
79.44
0.59
0.53
69.m
5350
3208-176
151.77
94.95
50.17
0.76
0.69
62.56
5380
3208-177
266.66
166.36
109.85
0.83
0.61
62.38
TABLE 11-A
AIRSPACE DATA
QE-
IO
IIE?IDilln=
08F.PTRS
======
""__
Cl-C4
C244
c3/c3=
SvbMSrrs
==ii=
"
"
"
"
"
"
"
"
"
"""5*
3208-178
5410
5133.04
4689.31
6931.54
0.76
0.10
91.35
3208-179
5440
1375.87
1305.43
1652.45
0.97
0.07
94.88
3208-180
5470
3316.04
3146.71
2097.45
0.62
0.09
93.20
3208-181
5500
855.13
686.12
1504.34
1.66
0.57
80.23
3208-182
5530
6851.14
6545.95
1130.69
0.59
0.07
95.54
3208-183
5560
6760.97
6447.17
1568.25
0.58
0.07
95.35
3208-184
5590
807.06
763.61
938.12
0.62
0.07
94.61
3208-185
5620
3547.36
3142.09
2891.13
0.64
0.14
88.57
3208-186
5650
1612.66
1480.45
293.75
0.68
0.12
91.80
3208-181
5680
7090.78
7023.98
993.46
0.50
0.02
99.05
3208-188
57 10
5001.14
4931.02
874.56
0.55
0.02
98.59
3208-189
5740
4599.06
4449.01
1083.48
0.64
0.05
96.73
3208-190
5770
3745.63
3627.98
744.35
0.71
0.05
96.85
3208-191
5800
12575.84
12436.68
1595.90
0.49
0.02
98.89
3208-192
5830
29921.68
29544.08
1756.88
0.43
0.02
98.73
3208-193
5860
13787.81
13547.85
3396.17
0.45
Oi03
9825
3208-194
5890
953.13
893.83
1379.52
0.49
0.13
93.77
3208-195
5920
4174.63
4040.23
1392.45
0.59
0.05
96.78
3208-196
5950
2558.46
2458.65
1052.57
0.68
0.07
96.09
3208-197
5980
1624.19
1490.70
321.47
0.60
0.18
91.78
3208-198
6010
317.85
221.62
109.60
0.73
0.71
69.72
3208-199
6040
993.16
950.00
372.67
0.53
0.09
95.65
3208-200
6070
1584.68
1450.24
625.43
0.59
0.17
91.51
TABLE 11-A
AIRSPACE DATA
CEOCAW ID
---- =-- x =
"
"
I
DEF'TAS
E=?===
""c1-c4
__
""cz-c4
__
--ZweTaeSs
--"_ --
C3/C3
====x=
"
"
"
3208-201
6100
2211.76
2086.57
404.15
0.62
0.10
94.33
3208-8J2
6130
2609.23
2506.13
1409.79
0.61
0.07
96.23
3208-203
6160
2101.56
2008.52
652.23
0.60
0.08
95.57
3208-204
6190
632.33
555.14
116.31
0.65
0.23
87.79
3208-205
6220
888.27
837.22
694.04
0.66
0.09
94.25
3208-206
6250
1460.62
1402.03
759.15
0.64
0.06
95.98
3208-207
6280
389.71
341.57
107.88
0.59
0.21
87.64
3208-208
6310
253.47
201.73
53.88
0.77
0.38
79.58
3208-209
6340
370.08
318.11
54.19
0.58
0.23
85.95
3208-210
6370
136.59
86.57
44.65
0.71
0.75
63.38
3208-21 1
6400
279.51
199.92
28.97
0.65
0.56
71.52
3208-212
6430
111.49
66.52
17.10
0.94
0.77
59.67
3208-213
6460
174.30
120.87
128.80
0.77
0.62
69.34
3208-214
6490
290.64
239.47
367.28
0.86
0.31
82.39
3208-215
6520
331.40
248.24
321.70
1.08
0.48
74.90
3208-216
6550
429.11
344.04
27.54
0.93
0.33
80.17
3208-217
6580
647.07
551.86
173.53
1.78
0.18
85.28
3208-218
6610
565.78
467.90
111.71
1.24
0.26
82.70
3208-219
6640
516.10
443.00
257.17
1.14
0.21
85.83
3208-220
6670
552.88
490.64
130.50
1.57
0.15
88.74
3208-221
6700
853.42
790.04
217.79
1.43
0.09
92.57
3208-222
6730
453.58
373.13
91.77
1.68
0.25
82.26
3208-223
6760
510.54
429.94
53.85
1.36
0.23
84.21
b,
D
TABLE 11-A
AIRSPACE DATA
CIEOCAW I D
"_
""-i=ls,
DEPTHS
======
"_
Cl-C4
CZ-C4
c3/c3=
ii112==
a=>,==
"_
IC9/NC4 ClI(C243)
"
"
"
"
"
"
"
"
"
"
zwenress
s=i=====
3208-224
6790
504.87
330.26
68.93
1.58
0.61
65.41
3208-225
6820
361.81
256.99
60.12
1.29
0.47
11.02
3208-226
6850
493.88
372.51
142.52
1.41
0.37
75.42
3208-227
6880
495.53
389.62
151.81
1.55
0.31
78.62
3208-228
6910
338.42
271.71
147.44
1.64
0.28
80.28
3m8-229
6940
277.33
148.32
96.31
1.59
1.01
53.48
3208-230
6970
315.08
102.03
127.64
1.61
2.33
32.38
3208-231
7000
275.69
86.45
328.17
1.71
2.39
31.36
3208-232
7030
308.70
125.86
318.58
1.56
1.68
40.77
3208-233
7060
564.00
205.47
99.13
1.09
1.98
36.43
3208-234
7090
280.01
149.35
109.85
1.19
1.04
53.33
3208-235
7120
296.91
177.23
111.26
1.14
0.80
59.69
3208-236
7150
245.84
134.19
270.61
1.19
0.95
54.58
3208-237
7180
311.48
171.66
261.03
1.21
0.92
55.11
3208-238
7210
144.26
87.58
238.46
1.05
0.82
60.70
3208-239
7240
274.66
198.42
165.78
1.09
0.48
72.24
3208-240
7270
553.36
361.85
99.69
0.97
0.65
65.39
3208-241
7300
229.34
139.87
70.86
1.07
0.79
60.99
3208-242
7330
225.66
160.27
95.53
0.85
0.54
71.02
3208-243
7360
141.37
67.95
70.27
1.24
1.25
48.06
3208-244
7390
251.13
145.34
59.63
1.55
0.89
57.87
3208-245
7420
204.96
157.90
136.21
0.96
0.34
77.04
3208-246
7450
196.68
158.36
218.98
0.94
0.30
80.51
r
r
,
m
1,
.
I
)
""C2-C4
__
======
240.23
138.75
292.28
1.21
0.85
57.75
7510
237.71
185.10
336.17
1.39
0.35
77.86
3208-249
7540
217.90
115.72
375.42
1.59
1.06
53.11
3208-250
7570
287.60
96.57
353.94
1.08
2.21
33.57
3208-251
7600
485.94
223.02
585.10
1.27
1.23
45.89
3208-252
7630
277.22
65.35
200.67
1.60
3.43
23.57
3208-253
7660
446.59
69.72
50.65
1.06
5.64
15.61
3208-254
7690
429.90
71.87
113.35
1.10
5.32
16.71
3208-255
7720
204.71
116.22
146.47
1.15
0.84
56.77
3208-256
7750
213.60
135.23
127.55
1.21
0.67
63.31
3208-257
7780
216.34
151.90
247.45
1.19
0.50
70.21
3208-258
7810
211.82
173.21
132.79
0.74
0.27
81.77
3208-259
7840
107.95
79.05
114.76
0.70
0.48
73.22
3208-260
7870
152.94
109.28
129.41
0.95
0.52
71.45
3208-261
7900
282.23
213.02
64.08
0.96
0.38
75.47
3208-262
7930
100.95
73.34
83.82
0.75
0.46
72.64
3208-263
7960
85.48
62.42
96.31
0.75
0.97
73.01
3208-264
7990
105.63
81.11
60.37
0.79
0.35
76.78
3208-265
8020
76.33
53.83
60.44
0.71
0.48
70.52
3208-266
8050
182.73
109.48
36.86
0.52
0.77
59.91
3208-267
8080
74.31
33.24
16.36
0.58
1.50
44.74
3208-268
81
70.74
46.16
48.50
0.82
0.68
65.24
3208-269
8 140
35.09
22.81
17.16
0.60
0.64
64.99
DgOCHM ID
DKPTHS
c 1 -c4
I=nDD215il
=====x
E====
3208-247
7480
3208-248
10
%
m
e
s
s
c3/c3=
"_
""_==D
(IBOCHW
"_
ID
_""lo===
DEPTES
======
"_"_"
Cl-C4
C2-C4
C2IC2.
c3/c3=
DIIZSii
"
"
"
"
"
"
D2ilOSD
3208-270
8170
138.24.
110.62
3208-271
8200
118.55
78.07
79.75
3208-272
8230
3208-273
8260
3208-274
8290
3208-275
104.88
-
zmess
- - -
-"--"I
" "
40.47
0.76
0.33
80.01
37.41
0.80
0.64
65.85
50.19
-
30.85
0.74
0.80
62.93
221.93
166.20
-
72.24
0.64
0.47
74.89
75.18
52.63
3.25
36.59
0.73
0.59
70.01
8320
67.37
7-90
0.62
0.76
64.23
3208-276
194.62
8350
146.65
-
32.98
72.20
0.67
0.46
75.35
3208-277
8380
48.12
-
59.19
0.57
0.96
58.22
3208-278
83.53
8410
51.93
1.69
63.44
0.55
0.66
62.17
39.413208-279
8440
9.83
1.97
15.55
0.56
3.82
24.96
3208-280
47.32
8470
21.07
1.80
30.81
0.58
1.31
44.52
3208-281
36.57
8500
12.33
0.85
13.95
0.56
2.11
33.72
42.193208-282
8530
7.76
0.95
9.36
0.41
4.92
18.41
3208-283
8560
34.35
9.43
1.00
16.35
0.52
2.82
27.46
3208-284
8590
167.56
13.53
1.79
10.63
0.48
15.63
8.07
3208-285
147.37
8620
34.28
0.73
5.96
15.27
3208-286
8650
167.82
0.64
1.65
38.88
237.13
3208-287
8680
68.03
0.69
7.99
11.51
3208-288
8710
3208-289
212.84
8740
3208-290
8770
202.83
30.66
-
3208-291
8800
142.63
30.37
3208-292
312.07
8830
32.36
82.65
27.31
-
29.59
1.32
37.98
0.56
6.39
14.29
52.14
-
72.03
0.54
4.31
24.50
47.38
0.56
7.29
15.11
2.68
35.28
0.64
4.67
21.29
-
22.46
0.78
11.69
10.37
22.50
260.61
206.98
101.34
OEOCHM ID
DePlllS
==is======
"
"
"
"
"
"
_""_"
Cl-c4
""C244
__
C2IC2.
c3/c3.
"
"
"
"
"
"
"
"
"
"
"
"
-
8860
3208-293
424.34
49.52
8890
3208-294
310.18
46.45
8920
3208-295
689.34
95.49
-
8950
3208-296
625.81
231.56
-
8980
3208-297
187.42
92.74
9010
3208-298
308.39
9040
3208-299
3208-30
9100
3208-301
3208-302
9160
9070
9130
3208-303
3208-304
9 190
ICUNC4 Cl/(CZ+C3)
""""_
"
"
"
"
"
"
"
"
"
"
Lrness
=a======
28.50
1 .05
10.92
10.49
53.73
0.71
6.39
19.97
29.3'7
0.72
18.38
6.59
112.69
0.64
2.39
3'7.00
53.08
0.62
1.40
49.98
186.95
151.47
0.58
l.w
60.62
263.10
161.79
46.3'7
1 .oo
0.75
61.49
340.32
265.20
905.65
0.68
0.34
77.92
126.30
75.29
84.22
1.12
0.84
59.61
214.35
173.70
136.29
0.87
0.38
81.03
124.76
46.22
37.93
0.68
2.17
37.04
151.67
98.90
129.51
0.76
0.80
65.20
9.12
,111
9220
3208-305
129.89
68.34
103.84
0.79
1.28
52.61
9250
3208-306
143.87
77.52
52.45
0.52
1.09
53.88
9280
3208-307
176.02
58.28
42.74
0.61
2.73
33.11
156.63
54.56
56.14
0.67
2.25
34
3208-308
9310
9340
3208-309
113.68
21.11
4.68
18.65
0.69
5.92
18.56
9370
3208-310
122.86
22.52
4.21
22.74
0.81
5.60
18.33
9400
3208-311
175.34
38.94
3.03
26.65
0.74
9.34
22.20
9430
3208-312
270.47
57.90
-
40.3
0.74
4.88
21.90
153.36
31.86
10.37
31.64
0.83
4.68
243.77
3208-313
9960
9490
3208-314
123.32
49.76
4.68
41.82
0.70
1.71
40.35
9520
3208-315
186.70
152.70
3.71
63.41
0.73
0.26
81.79
.a3
I
TABLE 11-A
AIRSPACE DATA
CEOCHDH ID
DEPTHS
iEii=i=Dz=
"
"
"
"
"
"
"""_"
c2/c2.
c2-c4
c1-c4
_=="
-
"
c3/c3=
"
"
"
"
"
"
-
3208-316
9550
252.97
208.71
3208-317
9580
141.31
89.95
3208-318
9610
156.98
132.17
3208-319
9640
169.61
140.48
3208-320
9670
172.40
134.33
3208-321
9700
137.63
89.91
3208-322
9733
111.35
66.23
-
3208-323
9760
90.05
68.94
-
"_
IC4RlC4 Cl/(CZ+C3)
=====,x===
i""= "_=I==
rvETRess
-"_"--- - =
il I
162.89
0.77
0.27
82.50
49.20
0.65
0.76
63.65
-
102.06
0.71
0.25
84.19
-
119.04
0.69
0.28
82.82
126.83
0.66
0.38
77.91
67.99
0.69
0.65
65.32
36.22
0.81
0.78
59.97
39 a 0 0
0.67
0.44
76.55
D r l
O E m IO
"_
DEPTHS
""_=
======,==I
_""_
"_ -
HETHANE
ETHANE
BTAFLENE
R BUTANE
a
"
"
"
"
"
"
"
"
"
""o= ""
"
--
c5-ci
"
==7.==
3208-001
130
1140.60
0.00
0.00
0.86
0.19
0.08
0.43
13.18
3208-002
160
1058.34
0.00
0.00
0.61
0.23
0.08
0.24
8.91
3208-003
190
1091.31
0.00
0.00
0.41
0.14
0.06
0.16
5.86
3208-004
2M
1046.77
0.00
0.00
0.33
0.05
0.06
0.12
4.82
3208-005
250
170.18
0.00
0.54
0.87
0.13
0.03
0.17
4.52
3208-006
280
146.03
0.00
0.39
0.31
0.04
0.02
0.08
3.37
3208-001
310
119.18
0.00
0.28
0.34
0.01
0.02
0.06
3.15
3208-008
340
1305.03
0.00
0.00
0.87
0.00
0.01
0.04
2.84
3208-009
370
1317.42
0.00
0.00
0.13
0.03
0.01
0.05
4.46
3208-010
400
1265.02
0.00
0.00
0.14
0.04
0.01
0.05
3.26
3208-011
430
1223.15.
0.00
0.00
0.09
0.01
0.01
0.02
2.84
3208-012
460
1238.84
0.00
0.00
0.13
0.02
0.01
0.09
2.64
3208-013
490
1241.33
0.00
0.00
0.06
0.02
0.00
0.03
2.80
3208-014
520
1292.90
0.00
0.00
0.10
0.00
0.01
0.03
2.80
3208-015
550
1076.38
0.00
0.00
0.06
0.01
0.01
0.03
2.42
3208-016
580
1307.43
0.00
0.00
0.05
0.01
0.01
0.02
2.84
3208-017
6 10
1077.04
0.00
0.00
0.04
0.01
0.00
0.02
2.33
3208-020
700
1341.83
0.00
0.00
1.34
0.11
0.20
0.24
3.34
3208-021
730
1423.80
0.00
0.00
2.07
0.14
0.38
0.43
3.87
3208-022
760
1523.72
0.00
0.00
2.20
0.12
0.37
0.92
3.18
3208-029
970
3573.91
53.19
0.00
7.56
0.00
1.33
1.3?
7.9
3208-030
1000
5699.10
150.01
0.00
29.45
0.00
4.90
5.92
13.41
3208-031
1030
2412.53
23.52
0.00
2.29
0.00
0.26
0.22
2.36
"
TABLE X-B
CUTTINW DATA
uEccA&w x0
OEPTAS
METliMNE
======s==,
=zz=z=
=zzz==z
"ETIiANE
_-s
""
3208-032
1040
6959.03
150.02
0.00
22.68
0.00
3.56
2.93
2.87
3208-033
1060
2568.20
37.03
0.00
6.89
0.00
1.50
1.36
2.15
3208-039
1120
3707.51
69.82
0.00
11.90
0.00
2.20
2.17
2.81
3208-035
1150
6373.93
191.51
0.00
25.71
0.00
4.03
3.97
3.46
3208-036
1180
1592.61
15.22
0.00
2.42
0.02
0.96
0.48
0.69
3208-037
1210
2233.07
33.07
0.00
5.73
0.00
1.01
0.67
0.72
3208-038
1240
1658.77
19.62
0.00
9.02
0.19
0.57
0.37
0.9
3208-039
1270
1799.93
16.54
0.00
4.76
0.15
0.55
0.39
0.25
3208-090
1300
1217.07
0.00
0.00
0.32
0.01
0.07
0.12
0.98
3208-091
1330
1107.66
0.00
0.00
0.29
0.01
0.06
0.10
0.74
3208-042
1360
1608.06
0.00
0.00
2.66
0.10
0.41
0.51
2.98
Ko8-043
1390
1365.65
0.00
0.00
0.48
0.01
0.19
0.13
2.08
3208-099
1410
1196.12
0.00
0.00
1.30
0.00
0.24
0.26
2.91
3208-045
1430
1181.91
0.00
0.00
1.28
0.10
0.24
0.34
9.81
3208-046
1960
2035.11
43-03
0.00
9.96
0.16
1.34
0.93
0.95
3208-047
1490
1286.60
0.00
0.00
1.94
0.11
0.16
0.22
0.19
3208-048
1520
1616.91
0.00
0.00
0.55
0.08
0.06
0.17
1.14
3208-099
1530
1958.52
0.00
0.00
0.33
0.02
0.05
0.10
1.24
3206-050
1560
1704.18
0.00
0.00
1.99
0.19
0.23
0.30
1.22
3208-052
1620
1496.26
0.00
0.00
1.96
0.16
0.15
0.19
0.24
Irn-053
1.m
167.16
w r )
9.m
2.99
9.19
9.19
9.17
9.39
3208-055
1710
1694.57
0.00
0.00
2.46
0.18
0.22
0.27
1.26
3208-056
1740
1930.46
0.00
0.00
2.62
0.15
0.97
1.47
0.80
ETIiYLFJlE
A BUTANE
=======a
c5-c1
a=s=zn=z
=*Is*
OBCCHEM IO
OEPTRS
m m
ETRAm
gnrnERB
S BWWB
c5-m
*zz===sss~
=nn==s
====s==
*De===
=a*====,
SZ,S***D
.=*.a
3208-057
m o
2024.47
0.00
0.00
2.51
0.14
0.57
0.56
1.17
3208-058
1800
2270.86
0.00
0.00
3.86
0.20
0.48
0.49
1.92
Ko8-059
1830
2248.31
8.64
0.00
3.10
0.18
0.61
0.33
0.n
3208-060
1860
1420.04
12.43
0.00
2.16
0.16
0.48
0.53
1.24
3208-061
1890
1221.51
4.48
0.00
2.20
0.13
0.53
0.81
1.57
3208-062
1920
1634.98
6.92
0.00
4.28
0.13
1.52
1.02
1.40
3208-063
1950
1586.17
0.00
0.00
2.60
0.19
0.49
0.79
1.68
3208-064
1980
1460.54
0.00
0.00
2.70
0.16
0.20
0.23
0.71
3208-065
2010
1347.52
0.00
0.00
1.98
0.08
0.17
0.22
0.76
3208-066
2040
1471.48
0.00
0.00
1.77
0.15
0.18
0.28
0.70
YO8-061
ZU70
1332.71
0.00
0.00
4.03
0.20
0.19
0.29
0.72
3208-068
2100
1180.72
0.00
0.00
1.50
0.16
0.18
0.34
0.88
3208-069
2130
1169.89
0.00
0.00
3.10
0.13
0.15
0.16
0.36
3208-070
2160
1897.05
0.00
0.00
2.63
0.23
0.25
0.30
5.62
3208-071
2190
1584.67
0.00
0.00
1.24
0.19
0.12
0.18
0.91
3208-072
2220
1841.31
0.00
0.00
1.96
0.24
0.21
0.25
0.73
3208-073
2250
1759.96
0.00
0.00
1.71
0.19
0.20
0.24
0.90
3208-074
2280
1459.88
0.00
0.00
1.59
0.17
0.19
0.26
1.06
3208-075
2310
2021.84
0.00
0.00
2.49
0.42
0.25
0.36
0.71
3208-076
2340
2322.91
0.00
0.00
3.38
0.45
0.41
0.44
0.97
3239-077
2370
3536.52
34.89
0.00
5.68
0.48
0.81
0.42
0.43
3208-078
2400
3172.00
28.93
0.00
7.38
0.32
1.23
1.37
3.66
3208-079
2430
2226.82
0.00
0.00
3.23
0.33
0.65
1.12
3.75
m
r
I
TABLS 1-8
CUTTINOS DATA
WoRlgn ID
DEPTHS
IIETHANB
EnuNE
*=I=======
=a==*s
mILIIIIB
N BWAIIB
c5-ci
=x=====
=====a
55*=*1==
***=E=*=
x===*
3208-080
2460
2359.80
10.48
0.00
5.98
0.48
0.88
1.113
6.51
3208-08 1
2490
1670.68
0.00
0.00
3.13
0.35
0.92
0.93
3.67
3208-082
2520
2226.87
21.25
0.00
6 -57
0.42
0.77
0.68
1.f1
yo8483
2550
2385.73
21.63
0.00
6.31
0.37
0.79
0.58
0.83
3208-084
2580
2986.05
23.56
0.00
7.22
0.92
0.85
1.w
2.25
3208-085
26 10
4569.59
36.03
0.00
8.66
0.26
2.02
1.33
0.39
3208-086
2690
3914.57
0.00
0.00
12.00
0.33
5.59
3.85
1.19
3208-087
2670
5190.39
0.00
0.00
9.18
0.93
5.17
3.88
2.67
3208-088
no0
6349.89
0.00
0.00
9.17
0.51
2.79
2.76
2.59
3208-089
2730
3149.17
0.00
0.00
4.70
0.29
1.23
1.51
1.39
Yo8490
2760
1796.39
0.00
0.00
3.57
0.23
1.16
1.62
1.25
3208-091
2790
3505.81
0.00
0.00
6.37
0.31
1.00
1.52
2.11
3208492
2820
5598.19
73.38
0.00
14.52
0.59
2.65
1.98
2.87
3200493
2850
2753.86
0.00
0.00
5.83
0.29
2.08
2.21
1.70
3208-099
2080
1980.28
0.00
0.00
3.11
0.26
0.96
1.67
1.63
3200-095
2920
3853.02
0.00
0.00
5.16
0.38
1.01
1.61
2.09
3208-096
2950
3128.77
0.00
0.00
4.52
0.36
0.99
1.75
2.72
3208497
2980
2573.50
0.00
0.00
3.34
0.41
0.53
0.81
1.92
3208498
3010
2656.95
0.00
0.00
6.09
1.31
1.59
2.26
1.69
3208-099
3090
2695.91
0.00
0.00
3.86
0.69
0.98
1.67
2.85
3208-100
3070
3919.29
0.00
0.00
4.69
0.65
0.63
1.00
2.26
32o0-101
3100
2455.56
0.00
0.00
4.39
0.31
0.57
0.92
4.22
3208-102
3130
3267.01
0.00
0.00
3.00
0.25
0.91
0.61
5.78
==
- m
PAOE
TABLE I - E
CUTTINGS DATA
5
-
c5-c7
0.35
0.60
1.93
0.40
0.25
0.50
2.42
3.80
0.36
0.40
0.50
2.10
0.00
9.71
0.40
2.31
1.97
3.65
0.00
0.00
8.25
0.59
0.70
0.69
1.44
4308.02
0.00
0.00
4.91
0.49
0.45
0.51
0.83
3340
2842.24
0.00
0.00
2.98
0.51
0.34
0.64
1 .T3
3208-110
3370
5073.05
0.00
0.00
5.30
0.52
0.59
0.62
1.73
3208-1 1 1
3400
5914.63
0.00
0.00
8.01
0.37
1.10
0.93
1.63
3208-112
3430
5139.94
0.00
0.00
6.93
0.48
1.11
1.30
1.36
3208-113
3460
5924.32
0.00
0.00
10.01
0.50
0.98
0.75
0.8
3208-114
3490
4848.81
0.00
0.00
7.00
0.42
1.61
1 .I5
0.98
3208-115
3520
5337.96
0.00
0.00
6.00
0.43
0.91
0.66
0.66
3206-116
3550
4218.56
0.00
0.00
7.49
0.28
0.85
0.48
0.18
3208-117
3580
5722.35
62.18
0.00
32.54
0.46
4.63
2.66
0.30
3208-118
3610
4651.78
42.70
0.00
15.47
0.52
4.32
2.76
0.74
3208-119
3640
2706.22
26.33
0.00
23.13
0.28
3.13
1.91
0.23
3208-120
3670
2161.44
0.00
0.00
8.56
0.30
1
1.34
0.28
3208-121
3700
1439.52
5.47
0.00
3.11
0.18
0.58
0.42
0.33
3208-122
3730
1354.15
0.00
0.00
2.81
0.29
0.32
0.29
0.22
3208-123
3760
1962.81
0.00
0.00
2.19
0.25
0.20
0.32
0.46
3208-125
38.a
7157.36
0.00
0.00
6.82
0.61
0.63
0.80
1.28
N BUTANE
GEOCEW I D
DEPTHS
"""Di==
"
"
"
"
"
"
"
"
"
====,==
3208-103
3160
2454.75
0.00
0 .oo
2.46
0.36
3208-104
3190
2074.15
0.00
0.00
2.26
3208-105
3220
4615.98
0.00
0.00
3208-106
3250
5741.67
0.00
3208-107
3280
7558.75
3208-108
3310
3208-109
HETHANE
ETAANE
ETRYLENE
---
====x===
ill==
:
"
"
"
"
.a
7.=z==
r
Im m
I
TAstE 1-8
CUTFINOS DhTA
mnmm
gnmm
n nmns
E"
=*===a==
==*a====
,z==s
OEoclren IO
DgPTKS
UEIEANE
=,**=*a***
a====.
s=====*
3208-126
3850
12728.27
0.00
0.00
9.98
1.19
0.68
0.88
1.02
3208-127
3880
7050.90
0.00
0.00
6.26
0.80
0.49
0.76
0.71
3208-128
39
6469.20
50.97
0.00
7.22
0.59
0.68
0.98
0.53
3208-129
3940
14105.40
0.00
0.00
14.99
0.84
1.30
1.53
0.79
3208-131
4000
3315.04
0.00
0.00
2.86
0.52
0.24
0.93
0.78
3208-132
4030
3528.27
0.00
0.00
3.57
0.45
0.22
0.39
0.70
pO8-133
4060
4118.18
0.00
0.00
4.22
0.59
0.18
0.31
0.58
3208-134
9090
7362.10
0.00
0.00
5.97
0.70
0.36
0.54
0.70
3208-135
4120
7129.07
0.00
0 .oo
4.99
0.60
0.31
0.49
0.62
3208-140
9270
3930.53
0.00
0.00
9.24
0.69
0.50
0.45
6.22
3208-192
9330
3905.50
0.00
0.00
4.93
0.57
0.68
0.58
3.11
3208-193
9360
10457.86
0.00
0.00
12.13
1.12
1.59
1.48
1.98
3208-144
9390
10835.94
0.00
0.00
12.78
1.20
1.52
1.58
2.39
3208-195
4420
7443.91
0.00
0.00
9.48
0.90
1.02
1.43
4.32
3208-146
9450
4807.71
0.00
0.00
7.89
0.55
0.99
1.21
2.87
3208-147
4480
6141.21
0.00
0.00
8.21
0.73
0.86
1.12
2.58
3208-148
9510
2024.48
0.00
0.00
16.28
0.98
3.67
7.53
33.82
3208-149
4590
1595.63
0.00
0.00
20.98
0.58
4.20
12.51
16.71
3208-150
4570
1989.65
0.00
0.00
99.59
0.55
14.98
59.60
31.09
3208-151
9600
1294.73
19.90
0.00
113.86
0.93
19.98
71.18
33.23
3208-152
9630
1354.79
20.15
0.00
81.19
0.43
19.88
81.22
89.23
3208-153
4660
1159.26
5.03
0.00
52.98
0.29
10.68
47.38
35.05
3208-159
9690
1656.06
21.72
0.00
39 -07
0.40
6.17
19.63
14.39
10
======
91'0
82'2
20.0
8O'b
05'9
OO'hl
LO'O
92%
9E'E
16'21
00'0
69'51
hO'O
EZ'S
62'5
01'8
00'0
62'61
hO'O
Lh'9
01'11
92'8
00'0
00'0
90'h
60'0
L5'1
LO'E
9L'Oz
00'0
€8'5
60'0
2b-1
BL.2
80' 6
00'0
hE '22
50'0
02'1
86'1
hZ'L
bLl-BOZE
0625
sLl-8OZE
OZES
66'59Ll
9L1-802E
OSE5
82'5ELl
hZ'11
08E5
09'5x8
Z'hh
LLL-8OZE
050s
1 L'69S
S2'81
00'0
LL'SZ
01'0
L91-80Z
0805
"E6E
hl'E1
00'0
20'12
01'0
6h.2
891-802E
0115
25'18bl
Lh'EE
00'0
6E.62
01'0
OS'Z
12'9
691-8oZE
Oh15
BS'EOhl
ZL.21
00'0
5zz'Oz
01'0
9l'E
91'5
h6'L
OLL-BOZE
OL15
OE'h151
00'0
00'0
8L'El
50'h
hb'E
LLL-BOZE
0025
E5'6Lbl
26'61
00'0
09'81
6b'E
ZLL-BOZE
OEZ5
98'bLSl
00'0
00'0
ELl-8OZE
0925
6E'BLbl
00'0
90'69hl
09-91
BHvwa
La-53
========
"
"
""5
68'b
09'Ll
L6'21
Ob'O
Ol'bl
hO'Eh
61'02
92'0
19'h
66'El
LO'ZL
55.2
99'2
OL'Z
Eb'E
05'91
OO'h
L9'5
1L'h
L6'1
01'5
9h'h
EO'Z
89' h
bO'b
El'2
Oh'h
5E.S
8E'Z
Zl'b
98'9
6S'b
98'6
91'9
10'9
h6'E
BOT
00'0
L2'EZ
29'8hh
LB'Ll
00'0
59-21
LL'O
591-8OZ
0205
61'llb
06'11
00'0
08'21
50'0
991-802E
2L'hlL
11'91
00'0
bL'Z2
12'0
20'1
L8'16S
LL'ZL
00'0
26'61
11'0
26.0
Eh.129
89' 6E
00'0
66'58
61'0
12'0
W6h
S9'EQ5
E 1-01
00'0
51-22
01 ' 0
68' 1
291-80ZE
OE6h
EZ'Bbh
EG'LZ
00'0
92'12
EL'O
E91-80ZE
096h
08'6Lb
16'02
h91-802E
066b
80'0
22'0
OZLb
SE'S921
bE'61
00'0
951-80ZE
05Lh
bE'W1
LO'&
00'0
01'66
LSl-8OzE
08Lh
09'5111
bL'12
00'0
5E'hh
851-80ZE
Ol8h
6Sl-802E
Oh8h
09l-802E
OLBh
191-8OzE
LE'LZ
MHLB
BN3UW
"
"
"
=====I
"_
""_E=D
H
smaa
am-
====ID
"""=
551-902E
DIDEEnSDz=
a1 m a 3
r
n
I= D
T U L E 1-8
CUTTINOS DATA
MEiliANE
A BUTANE
----"-_ ----
--ETHYLENE
---- -------- --
E"
OEOCHW ID
DEPTHS
1=11z1
_____==
"_
ETEANE
=z==SElii=
3208-178
5410
1018.21
127.52
0.00
509.28
0.04
88.21
134.12
61.83
3208-179
5440
1136.78
25.69
0.00
119.95
0.15
48.75
100.32
392.80
3208-180
5470
1077.92
50.58
0.00
508.25
0.09
103.74
255.18
130.69
3208-181
5500
1124.99
76.09
0.00
483.55
0.32
351.23
668.54
2534.91
3208-182
5530
1368.28
135.12
0.00
451.91
0.23
207 .O 1
443.95
1896.96
3208-183
5560
1385.86
144.62
0.00
562.82
0.16
244.42
540.87
1849.87
3208-184
5590
988.75
19.21
0.00
64.36
0.11
26.98
60.55
244.72
3208-185
5620
1495.61
208.94
0.00
497.97
0.04
53.82
93.49
55.74
5650
1442.25
93.92
0.00
256.38
0.21
75.63
234.18
362.62
3208-187
5680
1406.37
135.93
0.00
299.12
0.84
207.67
504.50
2789.18
3208-188
5710
1378.09
176.45
0.00
294.92
0.38
156.92
374.61
2396.72
3208-189
5740
1172.43
122.98
0.00
223.33
0.12
93.83
213.22
1207.68
3208-190
5770
1066.10
111.08
0.00
223.06
0.22
88.82
197.74
1469.76
3208-191
5800
1840.83
237.23
0.00
594.41
0.33
423.02
1037.01
5232.78
3208-192
5830
2553.60
429.78
0.00
1260.86
0.50
1021.47
2534.51
7594.59
3208-193
5860
2548.48
572.82
0.00
1710.10
0.46
1344.70
3272.12
10749.20
3208-194
5890
935.99
62.67
0.00
105.44
0.56
62.31
157.65
1318.52
3208-195
5920
919.52
102.71
0.00
453.43
0.28
168.80
373.43
123.44
3208-196
5950
1535.67
108.82
0.00
228.07
0.63
89.80
227.55
1383.23
3ZW8-197
5980
1582.04
56.53
0.00
71.75
0.21
32.42
73.67
672.18
3208-198
6010
1478.40
39.83
0.00
36.61
0.11
13.02
27.67
193.25
3208-199
6040
1328.77
29.13
0.00
45.66
0.06
19.63
53.24
511.41
3208-200
6070
1846.04
116.96
0.00
166.74
0.61
72.36
146.19
1205.24
3208-186
'
ID====
"
"
x====
80'92
00'0
EZ'6E
00'0
18'25
00'0
L9'Lhl
02'0
h6'ZE
00'0
E1.15
LO'O
52'12
50'16
00'0
hl'O
Sh.99
88'66
59L9
00'0
LO'O
8L'Oh
L6'0h
60'501
60'h9
00'0
05'ZZZ
hZ'O
88'LS
90'85
LO'8hl
BL'88Zl
6S'Zh
00'0
h8'EL
91'0
98'
OL'92
16'EK
E9.8021
Oh'hh
00'0
61'1L
EE'ZLZ
90'25
h2
19'0
El'Ohl
00'0
15'21
hl 'E2
00'0
28'99
!Z2'96L
62'82
00'0
29'6E
912-8OZE
0559
LL'98L
LlZ-8OZE
0859
01'6211
812-WZE
0199
59'hQOl
612-8oZE
Oh99
L9'90hl
OZ2-802E
OL99
8E'hOll
lzz-8oz
OOL9
8l'lLll
222-80ZE
OEL9
E22-802E
09L9
2L'hhl
86-19
00'0
ZL.581
$1'0
202-802E
OS19
SO'hL51
88'hZl
00'0
OO'hZZ
02'0
60'021
E02-90ZE
0919
h6.8051
L5'hOl
00'0
90'581
65'0
96'001
6L'OEZ
hOZ-BOZE
0619
09'OOhl
OE"
00'0
51'19
6E'O
E5'6Z
Ll'L9
lh'55h
SOZ-BEE
0229
L9'89hl
Bh'EL
00'0
98'821
11'0
€8'59
65'Lhl
61'968
902-802E
0529
SO'EE51
ZS'911
00'0
5h'61E
92'0
90'891
16'98E
9E'LE51
LOZ-802E
0829
Zl'lhhl
00'0
60'bZ
LO'O
LE'hL
h5'Ef
08'022
8OZ-802E
OLE9
98'8hZl
8E'Ll
00'0
09'81
51'0
ZL.8
92'81
85'6El
6OZ-80zE
OhE9
ZL'06El
ZE'ZE
00'0
O5'2E
b0'0
5L.8
hO'OZ
Eb'hZl
OLZ-8OZE
OLE9
h5'6EEl
€6'9
00'0
€6'9
00'0
25'2
1 L'E
E5'OE
112-802E
OOb9
5€'8621
hh'L1
99'6
h8'02
56'191
212-802E
OEh9
L6'h08
00'0
LE'Z
05'2
08'02
ElZ-eOZE
09h9
00'0
90'5
28'5
h8'lE
blZ-802f
06h9
69'EhL
51 ' 0
95'2h
LE'ZL
69'LLZ
512-8OZE
0259
85'EZ
Lh'ZE
01'181
91'22
59'92
19'66
58'2
82'12
LB'OE
h1'12
E2'85
5h'OEE
00'0
01'191
E6'02
€1'0
56'E
00'0
00'0
00'0
hE'L1
00'0
6h'OhL
3
mmua
BLIYUB N
w-53
SL====
"""==
"
"
"
SEEZIDiD
-_
"r==
Ll'hO61
95'022
08'1911
hb'L92
hh'0691
OE'h621
96'86
W
- -- - "
"
~ 3NVRUDl
"_
0019
lO2-802E
ax ~
s-a
"
"
""===E==
""-5
a ~ m 3 ~
""
I
TABLE I-B
CUTTINGS DATA
OEKHEM
ID
DEPTH?,
"_
HeTHANE
-"_ ---
gTBANE
BTHPLEHE
-- --- --
"_
tl BUTANE
----
--
c5-cl
x========:
"
"
"
"
"
"
3208-224
6790
1276.98
51.30
0.00
96.99
0.40
29.73
17.34
47.99
3208-225
68.20
1187.18
39.88
0.00
76.76
0.29
24.63
23.99
88.79
3208-226
6850
1201.22
51.49
0.00
84.59
0.08
28.37
23.38
67.49
3208-227
6880
1139.25
57.32
0.00
111.30
0.12.
29.12
22.85
54.05
3208-228
69 10
1081.57
44.68
0.00
92.75
0.09
27.72
20.35
41.51
3208-229
6940
1050.60
34.21
0.00
48.59
0.06
18.87
12.33
23.07
3208-230
6970
1191.80
67.25
0.00
43.87
0.09
16.82
7.12
13.32
yO8-231
7000
1157.92
51.25
0.00
39.57
0.07
15.04
7.68
9.86
3208-232
7030
1558.43
61.41
0.00
53.31
0.00
18.34
11.46
15.21
3208-233
7060
965.55
41.58
0.00
58.03
0.28
17.63
18.74
53.84
3208-234
7090
283.13
26.30
0.00
37.92
0.17
13.33
11.26
27.03
3208-235
7 120
43.61
35.53
0.00
37.79
0.12
11.39
5.48
6.93
3208-236
7150
597.89
44.00
0.00
41.09
0.07
12.50
5.09
6.49
3208-237
7180
402.09
27.51
0.00
37-03
0.03
11.01
5.27
4.12
3208-238
7210
246.77
6.22
0.00
9.56
0.02
3.13
4.07
15.15
3208-239
7240
923.43
18.80
0.00
30 -78
0.15
14.41
18.61
83.86
3208-240
7270
918.97
30.68
0.00
46.35
0.08
17.10
12.35
20.86
3208-241
7300
813.14
24.24
0.00
33.03
0.17
15.77
12.83
38.32
3208-242
7330
795.75
11.11
0.00
23.26
0.11
6.71
9.70
25.71
3208-243
7360
959.69
16.19
0.00
25.35
0.09
6.48
5.29
11.47
3208-244
7340
744.3q
23.m
0.00
30.95
0.03
9.41
A.51
15.82
3208-245
7420
890.71
16.68
0.00
23.26
0.11
7.54
8.30
21.23
3208-246
7450
1121.48
8.68
0.00
21.31
0.04
6.47
10.50
33.51
"
"
"
"
"
"
"
"
"
"
"
>===I
"
TABLE I - B
CUTTINOS DATA
I-
N BUTANE
(IEOCRW 10
DEPTHS
==x===
------------
ETHANE
"
"
"
"
"
"
"
"
"
"
3208-247
7480
943.65
18.74
0.00
25.61
0.05
7.44
6.82
15.05
3208-248
7510
838.01
22.51
0.00
57.37
0.01
24.21
30.37
110.52
3ZQ8-249
7540
995.58
27.82
0.00
42.29
0.04
16.60
14.99
60.75
3208-250
7570
1545.61
33.60
0.00
31.64
0.03
6.55
3.82
3208-251
7600
1752.25
46.31
0.00
41.63
0.04
14.45
7.32
23.17
3208-252
7630
1598.19
52.46
0.00
42.06
0.04
11.50
4.43
5.94
3208-253
7660
2402.22
36.82
0.00
20.98
0.04
4.18
1.77
2.09
3208-254
7690
3609.42
55.49
0.00
20.15
0.03
4.06
1.29
1.38
3208-255
7720
1521.89
558.43
0.00
19.49
0.04
5.23
3.66
10.90
3208-256
7750
1233.54
19.52
0.00
35.67
0.05
9.79
7.48
12.33
3208-257
7780
1446.50
41.01
0.00
130.54
0.08
63.54
89.71
328.29
3208-258
7810
1072.09
8.77
0.00
14.28
0.02
6.06
11.48
61.14
3208-259
7840
1117.99
9.18
0.00
22.21
0.05
12.24
28.11
148.42
3208-260
7870
1072.57
8.30
0.00
13.27
0.01
3.90
5.36
20.80
3208-261
7900
1180.14
9.76
0.00
13.31
0.21
4.56
7.87
61.21
3208-262
7930
1080.06
2.90
0.00
4.26
0.00
1.29
2.34
10.55
3208-263
7960
1137.22
5.36
0.00
5.21
0.02
3.87
3.24
36.84
3208-264
7990
710.63
0.00
0.00
2.73
0.02
2.54
5.12
15.85
3208-265
8020
1040.74
5.11
0.00
10.42
0.01
1.61
2.47
6.36
3208-266
8050
1062.06
12.10
0.00
16.29
0.01
3.21
2.61
5.41
3208-267
8080
1037.96
o .on
n.on
0.93
o.n1
0.41
0.49
4.45
3208-268
8110
1098.11
0.00
0.00
5.37
0.02
1.31
1.53
8.13
3208-269
8140
87.59
0 .oo
0.00
0.67
0.01
0.15
0.24
1.57
HETHANE
"
"
"
"
"
"
"
ETHKENE
-- -- -- ----------
E-CT
D==zilED,
7 -70
= m
TABLE 1-8
CUTTINGS DATA
""_
""_
" _ -"_
"_
QEOCREM ID
DEPTHS
HeTBANE
ETHANE
epHlnENE
======x===
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
:==x====
3208-270
8170
610.55
4.28
0.00
10.80
0.01
8.74
13.99
48.72
3208-271
8200
364.94
2.78
0.00
2.89
0.02
0.73
0.77
1.83
3208-272
8230
1036.99
0.00
0.00
1.67
0.02
0.67
1.11
15.35
3208-273
8260
1004.94
0 .oo
0.00
5.72
0.09
2.64
4.99
33.38
3208-274
8290
164.17
2.03
0.00
2.88
0.06
0.86
2.02
25.27
3208-275
8320
1308.92
17.80
0.00
10.82
0.39
2.33
4.59
55.39
3208-276
8350
2258.55
16.68
0.00
19.57
0.21
4.18
7.79
81.24
3208-277
8380
2837.10
18.40
0.00
8.50
0.18
0.97
1.91
22.92
3208-278
8410
8400.02
12.88
0.00
4.45
0.03
0.94
0.85
8.84
3208-279
8440
2324.40
18.50
0.00
5.28
0.09
0.90
0.73
4.92
3208-280
8470
1101.03
8.84
0.00
1.68
0.22
0.24
0.36
3.81
3208-281
8500
1301.64
0.00
0.00
0.71
0.02
0.08
0.16
0.85
3208-282
8530
1676.69
0.00
0.00
0.97
0.04
0.11
0.26
1.40
3208-283
8560
873.44
0.00
0.00
0.64
0.02
0.08
0.25
2.23
3208-284
8590
6780.52
73.98
0.00
17.23
0.00
0.67
0.74
0.79
3208-285
8620
6303.84
69.50
0.00
16.70
0.00
0.92
1.12
4.72
3208-286
8650
4422.19
20.79
0.00
7.86
0.00
0.98
0.63
1.45
3208-287
8680
8278.16
71.08
0.00
21.88
0.00
0.91
0.94
0.85
3208-288
8710
6733.96
E.92
0.00
23.74
0.00
0.35
0.50
10.84
3208-289
8740
5595.16
14.44
0.00
2.03
0.00
0.34
0.66
7.16
3208-290
8770
5744.04
12.21
0.00
7.10
n.nn
n.51
0.78
33.85
3208-291
8800
3560.85
0.00
0.00
5.36
0.03
4.60
8.49
116.53
3208-292
8830
9584.08
100.05
0.00
22.84
0.00
1.42
2.48
24.51
"
"
"
Z
"_
-"""
N BUTANE
PROPANE
PROPYLENE
ISOBUTANE
"
-
5
C541
"
TABLE 1-8
CUTTINGS DATA
GEEHE% IO
DEPTRS
"
"
"
"""si==
i
l
Z
l
i
i
3208-33
"_
UEC€iANE
"_ -
E
rHnENE
-- --------- -
N BUTANE
c5-CI
,s======
="E=
--- - ---
ETHANE
8860
10688.67
92.91
0.00
3.37
0.00
1.15
1.58
5.97
3208-294
8890
12317.10
0.00
0.00
7.09
0.00
0.84
1.07
9.83
3208-295
8920
20875.64
178.51
0.00
46.96
0.00
2.03
2.31
15.89
3208-296
8950
4338.9 1
133.36
0.00
30.65
0.00
4.04
6.57
79.10
3208-297
8980
2903.70
32.81
0.00
15.44
0.07
3.05
7.w
50.73
3208-298
9010
3577.78
42.93
0.00
14.52
0.03
3.85
8.29
72.211
3208-299
9040
1797.03
15.72
0.00
13.20
0.06
3.30
6.32
75.72
3208-300
9070
2200.16
30.15
0.00
28.98
0.07
6.10
10.62
40.79
3208-301
9100
2545.10
48.44
0.00
27.72
0.06
15.72
29.19
298.28
3208-302
9 130
1735.76
20.55
0.00
14.94
0.04
4.84
10.28
116.46
3208-303
9160
3317.70
14.63
0.00
5.65
0.04
0.48
1.00
11.34
3208-304
9190
3744.69
0.00
0.00
10.24
0.05
2.62
2.72
32.78
3208-305
9220
2285.59
11.81
0.00
7.44
0.02
0.96
1.'I9
21.88
3208-306
9250
3187.35
13.69
0.00
4.61
0.00
0.61
1.oo
5.98
3208-307
9280
3oB9.77
14.22
0.00
7.51
0.05
1.52
2.110
23.75
3208-308
9310
4299.66
20.56
0.00
6.92
0.04
0.53
0.W
22.76
3208-309
9340
2774 .70
13.31
0.00
6.76
0.02
0.64
0.84
3.36
3208-310
9370
1718.08
0.00
0 .oo
2.39
0.02
0.60
1.27
9.15
3208-31 1
9400
1885.73
8.74
0.00
5.45
0.04
0.84
1.31
15.41
3208-312
9430
2081.39
13.26
0.00
14.76
0.13
9.60
19.82
220.10
3208-313
9460
1883.92
9.02
0 .oo
4.64
0.05
0.57
0.95
18.70
3208-314
9490
1489.13
5.64
0.00
3.26
0.07
1.18
3.09
69.97
3a8-315
9520
11112.09
2.96
0.00
4.14
0.06
0.59
1.48
30.61
Dl====
I
"CUD"
TABLE I-B
CUTTINGS DATA
ID
ETHANE
CTHILEHE
"""__"
_"""_"
"_
METHANE
-- -----
------ - ---
- - ------- -- --
9550
1487.61
12.63
0.00
17.56
0.09
491.55
3208-317
9580
1405.64
5.01
0.00
13.68
0.03
144.54
3208-318
9610
1263.52
0.00
, 0.00
12.78
0.07
114.19
3208-319
9640
1231.75
9.33
0 .oo
11.95
0.03
27.45
3208-320
9670
1397.88
0.00
0.00
11.65
0.05
95.21
3208-321
9700
1310.71
0.00
0.00
4.92
0.03
17.05
3208-322
9730
822.43
7.40
0.00
7.49
0.03
10.47
3208-323
9760
547.51
0.00
0.00
9.96
0.07
17.16
OECKHM
DEPTRS
"
"
"
"
"
1=3i==
3208-316
"
"
"
"
"
"
PROPANE
PROPYLENE
C5-w
"_il
6 -
"_
/
c
fa3
DeocBBn IO
D
m
Cl-C4
c2-cu
c3/c3s
mmc9
C V ( C ~ + C ~ ) anmNEs3
""-=*a=*
zn=e=s
a====
D*=3:
:==,=s
,=sf==:
=a.=====0=
==,===sm
3208-001
130
1141.99
1.38
4.40
0.m
1316.68
0.12
3208-002
160
1059.28
0.93
2.63
0.33
1713.17
0.08
3208-003
190
1091.97
0.65
2.85
0.41
2609.n
0.05
3208-004
220
1047.29
0.52
5.87
0.53
3097.02
0.04
3208-005
250
171.n
1.08
6.51
0.21
195.40
0.63
3208-006
280
146.45
0.42
6.74
0.31
968.48
0.28
3208-007
310
119.61
0.43
18.29
0.45
343.99
0.36
3208-008
340
1305.97
0.93
138.21
0.35
1493.87
0.07
3208-009
370
1317.62
0.19
3.55
0.29
10025.73
0.01
3208-010
400
1265.24
0.21
3.26
0.30
8622.82
0.01
~8-011
430
1223.29
0.14
5.03
0.46
12379.77
0.01
3208-012
460
1239.03
0.19
4.62
0.33
9263.57
0.01
3208-013
490
1241.44
0.10
2.61
0.26
19037.99
0.00
3208-014
520
1293.05
0.15
10.49
0.47
12826.61
0.01
3208-015
550
1076.49
0.11
4.60
0.40
16341.39
0.01
3208-016
580
1307.53
0.09
5.08
0.70
22019.45
0.00
3208-017
610
1077.12
0.07
3.89
0.38
22983.26
0.00
3208-020
700
1343.62
1.79
11.88
0.85
994.95
0.13
3208-021
730
1426.68
2.88
14.62
0.87
686.76
0.20
3208-022
760
1526.74
3.01
17.57
0.88
689.49
0.19
3208-029
970
3637.32
63.41
1.oo
58.81
1.74
3208-030
1000
5889.39
190.29
0.82
31.75
3.23
3208-031
1030
2438.85
26.31
1.17
93.93
1.07
-
?NILS 11-B
CUTTIHIIS DATA
D
B
mI D
DgPTIlS
Cl-C4
u-c4
C3IC3-
Npnrm
Dzz7.1===a1
=a===*
i.ZDZI
a===,
=alil=D
D=ES=fl=
1040
3238-032
7138.23
179.20
1060
3208-033
2614.99
46.78
3793.62
86.11
-
1.21
40.29
2.51
1.10
58.46
1 .78
1.01
95.35
2.26
1.01
38.11
2.67
0.95
90.25
1.15
1.16
57-59
1.78
1150
3208-035
6549.16
175.23
-
1180
3208-036
1611.21
18.60
107.14
1210
3208-037
2n3.77
40.69
1240
3208-038
1683.35
29.58
20.60
1.53
70.16
1.46
1270
3208-039
1829.14
29.21
31.06
1.62
77.19
1.32
1300
3208-040
1217.59
0.51
23.55
0.61
3749.78
0.04
1108.13
0.47
16.13
0.55
3693.49
0.09
3a8-034
3208-041
1120
133
-
1360.
3208-042
1811.65
3.58
24.89
0.79
618.79
0.19
1390
3208-043
1366.42
0.76
29.39
1.07
2843.39
0.05
1410
3208-044
1199.96
1.83
0.89
916.97
0.15
1430
3208-095
1183.78
1.87
12.33
0.72
922.66
0.15
1460
3208-046
2090.39
55.28
59.37
1.43
38.39
2.64
1490
3208-047
1288.93
2.33
16.87
0.73
662.73
0.18
1617.10
0.79
6.42
0.39
2928.87
0.09
1959.01
0.49
13.48
0.52
4327.10
0.03
1706.72
2.53
10.21
0.77
853.47
0.19
3208-048
1530
1520
3208-049
3208-050
1560
-
1620
3208-052
1498.57
2.31
10.69
0.83
761.93
0.15
1650
3208-053
1629.49
2.33
10.92
0.81
810.08
0.19
1710
3208-055
1697.54
2.97
13.22
0.80
687.30
0.17
1790
3206-056
1935.53
5.07
17.41
0.65
736.10
0.26
LL'6
8L.61
L6'0
U.91
€8'1
"L6L
68'21
26'0
BZ'L6
80' L
06'Sl
99'0
L9'281
59'0
Sf
Lb.1
6'd'Sbl
€8'0
Lb'EL
19'0
8L-809
b2'0
S2'9L
98'0
BZ'OPS
12'0
08'0
00'8L9
LL'O
59'0
E O 'U B
SL'O
€9'0
E6'6ZE
EE'O
b1'6
ES'O
2Z"L
LL'O
bb.22
26'0
LS'9LE
62'0
Lf'll
28'0
85'61L
91'0
ZE'9
89'0
L0'9LzL
60'0
80'8
58'0
SO'SE6
€1'0
08'8
18'0
6L'UOl
ZL'O
68'8
LL'O
EL'216
9'1.0
01'0
LL'LIB
SL'O
b6'0
bS'989
81'0
26'1
EL'LB
91.1
06'0
bE'L8
LZ'L
85'0
6S.889
22'0
L9'SOE
81'0
bf'L8S
LZ'O
9S'O
20' I
89'22
6L'l L
LS'L
985
lS'6L
ZL'IL
51 '22
LO'LL
W/E3
ssalrrar*
Es=eDI
DvDDunE.
r
B-
t"
-.
TABLE 11-6
CUITINOS DATA
m
B
9
9
WOcHEn IO
DKPTRS
c1-c9
==x======,
=*+*=a
=*=zs
3208-080
2960
2378.58
18.78
12.45
0.61
143.28
0.78
3208-081
2490
1675.18
4.99
8.92
0.45
532.77
0.26
3208-082
2520
2256.16
29.29
15.59
1.19
80.01
1.29
3208-083
2550
2415.06
29.33
16.78
1.35
85.36
1.21
3200-089
2580
3018.71
32.65
16.87
0.85
96.96
1.08
3208-085
26 10
4613.45
48.85
32.54
1.52
100.32
1.05
3208-086
2690
3936.02
21.115
36.36
1.4W
326.15
0.54
3208-087
2670
5208.58
18.24
20.96
1.33
565.21
0.35
3208-088
2700
6359.53
14.68
17.68
0.99
691.51
0.23
3208-089
2730
3151.63
7.95
18.87
0.81
668.53
0.23
Ko8-090
2760
1802.10
6.36
15.40
0.71
502.92
0.35
3208-091
2790
3515.11
9.30
19.94
0.92
549.79
0.26
3208-092
28rn
5690.74
92.55
26.85
1.33
63.68
1.62
3208-093
2850
2763.99
10.12
19.80
0.99
472.35
0.36
3208-094
2880
1986.09
5.75
11.66
0.57
635.a
0.28
3208-095
2923
3860.82
7.80
13.57
0.63
745.51
0.20
3208-096
2950
3136.05
7.28
12.45
0.57
690.95
0.23
3208-097
2980
2578.19
4.68
8.00
0.65
770.08
0.18
3208-098
3010
2666.86
9.90
4.59
0.70
939.76
0.V
3208-099
3040
2T02.49
6.53
5.52
0.58
697.25
0.24
3208-100
3070
3925.62
6.33
7.19
0.63
834.16
0.16
3208-101
3100
2961.45
5.89
13.80
0.61
558.34
0.23
3208-102
3130
3271.05
4.03
11.95
0.68
1087.05
0.12
c2-c9
=====
C3/C3*
==*=s3=*
ttnssttll
D
IO
-""""-=-E
-m
- --
"_
mT89
3208~103
3160
5=z=af
"C
""+
"
"
c249
c3/c3.
====x
==z===
2458.19
3.Q3
6.72
0.59
994.35
0.13
3190
3208-104
2077.18
3.02
5.57
0.51
916.98
0.19
3220
3208-105
46ZQ.70
9.71
10.28
0.79
1214.16
0.10
3250
3208-106
5761.68
14.01
23.79
1.17
591.34
0.24
7568.41
9.65
13.90
1.01
915.68
0.12
3208-107
3280
3310
3208-108
9313.90
5.88
9.86
0.87
876.76
0.13
3340
3208-109
2846.20
3.96
5.81
0.53
953.76
0.13
5079.52
6.97
10.0s
0.88
956.70
0.12
5929.69
10.05
21.23
1.17
738.18
0.16
5149.29
9.39
14.37
0.85
791.16
0.18
3208-110
3900
3370
3208-111
yo8-112
3930
3960
3208-113
5936.08
11.76
19.73
1.29
591.39
0.19
3390
3208-114
9859.29
10.92
16.38
0.95
692.65
0.21
3520
3208-115
5395.54
7.58
13.81
1.37
888.61
0.19
3550
3208-116
4227.40
8.89
26.62
1.77
562.55
0.m
3580
3208-117
5824.30
102.03
70.57
1.73
60.40
1.75
3700
3208-118
3610
9717.06
65.27
29.34
1.56
79.95
1.38
3208-119
3640
2760.74
59.51
81.69
1.64
54.70
1.97
3208-120
3670
2173.09
11.60
28.05
1.24
252.23
0.53
1499.72
10.20
19.93
1.37
156.75
0.70
1357.58
3.43
9.38
1.10
981.60
0.25
3208-121
3208-122
3730
3760
3208-123
1965.59
2.72
8.75
0.64
895.17
0.13
3820
3208-125
7165.62
8.25
11 .OK
0.78
1049.00
0.11
D m
TABLE 11-B
CUTTINOS DATA
DgocHw
ID
==========
DEPTRS
Cl-C4
C2-C4
C3ICti
====e,
=x==:
IyBRIB(I(I
"
"
"
"
"
"
"
"
,=**,E,=
"
"
3
3208-126
3850
12739.82
11.55
8.34
0.77
1274.30
0.09
3208-127
3880
7058.42
7.52
7.77
0.65
1125.89
0.10
3208-128
39 10
6529.07
59.86
13.19
0.69
111.15
0.91
3208-129
3940
14123.18
17.77
17.76
0.85
944.09
0.12
3208-131
4000
3318.59
3.54
5.47
0.56
1156.03
0.10
3208-132
4030
3532.47
4.19
7.88
0.58
986.45
0.11
3208-133
4060
4122.90
4.72
7.12
0.59
974.54
0.11
3208-134
4090
7368.98
6.87
8.42
0.66
1232.58
0.09
3208-135
4120
7134.87
5.79
8.19
0.64
1428.30
0.08
3208-140
4270
3935.74
5.20
6.62
1.10
925.90
0.13
3208-142
4330
3911.70
6.19
8.54
1.17
791.26
0.15
3208-143
4360
10473.02
15.16
10.80
1.09
861.58
0.14
3208-144
430
10851.83
15.89
10.65
0.96
847.84
0.19
3208-145
4420
7455.34
11.93
10.48
0.71
785.12
0.16
3208-146
4450
4817.81
10.10
14.26
0.81
608.62
0.20
3208-147
4480
6151.41
10.20
11.19
0.77
747.71
0.16
3208-148
4510
205
n.49
33.59
0.48
124.32
1.33
3208-149
4540
1633.33
37.70
35.67
0.33
76.05
2.30
3208-150
4570
2153.84
169.18
177.85
0.27
19.92
7.85
3208-151
4600
1519.16
224.42
260.93
0.27
9.67
14.77
3208-152
4630
1557.27
202.47
187.35
0.24
13.36
13.00
3208-153
4660
1275.36
116.09
179.27
0.22
19.97
9.10
3208-154
4690
1742.67
86.61
96.28
0.31
27.23
4.97
1.98
TABLE 11-B
CUTTINOS DATA
OECC4iEM ID
====z=====
DWTHS
""==
"
"
""__
Cl-C4
c2-c4
C3/C%
=is==
"
"
"
"
"
"
--------------
%WETNESS
"
3208-155
4720
1328.58
63.22
96.13
0.27
31.07
4.75
3208-156
4750
1441.67
183.32
245.98
0.32
9.97
12.71
3208-157
4780
1200.32
84.71
167.35
0.32
16.87
7.05
3208-158
4810
757.16
42.44
108.21
0.39
18.39
5.60
3208-159
4840
628.13
36.26
174.37
0.34
18.13
5.77
3208-160
4870
771.89
150.46
452.17
0.50
4.94
19.49
3208-161
4900
623.51
39.86
221.55
0.33
18.07
6.39
3208-162
4930
504.11
55.88
207.30
0.38
9.18
11.08
3208-163
4960
530.72
50.91
259.10
0.43
10.85
9.59
3208-164
4990
479.88
31.26
110.57
0.48
18.13
6.51
3208-165
5020
442.41
31.21
237.56
0.57
16.64
7.05
3208-166
5050
628.20
58.49
248.48
0.46
12.93
9.31
3208-167
5080
436.07
42.68
193.16
0.41
11.51
9.78
3208-168
5110
1553.05
71.52
280.63
0.40
23.58
4.60
3208-169
5140
1444.90
41.32
187.90
0.61
42.55
2.85
3208-170
5170
1534.43
20.12
81.97
0.56
109.85
1.31
3208-171
5xIO
1528.64
49.11
899.50
0.62
38.40
3.21
3208-172
5230
1595.49
20.63
186.71
0.97
112.45
1.29
3208-173
5260
1504.61
26.22
365.31
0.99
94.21
1.74
3208-174
5290
1522.54
53.48
397.34
0.58
40.91
3.51
3208-175
5320
1774.70
8.71
41.67
0.51
439.74
0.49
3208-176
5350
1156.57
21.29
64.16
0.51
66.47
1.84
3208-177
5380
905.47
69.86
430.81
0.60
12.53
7.71
-
"'m ,
TABtB 11-8
cummas DATA
OKOCAEH IO
DEPTHS
Cl-CQ
s==i=i===i:
=====a
,sz==
""__
CZ-CQ
"_ -
MsmE?s
c3/c3=
-------
E
l
i
=
=
=
~
"
3208-178
5410
1877.36
859.14
10485.31
0.65
1.59
45.76
3208-179
5440
1431.51
294.73
750.10
0.48
7.80
20.58
3208-180
5470
1995.69
917.76
5493.62
0.40
1.92
45.98
3208-181
5500
2704.41
1579.42
1504.07
0.52
2.01
58.40
3208-182
5530
2606.28
1238.00
1894.32
0.46
2.33
47.50
3208-1E3
5560
2878.6 1
1492.74
3393.20
0.45
1.95
51.85
3208-184
5590
1159.87
171.11
578.05
0.44
11.83
14.75
3208-185
5620
2349.86
854.24
11000.91
0.57
2.11
36.35
3208-186
5650
2102.3
660.12
1186.45
0.32
4.11
31.39
3208-187
5680
2553.60
1147.23
355.57
0.41
3.23
44.92
3208-188
5710
2381.01
1002.92
774.81
0.41
2.92
42.12
3208-189
5740
1825.81
653.38
1836.75
0.44
3.38
35.78
3208-190
5770
1686.82
620.72
975.58
0.44
3.19
36.79
3208-191
5800
4132.52
2291.69
1761.09
0.40
2.21
55.45
3208-192
5830
7800.24
5246.63
2514.80
0.40
1.51
67.26
3208-193
5860
9448.83
6900.35
3101.10
0.41
1.11
73.02
3208-194
5890
1324.08
388.08
188.17
0.39
5.56
29.30
3208-195
5920
2017.90
1098.38
1572.39
0.45
1.65
54.43
3208-196
5950
2189.92
654.24
356.91
0.39
4.55
29.87
3208-197
5980
1816.42
234.3
336.86
0.44
12.33
12.90
3208-198
6010
1595.55
117.15
310.33
0.47
19.33
7.34
3208-199
6040
1476.45
147.67
733.36
0.36
17.76
10.00
3208-200
6010
2348.31
502.26
269.22
0.49
6.50
21.38
E6'0
90'11
E5'11
EL'O
115.9
62'02
6L'LOE
to-egL
""DID
E====="-
bh'0
€9'5
b9.Z
15'h
ee*LE
02'5
h1'62
5L'El
99'21
52'L
90'22
15'E
92'6E
08'65
5L'b
OL'hE
08'b
E9'E6
Eh'O
5b'lZ
OE'9
01 '02
89.0
19'96
Lh'l
68'89
9h'O
2e.s
€0'5
26'0
ZL'E02
LO' 1
98'0
Lh'92
06'h
e5.0
92'8
09-12
2L' 11'
9h'El
Ee.0
b0'21
99'21
€1'0
€9'5
65'91
Lh'92l
00' 1
06'21
hh'Ol
6h'Blh
99'0
15'5
26'22
66'0
02'5
20'12
e0.h
u
15'
SEaNmIs
66'0
ZL'O
Lb'O
Zh'O
Eb'O
h5'20h
hO'h62
29'hZZ
El'hll
26'EZl
06' hO2
5L'Ob
LL.8
L6.29
LO'ZL
96'066
91'EOZ
Eh'O
9L'51h
hh'O
09L9
OEL9
OOL9
OL99
Oh99
0199
oesg
0559
0259
06h9
09b9
OEh9
00b9
OLE9
OhE9
OLE9
0829
0529
0229
0619
OEl9
E6'9EL
hh'O
0919
08'029
Eb'O
"
"
"
"
" "
"
"
"
"
"
"
(E3+23)/13 h3N/h3I
E9'959
===20
h3-23
0019
L.=z===
mdaa
d,m m m
TABLE 11-8
CUTTINQS DATA
GEOCHBH ID
-"""_~DD
- - -- - -
DEPTHS
c144
121=1=
z====
""C2-C4
__
c3/c3=
""_
IC4lNC4 Cl/(CZ+C3)
"
"
"
"
"
"
$
m
e
s
s
i=nL.====
""""_D
3208-224
6790
1472.36
195.37
237.68
1.71
8.61
13.26
3208-225
68a
1352.46
165.28
261.57
1.02
10.17
12.22
3208-226
6850
1389.07
181.85
1033.96
1.21
8.82
13.52
3208-227
6880
1359.86
220.60
916.65
1.27
6.75
16.22
3208-228
69 10
1267.08
185.50
939.74
1.36
7.86
14.64
3208-229
6940
1164.62
114.02
716.22
1.53
12.68
9.79
3208-230
6970
1326.87
135.07
467.59
2.36
10.72
10.17
3208-231
7000
1271.47
113.55
525.43
1.95
12.74
8.93
3208-232
7030
1702.97
144.53
8643.42
1.60
13.58
8.48
3208-233
7060
1101.54
135.98
207.12
0.94
9.69
12.34
3208-234
7090
371.95
88.82
216.73
1.18
4.40
23.88
3208-235
7 120
527.82
90.21
295.47
2.07
5.96
17.09
3208-236
7150
700.58
102.69
523.08
2.45
7.02
14.65
3208-237
7 180
482.93
80.84
983.34
2.08
6.22
16.73
3208-238
7210
269.76
22.98
350.67
0.76
15.63
8.52
3208-239
1240
1006.05
82.61
203.05
0.77
18.62
8.21
3208-240
7270
1025.47
106.50
524.88
1.38
11.92
10.33
3208-241
7300
899.03
85.89
184.34
1.22
14.19
9.55
3208-242
7330
846.55
50.80
200.73
0.69
23.19
6.00
3208-243
7360
1013.02
53.33
255.22
1.22
23.09
5.26
3?'l9-?'1'1
7390
957.15
72.75
925.63
1.10
14.48
8.39
3208-245
7420
946.51
55.80
205.89
0.90
22.29
5.89
3208-246
7450
1168.46
46.97
503.07
0.61
37.37
4.02
"
GEOCBW ID
DEPTHS
"
"
rnDEZID
""i=====
""__
c1-c4
c2-c4
c3mz
mi===
"
"
"
"
"
"
"_
ICIIrnC4Cll(CZ+C3)
"""=2==
"
"
"
""_
zmm
-- "
"
0
3208-247
7480
1002.28
58.63
493.05
1.09
21.27
5.84
3208-248
75 10
972.49
134.48
5049.57
0.79
10.48
13.82
3208-249
7540
1097.30
101.72
898.42
1.10
14.19
9.n
3208-250
7570
1621.24
75.62
902.3
1.71
23.68
4.66
3208-25 1
7600
1861.98
109.72
909.43
1.97
19.92
5.89
3208-252
7630
1708.67
110.48
989.09
2.59
16.90
6.46
3208-253
7660
2466.00
63.77
452.00
2.35
41.55
2.58
3208-254
7690
3690.42
81.00
667.62
3.14
47.71
2.19
3208-255
7720
2108.12
586.82
391.31
1.42
2.63
8.82
3208-256
TI50
1311.02
72.47
619.65
1.30
22.93
5.52
3208-257
7780
1771.33
324.82
1494.68
0.70
8.43
18.33
3208-258
78 10
1112.69
40.60
480.05
0.52
46.49
3.64
3208-259
7840
1189.74
71.75
429.18
0.43
35.60
6.03
3208-260
7870
1103.42
30.84
707.55
0.72
49.71
2.79
3208-261
7900
1215.67
35.52
60.55
0.57
51.11
2.92
3208-262
7930
1090.87
10.81
573.91
0.55
150.54
0.99
3208-263
7960
1154.93
17.70
183.28
1.19
107.43
1.53
3208-264
7990
721.03
10.39
92.86
0.49
260.13
1.44
3208-265
8020
1060.37
19.63
540.19
0.65
66.98
1.85
3208-266
8050
1096.28
34.22
858.63
1.22
37.39
3.12
3208-267
8080
1034.81
1.85
51.12
0.84
1101.35
0.17
3208-268
8110
1106.33
8.21
180.74
0.85
204.32
0.74
3208-269
8140
88.68
1.08
37.05
0.62
128.86
1.22
dlw
e
m
.
= c
TABLE 11-8
CUTTINGS DATA
CEOCHM ID
DEPTBS
C1-m
c244
c3/c3=
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"_>X
1111=
"
"
.."..E=
"_
"_
IC4/NC4 Cl/(C2+C3)
"
"
"
"
"
"
"
"
"
"
"IHErnpSs
-_ --"
"
"
3208-270
8170
648.37
37.82
1067.31
0.62
40.47
5.83
3208-271
8200
372.13
7.18
114.47
0.95
64.28
1.93
3208-272
8230
1040.45
3.45
58.31
0.60
618.62
0.33
3208-273
8260
1017.82
13.37
61.43
0.52
175.29
1.31
3208-274
8290
171.98
7.80
42.13
0.42
33.40
4.53
3208-275
8320
1344.47
35.54
8.50
0.50
45.72
2.64
3208-86
8350
2306.79
48.23
92.15
0.53
62.28
2.09
3208-277
8380
2866.89
29.79
46.96
0.51
105.43
1.03
3208-278
8410
8418.67
18.64
141.90
0.52
484.38
0.2
3208-279
8440
2349.33
24.93
55.40
0.54
97.69
1.06
3208-280
8470
1112.17
11.14
7.49
0.67
104.53
1.oo
3208-281
8500
1302.61
0.96
25.63
0.55
1830.68
0.07
3208-282
8530
1678.06
1.36
21.49
0.43
1711.78
0.08
3208-283
8560
874.43
0.98
21.95
0.35
1353.55
0.11
3208-284
8590
6873.16
92.64
0.90
79.32
1.34
3208-285
8620
6387.10
83.26
0.82
77.62
1.30
3208-286
8650
4451.97
29.78
0.75
154.28
0.66
3208-287
8680
8378.99
100.83
0.96
83.64
1.20
3208-288
87 10
6784.49
50.52
0.69
135.56
0.74
3208-289
8740
5612.65
17.49
0.51
339.46
0.31
3208-290
8770
5359.65
15.60
-
0.65
373.33
0.29
3208-291
8800
3579.31
18.45
139.92
0.54
664.31
0.51
3208-292
8830
9710.89
126.80
0.57
77.98
1.30
-
-
TABLE 11-6
CUTTINGS DATA
GEOCHW
ID
"
"
"
"
"
"
"
"
"
"
DEPTHS
"
"
"
"
"
"
"Cl-C4
_
c244
"_
c3/c3=
"
"
"
"""
IC4/NC4 Cl/(C2+C3) ;
m
e
s
s
""_
"
"
"
"
"
"""""
- - - - -- - -
3208-293
8860
10821.68
133.01
-
0.72
82.04
1 a22
3208-294
8890
12326.10
9.00
-
0.78
1737.24
0.07
3208-295
8920
21105.45
229.81
0.87
92.58
1.08
3208-296
8950
4513.55
174.63
-
0.61
26.45
3.86
3208-297
8980
2962.01
58.31
218.39
0.43
60.16
1.96
3208-298
9010
3647.39
69.60
467.63
0.46
62.27
1.90
3208-299
9040
1835.59
38.55
195.31
0.52
62.11
2.10
3208-300
9070
2276.02
75.86
388.94
0.57
37.19
3.33
3208-301
9 100
2666.18
121.08
456.46
0.53
33.41
4.54
3208-302
9 130
1786.39
50.62
302.79
0.47
48.89
2.83
3208-303
9160
3339.48
21.77
132.06
0.47
163.56
0.65
3208-304
9190
3760.29
15.59
175.76
0.96
365.35
0.41
3208-305
9220
2307.61
22.01
253.90
0.53
118.64
0.95
3208-306
9250
3207.29
19.93
-
0.61
174.03
0.62
3208-307
9280
3115.45
25.68
132.76
0.63
142.11
0.82
3208-308
9310
4328.57
28.91
164.61
0.60
156.35
0.66
3208-309
9340
2796.27
21.57
316.00
0.76
138.18
0.77
3208-310
9370
1722.35
4.27
112.08
0.47
716.54
0.74
3208-311
9400
1902.09
16.35
110.63
0.64
132.79
0.86
3208-312
9430
2138.84
57.45
112.58
0.48
74.26
2.68
3208-313
9460
1899.12
15.20
81.64
0.60
137.82
0.80
3208-314
9490
1502.32
13.18
42.65
0.38
167.14
0.87
3208-315
9520
1151.28
9.18
63.87
0.40
160.75
0.79
TABLE II-B
CUmINGS DATA
GEOCHEH ID
DEPTHS
"
"
"
"
"
"
"
"
""=i=i=D
C1-C4
=====
""__
C2/C2=
C2-C4
3208-316
9550
1559.09
71.47
3208-317
9580
1444.73
39.09
3208-318
9610
1290.51
26.99
3208-319
9640
1255.25
23.49
3208-320
9670
1419.50
21.61
3208-321
9700
1317.85
7.13
3208-322
9730
840.89
18.45
3208-323
9760
555.25
7.74
c3/c3=
"
"
"
"
"
"
-
-
"
"
"
"
"
"
""__
""_
1c4mc~1CI/(CZ+C~)
mm
"
"
"
"""Dj
"""_D=I
220.39
0.41
49.25
4.58
350.86
0.54
75.18
2.70
179.04
0.63
98.80
2.09
380.71
0.48
75.61
1 .81
196.34
0.56
119.96
1.52
156.94
0.93
265.97
0.54
219.30
0.68
55.22
2.19
69.53
0.65
110.24
1.39
a m D m
TABLE I-C
COHBINED DATA
GEOCHEH
ID
"
"
"
"
"
"
"
"
"
"
DEPTHS
HETHBNE
ETHANE
ETAnENE
N BUTANE
"
"
"
"
"
"
"
=022==
"
=======x
--- ---"
"
----------
c5-cl
_=="
-
"
3208-001
130
1147.34
0.46
0.73
4.37
0.97
0.13
0.54
21.35
3208-002
160
1073.95
2.18
2.16
8.88
2.64
0.22
0.60
16.14
3208-003
190
1105.67
4.76
4.23
4.89
2.68
0.30
1.04
12.35
3208-004
220
1061.57
4.69
3.68
7.67
1.99
0.32
0.82
8.24
3208-005
250
187.70
6.45
4.59
82.01
2.73
0.49
0.76
13.99
3208-006
280
157.04
2.47
2.47
35.45
1.24
0.39
0.35
9.25
3208-007
310
129.33
3.84
2.37
76.88
0.90
0.48
0.40
7.90
3208-008
340
1315.67
3.69
3.06
73.89
1.21
0.25
0.20
7.93
3208-009
370
1333.07
15.94
31.27
42.58
3.83
0.33
1.33
13.44
3208-010
400
1273.74
2.58
2.78
8.72
0.98
0.14
0.39
4.54
3208-01 1
430
1229.20
1.28
1.m
7.84
0.52
0.08
0.16
4.06
3208-012
460
1251.26
2.66
2.26
9.07
1.05
0.17
0.31
5.72
3208-013
490
1248.47
1.17
1.19
1.29
0.52
0.06
0.16
5.07
3208-014
520
1298.99
0.67
0.83
8.80
0.44
0.12
0.12
5.55
3208-015
550
1086.25
1.62
1.89
2.64
1.26
0.10
0.32
5.00
3208-016
580
1315.77
0.72
1.20
0.99
0.80
0.07
0.16
7.23
3208-017
610
1082.24
0.72
0.85
0.66
0.64
0.04
0.14
3.52
3208-020
700
1360.04
0.75
0.82
2.63
0.58
0.53
0.35
7.86
3208-021
730
1439.81
0.64
0.63
7.84
0.54
0.62
0.57
6.53
3208-022
760
1570.29
3.57
5.62
366.11
3.43
2.50
0.97
25.08
3208-029
970
3639.54
54.56
0.25
7.95
0.09
1.44
1.42
22.81
3208-030
1000
5767.59
152.17
1.29
32.72
0.63
5.05
6.13
32.06
3208-031
1030
2495.65
25.13
0.53
2.72
0.25
0.41
0.37
6.90
A d
TABLE I-C
COHBINEO DATA
G
e
m IO
DEPTHS
HETBANE
EMANE
LTAYLENE
"
"
"
"
"
"
"
"
"
"
""
""IS
E=,====
"
"
"
"
"
"
==zi====
_"" _
N BUTANE
--
"
C5-Cl
"
"
""I
3208-032
1040
7063.53
153.13
0.46
26.10
0.19
4.25
3.42
6.31
3208433
1060
2618.99
39.35
0.60
11.84
0.29
1.97
1.59
3.28
3208-034
1120
3756.59
71.83
0.64
16.37
0.46
2.56
2.46
3.99
3208-035
1150
6424.83
143.97
0.75
34.74
0.51
4.48
4.46
4.03
3208-036
1180
1601.50
16.00
0.62
5.53
0.44
0.54
0.57
1.55
3208-037
1210
2250.62
34.70
0.59
11.95
0.36
1.18
1.01
1.36
3208-038
1240
1666.15
20.89
0.74
8.40
0.46
0.63
0.42
0.49
3208-039
1270
1808.41
19.89
0.44
9 .07
0.30
0.63
0.40
1.27
3208-040
1300
1223.66
0.68
0.72
1 .81
0.47
0.13
0.22
1.07
3208-041
1330
1115.10
0.30
0.96
1.26
0.57
0.11
0.21
0.86
3208-042
1360
1815.69
0.62
0.41
11.40
0.38
0.54
0.65
5.34
3208-043
1390
1370.48
0.16
0.14
0.81
0.22
0.23
0.16
2.90
3208-044
1410
1208.74
0.42
0.64
3.22
0.56
0.29
0.35
2.85
3208-045
1430
1195.10
0.50
0.91
4.04
0.75
0.34
0.48
14.44
3208-046
1460
2062.01
50.48
1.84
82.84
1 .OB
2.27
1.62
1.97
3208-047
1490
1292.46
0.86
0.57
10.58
0.41
0.26
0.28
0.23
3208-048
1520
1623.86
0.67
0.52
0.93
0.39
0.11
0.25
1.31
3208-049
1530
1466.61
0.82
0.78
1.34
0.50
0.03
0.19
3.02
3208-050
1560
1723.61
2.20
2.29
8.03
1.79
0.37
0.59
2.10
3208-052
1620
1507.29
1.20
0.96
9.50
0.67
0.26
0.29
0.34
3208-053
1650
1643.54
1.44
1.12
10.87
0.83
0.28
0.32
3.81
3208-055
1710
1755.75
1.76
0.81
8.56
0.53
0.39
0.91
1.87
3208-056
1740
2042.85
2.35
0.47
6.84
0.32
1.47
2.07
4.50
I-
TABLE I-C
COHBINEO DATA
o
""""__
m IO
DEPTHS
21==011=
===521
=======
08-057
1770
2148.59
5.82
0.65
4.67
0.32
08-058
1800
2323.27
2.90
0.77
11.45
48-059
1830
2331.95
11.04
0.45
.08-060
1860
1473.03
19.13
08461
1890
1256.71
08462
1920
08-063
METHANE
ETHANE
ETHYLERE
"_""
""""__
N BUTANE
-
c5-c7
"
"
==DzD
0.96
1.02
3.96
0.45
0.73
0.71
2.89
5.08
0.33
0.85
0.55
3.03
11.00
4.94
0.75
1.01
1.10
6.15
5.82
0.68
5.73
0.35
1.08
1.36
2.62
1742.63
11.91
0.69
21.63
0.27
3.84
2.78
4.30
1950
1623.16
1.61
0.71
8.45
0.49
0.96
1.23
2.57
.08-064
1980
1477.67
0.79
0.33
16.38
0.27
0.51
0.32
1.05
.08-065
2010
1372.39
1.98
1.82
273.87
0.76
0.77
0.51
4.54
08-066
2040
1487.70
0.82
0.86
17.71
0.71
0.66
0.44
4.89
08467
20T0
1345.40
1.14
1.15
96.18
0.89
3.27
1.20
4.04
08-068
2100
1193.86
1.02
0.96
16.34
0.70
0.76
0.64
2.73
-08469
2130
1179.00
0.52
0.49
56.61
0.59
2.13
0.50
2.33
.08-070
2160
1955.66
1.30
0.99
31.13
0.81
1.53
0.59
8.47
08-071
2190
1629.45
1.11
0.95
1.83
0.69
0.19
0.32
2.64
08-072
2220
1934.32
1.76
1.17
4.82
0.78
0.31
0.38
1.77
08473
2250
1816.09
2.13
2.10
2.52
1.15
0.35
0.63
7.98
08-074
2280
1540.73
3.47
3.82
3.11
2.52
0.39
0.90
13.49
'08-075
2310
2087.26
3.44
3.15
3.61
2.02
0.41
0.62
9.03
.08-076
2340
2448.11
5.33
3.35
5.03
1.83
0.58
0.74
3.43
08477
2370
3757.98
40.55
2.18
7.07
1.15
0.97
0.63
3.01
08478
2400
3331.49
34.37
0.90
16.67
0.51
1.83
1.95
6.47
08-079
2430
2281.89
2.63
1.91
9.20
0.94
1.51
2.06
10.57
"
"
"
"
"
"
------ - ---
"
"
"
PROPANE P R O P n E N E
ISOBUTANE
---
"
"
"
I _
TABLE I-C
COMBINED DATA
"_
""-===
_
WETBANE
ETRANE
1002=1:
l
i
j
Z
i
l
l
3208-080
2460
2464.35
17.18
3.75
50.31
1.81
3208-081
2490
1708.84
5.28
3.21
53.63
1
3208-082
2520
2310.52
27.21
3.72
34-90
3208-083
2550
2515.91
32.94
8.86
3208-084
2580
3140.13
32.17
3208-085
2610
4928.45
3208-086
2690
3208-087
"-"-_-~-
OEEHEH ID
"_
"
DEPTAS
BMPLENE
==:=====
"_""
""_ PROPANE
PAOPTLBHB fSOBWANB
=========
N BUTANE
========
c5-m
a====
2.20
2.54
14.60
1.55
2.00
9.70
1.88
1.27
1.13
6.52
67.57
4.65
3.71
5.99
3.38
7.32
45.12
1.59
1.57
1.69
3.83
42.12
0.97
16.18
0.3
2.88
2.3
1.35
4197.62
3.98
1.05
24.17
0.61
10.26
9.41
4.07
2670
5617.60
3.23
0.99
13.49
0.65
6.59
5.83
6.00
3208-088
2700
7105.22
7.49
2.74
55.14
1.37
6.12
6.82
9 .a9
3208-089
2T30
3419.83
2.22
0.88
7.24
0.42
1.a9
2.22
2.43
3208-090
2760
1871.16
2.21
1.11
12.49
0.57
2.23
2.69
2.55
3208-09 1
2790
3804.13
5.60
2.85
16.93
1.28
2.09
2.31
4.52
3208-092
2820
6161.07
85.89
3.15
44.99
1.41
3.62
2.55
4.40
3208-093
2850
2878.42
2.85
1.43
13.61
0.86
3.13
3.58
3.17
3208-094
2880
2065.44
1.87
1.OB
5.59
0.69
1.48
2.45
2.82
3208-095
2920
4104.21
2.98
1.07
12.29
0.10
1.58
2.17
16.79
3208-096
2950
3238.36
2.03
0.75
24.19
0.72
1.56
2.26
13.58
3208-097
2980
2721.95
8.20
5.50
18.42
2.31
1.16
1.57
3.94
3208-098
3010
2796.65
5.97
4.24
18.75
2.53
2.88
3.54
3.82
3208-099
3040
2888.33
10.50
8.34
16.60
3.30
1.95
3.02
7.58
3205-100
3070
'1315.35
18.5'1
11.76
I 1 .?9
5.37
1 .?4
?.91
9.?1
3208-101
3100
zm.18
3.46
1.77
51.28
1.90
1.56
1.30
19.22
3208-102
3130
3435.54
2.08
1.23
18.94
0.73
0.88
0.82
47.41
.n
PAGE
GEOCHEM ID
DKPTV.9
m==EES=I==
"
"
"
"
"
"
3208-103
METHANE
N SGTANE
c5-c7
===s==,=
==x*=
------------
ETHANE
3160
2555.02
3.53
3.08
4.53
1.77
0.89
1.45
6.03
3208-104
3190
2165.77
3.33
2.46
7.76
1.41
0.52
0.86
5.02
3200-105
3220
4930.67
4.78
3.03
39.71
1.61
0.91
1.02
7.49
3208-106
3250
6371.15
7.14
2.59
45.83
1.18
3.69
3.14
9.10
3200-107
3280
8507.72
7.12
2.84
53.93
1.43
1.72
1.14
5.25
3208-108
3310
4661.53
5.06
3.90
27.47
2.27
0.97
0.95
3.97
3208-109
3340
2978.09
5.65
4.98
17.83
2.96
0.87
1.33
5.17
3208-110
3370
5470.06
3.80
2.21
11.70
1.28
0.82
0.89
3.76
3208-1 11
3400
6266.04
3.64
1.16
12.23
0.63
1.33
1.11
3-03
3208-112
3430
5489.33
6.29
2.35
47.71
1.28
2.3
2.35
4.35
3208-113
3460
6339.67
7.78
1.76
92.79
1.14
2.32
1.23
1.70
3208-114
3490
5240.63
7.93
1.19
16.03
0.74
2.73
2.78
2.20
3208-115
3520
5590.58
7.77
0.98
9.80
0.71
1.19
0.88
1.75
3208-116
3550
4346.74
12.66
0.00
16.84
0.45
1.28
0.77
0.94
3208-117
3580
5899.83
75.65
0.00
53.60
0.63
6.13
3.84
1.14
3208-110
3610
4802.07
50.03
0.89
34.45
0.71
5.64
3.69
1.53
3208-119
3640
2786.17
41.46
1.27
46.34
0.71
4.60
3.13
1.29
3208-120
3670
2189.88
4.70
1.63
18.14
0.91
2.25
1.88
0.49
3208-121
3700
1465.31
7.92
1.12
41.24
0.70
1.21
0.66
0.81
3208-122
3730
1383.12
2.64
2.30
18.89
1.25
0.66
0.50
0.36
3208-123
3760
1996.46
2.17
1.91
17.84
1.44
0.52
0.59
1.20
3208-125
3820
7269.42
2.22
0.89
9.48
0.91
1.19
1.14
2.36
"
"
"
"
"
"
"
ETHYLENE
5
-------- --------
TABLE I-C
COMBINED DATA
OEOCHEM ID
DEPTBS
HETHANE
"-_---------
BTAANE
------"-_
ETEPLENE
--
""_
PROPANE PAOPPLENE
ISOBUTANE
N BUTANE
"
"
"
D=D==S==
" _"
_ _ _ _ _ _ = """"-
""""-
"__
"c5-CI
zzz!J=====i.
==:==,
3208-126
3850
12875.89
2.64
1 .go
13.12
1.95
0.97
1.18
2.07
3208-127
3880
7169.53
2.32
1.62
12.66
1.50
0.88
1.11
1.51
3208-128
3910
6541.38
56.14
4.68
21.99
1.59
1.25
1.54
1.13
3208-129
3940
14285.23
3.01
1.65
18.90
1.45
1.58
1.85
0.94
3208-131
4000
3409.19
6.39
10.57
11.62
1.88
0.79
0.89
2.68
3208-132
4030
3652.24
3.60
6.59
28.71
1.76
0.81
0.77
2.97
3208-133
4060
4266.99
3.02
7.04
59.09
2.41
1.19
0.61
2.30
3208-134
4090
7502.55
2.12
4.34
72.75
2.18
1.33
0.82
2.11
3208-135
4120
7488.87
3.98
11.16
85.58
3.13
1.15
0.94
1.65
3208-140
4270
3993.58
1.71
3.03
7.22
1.58
0.76
0.56
38.46
3208-142
4330
3949.50
1.58
3.03
62.09
2.36
1.57
0.15
31.61
3208-143
4360
10556.78
1.39
0.87
14.47
1.41
1.77
1.68
12.43
3M8-144
4390
11178.54
5.57
0.00
17.17
1.61
1.99
1 .89
15.74
3208-145
4420
7709.60
6.13
0.00
12.65
1 .48
1.58
1.86
32.33
3208-146
4450
4943.55
3.13
0.00
44.52
1.07
1.74
1.47
14.68
3208-147
4480
6292.00
2.57
0.36.
60.78
1.42
2.04
1.45
10.77
3208-148
4510
3034.74
91.28
57.55
614.02
14.11
43.11
82.26
182.69
3208-199
4540
1726.13
55.85
5.33
388.78
8.41
37.67
98.86
66.58
3208-150
4570
2011.28
96.57
0.00
1004.79
3.59
74.29
188.79
69.90
3208-151
4600
1315.38
124.34
0.00
684.94
1.93
74,24
199.90
72.27
3208-152
4630
1382.58
78.65
0.00
443.30
1.54
74.25
224.10
197.23
3208-153
4660
1193.35
125.20
0.00
685.14
2.55
73.72
240.92
120.64
3208-154
4690
1688.23
57.10
0 .oo
175.43
1.26
21.19
60.51
43.84
"
"
"
"
"
"
"
1 1
m TABLE I-C
CON8INEO DATA
-_"--"-_-- -BUTANE
ID
DEPTHS
HETHANE
ETHANE
=====z====
z=i=i=
=r1,=12
"
"
"
"
"
"
3208-155
4720
1294.56
40.01
0.00
116.69
1.27
14.50
45.04
26.26
3208-156
4750
1309.98
225.00
0.00
628.34
2.28
57.56
166.12
70.82
3208-157
4780
1154.83
159.22
0 .oo
360.32
1.50
19.33
40.26
34.95
3208-158
4810
757.05
96.22
0.00
343.10
1.79
9.64
7.93
9.39
3208-159
4840
614.35
75.69
0.00
112.88
1 .oo
4.42
10.60
12.49
3208-160
4870
688.81
327.85
0.00
286.36
0.96
19.04
35.00
6.07
3208-161
4900
630.25
123.38
0.00
128.21
1.03
6.77
18.71
26.49
3208-162
4930
491.16
114.69
0.00
85.68
0.51
5.11
22.26
10.01
3208-163
4960
514.00
100.07
0.00
76.84
0.54
5.13
10.88
8.36
3208-164
4990
511.93
87.75
0.00
54.94
0.71
5.48
10.30
10.35
3208-165
5020
472.22
50.99
0.00
21.92
0.56
4.97
7.23
11.27
3208-166
5050
635.85
83.66
0.00
69.43
0.52
9.00
18.40
10.34
3208-167
5080
474.35
61.74
0.00
64.39
0.67
5.70
10.91
7.21
3208-168
5110
1603.67
98.79
0.00
112.59
0.93
7.40
17.15
7.49
3208-169
5140
1643.18
72.11
0.00
138.67
0.83
8.43
12.14
5.14
3208-170
5170
1770.75
40.51
0.00
89.88
1.16
5.65
8.74
7.36
3208-171
5200
1730.05
85.24
0.00
77.69
0.65
8.85
12.81
9.50
3208-172
5230
1631.11
48.93
0.00
63.83
0.76
6.65
7.89
14.24
3208-173
5260
1575.01
100.95
0.00
110.61
0.28
14.53
17.95
13.72
3208-174
5290
1574.00
122.19
0.00
83.01
0.71
18.19
33.91
16.58
3208-175
5320
1801.06
44.24
0.00
25.03
0.62
6.64
11.60
37.41
3208-176
5350
1192.10
77.83
0.00
27.35
0.51
4.38
6.67
14.12
3208-177
5380
935.91
168.56
0.00
61.29
0.40
2.65
3.71
9.38
OEOCHW
- " _- -- -
ETBYLENE
-=I -
N
c5-CI
"
"
"
"
3
1 =
I
TABLE I-C
COHBINED DATA
c5-c7
=>===
ETHYLENE
GEDCHEM I D
DEPTHS
HETHANE
ETHANE
I
=
l
i
i
i
z
:
I
E
i
"
"
"
"
"
"
"
"
"
"
"
"
"
"
3208-178
5410
1461.93
1891.21
0.00
2831.43
0.38
350.06
3208-179
5440
1207.22
237.07
0.00
789.93
0.56
315.37
257.78
3208-180
5470
1307.25
667.26
0.00
2379.51
0.98
357.67
660.03
308.48
3208-181
5500
1294.00
114.62
0.00
739.60
0.49
595.69
815.62
3537.71
3208-182
5530
1673.46
983.61
0.00
3676.50
3.09
1133.58
1990.26
4770.45
3208-183
5560
1699.67
1130.85
0.00
3809.41
2.23
1063.61
1936.03
3619.94
3208-184
5590
1032.20
167.27
0.00
492.92
0.56
98.56
175.96
349.74
3208-185
5620
1900.88
1381.39
0.00
2181.14
0.62
267.64
166.16
3208-186
5650
1574.46
431.62
0.00
988.35
2.70
241.96
478.63
697.11
3208-187
5680
1473.18
504.23
0.00
3193.86
3.75
1477.21
2995.91
6300.90
3208-188
5710
1448.22
447.19
0.00
2368.52
2.75
2039.90
1078.31
3208-189
5740
1322.48
657.79
0.00
2211.36
1.95
850.51
3208-190
5770
1183.75
531.48
0.00
1902.11
2.48
1091.30
723.79
3208-191
5800
1979.99
1206.50
0.00
6475.59
4.02
2278.44
3208-192
5830
2931.20
2773.99
0.00
14758.40
8.18
5191.96
12066.36
3208-193
5860
2788.43
1583.58
0.00
7610.08
2.19
3425.82
3208-194
5890
995.29
134.75
0.00
475.89
0.82
458.80
212.46
3208-195
5920
1053.92
664.29
0.00
2566.88
1.BO
677.17
1230.25
2662.81
3208-196
5950
1635.48
407.36
0.00
1348.92
1.70
510.99
845.61
2689.12
3208-197
5980
1715.53
202.59
0.00
646.52
2.00
552.81
323.15
3208-198
6010
1574.63
86.13
0.00
125.82
0.93
49.61
77.19
382.3
3208-199
6040
1371.93
90.00
0.00
442.51
1.12
191.59
313.56
1384.60
3208-200
6070
1980.99
238.19
0.00
801.55
1.63
332.66
580.08
2278 .08
- - - --
---- -- -------
475.75
191.60
903.22
148.49
5009.95
1382.72
4933.79
3534.04
4767.83
10441.30
18798.24
7828.72
17119.80
1911.34
2090.80
D m
TABLE I-C
COMBINED DATA
-
s
_I
"--
ETHYLENE
""_"
""_
""""-
"_""
PROPANE
PROPYLENE
ISOBUTANE
N BUTANE
""__
c5-c7
- -- - - - -
ETHANE
6100
2029.36
364.57
0 .oo
1120.28
2.45
460.32
798.03
2172.51
3208-202
6130
1672.15
385.43
0.00
1358.60
1.01
541.60
957.42
3144.93
3208-203
6160
1601.98
326.97
0.00
1078.46
1.96
438.64
785.23
2427.72
3208-204
6190
1477.79
119.54
0.00
313.75
2.51
120.04
204.95
856.74
3208-205
6220
1519.67
198.46
0.00
518.97
0.77
193.95
341.59
1353.53
3208-206
6250
1591.63
298.79
0.00
1015.25
1.17
373.70
705.24
2078.17
3208-20'7
6280
1489.26
57.93
0.00
186.14
1.57
59.79
109.71
395.12
3208-208
6310
1300.60
63.78
0.00
104.92
1.75
38.79
57.19
306.03
3208-209
6340
1442.69
91.66
0.00
191.51
2.98
45.60
82.96
260.18
3208-210
6370
1389.56
35.13
0.00
44.73
0.84
11.11
15.68
64.46
3208-21 1
6400
1377.94
65.64
0.00
113.35
3.32
33.24
56.57
273.37
3208-212
6430
849.94
31.80
0.00
29.81
1.51
6.62
7.06
40.19
3208-213
6460
843.92
57.30
0.00
57.92
0.35
20.58
25.81
93.64
3208-214
6490
794.86
81.68
0.00
169.32
0.43
78.89
114.47
338.95
3208-215
6520
879.40
100.23
0.00
139.54
0.31
63.30
69.08
300.14
3208-216
6550
871.84
112.18
0.00
203.68
5.96
67.44
74.87
207.28
3208-217
6580
1224.30
286.06
0.00
421.25
1.77
31.74
37.44
50.26
3208-218
6610
1182.53
196.07
0.00
256.99
1.91
76.08
65.22
147.66
3208-219
6640
1479.78
214.33
0.00
371.29
0.96
124.97
150.89
428.03
3208-220
6670
1166.62
315.73
0.00
298.47
1.24
95.00
75.46
153.811
3208-221
6700
1234.56
332.26
0 .oo
620.64
2.07
130.79
108.87
242.87
3208-222
6730
1369.24
170.83
0.00
258.00
2.16
63.01
49.30
136.44
3208-223
6760
1289.22
172.61
0.00
359.32
4.68
99.77
106.03
334.92
GEOCAW I D
DEPTHS
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
3208-201
"HANE
"
"
"
"
"
"
--- ------
--------"
R
m a m
TABLE I - C
COH8INED DATA
__"""
(JEOCBEM
ID
DEPTHS
HETRANE
- -- - - - -
ETBANE
ETAYLENE
__""
""_
""_
PROPANE PROPYLENE
ISOBUTANE
N BUTANE
----------- ---
"c5-c7
_
"
"
"
"
"
"
3208-224
6790
1451.59
172.93
0.00
257.87
2.74
58.98
35.85
76.76
3208-225
6820
1292.01
141.07
0.00
195.00
2.25
45.84
40.35
112.00
3208-226
6850
1322.58
213.12
0.00
250.84
1.24
54.55
41.84
87.70
3208-227
6880
1245.17
223.46
0.00
286.71
1.27
58.39
41.64
78.88
3208-228
69
1148.28
160.22
0.00
213.83
0.91
49.51
33.64
57.81
3208-229
6940
1179.60
97.68
0.00
112.75
0.73
31.57
a.32
33.84
3208-230
6970
1404.85
129.67
0.00
72.85
0.32
23.38
11.18
18.84
3208-231
7000
1347.15
97.26
0.00
72.43
0.17
19.83
10.47
13.10
3208-232
7030
1741.26
119.56
0.00
103.75
0.16
28.87
18.20
22.97
3208-233
7060
1324.08
153.81
0 .oo
126.86
0.97
30.36
30.41
72.88
3208-234
7090
413.79
88.05
0.00
100.62
0.74
26.90
22.59
48.47
3208-235
7120
557.29
100.60
0.00
120.80
0.87
26.93
19.09
29.62
3208-236
7150
709.54
104.15
0.00
97.80
0.28
21.94
12.98
16.31
3M8-237
7180
541.92
101.51
0.00
113.63
0.33
22.54
14.80
19.33
3208-238
7210
303.45
3.19
0.00
55.64
0.22
12.66
13.07
34.69
3208-239
7240
999.67
75.94
0.00
129.59
0.74
36.59
38.90
125.04
3208-240
7270
1110.48
151.03
0.00
218.08
1.81
51.57
47.66
89.57
3208-24 1
730
902.60
74.24
0.00
96.12
1.06
29.64
E5 ..75
66.16
3208-242
7330
861.13
53.85
0.00
101.31
0.93
24.88
31.02
65.44
3208-243
7360
1033.11
46.76
0.00
53.47
0.49
11.62
9.42
19.07
3208-244
7390
900.18
88.75
0.00
91.74
1.05
21.40
16.20
28.76
3208-245
7420
937.76
61.24
0.00
114.87
0.78
18.20
19.38
46.84
3208-246
7450
1159.80
48.65
0.00
105.63
0.42
23.04
28.00
67.06
10
"
"
"
"
"
"
---- ---- -
"
"
"
"
"
=II
GEOCHW ID
s:
2,
_""_
"c5-c7
_
""_"",
- - -- - - -
DEPTHS
---- ------
ETHANE
=zi>=s
3208-247
7480
1045.13
68.70
0.00
93.87
0.28
18.69
16.10
35.75
3208-248
7510
890.62
81.66
0.00
147.24
0.27
45.25
45.42
149.78
3208-249
7540
1097.75
76.59
0.00
89.09
0.17
28.98
22.76
81.62
3208-250
7570
1736.64
72.72
0.00
78.75
0.16
11.93
8.78
16.28
3208-25 1
7600
2015.16
145.77
0.00
154.63
0.23
20.38
11.97
32.95
3208-252
7630
1810.05
94.47
0.00
61.69
0.14
13.80
5.86
8.89
3208-253
7660
2779.09
80.87
0.00
43.75
0.49
5.68
3.18
4.29
3208-254
7690
3967.45
96.40
0.00
46.44
0.26
6.51
3.51
4.25
3208-255
7720
1610.37
603.93
0.00
79.24
0.45
11.12
8.75
23.48
3208-256
7750
1316.91
72.77
0.00
99.11
0.55
19.97
15.84
32.75
3208-257
7780
1510.93
94.35
0.00
204.86
0.38
76.77
100.74
352.71
3208-258
7810
1110.70
43.70
0.00
118.44
0.81
20.57
31.08
106.44
3208-259
7840
1146.89
26.72
0.00
64.66
0.42
20.09
39.31
172.97
3208-260
7870
1116.23
37.78
0.00
66.71
0.43
16.74
18.87
54.47
3208-261
7900
1249.35
45.33
0.00
157.36
2.46
21.01
24.84
149.29
3208-262
7930
1107.67
15.65
0.00
51.25
0.56
7.15
10.09
30.48
3208-263
7960
1160.29
17.26
0.00
41.61
0.40
9.96
11.28
56.40
3208-264
7990
735.15
12.73
0.00
58.42
0.95
8.15
12.18
33.96
3208-265
8020
1063.24
15.02
0.00
46.71
0.61
4.80
6.92
17.02
3208-266
8050
1135.31
28.77
0.00
93.67
2.11
8.52
12.72
31.14
3208-267
8080
1074.02
9.16
0.00
18.99
1.12
2.65
4.28
17.29
3208-268
8110
1122.70
11.35
0.00
30.05
0.53
5.88
7.08
35.69
3208-269
8140
99.88
5.65
0.75
13.96
0.79
1.61
2.66
8.34
"
-
"
METHANE
"
"
"
ETHYLENE
-- ------ -- --
""_"
PROPANE
PROPYLENE
ISOBOTANE
NBLITANE
"..II=Z=LI
=="===E
"-
P==;=L"=
m
=,
TABLE I-C
C m I N E D DATA
========z
- ---- --
"_""c5-c7
_
1.40
21.39
30.45
97.05
46.64
1.19
7.38
9.05
32.73
0.00
28.72
0.90
6.42
8.83
52.82
19.86
0.00
103.67
1.44
21.69
34.35
115.82
186.71
8.17
1.88
34.51
0.93
7.17
10.58
67.88
8320
1346.44
28.07
1.29
49.75
1.57
9.32
15.77
110.47
3208-276
8350
2306.52
37.63
0.00
102.63
1.36
21.42
33.18
163.73
32Q8-277
8380
2871.62
24.25
0.00
38.46
0.68
5.48
9.71
54.20
3208-278
8410
8431.62
16.06
1.87
48.87
0.73
2.00
3.64
27.17
3208-279
8440
2353.98
19.94
0.72
11.58
0.50
1.15
2.08
15.43
3208-280
8470
1127.Z3
10.87
1.12
19.56
0.80
0.67
1.10
17.54
3208-281
8500
1325.88
1.15
1.35
11.01
0.76
0.40
0.71
12.23
3208-282
8530
1711.12
1.16
1.21
6.80
0.66
0.34
0.81
19.25
3208-283
8560
898.36
0.88
0.88
8.57
0.51
0.30
0.66
12.30
3208-284
8590
6934.55
76.64
1.47
24.43
0.67
1.87
3.21
53.62
3208-285
8620
6428.71
69.26
0.00
32.86
0.47
1.59
2.03
23.67
3208-286
8650
4581.46
28.36
0.00
96.42
0.52
2.53
3.80
25.85
3208-287
8680
8487.98
82.48
0.00
42.72
0.30
1.35
1.58
15.45
3208-288
8710
6911.35
28.17
1.68
49.24
0.67
1.01
1.68
15.25
3208-289
8740
5755.85
21.14
0.00
32.61
0.42
5.58
10.29
34.45
3208-290
8770
5516.22
17.22
0.00
20.70
0.39
3.06
5.26
51.13
3208-291
8800
3673.11
2.88
1.07
26.51
0.63
7.09
12.34
142.57
3208-292
8830
9863.80
109.14
0.00
37.66
0.65
5.14
7.21
50.04
ETHnENE
METHANE
----- ---
PROPANE PROPYLENE ISOBOTANE
GEOCHEM ID
DEPTHS
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
3208-270
8170
638.17
29.38
0.00
67.20
3208-271
8200
405.42
22.18
0.00
3208-272
8230
1066.55
9.66
3208-273
8260
1060.17
3208-274
8290
3208-275
"
"
"
"
"
"
"
-- - - - - - -
""""_"
"
"
"
"""x==
N BUTANE
"
"
m
TABLE I - C
COHBINED DATA
GEOCAM ID
DEPTHS
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
3208-293
8860
11068.49
106.60
0.00
58.46
0.74
6.14
6.33
43.37
3208-294
8890
12580.83
7.41
0.00
40.94
0.63
3.00
4.10
36.27
3208-295
8920
21519.49
193.26
0.00
67.23
0.69
6.42
8.39
48.18
3208-296
8950
4733.16
178.68
0.00
149.68
1.05
30.48
47.34
208.56
3208-297
8980
2998.38
44.78
1.31
70.95
1.11
12.80
22.51
115.20
3208-298
9010
3699.22
62.63
0.00
115.89
0.70
28.29
49.73
191.04
3208-299
9040
1898.34
38.35
0.00
124.55
2.46
17.21
20.22
107.05
3208-300
9070
2275.27
58.79
0.00
217.62
0.53
25.55
39.09
123.64
3208-301
9100
2596.11
61.52
0 .oo
74.82
0.61
23.71
36.31
333.80
3208-302
9 130
1776.42
36.60
0.00
116.08
0.79
31.21
40.43
211.73
3208-303
9160
3396.25
18.60
1.64
37.76
0.88
4.61
1.01
39.94
3208-304
9190
3797.46
12.36
0.00
63.43
0.46
17.11
21.57
90.78
3208-305
9220
2347.14
24.88
0.00
42.31
0.36
10.02
13.14
68.60
3208-306
9250
3253.70
26.95
0.00
51.75
0.89
6.49
12.25
44.67
3208-307
9280
3ZW7.52
23.87
0.00
40.86
0.83
7.37
11.86
57.07
3208-308
9310
4401.73
31.45
0.00
41.27
0.65
4.29
6.45
42.05
3208-309
9340
2867.21
17.96
0.99
17.74
0.61
2.89
4.07
19.50
3208-310
9 370
1818.41
5.26
1.24
15.02
0.57
2.68
3.83
21.15
3208-311
9400
2022.14
15.69
2.29
29.87
0.96
4.08
5.64
34.62
3208-312
9430
2293.96
24.26
0.00
47.28
0.93
15.74
28.06
249.08
3208-313
9460
2005.41
16.62
0.73
22.97
0.63
3.28
4.18
30.19
3208-314
9490
1562.69
14.06
1.79
37.62
0.89
4.06
7.19
90.31
3208-315
9520
1176.09
22.90
5.36
110.64
1.74
11.72
16.61
83.02
HETHANE
- ---- --
ETHANE
"
"
"
"
"
"
ETHYLENE
---- -- - --- --
""_
"_"_""
PROPANE
PROPYLENE
ISOBUTANE
""_
N BUTANE
------------
c5-c7
===I=
TABLE I - C
COMBINED DATA
CEOCHM I D
DEPTHS
MLTHANE
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
3208-316
ETHANE
ETHYLENE
- - -.------
""_
PROPANE
"P"_R O P a E N E
ISOBUTANE
NEUTAHE
"_
----------- ---
c5-c7
33.31
56.43
529.85
1.12
16.37
27.26
204.03
82.97
0.75
20.15
29.05
191.37
0.00
85.99
0.65
17.91
27.09
87.L15
25.58
0.00
84.89
0.63
17.73
27.73
94.57
1358.43
15.87
0.00
61.63
0.86
8.19
11.34
67.19
9730
867.56
23.74
0.00
48.57
.1.16
5.40
6.96
32.32
9760
568.62
12.86
0.00
39.23
0.95
9 .87
14.71
66.22
- - - -- - -
-- - .
- --
9550
1531.87
45.03
0.00
0.86
3208-317
9580
1457.00
23.88
0.00
61.52
3208-318
9610
1288.32
26.98
0.00
3208-319
9640
1260.88
32.96
3208-320
9 670
1435.96
3208-321
woo
3208-322
3208-323
145.41
--- -.-- ----
"
I
:
TABLS 1 1 4
COMEIHED DATA
(IEOCHEH ID
DEPTRS
Cl-C4
i==z===iii*
"
"
"
"
"
"
11===
"_""C2-C4
_
c2/c2.
===SI=
zmm
c3/c3=
"_
_I="_
-
=
=
i
i
i
i
r
j
l
3208-001
130
1152.86
5.52
0.63
4.50
0.25
236.91
0.47
3M8-002
160
1085.86
11.91
1.01
3.36
0.37
96.96
1.09
3208-003
190
1116.68
11.00
1.12
1.82
0.29
114.52
0.98
3208-004
220
1075.09
13.51
1.27
3.84
0.39
85.84
1.25
3208-005
250
277.44
89.73
1.40
29.98
0.63
2.12
32.34
YOB-WS
280
195.71
38.67
0.99
28.38
1.12
9.14
19.76
3208-007
310
210.95
81.62
1.62
85.12
1.20
1.60
38.69
3208-008
340
1393.72
78.04
l.M
60.76
1.23
16.95
5.59
3208-009
370
1393.27
60.20
0.50
11.11
0.25
22.77
4.32
3208-010
400
1285.59
11.85
0.92
8.89
0.35
112.55
0.92
3208-011
430
1238.59
9.38
1.06
15.08
0.54
134.65
0.75
3208-012
960
1263.49
12.22
1.17
8.55
0.54
106.62
0.96
3208-013
490
1251.18
2.70
0.98
2.45
0.41
504.10
0.21
3208-014
520
1308.71
9.71
0.80
19.57
0.97
137.14
0.74
3208-015
550
1090.94
4.69
0.85
2.08
0.32
254.58
0.43
3208-016
580
1317.74
1.96
0.59
1.23
0.47
764.55
0.14
3208-017
610
1083.82
1.57
0.83
1.03
0.31
780.06
0.14
3m-020
700
1364.31
4.27
0.90
4.50
1.50
401.75
0.31
3208-021
730
1449.49
9.67
1 .oo
14.51
1.08
169.72
0.66
3M8-022
760
1943.46
373.17
0.63
106.64
2.58
4.24
19.20
3208-029
970
3704.92
65.38
210.31
85.76
1.01
58.21
1.76
3208-030
1000
5963.68
196.08
117.27
51.19
0.82
31.19
3.28
3208-031
1030
2524.29
28.64
47.29
10.57
1.10
89.59
1.13
'
I
TABLE 11-C
CONBINEO DATA
_""_"
-
2
P
i
CEOCHEtl ID
DEPTKS
Cl-c4
C2-C4
c2/c2=
c3/c3=
"
"
"
"
"
=====z
E-=:=
=Is==
Y.=====
"
"
"
"
"
"
---"_
L- -r-n"_ e S s
"
"
3208-032
1040
7250.45
186.92
326.47
131.49
1.24
39.40
2.57
3208-033
1060
2673.n
54.77
65.38
40.78
1.24
51.15
2.09
3208-034
1120
3849.82
93.22
110.81
34.89
1.04
42.59
2.42
3208-035
1150
6612.51
187.68
190.75
66.91
1.00
35.94
2.83
3208-036
1180
1624.16
22.66
25.41
12.48
0.94
74.33
1.39
3m8-037
1210
2299.48
48.86
57.98
33.20
1.16
48.23
2.12
3208-038
1290
1696.50
30.35
28.02
18.01
1.47
56.88
1.78
3208-039
1270
1838.42
30.00
44.73
29.88
1.58
62.42
1.63
3208-040
1300
1226.51
2.84
0.93
3.80
0.60
991.06
0.23
3208-041
1330
1117.59
2.49
0.94
2.20
0.52
514.25
0.22
3208-042
1360
1828.92
13.23
1.50
30.01
0.82
150.88
0.72
3208-043
1390
1371.86
1.38
1.17
3.67
1.37
1399.47
0.10
3208-044
1410
1213.03
4.28
0.65
5.67
0.82
331.56
0.35
3208-045
1430
1200.48
5.38
0.55
5.36
0.72
262.36
0.49
3208-046
1460
2199.24
13.22
27-30
76.68
1.40
15.46
6.23
3208-047
1490
1304.46
12.00
1.50
25.48
0.94
112.90
0.92
3m8-048
1520
1625.84
1.97
1.29
2.35
0.43
1006.36
0.12
3208-049
1530
1469.07
2.45
1.04
2.67
0.50
677.65
0.16
3208-050
1560
1734.82
11.m
0.96
4.47
0.63
168.36
0.64
3208-052
1620
1518.55
11.26
1.24
14.07
0.89
140.80
0.74
3208-053
1650
1656.46
12.92
1.27
12.99
0.85
133.44
0.78
3208-055
1710
1766.89
11.14
2.15
16.12
0.95
169.91
0.63
3208-056
1740
2055.60
12.75
4.98
21.06
0.71
222.03
0.62
D m mmm
TABU 11-C
COMBINED DATA
GEOCIiEM ID
DEPTRS
_""_,=Ds
"
"
"
"
"
"
"
"
"
"-"__
c2-c4
c2/c2=
c3/c3=
ZVeTNgss
==E==
=is==?
is====
=ziDD=Dz
CLC4
3208-057
1770
2161.06
12.47
8.84
14.45
0.94
204.70
0.57
3208-058
1800
2339.08
15.81
3.74
25.21
1.02
161.79
0.61
3208-059
1830
2349.50
17.54
24.30
15.15
1.52
144.49
0.74
3208-060
1860
1499.23
26.20
1.73
6.52
0.91
61.16
1.74
3208-061
1890
1270.72
19.00
8.55
16.31
0.79
108.73
1.10
3208-062
1920
1782.81
40.11
17.07
78.67
1.31
51.94
2.25
3208-063
1950
1635.44
12.27
2.27
16.96
0.78
161.10
0.75
3208-064
1980
1495.68
18.01
2.34
60.13
1.58
86.02
1.23
3208-065
a10
1396.55
24.15
1.08
27.16
1.50
60.02
1.72
3208-066
2040
1507.35
19.64
0.95
24.71
1.49
80.25
1.30
3208-067
2070
1447.21
101.80
0.99
107.67
2.71
13.82
7.03
3208-068
2100
1212.64
18.77
1.06
23.03
1.18
68.72
1.54
3208-069
2130
1238.77
59 -77
1.05
94.66
4.24
20.63
4.82
3208-070
2160
1990.23
34.56
1.30
38.12
2.59
60.29
1.73
3208-071
2190
1632.91
3.45
1.16
2.63
0.60
553.63
0.21
3208-072
2220
1941.61
7.28
1.50
6.17
0.79
293.54
0.3
3208-073
2250
1821.74
5.64
1.01
2.18
0.55
389.88
0.30
3208-074
2280
1548.62
7.88
0.90
1.23
0.43
233.97
0.50
3208-075
2310
2095.36
8.10
1.09
1.79
0.65
295.50
0.38
3208-076
2340
2459.82
11.10
1.59
2.75
0.19
235.98
0.41
3208-077
2370
3807.22
49.24
18.56
6.11
1.54
78.89
1.29
3208-078
2400
3386.33
54.83
38.15
32.60
0.93
65.26
1.61
3208-079
2430
2297.31
15.42
1.37
9.76
0.73
192.69
0.67
OS'LS
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91'06Eb
LB'hh
Sb'l
6L'SESZ
€0'61
Ob'11
161-GGZE
OOLE
ZOl-8OzE
OELE
OLOE
OhOE
OlOE
0862
0262
SZ'EZlh
0562
lh'89ZE
09LZ
001-80ZE
660-802E
860-OOZE
L60-8OZE
960-OOZE
560-80ZE
160-8OZE
060-8OZE
680-802E
980-802E
Ob92
9h"ZhZb
L80-80ZE
OL9Z
LL'9h95
91'62
880-8OZE
oou
18'WdlL
6S'SL
h8'Lh
6E'b
-
ZE 82
bZ'ZL
LS'h
Lh'Z9
h9'1
==E===
'Z3/Z3
OELZ
580-80ZE
0192
Z0'266h
95'E9
ZZ'OLL
LL'E
ZS'hl
.E3/E3
82'85hf
lh'OZ62
BO'ZE
lZ'L2
96'1
6L'E
5l'Eh
OL'OZZE
9S.08
ES'b9
62'L
05'81
EZ'OE
L9.E
E=D==E
~
"
S
s
a
w
"_
b3-23
0852
0252
SO'5LEZ
os52
h1.9292
ZE'lLLl
09'9652
"_
h3-13
06hZ
0902
h80-8OZE
EBP80ZE
Z80-80ZE
180-8OzE
080-80ZE
a 1 m83om
s u m
======x===
DEDI=L.
I=
-I
D "
D m
TABLE 11-C
CCMEINED DATA
GEOCHM ID
DEPTHS
E=IDIDI=zz
==x===
""Cl-C4
__
CZ-CU
c2/c2=
c3/c3=
DDI=z
"
"
"
"
"
"
"
"
"
"
"
"
"_"IC4/8C4
_
Cl/(C2+C3) %WETNESS
------"_ --
"""_==i
"
"
3850
3208-126
12893.82
17.93
1.38
6.70
0.81
816.38
0.13
3880
3208-127
7186.52
16.98
1.43
8.43
0.79
478.14
0.23
39
3208-128
6622.33
80.94
11.97
13.81
0.80
83.70
1.22
3940
3208-129
14310.60
25.36
1.82
12.99
0.85
651.45
0.17
4000
3208-131
3428.90
19.71
0.60
6.18
0.88
189.18
0.57
4030
3208-132
3686.21
33.97
0.54
16.25
1.13
113.00
0.92
433.89
63.89
0.42
24.43
1.85
10
3208-133
4060
68.68
1.47
4090
3208-134
7579.58
77.03
0.48
33.24
1.62
100.19
1.01
4120
3208-135
7580.53
91.66
0.35
27.31
1.22
83.61
1.20
4270
3208-140
4003.86
10.27
0.56
4.55
1.34
446.57
0.25
4330
3208-142
4015.51
66.00
0.52
26.29
2.06
62.02
1.64
4360
3208-143
10576.10
19.32
1.59
10.25
1.05
665.41
0.18
4390
3208-144
11205.18
26.63
-
1.05
491.18
0.23
4420
3208-145
7731.83
22.23
-
10.63
8.54
0.84
910.41
0.28
4450
3206-146
4994.43
50.88
-
41.56
1.17
103.71
1.01
4480
3208-147
6358.85
66.85
7.04
42.51
1.40
99.31
1.05
4510
3208-148
3865.43
830.69
1.58
43.48
0.52
4.30
21.49
4540
3208-149
2307.30
581.17
10.46
46.20
0.38
3.88
25.18
4570
3208-150
3375.75
1364.46
279.68
0.39
1.82
40.41
4600
3208-151
2398.83
1083.44
354.71
0.37
1.62
45.16
4530
3203-152
2232.93
920.31
237.35
9.33
2.5q
31.23
4660
3208-153
2318.35
1125.00
267.88
0.30
1.97
48.52
4690
3208-154
2002.47
314.24
138.46
0.35
7.25
15.69
-
-
TABLE 11-C
COMBINED DATA
GEOCHEM ID
DEPTAS
m==:====zz
si:===
60
""__
m
e
s
s
"_
C2-C4
2565.44
10.41
1.14
2.55
0.61
316.58
0.40
Cl-C4
c2/c2=
c3/c3=
"
"
"
"
"
"
=s=ziil
"
""D""
"
3208-103
31
3208-104
3190
2178.26
12.49
1.35
5.48
0.60
195.12
0.57
3208-105
3220
4977.10
46.43
1.57
24.58
0.89
110.81
0.93
3208-106
3250
6430.97
59.82
2.75
38.81
1.17
120.23
0.93
3208-107
3280
8571.64
63.92
2.50
37.71
1.50
139.33
0.74
3208-108
3310
4696.02
34.48
1.29
12.06
1.02
143.22
0.73
3208-109
3340
3003.79
25.70
1.13
6.00
0.65
126.74
0.85
3208-110
3370
5487.29
17.23
1.71
9.14
0.92
352.74
0.31
3208-111
3400
6284.37
18.33
3.13
19.12
1.18
394.55
0.29
3208-112
3430
5548.07
58.74
2.67
37 -05
1 .oo
101.62
1.05
3208-113
3460
6443.82
104.14
4.41
80.94
1.88
63.03
1.61
3208-114
3490
5270.13
29.49
6.64
21.43
0.98
218.65
0.55
3208-115
3520
5610.24
19.65
7.85
13.72
1.36
318.01
0.35
3208-116
3550
4378.31
31.56
-
36.96
1.64
147.32
0.72
3208-117
3580
6039.07
139.24
84.34
1.59
45.64
2.30
3208-118
3610
4895.90
93.83
55.67
48.23
1.52
56.83
1.91
3208-119
3640
2881.72
95.55
32.49
65.13
1.47
31.72
3.31
3208-120
3670
2216.86
26.98
2.87
19.80
1.19
95.85
1.21
3208-121
3700
1516.37
51.05
7.02
58.44
1.82
29.79
3.36
3208-122
3730
1405.83
22.70
1.14
15.01
1.30
64.21
1.61
3208-123
3760
2017.60
21.14
1.13
12.37
0.87
99.72
1.04
3208-125
38a
7283.47
14.04
2.50
10.34
1.04
620.86
0.19
-
ES'L
ZL'Sh
22.2
Oh'fE
ZL' L
E9'LE
SZ'E
68'hZ
21.1
hZ'6h
OS'Z
ES'OE
Sh'Z
89'LE
06.2
6Z'LZ
SE'LL
ES'O
85'E
h9'EZ
95'8E
89'0
Lh'9
LZ'SL
hO'ZfL
8h'O
SL 'h
LL'ZZ
9L'E
EL'EZ
8S'L
Z8'ZL
hS'S9L
69'0
6L'L
hE'Z1
hL'LL
h9'0
LS'EL
SS'L
69'0
19-01
h9'6
h8'0
9h'hL
EZ'L
L0'88E
08'0
hh'L
Lh'EL
29'9LL
€5'0
L9'L
SO'hL
66'52
E9'h
EE'LL
88'8
LO'h
SL'OZ
LE'hL
---"_ --"
SSaNJSHZ
92'8
"
"
"
"
"
"
"
"
"
"
L L'O
59.0
LS'O
Eh'O
25'0
Lh'O
22'0
9E'O
hS'O
Lh'O
12.1
Bh'O
hE'O
ZE'O
""_
(E3+Z>)/L3 h3Nlh31
SZ'9LL
29.25
EZ'9EZ
Z8'0SL
8L'
6E
ES'L8
LE * LSZ
90'hhZ
OE'LZL
ZZ'E8
65'h8L
S8'8LL
6L'hhL
9E'LEZ
81 'OZL
hE '56
h6"iEZ
9L'ZhL
LS'OBL
EL'S8
6h'BSL
9S'LhL
Z6'26L
EL'99L
9L'LZZ
S8'EZL
80'LLZ
Oh'L6Z
ZL'ZLL
hL'ZLLL
G'BOEL
09'8881
OBES
OSES
0625
ZE'LEBL
Of 15
0025
OLLS
OhLS
hS'hL8L
"_
""-
"_
LSS
080s
OSOS
020s
LLL-BOZE
9LL-80ZE
SLL-BOZE
bLL-802E
ELL-BOZE
ZLL-BOZE
LLL-8OZE
OLL-80Zf
691-BOZE
89L-802E
LgL-BOZE
99L-80zE
591-!302E
h91-80ZE
291-BOZE
E9L-80ZE
096h
OLBh
Oh8h
L6'ELZL
86'EfLL
EO'LBEZ
ZB'OLSL
h3-L3
h3-23
OE6h
006h
60'LSEl
LZ.899
hO'LLOL
51'9LZ
OZE S
0925
LO'bL8L
Zh'BSLL
S9'hLbL
hS'SL6L
OLLS
L9'6E8L
Zl'LL9
9E'9LB
9E.
066h
Eh'OL9
Z6'9OL
26'8LL
EE'L06
96'LLB
L9'EOZ
L6'9Sh
9E'LbL
SL'6LS
h9'6fZ
Lh'SLZ
LB'L6
"
"
"
"
"
"
'EWE3
L9L-80ZE
09L-80zE
651-80ZE
9SL-80zE
OSLh
LSL-BOZE
O8Lh
8SL-80ZE
OL8h
OZLh
"_
SSL-80ZE
"_
a1 w w o m
sHma
"_"=:Ei=i
""_E
"
"
TABLE 11-C
COUEiIlPED DATA
GEOCHEH ID
"
"
"
"
"
"
"
"
"
"
n
Y
DEPTHS
"_
""_=
""__
Cl-C4
C2-C4
C3/C3r
==x==
=x=:==
IC4/tiC4 Cl/(C2+C3)
""_
"
"
"
"
"
"
"
"
"
"
IlsETNess
=zi=i=:=
3208-178
5410
7010.40
5548.46
7381.53
0.73
0.30
79.14
3208-179
5440
2807.38
1600.,16
1397.20
0.81
1.17
56.99
3208-180
5470
5371.74
4064.48
2416.54
0.54
0.42
75.66
3208-181
5500
3559.55
2265.54
1504.16
0.73
1.51
63.69
3208-182
5530
9457.43
7783.96
1189.64
0.56
0.35
82.30
3208-183
5560
9639.59
7939.91
1703.62
0.54
0.34
82.36
3208-184
5590
1966.93
934.73
867.55
0.56
1.56
47.52
3208-185
5620
5897.22
3996.33
3476.21
0.62
0.53
61.76
3208-186
5650
3715.04
2140.58
364.99
0.50
1.10
57.61
3208-187
5680
9644.39
8171.21
850.55
0.49
0.39
84.72
3208-188
5710
7382.16
5933.94
860.76
0.52
0.51
80.38
3208-189
5740
6424.88
5102.39
1130.29
0.61
0.46
79.41
3208-190
5770
5432.45
4248.70
765.64
0.66
0.48
78.20
3208-191
5800
16708.36
14728.37
1609.76
0.47
0.25
88.14
3208-192
5830
37721.92
34790.72
1803.31
0.43
0.16
92.22
3208-193
5860
23236.65
20448.21
3460.23
0.43
0.30
87.99
3208-194
5890
2277.21
1281.91
574.12
0.46
1.62
56.29
3208-195
5920
6192.54
5138.61
1421.18
0.55
0.32
82.98
3208-196
5950
4748.38
3112.90
791.68
0.60
0.93
65.55
3208-197
5980
3440.61
1725.08
323.10
0.58
2.02
50.13
3208-198
6010
1913.41
338.77
135.01
0.64
7.42
17.70
3208-199
6040
2469.62
1097.68
392.60
0.51
2.57
44.44
3208-200
6070
3933.00
1952.51
490.44
0.57
1 .go
49.64
"I" "
GEOCHM I D
DEPTAS
"
"
"
"
"
"
"
"
"
"
x>====
"_
Cl-C4
c2-c4
"_
c3/c3=
"
"
"
"
"
"
""_
IC4/NC4 Cl/(C2+C3)
"
"
"
"
"
"
"
"
"
"
ZWTNesS
- -- -- "
"
"
3208-201
6100
4772.57
2743.21
456.04
0.57
1.36
57.47
3208-202
6130
4915.21
3243.06
1339.15
0.56
0.95
65.98
3208-203
6160
4231.31
2629.32
547.59
0.55
1.13
62.13
3208-204
6190
2236.10
758.30
124.83
0.58
3.41
33.91
3208-2Q5
6220
2772.66
1252.99
668.66
0.56
2.11
45.19
3208-Mb
6250
3984.64
2393.00
861.33
0.52
1.21
60.05
3208-207
6280
1902.85
413.58
118.25
0.54
6.10
21.73
3208-208
6310
1565.30
264.70
59.74
0.67
7.70
16.91
3208-209
6340
1854.43
911.74
64.26
0.54
5.09
22.m
3208-210
6370
1496.24
106.68
52.83
0.70
17.39
7.12
3208-211
6400
1646.76
268.82
34.06
0.58
7.69
16.32
3208-212
6430
925.25
75.30
19.71
0.93
13.79
8.13
3208-213
6460
1005.55
161.63
164.29
0.79
7.32
16.07
3208-214
6490
1239.24
444.3
388.37
0.68
3.16
35.85
3208-215
6520
1251.57
372.16
449.30
0.91
3.66
29.73
3208-216
6550
1330.03
458.18
34.12
0.90
2.76
34.44
3208-217
6580
2000.80
776.49
236.90
0.84
1.73
38.80
3208-218
6610
1776.91
594.37
133.87
1.16
2.61
33.45
3208-219
6640
2341.27
861.49
384.23
0.82
2.52
36.79
3208-220
6670
1951.30
784.68
238.92
1.25
1.89
40.21
3208-221
6700
2427.15
1192.58
299.60
1.20
1.29
49.13
3208-222
6730
1910.39
541.1'4
118.97
1.27
3.19
28.32
3208-223
6760
2026.97
737.74
76.73
0.94
2.42
36.39
m m "
TABLE 11-C
COMBINED DATA
GEOCHEM ID
DEPTHS
"
"
"
"
"
"
"
"
"
"
"
_""""-
"_"" _
c1-c4
C2-C4
"_
c3/c3=
"
"
"
"
"
"
"_
"IC4rnC4
Cl/(C2+C3)
"
"
"
"
"
"
"
"
"
"
WETNES
--- -- --- --"
3208-224
6790
1977.23
525.64
94.05
1.64
3.36
26.58
3208-225
6820
1714.28
422.27
86.29
1.13
3.84
24.63
3208-226
6850
1882.96
560.37
200.95
1.30
2.85
29.76
3208-227
6880
1855.39
610.22
224.54
1.40
2.44
32.88
3208-228
6910
1605.51
457.22
232.44
1.47
3.06
28.47
3208-229
6940
1441.95
262.34
153.61
1.55
5.60
18.19
3208-230
6970
1641.96
237.10
227.04
2.08
6.93
14.44
3208-231
7000
1547.17
200.01
412.85
1.89
7.93
12.92
3208-232
7030
2011.67
270.40
630.76
1.58
7.79
13.44
3208-233
7060
1665.54
341.46
130.18
0.99
4.71
20.50
3208-234
7090
651.97
238.17
134.93
1.19
2.19
36.53
3208-235
7120
824.74
267.44
138.22
1.41
2.51
32.42
3208-236
7150
946.43
236.88
339.46
1.69
3.51
25.02
3208-237
7180
794.42
252.50
343.18
1.52
2.51
31.78
3208-238
7210
414.02
110.57
252.34
0.96
3.57
26.70
3208-239
7240
1280.71
281.03
173.34
0.94
4.86
21.94
3208-240
7270
1578.84
468.35
120.42
1.08
3.00
29.66
3208-241
7300
1128.37
225.76
89.87
1.15
5.29
20.00
3208-242
7330
1072.21
211.08
108.60
0.80
5.54
19.68
3208-243
7360
1154.40
121.29
107.06
1.23
10.30
10.50
3208-244
7390
1118.29
218.10
87.14
1.32
4.98
19.50
3208-245
7420
1151.48
213.71
146.23
0.93
5.32
18.56
3208-246
7450
1365.15
205.34
247.15
0.82
7.51
15.04
"
TABLE 11-C
COHBINED DATA
GEOCHEM ID
DEPTES
"
"
"
"
"
"
"
"
"
"
"
"""_"-
c144
"_"_"
C2-C4
"_
c3/c3=
"
"
"
"
"
"
IC4/NC4 Cl/(C2+C3) WETNESS
""_
"
"
"
"
"
"
"
"
"
"
- - - - --
"
"
3208-247
7480
1242.51
197.38
328.81
1.16
6.42
15.88
3208-248
7510
1210.21
319.58
528.36
0.99
3.89
26.40
3208-249
7540
1315.20
217.45
518.78
1.27
6.62
16.53
3208-250
7570
1908.84
172.19
468.29
1.35
11.46
9.02
3208-251
7600
2347.92
332.75
647.24
1.70
6.70
14.17
3208-252
7630
1985.89
175.84
439.59
2.35
11.59
8.85
3208-253
7660
2912.59
133.49
88.22
1.78
22.29
4.58
3208-254
7690
4120.33
152.88
177.21
1.85
27.77
3.71
3208-255
77m
2313.43
703.05
173.11
1.27
2.35
30.39
3208-256
7750
1524.63
207.7 1
178.61
1.26
7.66
13.62
3208-257
7780
1987.67
476.73
528.41
0.76
5.04
23.98
3208-258
78 10
1324.52
213.81
145.48
0.66
6.84
16.14
3208-259
7840
1297.70
150.80
153.35
0.51
12.54
11.62
3208-260
7870
1256.37
140.13
154.53
0.88
10.68
11.15
3208-261
7900
1497.90
248.55
63.77
0.84
6.16
16.59
3208-262
7930
1191.83
84.15
90.24
0.70
16.55
7.06
3208-263
7960
1240.42
80.12
102.41
0.88
19.70
6.45
3208-264
7990
826.66
91.50
61.37
0.66
10.33
11.06
3208-265
8020
1136.71
73.46
75.38
0.69
17.22
6.46
3208-266
8050
1279.02
143.71
44.23
0.66
9.27
11.23
3208-267
8080
1109.12
35.09
16.92
0.61
38.14
3.16
3208-268
8110
1177.08
54.37
55.79
0.83
27.11
4.61
3208-269
8 140
123.77
23.89
17.63
0.60
5.09
19.30
"
CEOCBEW ID
DEPTHS
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"
"_"_"
C1-C4
"C2-C4
_
C2/C2=
c3/c3=
"
"
"
"
"
"
"
"
"
"
"
"
-
60.44
1449.36
102.92
8350
2501.41
194.89
3208-277
8380
2949.55
77.92
-
3208-278
8410
8502.20
70.58
3208-279
8440
2388.75
3208-280
8470
3208-281
3208-270
8170
786.62
148.44
3208-271
8200
490.68
85.25
3208-272
8230
1120.21
53.65
3208-273
8260
1239.75
179.58
3208-274
8290
247.16
3208-275
8320
3208-276
1c4mc4 Cl/(C2+C3)
""_
"
"
"
"
"
"
"
"
"
"
WETNESS
------ ----
47.87
0.70
6.60
18.87
39.05
0.81
5 .89
17.37
31.73
0.72
27.78
4.78
71.55
0.63
8.58
14.48
4.33
37.00
0.67
4.3
24.45
21.60
31.61
0.59
17.30
7.10
75.31
0.64
16.44
7.79
55.97
0.56
45.77
2.64
8.58
66.81
0.55
129.84
0.83
34.77
27.38
23.15
0.55
74.66
1.45
1159.50
32.21
9.69
24.29
0.61
37-03
2.77
8500
1339.18
13.29
0.85
14.38
0.56
108.88
0.99
3208-282
8530
1720.26
9.13
0.95
10.19
0.41
214.52
0.53
3208-283
8560
908.78
10.42
1 .oo
16.67
0.45
94.97
1.14
3208-284
8590
7040.72
106.17
51.86
36.08
0.58
68.60
1S O
3298-285
8620
6534.48
105.76
-
69.69
0.78
62.94
1.61
3208-286
8650
4712.59
131.12
-
182.72
0.66
36.71
2.78
3208-287
8680
8616.12
128.14
-
139.51
0.85
67.79
1.48
3208-288
8710
6991.48
80.12
73.36
0.60
89.27
1.14
3208-289
8740
5825.49
69.63
76.83
0.54
107.06
1.19
3208-290
8770
5562.49
46.26
-
52.74
0.58
145.43
0.83
3208-291
8800
3721.94
48.83
2.68
41.56
0.57
124.95
1.31
3208-292
8830
10022.96
159.16
-
57.08
0.71
67.18
1.58
16.70
E62-802E
0988
h62-8OZE
0688
562-8OZE
0268
962-8OZE
0568
gE'6EL5
LbZ-BOZE
0868
Eh'6hlE
5O'LSL
86Z-80ZE
0106
6L'556E
95'952
6h.591
662-802E
Oh06
69'8602
hE'OOZ
5h.05
58'0
OOE-BO2E
OLO6
5E.9192
LO' L hE
5E'EOh
59'0
€2'8
lOE-8OZE
001 6
bh'Z6I.Z
LE'96L
89'021
59'0
E0'61
ZOE-8O2E
OEL 6
5L'O002
EE'h22
L9'9hl
LL'O
E9'Ll
EOE-802E
091.6
5Z'hghE
00'89
5h'Zh
59'0
52'09
hOE-80ZE
0616
96'116E
6h'hLl
92'5EL
6L'O
60'05
5OE-802E
0226
05'LEhZ
9E.06
06'5LL
9L'O
Z6'hE
90E-80ZE
0526
91'15EE
9h'L6
65' L5
E5'O
EE'Lh
LOE-BOZE
0826
8h'L62E
96'E8
Z8'8h
29'0
55'6h
80E-802E
OLE6
L2'58hh
8h'EB
ZL'E9
99'0
25'09
60E-80ZE
OhE6
96'6062
89'Zh
L0'62
L L'O
82'08
OLE-8OZE
OLE6
L2'5h8L
08'92
69'0
29'68
LLE-BOZE
00h6
hh'LLO2
62.55
h6'OE
2L'O
LE'hh
zLE-802E
OEh6
Zf'60hZ
SE'SLL
05'05
95'0
90'2E
ELE-BOZE
09h6
8h.2502
90'Lh
LL'9E
BL'O
h9'05
06h6
h9'=91
56'29
68'Lh
95.0
EZ'OE
0256
86'LEEL
68'191
Zh'E9
OL'O
08'8
50'92
20'9hZLL
ES'LLL
00.6L
96'0
5O'Lg
82'9E92L
5h.55
86'h9
EL'O
02'092
6L'hhLLZ
OE'5J.Z
9L'O
L9.28
02'90h
LL'lhl
b9'0
Lh'hl
95x9
95'0
06:52
95'0
ZL.02
59.11
"
"
"
"
"
"
"
"
"
"
"_
(E3+23)/13 h3Wh3I
Eh'L6
"
"
"
"
"
"
'E3/E3
h3-13
h3-Z3
"_
"_
"
"
"
"
"
"
SH6d30
5LE-802E
hlE-80ZE
"
"
"
"
"
"
"
"
"
"
01 W3HS30
61'891
65'0
hO'8
98'hS
09'0
5O'Lt
Of '601
69'0
lL.11
19'1El
99'0
65'01
LE'EEl
E9'0
66'21
ZL'O
ZS'Ll
85' 1h
LL'O
66'1 1
62' 1h
L9'0
16'01
"
"
"
"
"
"
"
"
"
"
" _"
(E3+23)/13 h3Nlh3I
12'1L
"
"
"
"
"
"
=EWE3
"""
"
"
"
=23/23
69'91.
69'hQ
SO'L6
h6'551
86'E91
91.651
50'621
61'082
lE'Sh9 EZE-80ZE
52'256 22E-802E
09L6
OEL6
0856
50'9851
0196
6h'Lhhl8lE-80ZE
Oh96
98'hZhl61E-80ZE
OL96
06'1651 WE-BOZE
OOL6
Bh'S5hllZE-80ZE
90'2181
h3-13
h3-23
"_
"_
0556
"
"
"
"
"
"
SIUd30
LlE-BOZE
91E-802E
"
"
"
"
"
"
"
"
"
"
a1 ~3~3033
TABLE 111
LITHOLCGICALDESCRIPTIONS
AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #I
GEOCHEM
SAMPLE
NUMBER
DEPTH
INTERVAL
(feet)
3208-001
-A
100-130
3208-002
-A
130-160
3208-003
-A
190
3208-004
-A
220
3208-005
-A
250
3208-006
-A
280
3208-007
-A
310
3208-008
-A
-B
340
3208-009
-A
370
DESCRIPTION
LITHO
NO.
100%Volcanic, l a p i l l i ,a s hc u f f
T r a c ef i b r o u sd r i l l i n g
additive
100% V o l c a n i c ,l a p i l l ia s ht u f f
100%Volcanic,
l a p i l l i ashcuff
100%Volcanic,
l a p i l l ia s ht u f f
100% V o l c a n i c ,l a p i l l ia s ht u f f
100% V o l c a n i c ,l a p i l l ia s ht u f f
100% V o l c a n i c ,l a p i l l ia s ht u f f
90% Volcanicash
10% Quartzfragments
70% Volcanicash
30% Quartzfragments
-B
3208-010
-A
-B
GSA
400
70% Volcanicash
30% Quartzfragments
ORGANIC
CARBON
(wt.%)
TABLE 111 (continued)
LITHOLOGICALDESCRIPTIONS
AND ORGANIC CARBON ANALYSES
Marshall R . Y o u n g Salty's #I
GEOCW
SAMPLE
NUMBER
3208-01 1
-A
DEPTH
INTERVAL
(feet)
DESCRIPTIONLITHO
430
70% Volcanic ash
30% Quartz fragments
-B
3208-012
460
70% Volcanic ash
30% Quartz fragments
-A
-B
3208-013
490
-A
-B
520
70% Quartz fragments
30% Volcanic ash
3208-014
-A
-B
3208-015
70% Quartz fragments
30% Volcanic ash
550
-A
-B
580
-
__
70% Quartz fragments
30% Volcanic ash
3208-016
70% Quartz fragments
30% Volcanic ash
-A
-B
3208-017
610
70% Quartz fragments
30% Volcanic ash
-A
-B
3208-018
640
NO SAMPLE
3208-019
670
NO SAMPLE
3208-020
700
-A
-B
70% Quartz fragments
30% Volcanic ash
GSA
NO.
ORGANIC
CARBON
(e.%)
TABLE I11 (continued)
LITHOLOGICAL
DESCRIPTIONSAND ORGANIC CARBON ANALYSES
Marshall R. Young Salty's #l
GEOCHEM
SAMPLE
NUMBER
DEPTH
INTERVAL
3208-021
730
0.06
50% Quartz fragments
50% Limestone, white to very
pale orange
-B
760
-A
50% Quartz fragments
white to very
pale orange
-B
50% Limestone,
3208-023-024
3208-029
ORGANIC
CARBON
LITHO DESCRIPTION
-A
3208-022
GSA
NO SAMPLE
970
-A
0.09
60% Dolomite, brownish gray
40% Limestone, white to very
-B
pale orange
Trace calcite crystals
3208-030
1000
-A
90% Dolomite, brownish gray
10% Limestone, white to very
pale orange
Trace calcite crystals
-B
3208-031
1030
-A
-A
-B
0.11
80% Limestone, white to clear
20% Dolomite, brownish gray
Trace calcite crystals
-B
3208-032
0.13
1040
80% Dolomite, brownish gray
20% Limestone, white to very pale
orange
TABLE 111 ( c o n t i n u e d )
LITBOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #l
GEOCBEM
SAMPLE
NUMBER
3208-033
DEPTH
INTERVAL
(feet)
100% Limestone, varied color
1120
0.10
90%Dolomite,brownishgray
10% Limestone, varied color
1180
0.05/0.07
70% Sandstone,grayishred
30%Dolomite,brownishgray
-B
3208-037
-A
0.08
1150
-B
3208-036
-A
0.14
50% Dolomite,brownishgray
50% Limestone, varied color
-B
3208-035
-A
ORGANIC
CARBON
(wt.%)
1060
-A
3208-034
-A
LITHO DESCRIPTION
GSA
NO.
1210
70% Sandstone,grayishred
30%Dolomite,brownishgray
-B
3208-038
-A
-B
1240
3208-039
-A
1270
0.22
70%Dolomite,darkgray
30% Sandstone,grayishorange
t og r a y i s hr e d .
0.16
80% Dolomite,darkgray
20% Sandstone,grayishorange
tograyishred
-B
3208-040
-A
-B
1300
3208-041
-A
1330
0.06
95% S h a l e ,g r a y i s hr e d
5% Dolomite, l i g h to l i v e - g r a y
100% S h a l e ,g r a y i s hr e d
TABLE I11 ( c o n t i n u e d )
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #l
GEOCHFN
SAMPLE
NUMBER
DEPTH
INTERVAL
(feet)
3208-042
-A
-B
1360
3208-043
-A
-B
1390
3208-044
-A
-B
1410
3208-045
-A
1430
80%Shale,grayishred
20%Dolomite,lightolive-gray
g r a y i s hr e d
to
0.08
80% S h a l e ,g r a y i s hr e d
20% Dolomite,lightolive-gray
t og r a y i s hr e d
1460
3208-047
-A
1490
NO SAMPLE
0.13
90% Dolomite,lightolive-gray
t o l i g h t brownishgray
10%Shale,grayishred
-B
1520
-A
80%Dolomite,lightolive-gray
t og r a y i s hr e d
20% S h a l e ,g r a y i s hr e d
-B
-B
NO.
95% S h a l e , g r a y i s h r e d
5% D o l o m i t e ,l i g h to l i v e - g r a y
3208-046
3208-049
-A
LITHO DESCRIPTION
ORGANIC
CARBON
(m.%)
90% S h a l e , g r a y i s h r e d
10% Dolomite,lightolive-gray
-B
3208-048
GSA
1530
80%Dolomite, l i g h to l i v e - g r a y
tograyish red
20% S h a l e ,g r a y i s h r e d
TABLE I11 (continued)
LITEOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Y a r s h a l l R. Young S a l t y ' s #1
"
"
GEOCHEM
SAMPLE
NUMBER
3208-050
-A
DEPTH
INTERVAL
(feet)
1590
3208-052
-A
1620
3208-053
-A
1650
3208-054
1680
3208-055
-A
1710
NO SAMPLE
0.14
100%Dolomite, medium l i g h t g r a y
C.11/0.13
100%Dolomite,
medium l i g h t g r a y
NO SAMPLE
0.14
70% Limestone, medium l i g h t g r a y
r ov e r yl i g h tg r a y
30% Dolomite, medium gray
-B
0.25
1740
70%Limesrone, medium l i g h t g r a y
t o v e r yl i g h tg r a y
30% Dolomite, medium gray
-B
3208-057
-A
1770
3208-058
1800
0.17
100% L i m e s t o n e , v e r y l i g h t g r a y t o
medium dark gray
0.17
100% L i m e s r o n e ,v e r yl i g h tg r a yt o
medium d a r k g r a y
-A
-A
(Wf.%)
90% Dolomite,lightolive-gray
t og r a y i s hr e d
10%Shale,grayishred
3208-051
3208-059
ORGANIC
CARBON
0.08
1560
-B
3208-056
-A
LITHO DESCRIPTION
GSA
NO.
0.29
1830
100%Limestone,verylightgrayto
medium dark gray
TABLE 111 (continued)
LITHOLOGICAL
DESCRIPTIONSAND ORGANIC
CARBON
ANALYSES
Marshall R. Young Salty's #l
DEPTH GEOCHEM
SAMPLE
NUMBER
3208-060
.
INTERVAL
(feet)
GSA
NO.
DESCRIPTION
LITHO
ORGANIC
CARBON
(wt.%)
0.23
1860
-A
80% Dolomite,
-B
20% Limestone, very light gray
mediumgray to dark
gray
to medium
3208-061
gray
0.16
1890
-A
70% Limestone, very light gray
to medium gray
-B
30% Dolomite, mediumgray to dark
gray
3208-062
-A
0.33/0.34
1920
70% Limestone, very light gray
to medium
30% Dolomite,
-B
gray
mediumgray to
dark gray
3208-063
60% Limestone, very light gray
to medium gray
40% Dolomite, medium gray to
dark gray
-A
-B
3208-064
70% Dolomite, mediumgray co
brownish gray
30% Limestone, very light gray
to medium gray
-B
-A
-B
0.19
1980
-A
3208-065
0.14
1950
0.30
2010
70% Dolomite,
mediumgray co
brownish gray
30% Limestone, very light gray
to medium gray
(.
3
TABLE I11 (continued)
LITHOLOGICAL
DESCRIPTIONS
AND
ORGANIC
CARBON
ANALYSES
Marshall R. Young Salcy's #1
DEPTH GEOCHEM
SAMPLE
NUMBER
3208-066
-A
INTERVAL
(feet)
G SA
DESCRIPTION
LITHO
NO.
ORGAN1 C
CARBON
(wt.%)
0.16
2040
60 % Dolomite, medium gray to
brownish gray
30% Limestone, very light gray
fo medium gray
10% Shale, grayish red
-B
-C
3208-067
-A
2070
60% Shale, grayish red
30% Dolomite, mediumgray to
-B
brownish gray
10% Limestone, very light gray
to medium gray
-C
3208-068
-A
60% Shale, grayish red.
30% Dolomite, mediumgray to
-B
brownish gray
10% Limestone, very light gray
to medium gray
-C
3208-069
-A
0.12
2100
2130
60% Shale, grayish red
30 % Dolomite, medium gray to
-B
brownish grny
10%Limestone, very light gray
to medium gray
-C
3208-070
-A
0.09
2160
50% Limestone, very light grny
to white
-B
-C
30 % Dolomite,
mediumgray to
brownish gray
20% Shale, grayish red
TABLE I11 (continued)
LITHOLOGICAL
DESCRIPTIONS
AND ORGANIC CARBON ANALYSES
Marshall R. Young Salty's#l
DEPTH GEOCHEM
SAMPLE
NUMBER
3208-071
-A
INTERVAL
DESCRIPTION
LITHO
(feet)
2190
-C
2250
2280
0.05
40% Dolomite, medium~.gray
to
brownish gray
30% Limestone, very light gray to
white
30% Shale, grayish red
-A
-B
-C
-C
0.07
40% Dolomite, medium
gray to
brownish gray
30% Limestone, very light gray to
white
30% Shale, grayish red
-C
-B
very light gray to
white
40% Dolomite, medium gray to
brownish gray
-B
3208-075
-A
C.15/0.13
60% Limestone,
-A
3208-074
.%)
0.09
2220
-B
3208-073
ORGANIC
CARBON
50% Limestone, very light gray
to
white
30% Dolomite, medium gray to
brownish gray
20% Shale, grayish red
-B
3208-072
-A
GSA
(wt
NO.
2310
0.09
40% Limestone, very light gray
to light brownish gray
30% Dolomite, medium gray
to
brownish gray
30% Shale, grayish black
TABLE I11 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #l
GEOCHEM
SAMPLE
NUMBER
3208-076
-A
DEPTH
INTERVAL
(feet)
40% Limestone, very l i g h t g r a y t o
lightbrownishgray
30% Dolomite, medium gray t o
brownishgray
30% S h a l e , g r a y i s h b l a c k
-C
50% Dolomite,brownishgray
to
grayish black
30% L i m e s t o n e , v e r y l i g h t g r a y t o
lightbrownishgray
20% S h a l e , g r a y i s h b l a c k
-C
50% Dolomite,brownishgreyto
grayishblack
30% L i m e s t o n e , v e r y l i g h t g r a y t o
l i g h t brownishgray
20% S h a l e , g r a y i s h b l a c k
-C
60% L i m e s t o n e , v e r y l i g h t g r a y
t o l i g h t brownish g r e y
25% Dolomite,brownishgray
to
grayish black
15% S h a l e ,g r a y i s hb l a c k
-C
0.14/0.13
2460
70% L i m e s t o n e ,v e r yl i g h tg r a y
t o l i g h t brownishgray
30% S h a l e ,b l a c kt og r a y i s hr e d
-B
3208-081
-A
-B
0.22
2430
-B
3208-080
-A
0.24
2400
-B
3208-079
-A
0.45
2370
-B
3208-078
-A
ORGANIC
CARBON
(wt.%)
0.10
2340
-B
3208-077
-A
LITHO DESCRIPTION
GSA
NO.
0.10
2490
80% Limestone,variedcolor
20% S h a l e ,g r a y i s hb l a c k .
TABLE 111 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R. Young S a l t y ' s #1
"
"
INTERVAL
GEOCHEM
SAMPLE
NUMBER
3208-082
-A
DEPTH
-
(feet)
2520
0.2810.26
70% L i m e s t o n e , v e r y l i g h t g r a y t o
lightbrownishgray
t o g r a y i s hr e d
30%Shale,black
2580
0.17
60%Limestone,verylightgrayto
lightbrownishgray
red
40% S h a l e ,b l a c kt og r a y i s h
3208-085
-A
-B
2610
3208-086
-A
-B
2640
3208-087
-A
2670
0.63
80%Shale,black
t o g r a y i s hr e d
20% Limestone,verylightgray
co
l i g h t brownishgray
0.27
60% S h a l e ,b l a c kt og r a y i s hr e d
40% L i m e s t o n e ,v e r yl i g h tg r a yt o
l i g h t brownishgray
0.21
70% L i m e s t o n e , v a r i e d c o l o r .
30% S h a l e ,b l a c kt og r a y i s hr e d
-B
2700
0.19
70% Limestone,variedcolor
30%Shale,blacktograyishred
-B
3208-089
-A
-B
0.23
2550
-B
3208-088
-A
(wt.%)
70% L i m e s t o n e , v e r y l i g h t g r a y t o
l i g h t brownishgray
30%Shale,blacktograyishred
-B
3208-084
-A
ORGANIC
CARBON
"
-B
3208-083
-A
LITHO DESCRIPTION
G SA
NO.
2730
0.17
80%Limestone,variedcolor
20% S h a l e ,b l a c kt og r a y i s hr e d
~
I
TABLE 111 (continued)
I
I
1
I
I
1
I
I
I
1
I
I
I
I
I
I
I
LITHOLOGICAL DESCRIPTIONS AND 0RGANIC.CARBON ANALYSES
Marshall R . Young S a l t y ' s ill
GEOCHJ3M
SAMPLE
NUMBER
3208-090
-A
DEPTH
INTERVAL
(feet)
2760
3208-091
-A
-B
2790
3208-092
-A
2820
3208-093
-A
-B
2850
3208-094
-A
-B
2880
3208-095
(e.%)
0.13/0.14
2920
0.07
90% Limestone, varied color
1 0 %S h a l e ,b l a c kt og r a y i s hr e d
0.09
100%Limestone,
v a r i e dc o l o r
0.21
90%Limetitone, v a r i e d c o l o r
10% S h a l e ,b l a c kt og r a y i s hr e d
0.10
90% L i m e s t o n e , v a r i e d c o l o r
10% S h a l e ,b l a c k to grayishred
-A
0.10
90% Limestone,variedcolor
10% S h a l e , b l a c k t o g r a y i s h r e d
-B
3208-096
-A
-B
2950
3208-097
-A
2980
0.09
90%Limestone,variedcolor
10% S h a l e , b l a c k t o g r a y i s h r e d
0.06
70% Limeetone,variedcolor
30%Shale,black
to g r a y i s hr e d
-B
-B
ORGANIC
CARBON
80%Limestone,verylightgray
to
very paleorange
20% Shale,black to g r a y i s hr e d
-B
3208-098
-A
LITHO DESCRIPTION
G SA
NO.
3010
0.21/0.20
80% Limestone, varied color
20% S h a l e ,b l a c kt og r a y i s hr e d
TABLE 111 ( c o n t i n u e d )
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R. Young S a l t y ' s #l
DEPTH
GEOCHEM
SAMPLE
NUMBER
3208-099
INTERVAL
(feet)
3040
-A
-B
3208-100
3100
3130
3160
3190
3220
-B
0.06
1 O O X L i m e s t o n e ,v e r yl i g h tg r a yt o
l i g h tg r a y
3250
0.08/0.08
90% L i m e s t o n e ,v e r yl i g h tg r a yt o
l i g h tg r a y
10% S h a l e , b l a c k t o d a r k g r a y
-B
-A
0.07
90% Limestone, varied color
10% Shale,black t o g r a y i s h r e d
-A
3208-107
0.07
90% Limestone,variedcolor
1 0 %S h a l e ,b l a c kt og r a y i s hr e d
-A
3208-106
0.08
90%Limestone,variedcolor
10% S h a l e , b l a c k t o g r a y i s h r e d
-A
-B
3208-105
0.08
90% L i m e s t o n e , v a r i e d c o l o r
10% S h a l e , b l a c k t o g r a y i s h r e d
-A
-B
3208-104
0.11
90% Limestone,variedcolor
10%Shale,blacktograyishred
-A
-B
3208-103
(wt.%)
0.15
3070
-A
-B
3208-102
ORGAN1
CARBON
90% Limestone, varied color
10% S h a l e , b l a c k t o g r a y i s h r e d
-A
-B
3208-101
LITHO DESCRIPTION
GSA
NO.
3280
0.09
90%Limestone,verylightgrayto
l i g h t brownishgray
10%Shale,blacktodarkgray
C
TABLE 111 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ’ s #I
GEOCHEM
SAMPLE
NUMBER
-
3208-108
-A
DEPTH
INTERVAL
(feet)
3310
3400
-B
0.08
90%Limestone,verylightgray
tolighrbrownishgray
1 0 %S h a l e ,b l a c kt od a r kg r a y
3430
0.09
90%Limestone, very l i g h t g r a y
t o l i g h r brownishgray
10%Shale,blacktodarkgray
3460
0.12
90%Limestone,verylightgray
to dark gray
10%Shale,black t o d a r k g r a y
-B
3208-114
-A
0.09
90%Limestone,verylightgray
t o l i g h t brownishgray
10%Shale,blacktodarkgray
-B
3208-113
-A
0.08
3370
-B
3208-112
-A
-
90% L i m e s t o n e ,v e r yl i g h tg r a y
t o l i g h t brownishgray
10% S h a l e , b l a c k t o d a r k g r a y
-B
3208-1 11
-A
(&.X)
0.08
3340
-B
3208-110
-A
ORGANIC
CARBON
90% Limestone,verylightgray
t o l i g h t brownishgray
10% S h a l e , b l a c k t o d a r k g r a y
-B
3208-109
-A
LITHO DESCRIPTION
GSA
NO.
3490
0.12/0.12
90% L i m e s t o n e , v e r y l i g h t g r a y
to dark gray
10% S h a l e , b l a c k t o d a r k g r a y
TABLE I11 ( c o n t i n u e d )
LITHOLOGICAL DESCRIPTIONS
AND
ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #I
DEPTH
GEOCHEM
SAMPLE
NUMBER
3208-115
-A
-B
(feet)
3208-117
-A
3580
0.18
0.35
3610
0.20
gray
70% Limestone,
dark
b l a c30%
k Shale,
0.44
3640
60% Limestone,whitetodarkgray
black
40% Shale,
-B
3208-121
-A
-B
0.13
70% Limestone,darkgray
30% Shale,black
3208-118
-A
-B
3700
(wt.%)
gray
90% Limestone,
dark
b l a c10%
k Shale,
-B
-B
NO.
ORGANIC
CARBON
90% L i m e s t o n e , v e r y l i g h t g r a y
t od a r kg r a y
gray
dark toblack
Shale,
10%
3550
3208-120
-A
LITHO DESCRIPTION
3520
3208-116
-A
-B
3208-119
-A
GSA
INTERVAL
0.17
3670
70%
t o gDrlaoiyglvohem
tr y
ite,
l i g h tg r a y
black
30%to
brownish
Shale,
gray
0.19
colorvaried
Dolomite,
60%
black
40%to
brownish
Shale,
gray
TABLE 111 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #I
GEOCHEM
SAMPLE
NUMBER
DEPTH
INTERVAL
(feet)
3208-122
-A
-B
-C
3730
3208-123
-A
3760
3208-124
3790
3208-125
-A
-B
3820
3208-126
-A
-B
3850
3208-127
-A
-B
3880
(*.X)
__I_
0.14
0.07
Empty can
0.11
70% Dolomite,variedcolor
30% Shale,brownishblack
0.09
80% Dolornice, v a r i e d c o l o r
20% Shale,brownishblack
0.07
70% Dolomite,lightbrownishgray
20% Shale,brownishblack
10% Limestone, very l i g h t b l a c k
-C
3910
0.10
80% Dolomite,whitetobrownishgray
t o p a l e r e d d i s h brown
20% Shale,black
-B
-B
-
CARBON
75% V o l c a n i ca s ht u f f ,v a r i e d
color
20% Dolomite,whitetobrownish
gray
5% Shale,brownishblack
-C
3208-129
-A
LITHO DESCRIPTION
60% Dolomite,variedcolor
30% Shale,brownishblack
10% Limestone, white
-B
3208-128
-A
ORGANIC
GSA
NO.
0.07/0.06
3940
80% Dolomite,whitetobrownishgray
t o p a l e r e d d i s h brown
20% S h a l e ,b l a c k
TABLE 111
(continued)
LITHOLOGICAL DE,SCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #l
GEOCHEM
SAMPLE
NUMBER
DEPTH
INTERVAL
(feet)
3208-130
3970
3208-131
-A
4000
ORGANIC
GSA
LITHO DESCRIPTION
NO.
CARBON
(wc.%)
NO SAMPLE
0.05
90% Dolomite,whitetobrownish
g r a yt op a l er e d d i s h
brown
10% S h a l eb,l a c k
-B
3208-132
4030
100%Dolomite,white
t ol i g h t brownish
gray t o p a l er e d d i s h brown
0.04
3208-133
4060
100%Dolomite,white
t ol i g h t brownish
g r a yt op a l er e d d i s h
brown
0.06
3208-134
4090
100%Dolomite,white
to l i g h t brownish
graytopalereddish
brown
0.07
3208-135
-A
4120
-B
3208-140
-A
-B
-C
0.28
4270
t o lightbrownish
70%Dolomite,white
gray t o p a l er e d d i s h brown
10% Limestone,
white
10%
Casing
cement,
bite
10% Shale,
black
-B
-C
-D
3208-142
-A
0.06
90% Dolomite, white t ol i g h t brownish
g r a yt op a l er e d d i s h
brown
10%
Limesrone,
white
0.34
4330
90%Dolomite,white
t ol i g h tb r o w n i s h
g r a yt op a l er e d d i s h
brown
5% Limestone,
white
5%Casingcement,white
TABLE 111 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ’ s #1
GEOCHEM
SAMPLE
NUMBER
3208-143
-A
DEPTH
INTERVAL
(feet)
4360
4420
4450
4480
-C
0.10
white t ol i g h t brownish
50%Dolomite,
g r a yt op a l er e d d i s h
brown
35% Limestone, white t o very l i g h tg r a y
15%
Shale,
black
-B
-C
-B
0.12
50%Dolomite,white
t ol i g h t brownish
g r a yt op a l er e d d i s h
brown
white t ov e r yl i g h tg r a y
35%Limestone,
15%
Shale,
black
-C
3208-148
-A
0.16
80% Dolomite, white t ol i g h t brownish
g r a yt op a l er e d d i s h
brown
15% Shale,
black
5%
Limestone,
hite
-B
3208-147
-A
0.2310.24
75% D o l o s i t e ,w h i t et ol i g h tb r o w n i s h
g r a yt op a l er e d d i s h
brown
15%
Shale,
black
10%
Limestone,
white
white
Tracecasingcement,
-B
-C
3208-146
-A
(.at.%)
0.23
4390
-B
-C
3208-145
-A
ORGANIC
CARBON
90% Dolomite,whitetolightbrownish
g r a yt op a l er e d d i s h
brown
5%
Limestone,
white
white
5%Casingcement,
-B
-C
3208-144
-A
LITHO DESCRIPTION
G SA
NO.
4510
0.31
70%Dolomite,
white t ol i g h t brownish
g r a yt op a l er e d d i s h
brown
20% S h a l eb,l a c k
10%Limestone,verylightgray
”
TABLE 111 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #l
GEOCHEM
SAMPLE
NUMBER
3208-149
-A
DEPTH
INTERVAL
(feet)
4540
60% Dolomite, white t o l i g h t brownish
g r a yt op a l er e d d i s h
brown
30% S h a l e ,b l a c k
10% Limestone,verylightgray
4630
40% Dolomite,whitetolightbrownish
g r a yt op a l er e d d i s h
brown
white t oc l e a r
30% Quartzfragments,
20% Shale,black
10% Limescone,verylightgray
-C
-D
-D
0.51
4660
-B
-C
0.61/0.64
70% Dolomite,whitetolightbrownish
g r a yt op a l er e d d i s h
brown
20% S h a l e ,b l a c k
10% Limestone,verylightgrey
-B
-C
3208-154
-A
-B
0.36
4600
-B
-C
3208-153
-A
0.46
60% Dolomite,whitetolightbrownish
g r a yt op a l er e d d i s h
brown
30% S h a l e ,b l a c k
10% Limestone,verylightgray
-C
3208-152
-A
0.35
4570
-B
3208-151
-A
ORGAN1C
CARBON
(wt.%)
70% Dolomite,whitetolightbrownish
g r a yt op a l er e d d i s h
brown
20% S h a l e ,b l a c k
10% Limestone,verylightgray
-B
-C
3208-150
-A
LITHO DESCRIPTION
GSA
NO.
0.25
4690
40 % Limestone,verylightgray
30% dolomite,whitetolightbrownish
g r a yt op a l er e d d i s h
brown
brown
20% S h a l e , b l a c k t o p a l e r e d d i s h
10% Q u a r t zf r a g m e n t s ,w h i t et oc l e a r
TABLE I11 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #1
GEOCHEM
SAMPLE
NUMBER
3208-155
-A
DEPTH
INTERVAL
(feet)
-D
-D
0.28
4760
40% Shale,palereddish
brown t o
black
40% Dolomite,whitetoverylight
gray fo p a l er e d d i s h brown
15% Limestone,white
to very
l i g h tg r a y
5 % Quartzfragmenrs,whitetoclear
-B
-C
-D
-C
0.40
60% S h a l e ,d a r kg r a yt op a l e
r e d d i s h brown
20% Limestone, white t ov e r y
l i g h tg r a y
15% Dolomite, white t ov e r yl i g h t
g r a yt op a l er e d d i s h
brown
5 % Q u a r t zf r a g m e n t s w
, h i t et oc l e a r
-C
-B
(&.X)
0.14
4750
-B
3208-158
-A
NO.
ORGANIC
CARBON
40% S h a l e ,p a l er e d d i s h
brown t o
black
30% Quartzfragments,white
to
clear
20% Limestone,whitetoverylight
gray
10% Dolomite,whitetoverylight
g r a yt op a l er e d d i s h
brown
-C
3208-157
-A
LITHO DESCRIPTION
4720
-B
3208-156
-A
GSA
0.20
4810
70% Shale,palereddish
brown t o
greenishgray
20% Sandstone,
light
gray
10% Dolomite,whitetoverylight
g r a yt op a l er e d d i s h
brown
Tracequartzfragments
TABLE III ( c o n t i n u e d )
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #I
DEPTH
GEOCHFH
SAMPLE
NUMBER
3208-159
-A
INTERVAL
(feet)
0.2410.24
4900
60% S h a l e ,p a l er e d d i s h
brown t o
greenishgray
30% S a n d s t o n e ,l i g h tg r a y
10% Dolomite,whitetoverylight
g r a yt op a l er e d d i s h
brown
0.22
4930
brown t o
50% Shale,palereddish
greenishgray
40% S a n d s t o n e ,l i g h tg r a y
t ov e r yl i g h t
10% Dolomire,white
gray t o p a l e r e d d i s h brown
-B
-C
-B
-C
0.31
brown t o
70% S h a l e ,p a l er e d d i s h
greenishgray
20% Sandstone,lightgray
10% Dolomite,whitetoverylight
g r a yt op a l er e d d i s h
brown
Tracequartzfragments
-C
3208-163
-A
0.23
4870
-B
3208-162
-A
ORGANIC
CARBON
(wt.%)
70% S h a l e ,p a l er e d d i s h
brown t o
greenishgray
20% Sandstone,lightgray
10% Dolomite,whitetoverylight
g r a yt op a l er e d d i s h
brown
Tracequartzfragments
-B
-C
3208-161
-A
LITHO DESCRIPTION
4840
-B
-C
3208-160
-A
GSA
NO.
0.18
4960
50% Shale,palereddish
brown t o
greenishgray
40% Sandstone,lightgray
10% Dolomite,whitetoverylight
gray t o p a l e r e d d i s h brown
TABLE 111 (continued)
LITEOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #1
GEOCHEX
SAMPLE
NUMBER
3208-164
-A
-B
DEPTH
INTERVAL
(feet)
ORGANIC
CARBON
(wt.%)
0.14
50% S a n d s t o n e ,l i g h tg r a y
40% Shale,palereddish
brown t o
medium gray
10% Dolomite,whitetoverylight
g r a yt op a l er e d d i s h
brown
5020
0.19
50% S a n d s t o n e ,l i g h tg r a y
-B
brown t o
40% S h a l e ,p a l er e d d i s h
medium gray
10% Dolomite,whitetoverylight
g r a yt op a l er e d d i s h
brown
-C
3208-166
-A
-B
LITHO DESCRIPTION
4990
-C
3208-165
-A
G SA
NO.
5050
0.24
50% S a n d s t o n e ,l i g h tg r a y
40% S h a l e ,p a l er e d d i s h
brown t o
medium gray
10% Dolomite, white t ov e r yl i g h t
g r a yt op a l er e d d i s h
brown
-C
3208-167
-A
-B
5080
3208-168
-A
-B
5110
3208-169
-A
-B
5140
0.18
60% Sandscone, l i g h tg r a y
40% S h a l e ,p a l er e d d i s h
brown t o
medium gray
0.15/0.16
60% S a n d s t o n e ,l i g h tg r a y
40% S h a l e ,p a l er e d d i s h
medium gray
brown t o
0.26
60%
40%
S a n d s t o n e ,l i g h tg r a y
S h a l e ,p a l er e d d i s h
medium gray
brown t o
TABLE 111 ( c o n t i n u e d )
LITHOLOGICALDESCRIPTIONS
AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s it1
GEOCHEM
SAMPLE
NUMBER
3208-170
-A
DEPTH
INTERVAL
(feet)
DESCRIPTION
LITHO
60% S h a l e ,p a l er e d d i s h
medium gray
40% Sandstone,
light
gray
brown t o
80% Shale,palereddish
medium gray
20% S a n d s t o n el,i g hgt r a y
brown t o
0.46
5200
-B
ORGANIC
CARBON
(wt.%)
0.28
5170
-B
3208-171
-A
GSA
NO.
0.19
3208-172
-A
-B
-C
5230
3208-173
-A
-B
-C
5260
3208-174
-A
-B
-C
5290
3208-175
5320
Sandscone, l i g h tg r a y
3208-176
5350
Sandstone,lightgray
3208-177
-A
-B
5380
3208-178
-A
-B
5410
50% S h a l eg, r e e n i s hg r a y
40% Sandscone, l i g hgt r a y
10% S h a l eg, r a y i s h
red
0.36
60% S h a l eg, r e e n i s hg r a y
30% Sandstone,
light
gray
10% S h a l eg, r a y i s hr e d
0.13
60% S h a l eg, r e e n i s hg r a y
30% Sandstone,
light
gray
10% S h a l eg, r a y i s hr e d
80%Igneousrock,greenishgray
20% Shale,darkgray
0.13/0.13
0.13
no sample
picked
0.80
80%Shale,darkgray
20% S a n d s t o n el,i g hgt r a y
TABLE I11 ( c o n t i n u e d )
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
M a r s h a l l R . Young S a l t y ' s #l
GEOCHEM
SAMPLE
NUMBER
DEPTH
INTERVAL
(feet)
LITHO DESCRIPTION
GSA
NO.
ORGAN1 C
CARBON
(&.%I
"
"
3208-179
-A
70% S h a l e , medium d a r k g r a y
30% S a n d s t o n e ,l i g h tg r a y
-B
3208-180
-A
-B
5470
3208-181
-A
5500
70% S h a l e , medium d a r k g r a y
30% S a n d s t o n e ,l i g h tg r a y
60% S a n d s t o n e ,l i g h tg r a y
40 % S h a l e ,d a r kg r a y
802 I g n e o u sr o c k
20% S h a l e ,d a r kg r a y
-B
-C
-D
picked
0.38
5620
60% S h a l e ,d a r kg r a y
30% Limestone,brownishgray
10% S a n d s t o n e ,l i g h tg r a y
-A
-B
-C
-A
no sample
5590
-A
-B
3208-186
0.71f0.72
5560
-B
3208-185
0.56
5530
-A
3208-184
0.68
70% S h a l e , medium d a r k g r a y
30% S a n d s c o n e ,l i g h tg r a y
-B
3208-183
0.59
70% S h a l e , medium d a r kg r a y
30% S a n d s t o n e ,l i g h tg r a y
-B
3208-182
-A
0.55
5440
0.31
5650
50%
20%
20%
10%
S h a l e ,d a r kg r a y
S a n d s c o n e ,l i g h tg r a y
I g n e o u sr o c k ,g r e e n i s hg r a y
Limescone,brownishgray
TABLE I11 (continued)
LITHOLOGICAL
DESCRIPTIONSAND ORGANIC CARBON ANALYSES
Marshall R. Young Salty's #1
GEOCHEM
SAMPLE
NUMBER
3208-188
-A
-B
-C
5740
3208-189
-A
-B
-C
5770
3208-190
-A
-B
-C
5800
"-
3208-191
-A
-B
-C
-B
-C
5860
3208-193
-A
-B
-C
5890 3208-194
(&.%I
"
50% Shale, dark gray
30% Limestone, brownish gray
20% Sandstone, lighr. gray
0.32
50% Shale, dark gray
30% Limestone, brownish gray
20% Sandstone, light gray
0.37
50% Shale, darkgray
30% Limestone, brownish gray
20% Sandtitone, light gray
0.42
50% Shale, dark gray
30% Limestone, brownish gray
20%
Sandstone, light gray
0.49
70% Shale, darkgray
20% Limesrone, brownish gray
10% Sandstone, light gray
1.2611.27
5830 923208-1
-A
GSA
NO.
ORGANIC
CARBON
0.59
3208-187
-A
-B
-C
5710
DESCRIPTION
LITHO
"
I
_
5680
DEPTH
INTERVAL
(feet)
70% Shale, dark gray
20% Limestone, brownish gray
10% Sandstone, light gray
1.00
70% Shale, darkgray
20% Limestone, brownish grny
10% Sandstone, light gray
rock
Igneous
no sample
picked
TABLE I11 (continued)
LITHOLOGICAL
DESCRIPTIONSAND ORGANIC CARBON ANALYSES
Marshall R. Young
Salty's #1
'
5920
GEOCHEM
SAMPLE
NUMBER
3208-195
-A
-B
5950
3208-196
-A
-B
5980
6010
3208-197
-A
-B
-C
6100
3208-201
-A
-B
-C
6130
3208-202
-A
-B
-C
(Wt.%)
0.60
80% Shale, dark gray
20% Limestone,
brownish
gray
no sample
80% Unconsolidaced
fragquartz
3208-200
-A
ORGAN IC
CARBON
80% Shale, dark gray
20% Limestone, brownish gray
3208-198
-A
3208-199
-A
GSA
NO:
0.56
-B
-B
6070
DESCRIPTION
LITHO
80% Unconsolidated
fragquartz
ments, clear
gray
20%dark
Shale,
-B
6090
DEPTH
INTERVAL
(feet)
picked
no sample
picked
ments, clear
gray
20%dark
Shale,
80% Unconsolidated
fragquartz
no sample
picked
ments, clear
gray
20%dark
Shale,
0.41
60% Shale, dark gray
30% Limestone, brownish gray
10% Igneous rock, greenish gray
0.56
70% Shale, dark gray
20% Limestone, brownish gray
10% Sandstone, light gray
0.57
70% Shale,
darkgray
20% Limestone, brownish gray
10% Sandstone, light gray
TABLE I11 ( c o n t i n u e d )
LITHOLOGICALDESCRIPTIONS
AND ORGANIC CARBON ANALYSES
M a r s h a l l R. Young S a l t y ' s #I
"GEOCHEX
SAMPLE
NUMBER
DEPTH
INTERVAL
(feer)
"
"
"
"
ORGANIC
CARBON
NO.
(wt.%)
GSA
LITHODESCRIPTION
-
I
_
3208-203
-A
-B
-C
6160
3208-204
61YO
S h a l e ,d a r kg r a y
0.64
3208-205
6220
S h a l e ,d a r kg r a y
0.76
3208-206
6250
S h a l e ,d a r kg r a y
0.77
3208-207
6280
Q u a r t zs a n d s t o n e ,c l e a r
no sample
picked
3208-208
6310
S h a l e ,d a r kg r a y
1.28/1.30
3208-209
-A
-B
6340
3208-210
-A
6370
3208-211
6400
S h a l e ,d a r kg r a y
0.87
3208-212
6430
S h a l e ,d a r kg r a y
1.12
3208-213
6460
S h a l e ,d a r kg r a y
3208-214
6490
S h a l e ,g r a y i s hb l a c k
0.84
3208-215
6520
S h a l e ,g r a y i s hb l a c k
0.68
3208-216
6550
S h a l e ,g r a y i s hb l a c k
0.97
0.51/0.51
70% S h a l e ,d a r k
gray
20% Limestone, b r o w n i s hg r a y
10% S a n d s t o n e , l i g h tg r a y
YO% Q u a r t zs a n d s t o n e ,
10% S h a l ed, a r kg r a y
clear
n? sample
picked
0.65
S h a l e ,d a r kg r a y
1.29/1.30
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
1
I
TABLE I11 (continued)
LITEIOLOGICAL DESCRIPTIONSAND ORGANIC
CARBON
ANALYSES
Marshall R. Young Salty's
#I
GEOCWM
SAMPLE
NUMBER
3208-217
DEPTH
INTERVAL
(feet1
6580
-A
6640
6670
-A
6700
-A
6730
-A
6760
-A
1.19
60% Shale, dark gray
40 % Sandstone, very light gray
-B
-B
0.56
60% Shale, dark gray
40% Sandstone, verylight gray
-B
-A
0.81
60% Shale, dark gray
30% Sandstone, very light gray
10% Limestone, light gray
-B
-C
3208-224
0.70
60% Shale, dark gray
30% Sandstone, very light gray
10% Limestone, light gray
-B
-C
3208-223
0.48
60% Shale, dark gray
30% Sandstone, very light gray
10% Limestone, light gray
-B
-C
3208-222
0.70
70% Shale, dark gray
30% Sandstone, very light gray
-A
3208-221
.%)
0.7710.77
6610
-B
3208-220
(wt
10% Limestone, very light gray to clear
-A
3208-219
ORGANIC
CARBON
60% Shale, dark gray
30% Sandstone, very light gray
-B
-C
3208-218
LITHO
DESCRIPTION
GSA
NO.
0.86/0.86
6790
60% Shale, dark gray
40% Sandstone, very light gray
TABLE I11 (continued)
LITHOLOGICALDESCRIPTIONS
AND ORGANIC CARBON ANALYSES
Marshall R. Young S a l t y ' s #I
GEOCHEM
SAMPLE
NUMBER
DEPTH
INTERVAL
( f e e t ) DESCRIPTION
LITHO
3208-225
-A
-B
6820
3208-226
-A
-B
6850
3208-227
-A
6880
GSA
NO.
ORGANIC
CARBON
(wt.%)
0.64
60% Shale,darkgray
40% Sandstone,verylightgray
0.66
60% Shale,darkgray
40% S a n d s t o n e v
, e r yl i g h tg r a y
0.71
60% Shale,darkgray
40% S a n d s t o n e v
, e r yl i g h g
t ray
-E
3208-228
-A
-B
6900
3208-229
-A
-B
-C
6940
3208-230
-A
-B
-C
6970
3208-231
-A
-B
-C
7000
0.59
60% Shale,darkgray
40% S a n d s t o n e v, e r yl i g h g
t ray
0.49
50% Shale,darkgray
30% S a n d s t o n e v, e r yl i g h g
t ray
20% Quartzfragments,lightgray
toclear
0.82
50% Shale,darkgray
30% S a n d s t o n ev, e r yl i g h t
20% Quartzfragments,lightgray
toclear
0.70
50% Shale,darkgray
40% S a n d s t o n el,i g hgt r a y
10% Quartzfragments,lightgray
t o clear
TABLE 111 (continued)
LITHOLOGICALDESCRIPTIONS
AND ORGANIC CARBON ANALYSES
Marshall R. Young Salty's 81
GEOCHEM
SAMPLE
DEPTB
INTERVAL
NUMBER
(feet)
3208-232
-A
-B
-C
7060
7090
7120
,7150
3208-233
-A
-B
-C
3208-234
-A
-B
-C
3208-235
-A
-B
-C
3208-236
-A
-B
-C
-D
7180
3208-237
-A
-B
-C
-D
GSA
NO.
DESCRIPTION
LITHO
ORGANIC
CARBON
(*.X)
7030
50% dark
Shale,
gray
40% Sandstone, light gray
10% Quartz fragments, light gray
to clear
1.67
50%
Shale, dark gray
40% Sandstone, light gray
10% Quartz fragments, light gray
to clear
0.77
50% Shale, dark gray
40% Sandstone, light gray
10% Quartz fragments, light gray
to clear
0.49
50%
Shale, dark gray
40% Sandstone, light gray
10% Quartz fragments, light gray
to clear
0.36
40% Shale, dark gray
30% Sandstone, light gray
20% Siltstone, grayish red
10% Limestone, light gray
0.58
40%
Shale, darkgray
30% Sandstone, light gray
20% Siltstone, grayish red
10% Limestone, light gray
TABLE I11 (continued)
LITROLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R. Young S a l t y ' s #l
GEOCBEM
SAMPLE
DEPTH
INTERVAL
NUMBER
(feet)
3208-238
7210
-A
-C
-D
7300
-C
7330
-A
-C
0.23
50% L i m e s t o n e ,l i g h tg r a yt o
g r a y i s hr e d
25% S h a l e , d a r k g r a y
25% S a n d s t o n e ,l i g h tg r a y
-B
-C
-B
0.46
50% L i m e s t o n e ,l i g h tg r a yt o
g r a y i s hr e d
25 Z S h a l e , d a r k g r a y
25% S a n d s t o n e ,l i g h tg r a y
-B
3208-243
-A
0.65
50% L i m e s t o n e ,l i g h tg r a yt o
g r a y i s hr e d
25% Shale,darkgray
25% S a n d s t o n e ,l i g h tg r a y
-B
-C
3208-242
@.30/0.31
7270
-A
3208-241
-A
.%)
50% Limestone, l i g h tg r a yt o
g r a y i s hr e d
25% Shale,darkgray
25 % S a n d s t o n e ,l i g h tg r a y
-B
-C
3208-240
(wt
Limestone,grayishred
S h a l e ,d a r kg r a y
S a n d s t o n e ,l i g h tg r a y
S i l t s t o n e ,g r a y i s hr e d
7240
-A
ORGANIC
CARBON
0.16
40 %
30%
20%
10%
-B
3208-239
LITHO DESCRIPTION
G SA
NO.
7360
0.33
50% L i m e s t o n e ,l i g h tg r a yt o
g r a y i s hr e d
25% S h a l e , d a r k g r a y
25% S a n d s t o n e ,l i g h tg r a y
TABLE I11 ( c o n t i n u e d )
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
M a r s h a l l R . Young S a l t y ' s #1
-
DEPTH
GEOCHEM
SAMPLE
NUMBER
3208-244
INTERVAL
( f e e t ) DESCRIPTION
LITHO
40% S a n d s t o n e ,l i g h tg r a yt o
v e r yl i g h tg r a y
30% S h a l e ,d a r kg r a y
30% L i m e s t o n e ,l i g h tg r a yt o
g r a y i s hr e d
-B
-C
3208-245
-A
40%
Sandstone, l i g h t g r a y t o
v e r yl i g h t gray
30% Shale, d a r k g r a y
30% L i m e s t o n e , l i g h t g r a y t o
g r a y i s hr e d
to
60%: L i m e s t o n e ,l i g h tg r a y
v e r yl i g h tg r a y
20% S a n d s t o n e ,v e r yl i g h tg r a y
20% S h a l e ,g r a y i s hr e dt od a r k
gray
60% L i m e s t o n e ,l i g h tg r a yt o
v e r yl i g h tg r a y
20% S a n d s t o n e ,v e r yl i g h tg r a y
20% S h a l e ,g r a y i s hr e dt od a r k
gray
-C
-C
-D
0.53/0.53
7480
-B
3 208-248
-A
-B
0.23
7450
-B
-C
3208-247
-A
0.30
7420
-B
-C
3 208-246
-A
NO.
ORGAN1 C
CARBON
(wt.%)
0.35
7390
-A
GSA
0.47
7510
40% Shale, d a r kg r a y
white t o
30% Q u a r t zf r a g m e n t s ,
clear
20% S a n d s t o n e ,l i g h tg r a yt o
v e r yl i g h tg r a y
lox L i m e s t o n e ,l i g h tg r a y
TABLE I11 ( c o n t i n u e d )
ANALYSES
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON
M a r s h a l l R . Young S a l t y ' s #l
GEOCHEX
SAMPLE
NUMBER
7540
3208-249
-A
-B
-C
-D
7570
3208-250
-A
-B
-C
7600
3208-251
-A
-B
-C
7630
3208-252
-A
-B
-C
7660
3208-253
-A
-B
DEPTH
INTERVAL
(feet)
GSA
DESCRIPTION
LITHO
NO.
ORGANIC
CARBON
(wt.%)
0.46
40% S h a l ed, a r kg r a y
30% Q u a r t zf r a g m e n t s ,
white t o
clear
20% S a n d s t o n e l, i g h gt r a yt o
v e r yl i g h tg r a y
10% L i m e s t o n el,i g hgt r a y
0.59
50% L i m e s t o n el,i g hgt r a y
30% S h a l e d, a r kg r a y
20Z S a n d s t o n e v, e r yl i g h gt r a y
0.66
40% L i m e s t o n e l, i g h gt r a yt o
medium g r a y
40% S h a l e d, a r kg r a y
20% S a n d s t o n e l, i g h tg r a yt o
v e r yl i g h tg r a y
0.53
40% L i m e s t o n e l, i g h g
t r a yt o
medium g r a y
40% S h a l e d, a r kg r a y
20% S a n d s t o n e l, i g h tg r a yt o
v e r yl i g h tg r a y
0.53
60% Limestone, white t o medium
gray
40% S h a l ed, a r kg r a y
TABLE I11 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #l
GEOCHEM
SAMPLE
NUMBER
3208-254
-A
DEPTH
INTERVAL
(feet)
medium
7720
0.50/0.51
50% Limestone, white t o medium
gray
30% Shale,darkgray
20% Q u a r t zf r a g m e n t s ,w h i t et o
clear
-C
7750
-A
0.55
40 %
Limestone, white t o medium
gray
30% Shale,darkgray
30% Q u a r t zf r a g m e n t s ,w h i t et o
clear
-B
-C
3208-257
-A
NO.
ORGAN1 C
CARBON
(wt.%)
0.42
60% Limestone,whiteto
gray
40% S h a l e , d a r k g r a y
-B
3208-256
LITHO DESCRIPTION
7690
-B
3208-255
-A
GSA
7780
0.37
40% Limestone,whiteto
medium
30% Shale,darkgray
30% Q u a r t zf r a g m e n t s ,w h i t et o
clear
-B
-C
3208-258
7810
Igneousrock
no sample
picked
3208-259
7840
Igneousrock
no sample
picked
3208-260
7870
Igneousrock
no sample
picked
3208-261
7900
Igneousrock
no sample
picked
TABLE I11 (continued)
LITROLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R. Young S a l t y ' s #1
GEOCHEM
SAMPLE
NUMBER
DEPTH
INTERVAL
GSA
NO.
ORGANIC
CARBON
(feet)
LITHO DESCRIPTION
3208-261
7900
Igneousrock
r o sample
Ficked
3208-262
7930
Igneousrock
r o sample
Ficked
3208-263
7960
Igneousrock
ro sample
picked
3208-264
7990
Igneousrock
ro sample
picked
3208-265
8020
Igneousrock
r o smaple
(wt.%)
picked
3208-266
8050
3208-267
8080
-A
405:
Quartzfragments,whiteto
clear
30% Igneous
rock
30% Sandstone,whitetoclear
-B
-C
3208-268
8110
40% Quartzfragments,whiteto
clear
30% Igneous
rock
30% Sandstone, white t oc l e a r
-A
-B
-C
3208-269
-A
-B
-C
Igneousrock
8140
40% Q u a r t zf r a g m e n t s w
, h i t et o
clear
30% Igneous
rock
30X Sandstone,whitetoclear
ro sample
Ficked
to sample
Ficked
r o sample
picked
ro sample
picked
TABLE I11 ( c o n t i n u e d )
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #l
GEOCKEM
SAMPLE
NUMBER
3208-270
-A
DEPTH
INTERVAL
8170
3208-272
-A
3208-273
-A
40% Q u a r t zf r a g m e n t s ,w h i t et o
clear
30% Igneousrock
30% Sandstone,white
toclear
8260
-B
-C
no sample
picked
40 %
no sample
picked
40 %
no sample
picked
8290
Quartzfragments,white
to
clear
30% Igneousrock
30X Sandstone,white
toclear
-C
no sample
picked
40 %
Q u a r t zf r a g m e n t s ,w h i t et o
c 1e a r
30% Igneousrock
30% Sandstone, white t o c l e a r
-B
3208-275
-A
no sample
picked
8230
-B
-C
3208-274
-A
40 %
Quartzfragments,
white to
clear
30% Igneousrock
30% Sandstone,whitetoclear
-B
-C
(&.X)
no sample
picked
8200
-B
-C
ORGANIC
CARBON
40 %
Quartzfragments,whiteto
clear
30% Igneousrock
30% Sandstone,whitetoclear
-B
-C
3208-271
-A
LITHO DESCRIPTION
(feet)
G SA
NO.
8320
Q u a r t zf r a g m e n t s ,u h i t et o
clear
30% Igneousrock
30% Sandstone, white t o c l e a r
\ij
TABLE I11 (continued)
LITHOLOGICAL
DESCRIPTIONSAND ORGANIC
CARBON
ANALYSES
Marshall R . Young Salty's #l
DEPTH
GEOCHEM
SAMPLE
NUMBER
3208-276
-A
INTERVAL
(feet)
DESCRIPTION
LITHO
8350
GSA
NO.
ORGANIC
CARBON
(&.X)
0.10
90% Limestone, verylight gray
to white
10% Igneous rock
-B
3208-277
8380
Limestone, verylight gray
to white
0.09
3208-278
8410
Limestone, verylight gray
to white
0.04
3208-279
8440
Limestone, verylight gray
to white
0.05
3208-280
8470
Limestone, verylight gray
to white
3208-281
8500
Limestone, very light gray
to white
0.02
3208-282
8530
Limestone, verylight gray
to white
0.02
3208-283
8560
Limestone, very light gray
to white
0.03
3 208-284
8590
Limestone, very light gray
to light brownish gray
0.02
3208-285
8620
Limestone, very light gray
to light brownish gray
0.02
3208-286
8650
Limestone, very light gray
to light brownish gray
0.04
3208-287
8680
Limestone, very light gray
to light brownish gray
0.02
0.02/0.02
TABLE 111 ( c o n t i n u e d )
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
M a r s h a l l R . Young S a l t y ' s #1
GEOCIIEM
SAWLE
NUMBER
DEPTH
INTERVAL
(feet)
DESCRIPTION
LITHO
G SA
NO.
ORGANIC
CARBON
(wt.%)
3208-288
87 10
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
3 208-289
8740
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
0.02
3208-290
8770
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
0.02
3208-291
8800
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
0.02
3208-292
8830
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
0.05
3208-293
8860
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
0.05
320R-294
8890
L i m e s t o n e ,v e r yl i g h tg r a y
t o l i g h tb r o w n i s hg r a y
0.05
3208-295
8920
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
3208-296
8950
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
0.10
3208-297
8980
L i m e s t o n e ,v e r yl i g h tg r a y
tolightbrowishgray
0.06
3208-298
9010
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
T r a c es h a l e
0.05
3208-299
9040
L i m e s t o n e ,v e r yl i g h tg r a y
t ol i g h tb r o w n i s hg r a y
T r a c es h a l e
0.02/0.03
0.05/0.05
0.09/0.08
TABLE 111 ( c o n t i n u e d )
LITROLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
M a r s h a l l R . Young S a l t y ' s #l
DEPTH
INTERVAL
(feet)
GEOCHEM
SAMPLE
NUMBER
9070
3208-300
-A
G SA
DESCRIPTION
LITHO
0.09
t o g rDal iy
og9lvho0etm
%
r yi t e ,
brownishgray
1 0 %S h a l ed, a r kg r a y
-B
3208-301
9100
0.07
D o l o m i t e ,b r o w n i s hg r a y
T r a c es h a l e
3208-302
9130
-A
-B
NO.
ORGANIC
CARBON
(wt.%)
gray
g r aD
l iyog 9lvho5et m
r%yi t e ,
brownishgray
dark Shale, 5%
0.11
to
3 208-303
9160
Dolomite,brownishgray
0.04
3208-304
9190
Dolomite,brownishgray
T r a c es h a l e
0.07
3208-305
9220
D o l o m i t e ,b r o w n i s hg r a y
Trace s h a l e
0.07
3208-306
9250
D o l o m i t e ,b r o w n i s hg r a y
T r a c es h a l e
0.02
3208-307
9280
D o l o m i t e ,b r o w n i s hg r a yt o
d a r kb r o w n i s hg r a y
T r a c es h a l e
3 208-308
9310
D o l o m i t e ,b r o w n i s hg r a yt o
d a r kb r o w n i s hg r a y
0.03
3208-309
9340
D o l o m i t e ,b r o w n i s hg r a yt o
d a r kb r o w n i s hg r a y
0.03
3208-310
9370
D o l o m i t e ,d a r kb r o w n i s hg r a y
0.06
o.o2/o.oz
TABLE I11 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Marshall R . Young S a l t y ' s #l
GEOCHEM
SAMPLE
NUMBER
DEPTH
INTERVAL
(feet)
G SA
LITHO DESCRIPTION
3208-311
9400
3208-312
9430
3208-313
9460
3208-314
9490
D o l o m i t e ,v e r yl i g h tg r a yt o
brownishgray
3208-315
9520
Dolomite,
to
light
gray
very
brownishgray
T r a c es h a l e
3208-316
-A
9550
-C
brownish
Dolomite,
gray
dark
T r a c es h a l e
0.06
0.10
brownish
Dolomite,
gray
dark
0.04
0.06/0.06
0.12
9580
90%Metamorphicrock?brownishgray
10% Shale,darkgray
-B
3208-318
-A
-B
0.07
brownish
Dolomite,
gray
dark
70% Dolomite,calcareous,dark
browniwh gray
20% Metamorphicrock?brownishgray
10% Shale,darkgray
-x
3208-317
-A
NO.
ORGANIC
CARBON
(wt.%)
9610
60% Metamorphicrock?brownishgray
no sample
picked
no sample
picked
30% L i m e s t o n e ,v e r yl i g h tg r a y
10% S h a l ed, a r kg r a y
-C
3208-319
9640
320R-320
-A
-B
9670
Limestone,lightbrownishgray
T r a c es h a l e
0.08
0.14
90% Limestone, l i g h t brownish g a y
10% Shale,darkgray
TABLE I11 (continued)
LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES
Xarshall R. Young Salty's #l
GEOCHEM
SAMPLE
NUMBER
DEPTH
INTERVAL
(feet)
LITHO DESCRIPTION
G SA
NO.
ORGANIC
CARBON
(wt.%)
3208-321
9700
Limestone, light brownish gray
Trace shale
0.06
3208-322
9730
Limestone, light brownish gray
Trace shale
0.14
3208-323
9760
Limestone, light brownish gray
Trace shale
0.06
TABLE IV
RESULTS OF ROCK-EVAL PYROLYSIS ANALYSIS
T.O.C.
PI
3208-038
3208-056
3208-059
3208-062
3208-065
3208-077
3208-082
3208-085
3208-093
3208-1 17
3208-119
3208-142
3208-150
3208-152
3208-160
3208-171
3208-181
320R-192
3208-193
3208-208
3208-213
3208-223
3208-233
3208-240
3208-251
%e
Residual
92
T.O.C.
SI
52
1240
1740
1830
1920
2010
2370
2520
2610
2850
3580
3640
4330
4570
4630
4870
5200
5500
5830
5860
6310
6460
6760
7060
7270
7600
V Id u e ,
--
439
378*
221*
272*
257*
439*
401*
375*
22W
30W
278*
353*
445
446
440*
462*
453
448
445
483
463
327
489
431*
31W
0.00
0.00
0.01
0.03
0 .oo
0.00
0.00
0.00
0.01
0.03
0 .oo
0.02
0.03
0.01
0.02
0.00
0.00
0.01
0.02
0.07
0.16
0.01
0.01
0.02
0.01
0.02
0.05
0.38
0.04
0.13
0.43
1.52
I .36
0.48
0.45
'3.19
0.37
0.01
0.01
0.18
0.57
0.48
0.05
0.12
0.96
0.03
0.01
0.12
0.06
0.02
0 .oo
0.75
0.01
1 .oo
0.22
0.42
0.42
0.36
0.33
0.37
0.47
0.48
0.43
0.36
0.33
0.95
0.28
0.31
0.25
0.16
0.34
0.36
(ut.%)
0.00
1.00
0.75
0.01
0.01
0.50
0.50
0.12
0.11
0.12
0.25
~~
0.03
0.30
0.23
0.21
0.71
0.21
0.28
0.27
~
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
0.00
~.~~
0.00
0.01
~~~
0.00
0.07
0.01
0.30
0.27
0.26
0.10
0.1
0.23
0.07
0.05
0.17
0.15
0.04
0.04
0134
0.03
0.01
0.00
0.08
0.25
~~~
0.22
0.25
0.29
0.34
0.30
0.45
~.
0.23
0.63
0.21
0.35
0.44
~.
~.
0.34
0.46
0.63
0.31
0.46
~.
0.68
1.26
1 .oo
1.29
~
~
HYDROGEN
OXYGEN
INDEX
INDEX
0
4
0
0
0
0
8
110
0
0
2
4
20
34
60
12
28
63
120
136
37
1.30
.~
34
1.19
1.67
0.65
0.66
268
22
18
9
~
100
168
144
105
:
82
204
76
204
102
75
279
60
49
80
34
50
28
30
17
16
59
12
43
40
or q u a n t i t y cIf k e r o g e n p y n ,lyzed t o bitumen, i s insuffic: i e n t t o prclduce a velid Tmax.
wt.%
T o t a l organic c&ban,
Free hydrocarbons, mg Rc/g of rock
hydrocarbon p o t e n t i a l
(mg RC/g or rock)
53
PC*
H drogen
yndex
= C02 produced from
kerogen
pyrolysis
mg COZ/g of rock)
= 0.083 (SI + S2)
-
mg RC/g organic carbon
Oxygen
Index
PI
M
A
X
--
mg C02/g orgaaic
carbon
s1/s1 + s 2
Temperature Index, degrees C.
TABLF V-A
walnut Contamtnants
-056 includes a nearly opaque coal(approx. 202 of the sample)
d
GEOCHEM
SAMPLE
NUMBER
DEPTH
(fret)
TYPE
NUMBER
OF
POPULATION
OF
SAMPLE
READINGS
MINIMUM
MAXIMUM
MEAN
REFLECTANCE REFLECTANCE REFLECTANCE
( Yo Ro)
[Y
o RO 1
(Yo R o )
STD.
DEV.
( Yo RO 1
REMMKS
3208-030
1000
2
1
0.64
3 -46
0.76
3.46
0 -70
3.46
-
3208-056
1740
3
2
1.46
2.21
1.71
2 -28
1.58
2.25
0 -125
INDIGENOUS
RewORKED
3208-077
2370
1
19
1.30
1.98
2.29
2.57
1.30
1.83
2.13
2.39
0.108
8
1.30
1.60
2.00
2.33
-
INDIGENOUS
REWORKED
REWORKED
2
7
23
8
1.64
1.82
2.23
2.93
1.67
2.08
2.78
3 -55
1.66
1.97
2.48
3 -15
1.99
2.56
3 -16
4.33
1.99
2.86
3.75
4.33
1.99
2.70
3 -52
4.33
0.132
0.316
4
34
2
0.69
0.98
1.95
0.74
1.69
2.13
0.72
1.30
2.04
0.024
0.202
12
23
5
0 -84
1.20
1.70
1.14
1.60
1.96
1.01
1.40
1.79
0.107
0.109
0.099
INDIGENOUS
REWORKED
REWORKED
17
16
7
1.04
1.30
1.55
1.28
1.53
1.76
1.16
1.39
1.65
0.071
0.074
0.084
INDIGENOUS
REWORKED
REWORKED
0.83
1.12
1.45
2.57
0 -85
1.36
1.72
2.57
0 -84
1.23
1.58
2.57
21
3208-098
3208-117
3208-181
3208-216
3010
3580
5500
6650
3208-247
7480
3208-276
8350
1
8
3
1
2
7
5
1
0.077
0.077
-
INDIGENOUS
REWORKED
CAVED
0.100
CAVED
CAVED
0.173
0.228
INDIGENOUS
REWORKED
-
-
0.086
O.ll.2
-
CAVED
INDIGENOUS
WORKED
REWORKED
INDIGENOUS
REWORKED
REWORKED
CAVED
INDIGENOUS
REWORKED
REWORKED
0
0
0
rl
P
I
k
W
n
..
W
-I
L
I
v)
a
LL
0
W
n
>
I-
W
I
a
z
-I
-I
s
I
0
c
L
L
I-
L
c
w
V
z
a
t
W
-I
(L
II:
W
W
Iz
-
a
t
>
GEOCHEM
NO.
3208-056
CLIENT'S NAME
MRRSHW
(NO. OF
RFADINGS = 5 )
POPULATION
(1)
NO.
TYPE OF SAMPLE:
mum
1.46
2.2l
1.71
SAL'II'S
1740
#1
2.28
MAX. RO ( %I
1.n
MIN. RO I
1.46
2-21
3
2
NO.
/SAMPLE
DEPTH
NAME WELL
1.58
OF READINGS
(2)
CTGS
MEAN
Ro(%d
1.58
2.25
2.28
STD. DE! % 1
0 .la
-
REMARKS
INDIGENOUS
REWORKED
6-
-
3-
, , , , ,
c
OD
0.2
0.4
, , , , , , , ,,,
od
.01
1.0
12
xx x
, ,I,
xx
, , , , ,
I
1.4
1.8
1.8
2.0
2.2
VlTRlNlTE
I
2.4
,
PI
,I,
1 1 , 1 1
2.8
3.0
, , , , , , 1 , 1 , 1 1 , , , 1 , , , 1 , 1 , 1 , 1 , 1, I, , , , , , , , I , I , ,
3.2
3.4
3.6
REFLECTANCE HISTOGRAM
3.8
4.0
42
4.4
4.6
46
5.0
5.2
5.4
5.6
Sd
I
GEOCHEM NO.
3208-077
CLIENT'S NAME
MARSW
YOUNG
(No.OF
READINGS = 49) 1.30
1.90 1.911.94
2.15 2.162.17
1.95 1.97
2.17 2.18
NO.
1.30
0.108
1.83
OF
READINGS
MIN.
11.30
19 1.98
21
0.077
2.39
8 2.57
TYPE OF SAMPLE:
DEPTH/SAMPLE
CPGS
NAME WELL
1.60 1.67 1.67 1.73
1.98 2.00 2.00 2.00
2.20 2.21 2.23 2.29
RO ( %).
1.30
1.60
2.123.00
2.33
1.76
2.05
2.33
MAX. RO ( % I
SLLTY'S
2.29
&I
3
VlTRlNlTE
REFLECTANCE
HISTOGRAM
2370
#1
1.82 1.85 1.871.88
2.13 2.13 2.142.14
2.38 2.40 2.57
1.77 1.78 1.82 1.82
2.07 2.09 2.09 2.12
2.34 2.35 2.36 2.36
MEAN R o ( % )
NO.
STD.
DEV
-
0.077
%)
REMARKS
CAVED
INDIGENOUS
REWORKELl
REWORKED
5
I
I
GEOCHEM
NO.
CLIENT'S
NAME
=
3208-098
-FUEL
(No. OF R
!
U
D
I
N
G
s = 40)
2.31
2.32
2.37
2.93
2.93
2.95
POPYI$TION
(2)
2.23
(3)
2.93 (4)
2.38
3.06
~
CIGs
DEPTH/SAMPLE
NAME WELL
SALTY'S #1
TYPE OF SAMPLE:
y O ~ G
1.64
1.67
2.42
2.44
3.19
3.22
1.82
1.87
1.93
1.99
2.49
2.52
2.52
2.52
2.56
2.59
2.62
2.67
2.69
2.71
2.73
2.18
3.38
3.55
MIN.
NO. OF ZREADINGS
7
23
8
Iy6i%)
MAX.lfb~%)
2.08
x x
xxxxxxxxxx
XXXXXX
=
NO.
3010
2.03
2.07
2.08
2.23
2.23
2.26
2.28
2.30
1.82
xx
=
x
MEAN~F~;~%J,
STD. DE\! [ %I
1.97
2.48
0 -100
0.173
xxxxx x x
-
~RMARKS
VED
CAVED
INDIGENOUS
REWORKED
I
GEOCHEM
NO.
3208-ll7
CLIENT'S NAME
~ F I A L L YOUNG
(No. OF READINGS = 13)
1.99
N 0. OF READINGS
MIN.
1
8
3
14.33
rn
TYPE OF SAMPLE:
/SAMPLE
DEPTH
NAME WELL
SALTY'S #1
2.562.572.572.612.772.802.842.863.163.653.754.33
RO ( Y o )
MAX. RO (70)
1.99
2.56
3.16
4.33
1.99
2.86
3 -75 0.316
X
x
MEAN Ro(%)
1.99
2.70
3.52
4.33
x
VlTRlN I T E REFLECTANCE HISTOGRAM
I -d.
NO. 3580
STD.
DEV.
-
I Yo)
0-132
-
REMARKS
CAVED
INDIGENOUS
REWORKED
REWORKELI
GEOCHEM NO.
CLIENT'S
TYPE OF SAMPLE:
3208-181
NAME
YOUNG
IWFCWU,
(NO.OF READINGS = 40) 0.690.70
1.21 1.25 1.261.27
1.151.17
1.511.521.59
1.65 1.681.69
DEPTH/SAMPLE
NAME WELL
SALTY'S #1
NO.
5500
0.730.740.981.011.021.061.061.061.071.101.121.15
1.281.301.31
1.31 1.331.381.381.401.401.451.461.49
1.952.13
MIN. RO (Yo)
0.69
0.98
1.95
NO, OF READINGS
0.74
4
34
2.132
CIGs
MAX. RO (Yo)
MEAN Ro(%),
0.024
0.72
1.69
1.30
2.04
STD, DFV (Yo)
REMARKS
0.202
REWORKED
REWORRED
INDIGENOUS
-
21
X
X
x x x
xxxx x x
m
X
X
X
X
X
X x
, , 1 , , , xx
, , , XXXXXXXXXXXXXX
, , , , , , , , , , x, , x, , , , 1 , , , , , , , , ,
c
OD
0.2
0.4
0.0
.OB
1.0
I2
1.4
1.B
1.8
2.0
2.2
VlTRlNlTE
PA
2.6
2.0
3.0
3.2
3.4
1 ' 1 ' 1 ~ 1 ~ 1 ' 1 ' 1 ' 1 ~ 1 ' 1 ' 1 ' 1 ' 1 ' 1 ' 1 ' 1 ' 1 ' 1 ' 1 ' 1 ~ 1 ~ 1
3.8
REFLECTANCE HISTOGRAM
3.8
4.0
4.2
4.4
48
4.8
5.0
5.2
5.4
5.0
58
3208-216
GEOCHEM
NO.
CLIENT'S
NAME
TYPE
OF SAMPLE:
~ G H A L LYOUNG
(NO.OF READINGS = 40)
L.27
1.53
0.84
0.85
0.86 0.97
1.31
1.31
1.34
1.34
1.35
1.27
1.28
1.55 1.60
1.70
1.76 1.76 1.77
1.96
POPULATION
(1)1.01
(2)
(3)
NO. OF READINGS
12 1.14
23
1.60
5
MIN. Ro (Yo)
0 -84
1.20
1.79 1.70
X
x xxx
x xxm
x x x xx)(xxx
x
x
CPGS
DEPTH /SAMPLE
NAME WELL
S A L n ' S #1
1.03
1.04
1.07
1.36 1.41
MAX. RO (Yo)
1.09 1.09 1.09
1-41 1.43 1.45
1.46
MEAN R o ( Y d
1.40
1.96
NO. 6650
1.09 1.14
1.48
1.49
STD, DE\! ( Yo1
0 .lo7
0.109
0.099
1.20
1.50
1.26
1.52
REMARKS
INDIGENOUS
REWORKED
REWORKED
GEOCHEM NO.
3208-247
TYPE OF SAMPLE:
CLIENT'S NAME
MARSFIW Y
DEPTH/SAMPLE
GIGS
NAME WELL
m
SALTY'S
(NO. OF READINGS = 40) 1.04 1.04 1.08 1.10 1.12 1.12 1.14
1.15
1.23 1.25 1.281.301.301.301.321.341.341.351.371.421.421.441.451.451.471.48
1.531.551.561.611.671.671.751.76
POPULATION
1.28
1.53
0.084
1.04(1)
1(2)
.30
(3)
1.65
NO. OF READINGS
17
16
71.76
MIN. RO ( yo 1
'
MAX. RO (yo]
REMARKS
1.39
REWORKED
X
VlTRlNlTE
1.21 1.221.22
INDIGENOUS
REWOFXED
1.55
X
1.15 1.18 1.19
0.071
0.074
XXXXXX
X
#1
STD. DEV ( %I
xxxx x
~
7480
MEAN RO (yo)
X
X
X
NO.
REFLECTANCE HISTOGRAM
TYPE OF SAMPLE:
GEOCHEM
NO.
3208-276
CLIENT'S NAME
MARSBW YOUNG
NO.
/SAMPLE
DEPTH
CTGS
8350
SALTY'S #1
NAME WELL
(No.OF READINGS = 15) 0.830.851.121.131.231.241.261.301.361.451.481.591.641.72
2.57
NO. OF READINGS
20.85
7
5
1
xx
MIN. RO ( Yo1
0.83
1.12
1.45
1.58
2.51
x
VlTRlN
MAX. RO (Yo)
1.360.086
1.72
2.57
MEAN RO (Yo1
0.84
1.23
STD. DE! ( Yo
-
o.ll2
2.57
-
REMARKS
CAVED
INDIGENOUS
REWORKED
REWORKED
I
I
I
I
I
I
I
I
I
I
I
I
,I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
APPENDM
(oamttrmsd)
GEOTHERMAL DIAGENETIC CRITERIA
wum w m r n n m w . ~