New Mexico Bureau of Mines and ... Open File Report No. OF-262

New Mexico Bureau of Mines and Mineral Open File Report No. OF-262 Resources ORGANIC GEOCHEMICAL ANALYSESOF THE SANTA FE ENERGY OPERATING PARTNERS NO. 1 ROHMER WELL, EDDYCOUNTY, NEW MEXICO By Geoffrey S. Bayliss GeoChem Laboratories, Inc. Houston, Texas April 30, 1987 Revised January 1988 NEW MEXICO HYDROCARBON SOURCE ROCK EVALUATION .- PROJECT , SANTA FEENERGY OPERATING PARTNERS; .RDHWER kO.1 SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO AF'I NO. 30-015-25722 SOUTBEAST AREA .GEOCHEM JOB NO. 3514 Prepared for PROGRAM PARTICIPANTS Dr. Geoffrey S. Bayliss and Dr. Rudy R. Schwarzer GEOCHEM LABORATORIES, INC. 1143-C BRITTMOORE ROAD HOUSTON, TEXAS 77043 (713) 467-7011 CONFIDENTIAL APRIL 1987 REVISED/ADDITIONS JANUARY 1988 NEW MEXICO HYDROCARBON SOURCE ROCK EVALUATION WELL NAME: API NO. : AREA: SANTA FE ENERGY OPERATING PARTNERS, ROAMER FO.1 30-015-25722 LOCATION: GEOCHEM J O B NO.: TOTAL DEPTH: INTERVAL SAMPLED: TOTAL NUMBER OF SAMPLES: SOUTHEAST EDDY COUNTY, NEW MEXICO 3514 12,350 ft. 2500-12300 ft 99 SEC.23, T22S, R27E . - I TSE! - aa GEOCHEM NUMBER SAMPLE DEPTH STRATIGRAPHIC INTERVAL V cf 3514-001 3514-002 3514-003 3514-004 3514-005 3514-006 3514-007 3514-008 3514-009 3514-010 3514-011 3514-012 3514-013 3514-014 3514-015 3514-016 3514-017 3514-018 3514-019 3514-020 3514-021 3514-022 3514-023 3514-024 3514-025 3514-026 3514-027 3514-028 3514-029 3514-030 2500 2600 2700 2800 2900 3000 3100 3200 3300 3400 3500 3600 3700 3800 3900 4000 4100 4200 4300 4400 4500 4600 4700 4800 4900 5000 5100 5200 5300 5400 B e l l Canyon Bell Canyon Bell Canyon Bell Canyon Bell Canyon Cherry Canyon . Cherry Canyon Cherry Canyon Cherry Canyon Cherry Canyon Cherry Canyon Cherry Canyon Cherry Canyon Cherry Canyon Cherry Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon Brushy Canyon X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X 0 0 i X X X X X X X X X X X X X X X X X X X X X X X X e: - i 4 X X X X X X X X X X X X X X X X X X X X X X X T X X X X X X X - .r 3 0 8E CJH x x x x x x x x x x x x.<, x x x. x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x 5 NEW MEXICO HYDROCARBON SOURCE ROCK EVALUATION WELL NAME: API NO.: AREA: LOCATION: GEOCHEM JOBNO.: TOTAL DEPTR: INTERVAL SAMPLED: TOTAL NUMBEROF SAMPLES: GEOCHEM SAMPLE NUMBER Y Y Y 3514-031 3514-032 3514-033 3514-034 3514-035 3514-036 3514-037 3514-038 3514-039 3514-040 3514-041 3514-042 3514-043 3514-044 3514-045 3514-046 3514-047 3514-048 3514-049 3514-050 3514-051 3514-052 3514-053 3514-054 3514-055 3514-056 3514-057 3514-058 3514-059 3514-060 SANTA FE ENERGY OPERATING PARTNERS, ROHMER N'3.1 30-015-25722 SOUTHEAST EDDY COUNTY, NEWMEXICOSEC.23,T22S,A27E 3514 12,350 ft. 2500-12300 ft 99 . STRATIGRAPHIC INTERVAL 5500 5600 5700 5800 5900 6000 6100 6200 6300 6400 6500 6600 6700 6800 6900 7000 7100 7200 7300 7400 7500 7600 7700 7800 7900 8000 8100 8200 8300 8400 Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Bone Springs Springs Springs Springs Springs Springs Springs Springs Springs Springs Springs Springs/lst Springs/lst Springs/lst Springs/lst Springs/lst Springs/lst Springs/lst Springs/2nd Springs/2nd Springs/Znd Springs/2nd Springs/Znd Springs/2nd Springs/Znd Sprinps/2nd Springs/Znd Springs/Znd Springs/Znd Springs/2nd Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand Sand NEW MEXICO KYDROGARBOA SOURCE ROCK EVALUATIOU WELL NAME: API NO.: AREA: LOCATION: GEOCHEM JOB NO.: T O T a DEPTR: INTERVAL SAMPLED: TOTAL NUMBER OF SAMPLES: SANTA FE ENERGY OPERATING PARTNERS, ROHMER N9.1 30-015-25722 SOUTHEAST EDDY COUNTY, NEW MEXICO SEC.23,T22S, R?7E 3514 12,350ft. 2500-12300 f t . 99 ~ GEOCHEM SAMPLE NUMBER SAMPLE DEPTH STRATIGRAPHIC INTERVAL 8500 8600 8700 8800 8900 9000 9100 9200 9300 9400 9500 9600 9700 9800 9900 10000 10100 10200 10300 10400 10500 10600 10700 10800 10900 11000 11100 11200 11300 11400 Bone Springs/Znd Sand Bone S p r i n g s / 3 r d Sand Bone S p r i n g s / 3 r d Sand Bone S p r i n g s / 3 r d _Sand Wolfcamp Wolfcamp Wolfcamp Wolfcamp Wolfcamp Wolfcamp Wolfcamp Wolfcamp Wolfcamp Wolfcamp Wolfcamp Wolfcamp Upper Pennsylvanian Upper Pennsylvanian Upper Pennsylvanian Str a m Str a m Strawn St r a m A t oka A t oka Atoka Atoka Atoka Morrow L i m e Morrow Lime t3: - - E VI 0 X . t I z e4 i - ---rl 3514-061 3514-062 3514-063 3514-064 3514-065 3514-066 3514-067 3514-068 3514-069 3514-070 3514-071 3514-072' 3514-073 3514-074 3514-075 3514-076 3514-077 3514-078 3514-079 3514-080 3514-081 3514-082 3514-083 3514-084 3514-085 3514-086 3514-087 3514-088 3514-089 3514-090 - U X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X X - - U rl U 0 X X X X X X X X X. X X. X X X X X X X X X X X X X X X X X X X X X X - I X X X X X X X X X X X X X X X X x X X X X X X X X X X X X X AEW MEXICO RYDROCARBON SOURCE ROCK .EVALUATION WELL NAME: A P I NO.: AREA: LOCATION: GEOCHEM JOB NO.: TOTAL DEPTH: INTERVAL SAMPLED: TOTAL NUMBER OF SAMPLES: SANTA FE ENERGY OPERATING PARTNERS, ROHMER NO.l 30-015-25722 SOUTHEAST EDDY COUNTY, NEW MEXICO SEC.23,T22S, R27E 3514 12,350 f t . 2500-12300 f t 99 . T GEOCHEM SAMPLE NLMBER SAMPLE DEPTH STRATIGRAPHIC INTERVAL V 0 U - 3514-091 3514-092 3514-093 3514-094 3514-095 3514-096 3514-097 3514-098 3514-099 11500 11600 11700 11800 11900 12000 12100 12200 12300 Morrow C l a s t i c s Morrow C l a s t i c s Morrow C l a s t i c s Morrow C l a s t i c s LowerMorrow LowerMorrow LowerMorrow Barnet Barnet X X X X X X X X X X X X X X X X X ~ G r I II" 0 r 1 r rr r r r r r r r r r SFlNTR FE ROHMER JOB NUMBER 3514 ~ L I THO LOG 0 PI 0 100~ aJ i 1 I I! 1: I: DT SRMPLm 11 11 2 ----- 1; I, I! I/ - " ELL CRNYON I ; ""_ 3 HERRYCRNY ""_ 4 5 I I I I I I I I I I I I I I I I I I I I I I 1 I 1 I I I I I I I I ;ONESPRNGS I 1ST SRNO I ""- 8 I I I I I I I I I I I I I I I I I I I I 2NOSAND I I I I I I I I 9 10 ~ II I 11 I" 12 I" I I I I 7 I I I I I 6 I I I I " " " .70 I I I I I RUSHYCRNY 0 """t -L1 I I I I I MORROW CL. -0WERMORR. I I I RTOKR I 0 100 0 . . -' 5 0 I ~ 25E 0 .7 FIGURE 1 SUMMFIR‘Y OF GEOCHEMICRL RNRLYSES C1-C7HYDROCRRBONS SRNTR FE ROHMER a 1 JOB NUMBER 3514 L I THO 1- OG _ 0 ” C 1 THRU C 4 HYDROCRRBONS % GRS i C4/nC4 WETNESS RRT IO I 05 100 0 a C5 THRU C7 HYDROCRRBONS 0’ 1 !P 0 1 ~-m~ 11 12 1 0‘ 41 0; APPMCl-C4 HYOROCRRBONS XPPM C2-C4 HYOROCRRBONS-’ PPM VRLUESEXPRESSED RS VOLUME OF GRS PER MliL!ClY VOLUMES GF SEC) e PPM VRLUES EXPRESSEQ 9s VOLUMES OF GRS PER MILLION VOLUMES OF SED LEGE.NDFORSUMMARYDIAGRAM DEPTH: LITHO LOG: STRATIGRAPHY: % TOC: HI: 01 : HC YIELD: - s2/s3:~ KEROGEN: T-MAX : %ROA ) : T A I (*I: FREE HC: PI: - i n feet see l i t h o l o g ys y m b o l s by age p e r c e n tt o t a lo r g a n i cc a r b o n = 100 S Z ( O / O O Wt)/TOC Rock-Eval,HydrocarbonIndex Rock-Eval,Oxygen Index = 100 S3 ( O / O O W t ) / T O C Rock-Eval, 5 2 peak (ppm) Rock-Eval,Racio of S2 t o S 3 peak see Kerogensymbols Rock-Eval, maximum temperature of S 2 peak, i n degreesCentigrade V i t r i n i t e R e f l e c t a n c e( s c a l e 0 t o 5 ) T h e r m a lA l t e r a t i o nI n d e x( S c a l e 1 to 5 ) Rock-Eval, SI peak (pprn) Rock-Eval, P r o d u c t i v i t yI n d e x = SI/(SI+S2) KEROGEkl TYPES LITHOLOGIES SILICEOUS ROCKS EVAPORITES CDRL IGNEOUS ROCKS VOLCRNICS KqMETRMORPHIC ROCKS BASEMENT r----l OTHER D<IMISSINGSECTION AMORPHOUS nHERBRCEOUS COMPUTERIZED GEOCHEMICAL SOURCE ROCK EVALU4TION INTERPRETATIVE CRITERIA S i m p l i f i e d Flow Dia~ram 1. 2. 3. I. Sample ID Depth Lithology a. X Sandstone (St) b. X S i l t s t o n e (St) e. X S h a l e (Sh) 6. X Carbonate (Cb) e. X E v a p o r i t e (E) f. X Coal (C) 9. X O t h e r (Or) X Metamorphic (IO h. Geochemical parameters a. P y r o l y r di ra t a Iftherample I. 2. 3. b. C. d. is u n i n t e r p r e t a b l e b e c a u s e V o l a t i lhey d r o c a r b o n (Sl) Generated hydrocarbon (52) Temperature ('C) of 62 peak (-1 Dutput Total o r g a n i c c a r b o n (ZOC) Kerogen tppc 1. X Amorphous (Am) 2. X Herbaceous (H) 3. X Woody (U) I. X Coaly (C) r ,Formations / Table 111 v Thermal Uaturity indicators 1. Thermal a l t e r a t i o inn d e x (1.41) 2. V i t r i n i t ree f l e c t a n c e (Xb) Samples: Table V l Fig. 1 Fig. 2 mud a d d i t i v e s , a significant is composed of " 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 r a p o r t i o no ft h es a m p l e Cion is r e f e r r e d t o a f o o t n o t e . If t h e a m p l e is composed of 60% or 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 l o r c a r b o n a t e ) or nonsource rocks (siltstones a n d l o r s a n d s t o n e s ) the sample is i n t e r p r e t e d i n S t e p 111 below. or mctuoorphics. a statement is p r i n t e d it containscoal. t o thateffect.If STEP III/III'IERPREIATIOII PROtmURES I n t e r p r e t a t i o n a are based on t h e f o l k w i n g p a r a m e t e r s : 1. 2. 3. Lithology Thermal m a t u r i t yu s i n g TAI T o t a ol r g a n i cc a r b o n (Toe) I. h y dVr o lcaatribl eo n 5. Kerogentype output (SI) I f a particular ample lacks only a TAI v a l u e . a TAI v a l u e is t a k e n from a t h r e et e r mm o v i n g .ver.gc c u r v e (Figure 1). me d e s c r i p t i v et e r m i n o l o g y u s e d r e l a t i v e to the p a r a m e t e r v a l u e s is ;ivcn below. Formations Table 1 Table 11 Samples Table II' Table V D i t . t ,-"'-"-rrr-"" , - t INTERPRETIVEDESCRIPTIVE --- 2.2 2.5 2.6 3.5 3.6 4.1 4.9 4.2 > 5.00 - --- 1.5 -> 3.8 Descriptive Terminology X Of1 1mture Moderately Imature Moderately Mature nature very nature Severely Altered Metamorphosed x 1.3 1.5 2.2 2.5 3.2 3.4 - Total Organic Carbon (TOC) Descriptive Terminoloay Value in % -< 0.12 0.13 - 0.25 0.26 - 0.50 0.51 - 1.00 Excellent 1.01 - 2.00 2.01 - 4.00 -> 4.00 Shale - Carbonate Poor POD? POD? Tair Good Very Good Poor Tal? Good Very Good Excellent Excellent Excellent Volatile Hydrocarbon (SI) Vslue in PE~? -c201200- 400 401 - 800 801 - I600 1601 - 3200 > 3200 - Descriptive Terminolog\r Very poor PO01 Fair Good Very Good Excellent ( X Am) 100 Value Biogenic Cas Bionenic Cas and Immature O i l &cure H C ~ W oil Uaturc O i l Mature O i l . Condensate. alld Wet Gas Condensate and Vet Gas Petrogenic Methene Gas 2.2 2.5 3.2 3.4 3.8 Cas - Kerogen O i l f C a s Tactor + 0.6 ( 2 A) + 0.3 0.0 0.43 0.56 0.81 --- 0.80 1.62 - 0.42 0.55 1.63 2.37 4.50 2.38 4.50 -> Value 0.30 0.35 0.60 0.80 1.20 1.50 -- 0.35 -- 0.60 0.80 1.20 - 1.50 - -> 2.00 2.00 ( X U) + 0.1 (2. C) - x oil Vitrinite Reflectance Type Associated Value Hydrocarbon - TERMINOLOGY 'Ihcmul Alteration Index (TAI) Value 1.0 - 1.7 1.8 - 2.1 3 : (5Rol Descriptive Terminology Immotvre Moderately l m t u r e Moderately Mature nature Very nature Severely Altered netamrphond Associated Hydrocarbon Tyve Biogenic Gas Biogenic Gas and Immature O i l Immature Heavy O i l nature oil nature Oil. Condensate and Vet Cas Condensate and Wet Gas Petrogenic Uetbanc Gam TABLE I FORUTIOS ISTERPRETATIOK This t a b l e g i v e s a f o r m a t i o n b y 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 folloving parameters: (1) Lithology (2) T h e r m a la l t e r a t i o ni n d e x (3) (4) (5) on t h e T o t a ol r g a n i cc a r b o n V o l a t i l eh y d r o c a r b o n Kerogen type (TAI) (TOC) (SI) I f a TAI v a l u e is 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 e n p l e . a TAI value i s takenfrom a t h r e e t e r m moving a v e r a g e p l o t o f a l l t h e TAI datafor t h i s w e l l (see F i g u r e 1 ) . The k e r o g e n t y p e o i l / g e s f a c t o r e x p r e s s e d as a p e r c e n t a g e s h o u l d b e u s e ? 1.e.. a h i g h oil f a c t o r w i l l enhancethe oil q u a l i t yo ft h es a - p l ew h e r e a sc o r r e s p o n d i n g l y . a h i g h gas f a c t o r w i l l eni-an:e t h e g a s ratio o f t h e s e n p l e a n d d i n i n i s h t h e oil p r o s p e c t i v e n e s s . as a mcdifiertotheinterpretation; TABLE I1 FOiMATION SLml4RY INTERPRFMTION This t a b l e gives used in T a b l e I . a formation by formation interpretation of The d e a 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 aach paramcter is l i s t e d Zn t h e i n t r o d u c t i o n . TABLE 111 FORYATIOS SL%Y OF GEOMMIW DATA T h i s table gives a formation b y 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 The i n f o r m a t i o n given f o re a c hf o r m a t i o n 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 . follovs: (1) (2) (3) (4) (5) (6) Y Y Sample number Depth Lithology V o l n t i l eh y d r o c a r b o n (S1. ppm) Generated hydrocarbon (52. ppm) Haximum t e m p e r a t u roe f S2 peak in t h e is as (7) T o t a lo r g a n i cc a r b o n (TOC 2) ( 8 ) Kerogen composition (amorphous (Am). herbaceous (H). voods ( X ) . and coaly ( 0 ) (9) Thermal a l t e r a t i o inn d e x (TA1) (IO) V i t r i n i t er e f l e c t a n c e (iRo) TABLE I V SAYPLEIKTERPRETATIOS Ihis t a b l e g i v e s parameters: (1) (2) (3) (4) (5) r I" a s m p l r by s a m p l e 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 T h e r m a la l t e r a t i o ni n d e x (TAI) Total o r g a n i c a r b o n (TOC) \ ' o l e t i l eh y d r o c a r b o n (51) Kerogen type I f B 1.41 v a l v e i s l a c k i n g f o r an o t h e w i s e i n t e r p r e t a b l e s a m p l e . a TAl v a l v e i s takenfrom a t h r e e t e r m m o v i n g a v e r a g e p l o t of all t h e TA1 d a t a f o r t h i s vell (see F i g u r e 1). o i l l g a s factorexpressedas a percentageshouldbe used Thekerogentype 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 vi11 enhancethe o i lq u a l i t yo ft h es a m p l ew h e r e a sc o r r e s p o n d i n g l y . a high gas f a c t o r w i l l e n h n c e oil p r o s p e c t i v e n c s s . t h e gas r a t i o of t h e s a i p l e a n d d i m i n i s h t h e TULE V SAYF'LE SUNNARY IhTERPFEIATION c; This t a b l e g i v e s a sampleby -le interpretationofeachparameterused in for eachparameter i s l i s t e d i n t h e T a b l e IV. This d e s c r i p t i v et e r m i n o l o g yu s e d introduction. I TABLE VI SAXPLE SLCMRY OF GEOCHNICAL DATA This t a b l e g i v e s a Mmple by sample l i s t i n g o f t h e d a t a u s e d in the is 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 i n f o r m a t i o ng i y e nf o re a c hf o r m a t i o n au f o l l o v s : (1) (2) (3) (4) (5) (6) Y Y Y Sample number Dcpth Lithology V o l a t i l eh y d r o c a r b o n Generated hydrocarbon M a x i m u m temperature of (7) (8) (SI. ppm) ( 5 2 . ppm) 52 peek (9) (10) T o t a lo r g a n i cc a r b o n (TOC 9 ) Kerogen composition (amorphous (Am). herbaceous (H), voody (I:), a n dc o a l y (C)) Thermal a l t e r a t i o inn d e x (TAl) V i t r i n i t ree f l e c t a n c e (%Pa) The TAI and IRo values are p l o t t e d o n Figures 1 and 2 r e s p e c t i v e l y ; v a l u e s of TAI or IRo i n d i c a t e d v i t h an a s t e r i s k (*) are t a k e n f r o m t h e t h r e e term moving a v e r a g ep l o to ft h er e s p e c t i v ep a r a m e t e r . Sample t y p e sa r ei n d i c a t e d by "blank" ( c u t t i n g s ) . "C" (conventional core) and "5" ( s i d e w a l l core). C a s i n gp o i n t sa n d t h e t o p s of a l l f o r m a t i o n s p e n e t r a t e d by t h e v e l l 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 a s s o c i a t e dd e p t h s . T H E W MTLWN PROFILE USISG THE T H E F L . ALTEPATIOI; DXJFX . (TAI) T h i s f i g u r e d i e p l a y s a thermal m a t u r i t y p r o f i l e f o r t h e well u s i n gt h e t h e r m a la l t e r a t i o ni n d e x (TAI). The raw d a t a p l o t d i s p l a y s t h e TAI v a l u e s of i n d i v i d u a ls a m p l e sp l o t t e dv e r s u sd e p t h (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 a n "A" i n d i c a t e s o n e TAI v a l u e s a n d a "B" i n d i c a t e s t w o TAI d e t e r cam v a l u e .e t c . The "AVG" g i v e st h ea v e r a g e TAI v a l u e for m i n a t i o n so ft h e t h a ti n t e r v a l . a TAI p r o f i l e m o t h e d by a The t h r e e t e r m m o v i n g a v e r a g e p l o t d i s p l a y s t h r e et e r mr o v i n ga v e r a g e . 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 i n t e r v a l . When B s a m p l el a c k s a TAI v a l v e f o r i n t e r p r e t a t i o n . a T A I v a l u e is t a k e nf r o mt h i ss m o o t h e d curve for t h a ts a m p l ed e p t h . Thedescriptiveterminologyusedtodefinethermalmaturity.theassociated of TAI c o r r e s p o n d i n g t o t h i s t e r r n i n o h y d r o c a r b o nt y p e .e n dt h en u m e r i c a lv a l u e s l o g y i s given below. ?AI Value 1.0 - 1.7 - 2.1 - 2.5 - 3.5 - 4.1 1.8 2.2 2.6 3.6 4.2 > 5.0 - - 4.9 Descriptive Terminology TAI Value I-ture (I) ModeratelyImmature (XI) ModeratelyHature (m) .\IBture (M) VeryNature (W) S e v e r e l yA l t e r e d (SA) Metamorphosed 1.3 1.5 i.5 -- 2.2 2.2 2.5 3.2 - 2.5 - 3.2 - 3.4 -> 3.8 Associated HvdrocarbonTvpe Biogenic Gas Biogenic Gas and Imrure Oil I m a t u r e Heavy O i l Hacure O i l Mature Oil. Condensate and Vet Gas Petrogenic Hethane Gas a n dt h e names are i n d i c a t e d a l o n g t h e Tops are s h a m by a d a s h e d l i n e (--) r i g h t handmargin.Theexactdepth of t h e t o p s are g i v e ni nt h eI n t r o d u c t i o n . T o t a l well d e p t h 16 i n d i c a t e d a n d l a b e l e d v i t h a p p r o p r i a t e d e p t h . Y Y Y JOB NU,WER: 3514 WELL NAME: SANTA FE ROHMER #1 GEOCHEM SMPLE NUMBER TABLE I FOPARTTION INTERPRETATION DEPTH 0 INTERPRETATION SAMPLED NOT 2085 BELL CANYON 2208 03SH 2208-3036 TAI 03NS 2208-3036 TAI I - - VERY GOOD POTENTIAL FOR OIL AND GAS 27% SAND NONSOURCE - NO EVIDENCE OF RESERVOIRED LIGHT OIL - POSSIBLE TRACE OF I W T U R E OR BIODE~RADED HEAW OIL SHALE: MODERATELY MATURE VERY GOOD BIOGENIC GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 72% GAS TYPE ' KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 66% GAS TYPE 33% CHERRY CANy 3036 . 04CB 3036-4038 TAI CARB MODERATELY M4TURE POOR I W T U R E O I L AND ASSOCIATED GAS SOURCE KEROG~NTYPE OIVGAS FACTOR: OIL TYPE 80% GAS TYPE 19% 04NS 3035-4038 TAI SAND : NONSOURCE NO EVIDENCE OF RESERVOIRED LIGHT OIL BIODEGRADED HEAW O I L KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 71% GAS TYP6 BRUSHYCANY 4038 O6NS 06CB - 28% ---------- - 4038-6498 TAI 6498 "_" 6498-6628 TAI CARB ' MATURE VERY GOOD K E R O G ~ NTYPE OIVGAS TAI GAS SOURCE CARB * M4TURE FAIR O I L SOURCE - GOOD K E R O G ~ NTYPE OL IG I AS FACTOR: O I L TYPE 80% SAND : NONSOURCE FAIR TRACE OF RESERVOIRED KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 72% BONE SPRNGS - POSSIBLE TRACEOF IWTURE GAS TYPE HEAW OIL 27% I-------- O I L AND ASSOCIATED GAS SOURCE FACTOR: OIL TYPE 78% GAS TYPE 21% 6528 07CB 6628-7326 7325 Rating P a r a m e t e r s as D e f i n e d i n GeoChem's SourceRockReference S8mpl.e Ty es: B l a n k - C u t t i n g s C-Core, S-Sidewal.1 Core M a t u r i t yF a r e m e t e r s :( V I V i t r i n i t a R e f l e c t a n c e Used, ( T I T A I - Manual. Used GAS TYPE 19% I W T U R E OR JOB N W E R :3 5 1 4 WELL NAME: SANTA FE ROHMER GEOCHEM SAMPLE NUMBER #1 TABLE I FOPMATION INTERPRETATION DEPTH INTERPRETATION . CARB M4TURE FAIR OIL AN0 ASSOCIATED GAS SOURCE KEROGENTYPE OIVGAS FACTOR: OIL TYPE 78% GAS TYPE 7325-8630 TAI 8630 -___-___ 3RD SAND 8630-8950 TAI 8950'~:,. - 1 OSH 8950-10116 1OCB 8950-10116 O8CB 09CB GAS TYPE 19% TAI VERY GOOD GAS SOURCE SHALE: MATURE FAIR OIL SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 58% GAS TYPE 41% TAI CARB M4TURE POOR OIL SOURCC - GOOD GAS SOURCE FACTOR: OIL TYPE 644: KEROGEN TYPE OIL/GAS 10116-1 0402 WOLFCAMP - . GAS TYPE 35% SHALE: MTURE GOOD OIL SOURCE VERY GOOO GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 49% GAS TYPE 50% UPPERPENN. 10116 llSH - CARB * MTURE POOR OIL SOURCE FAIR GAS SOURCE KEROG~NTYPE OIVGAS FACTOR: OIL TYPE 80% 21% TAI - STWWN 10402 --____-_ - 12SH 10402-1 0786 TAI SHALE: MATURE POOR O I L SOURCE GOOO GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 44% GAS TYPE 12CB 10402-1 0786 TAI CARB M4TURE VERY POOR TO POOR OIL SOURCE K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 57% - 65% FAIR GAS SOURCE GAS TYPE 42% ATOKA 10786 - 13SH 10786-1 1316 TAI SHALE: MTURE VERY POOR OIL SOURCE GOOD GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 37% GAS TYPE 13CB 10786-1 1316 TAI 11316 _" VERY POOR TO POOR OIL SOURCE CARE : MATURE KEROGEN TYPE OIL/GAS FACTOR: O I L TYPE 56% MORROW LIME ---------- R a t i n gP a r a m e t e r sa sD e f i n e d i n GeoChem's S o u r c e Rock Reference M a n u e l S a m p l eT ya s B : lank-Cuttings C-Core, S-Sidewall. C o r e M a t u r i t yF a p a m e t e r s :( V I - V i t r i n i t e R e f l e c t a n c e Used, ( T IT A IU s e d - 62% FAIR GAS SOURCE GAS TYPE 43% JOB NUMBER: 3514 WELLNAME:SANTA FE ROHMER #1 GEOCHEM SAMPLE NUMBER DEPTH INTERPRETATION . CARE MATURE POOR OIL AND ASSOCIATED GAS SOURCE KEROG~NTYPE OIVGAS FACTOR: OL I TYPE 46% GAS TYPE 14CB 11316-1 1535 TAI 536 TABLE I FORMATION INTERPRETATION 11 MORROW CL. I - - 15SH 11536-11909 TAI SHALE: MANRE POOR OIL SOURCE EXCELLENT GAS SOURCE KEROGEN TYPE OIVGAS FACTOR: OIL TYPE 39% GAS TYPE 15CB 11536-11909 TAI CARB MATURE VERY POOR TO KEROG~NTYPE OIVGAS 1SNS 11536-11909TAI SAND : NONSOURCE NO EVIDENCE OF LIQHT OIL PYROBITUMEN KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 45% 11 909 16NS POOR OIL SOURCE FACTOR: OL I TYPE 34% - - - 12195-12350 TAI 12350 - SAND NONSOURCE NO EVIDENCE OF LIGHT O I L PYROB~TUMEN KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 44% FAIR GAS SOURCE GAS TYPE 55% - POSSIBLE TRACE OF HEAW OR BIODEGRADED OIL OR GAS TYPE 54% - FAIR TRACE OF HEAW OR BIODEGRADED OIL OR GAS TYPE 55% OIL SOURCE - GOOD GAS SOURCE SHALE: MATURE POOR KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 34% GAS TYPE 65% BARNET TOTAL DEPTH RatingParametersasDefined i n GeoChem'sSource R o c kR e f e r e n c e Manual. SampLe T y es B l a n k - C u t t i n g s C-Core, S-Sidewall. C o r e M a t u r i t yp a r a m e t e r s :( V ) V i t r i n i t e R e f L e c t a n c e Used, ( T )T A IU s e d - 60% LOWER MORR. . 11909-12195 TAI 12195 17SH . " " " " " 63% JOB NUMBER: 3514 WELLNAME:SANTA FEROWER GEOCHEM SAMPLE NUMBER #1 TABLE 1 I F O W T I O N S W R Y INTERPRETATION THEWL M 4 N R I N DEPTH 0 LITHOLOGY SAMPLED TOC XRORICHNESS RICHNESS TAI HC %OIL PRODUCTIVIN INDEX FACTORFACTOR XGAS NOT 2085 2208 03SH 2208-3036 VERY GOOD FA1R 0.05 72 27 03NS 2208-3036 FAIR POOR 0.06 66 33 3036-4038 FA1R VERY POOR 0.25 80 19 3036-4038 FA1R POOR 0.17 71 28 GOOD FA1R 0.10 72 27 EXCELLENT VERY GOOD 0.23 78 21 EXCELLENT FAIR 0.32 80 19 VERY GOOD FAIR 0.36 78 21 VERY GOOD POOR 0.35 80 19 3036 04CE 04NS 4038 05NS 4038-5498 5498 06CB 5498-6628 6628 07CB 6628-7325 7325 08CB 7325-8630 8630 09CB 8630-8960 8960 i n GeoChem’s S o u r c eR o c kR e f e r e n c e Manual. R a t i n gP a r a m e t e r sa sD e f i n e d Thermal. M a t u r i t y A b b r e v i a t i o n s : I - I m m a t u r e .M I - M o d e r a t a L yI m m a t u r e ,“ M a t u r e MU-ModeFataLv Mature. VM-Vew Mature ..~ . . -. . - ..-. . SA-Severl.y A t t e r e d ,M T - M e t a z o r p h o s e d Sam L eT ye sE l a n k - C u t t i n g s . C-Core,S-SldewaLLCore eal.ue ? a k &f r o m a 3 - T e r mR u n n i n gA v e r a g eo f this Parameter ~ ** . JOB NUMBER: 3514 WELL NAME: SANTA FE ROHMER ti1 I TABLE 1 FORMATION S W R Y INTERPRETATION GEOCHEM SAMPLE NUMBER DEPTH THERMAL M T U R I T Y HC TAI XRO LITHOLOGY TOC RICHNESS RICHNESS PRODUCTIVITY %OIL I N D E X FACTORFACTOR %GAS 1OSH 8950-10116 SHALE M VERY GOOD FA1R 0.48 58 41 1OCB 8950%0116 CARE M EXCELLENT POOR 0.43 64 35 llSH 10116-1 0402 VERY GOOD GOOD 0.48 49 60 GOOD POOR 0.46 44 55 VERY GOOD VERY POOR 0.44 57 42 M GOOD VERY POOR 0.41 37 62 M VERY GOOD VERY POOR 0.37 56 43 GOOD VERYPOOR 0.60 45 53 39 60 10116 UPPER PENN. SHALE STRAW 10402 12SH 12CB 10402-10786 SHALE 10402-1 0786 CARE 10786 13SH 13CB 10785-1 1316 SHALE 10786-1 131 6 CARE M M ATOU __________ MORROW LIME 11316 14CB M 11315-11536 CARE 11536 " " " " " M MORROW CL. 15SH 11536-1 I 9 0 9 SHALE M EXCELLENT POOR 0.14 15CB 11536-1 1909 CARE M VERY GOOD VERY POOR 0.43 34 65 15NS 11536-1 1909 SAND M FAIR VERYPOOR 0.36 45 54 16NS 11909-12195 GOOD VERY POOR 0.26 44 55 11909 12195 LOWER MORR. SAND M BARNET Rating P a r a m e t e r s as D e f i n e d i n GeoChem's S o u r c eR o c kR e f e r e n c eM a n u e l Thermal. M a t u r i t yA b b r e v i a t i o n s :I - I m m a t u r e ,M I - M o d e r e t e L yI m m a t u r e ," M a t u r e W - M o d e r a t e LM a t u r e . '."Very Mature S A - S e v e rA L y t e r e dM. T - M e t m o r p h o s e d Sam Le T y es B L a n k - C u t t i n g s , C-Core, S-SYdewaLl. C o r e b a t u ey a k &f r o m a 3 - T e r mR u n n i n gA v e r a g eo ft h i sP a r a m e t e r ** JOB NUMBER: 3514 WELL NWE: SANTA FE ROHMER #1 I TABLE 1 F O N T I O N S W R Y INTERPRETATION GEOCHEIW SAMPLE NUMBER 17SH DEPTH 121 95-1 2350 12350 I LITHOLOGY SHALE DEPTH . TAI M M4wR1TY TOC XRO RICHNESS RICHNESS GOOD TOTAL R a t i n gP a r a m e t e r s as D e f i n e d i n GeoChem's S o u r c e RocR k eference Manual, Thermal. Maturity A b b r e v i a t i o n s :I - I m m a t u r e ,M I - M o d e r a t e l yI m m a t u r e ," M a t u r e W M o d e r a t e LM a t u r e V , M - V e r yM a t u r e SA-SeverLyAytered,MT-Metamorphosed S-SidewaLl. C o r e Sam Le Ty es: Blank-Cuttings.C-Core. 6aLue T a k e nf r o m a 3 - T e r mR u n n l n gA v e r a g eo f t h i s Parameter ** HC POOR PRODUCTIVITY x01L INDEX FACTORFACTOR 0.40 34 XGAS 65 JOB NUMBER: 3514 WELL NAME: SANTAFEROWER #1 TABLE I11 FORMATION S W R Y OF GEOCHEMICALDATA F O W T i O N M E : BELL CANYON ( 2208- 3036) SEDLMENT FACIES 73 2.25 0.77 1.20 ( SHALE SOURCE AVG 433 470. M 433 IN 470. w 2.3 NO/ % NOT PRESENT.IN EVAPORITE SOURCE NOTPRESENT 3/ 60) 4190. 4190. s2 s1 14460. 14460. 2.77 SILICEOUS SOURCE SAND/SILT NON-SOURCE C AVG432 370. MAIN MAX432 370. (PPM) PYROLYSIS DATA > 760. 750. 750. mIs s3 Thh4x TOC MATURITY TAI %RD ” _ XAM KEROGEN TYPE %H XW FACTOR FACTOR %C %OIL %GAS 28 38 50 12 0 71 25 63 12 33 0 66 ” ” 433 14460. 470. ” ” FONTION I N THIS FORMATION 270. 4190. 270. 270. 2.3 0.51 432 370. MaturityParametersTakenfrom a 3 - T e r mR u n n i n gA v e r a B f o r ALLValues. KerogenType:Am-Amorphous/SepropeL,H-Herbaceous, W-8oody. C - C o a l y / I n e r t i n i t e ” ” ” ” ”_ JOB NLMBER: 3514 WELLKAME:SANTA FE ROHMER # I FOWTION S F O W T I O N NAME: CHERRY CANY SEDIMENT FACIES ( W TABLE I11 Y OFGEOCHEMICALDATA ( 3036-4038) PYROLYSIS DATA ( P W ) SI 52 s3 NO/ X 1 SHALE SOURCE PRESENT NOT TMAX TOC MATURITY TAI XRO W KEROGEN TYPE XH XW %C %OIL FACTOR FACTOR %GAS 71 28 I N T HFIO SW T I O N SILICEOUS SOURCE NOTPRESENT EVAPORITE SOURCE NOTPRESENT I N THIS FORMATION I N T H I SF O W T I O N I SAND/SILT NON-SOURCE ( 9/ 90) AVG 2.4 0.54 438 300. 1300. 260. MIN 410. 50. 441 M/u( 490. 2300. 420. " " 2 .04. 1453 64 0 . MaturityParametersTakenfrom a 3-Term Running A v e r a e f o r A l l .V a l u e s . Keroge?Type:Am-Amorphous/Sapropel,H-Herbaceous, W-fioody, C - C o a L y / I n e r t i n i t e " " " " 72 28 0 0 JOB NUMBER: 3514 WELL NAME: SANTA FE ROHMER (I1 TABLE I11 FORMATION S W R Y OF GEOCHEMICALDATA FORMATION N A M E : BRUSHY CANY SEDIMENT FACIES .SHALE SOURCE ( ( 4038- NO/ X ) 5498) s1PYROLYSIS52DATA(PPM) NOTPRESENT I NT H I SF O R M T I O N CARBONATESOURCE NOTPRESENT I N THIS FORMATION SILICEOUS SOURCE NOTPRESENT I NT H I SF O R M T I O N EVAPORITE SOURCE NOTPRESENT I N T H I S FORMATION SAND/SILT NON-SOURCE ( 14,400) AVG MIN MAX 470. 120. 3.08 1330. 11990. 442 470. 4025. 1170. 270. s3 2.5 1.01 438 322. l"w TOC 435 0.32 hMTURITY XRO TAI "_ " " MaturityParametersTakenfrom a 3-Term Running A v e r a e f o r ALLVaLues. KerogenType:Am-Amorphous/SapropeL,H-Herbaceous,W-hody,C-CoaLy/Inertinite 2.4 2.6 " M 31 %OIL KEROGEN TYPE XH %W FACTOR FACTOR XC 66 2 0 71 %GAS 28 JOB NUMBER: 3614 WELL M E : SANTA FE ROHMER #l FORMATION M E : BONE SPRNGS SEDIMENT FACIES < SHALE SOURCE NOT 6.04 CARBONATESOURCE AVG MIN MAX 449 ( TABLE 111 FORMATION S W R Y OFGEOCHEMICALDATA 6498- 6 6 2 8 ) PYROLYSIS (PPM) DATA s1 NO/ X ) 52 PRESENT TI N HIS c 990. 12/100) 2.6 1.82 444 616. 4276. 1720. 280. 11690. 4710. EVAPORLTE SOURCE NOT PRESENT I N T H I S FORMATION THIS ~~~~ TOC MTURITY TAI XRO "600. PRESENT I N T H I S FORM4TION NON-SOURCE NOT PRESENT N I TMAX XAM KEROGEN TYPE XH FACTOR XW FACTOR XC XOlL %GAS FORMATION SILICEOUS SOURCE NOT SANWSLLT 53 310. 0.68 437 FORMATION ~ ~~~~~~ ~~~~~~ ~~~~~ ~~~~~~ MaturityParametersTakenfrom e 3-TermRunningAvera e f o r ALLVaLues. KerogenType:Am-Amorphous/SapropeL,H-Herbaceous, W-jtoody. C - C o a L y / I n e r t i n i t e 2.6 2.6 -I- " " 54 45 0 0 78 21 JOB NUMBER: 3514 WELL NAME: SANTAFE FORMATION NAME: ROHMER #1 TABLE I11 FORMATION S W R Y OFGEOCHEMICALDATA 1ST SAND ( 6628-7326) SEDIMENT FACIES ( SHALE SOURCE NOT PYROLYSIS DATA (PPW 52 s3 si NO/ X I PRESENT TI H NIS 7/100) ( SILICEOUS SOURCE NOT PRESENT I N THIS FORMATION EVAPORITE SOURCE NOT PRESENT I N T H I S FORM4TION NON-SOURCE NOT PRESENT N I TOC 447 446 1.32 0.69 WNRITY TAI XRO W KEROGENTYPE. %H XW LC 60 0 0 %GAS %OIL FACTOR FACTOR FORMATION CARBONATE SOURCE> AVG MIN Mu SAND/SILT ”Ax 618. 1326. 260. 680. 2.7 1.86 449 430. 2430. 1210. 320. 240. THIS FOWTION MaturityParametersTakenfrom a 3-Term R u n n i n g A v e r a e f o r All. VaLues. K e r o g e nT y p e : Am-Amorphous/Sapropel., H-Herbaceous, W-ioody, C - C o a l . y / I n e r t i n i t e 2.7 2.6 ” - “ ” ”_ 60 80 20 JOB NUMBER: 3614 WELLNAME:SANTA FE ROHMER #1 TABLE I11 FORMATION S U W R Y OF GEOCHEMICALDATA FORMATION NAME: 2ND SAND ( 7326- 8630) SEDIMENT FACIES ( NO/ SHALE SOURCE NOT CARBONATE SOURCE AVG MIN PYROLYSIS DATA (PphA) s2 s3 % 1 s1 PRESENT TI N HIS ( 12/1OD) MAX 529. 310. 840. 1000. 660. 1740. 1.94 PRESENT I N T H I S FORMATION EVAPORITE SOURCE NOT PRESENT I N THIS FOWTION NON-SOURCE NOT PRESENT’ N I TOC 453 460 465 0.97 0.47 WTURITY TAI XRD KEROGEN TYPE %WFACTOR FACTOR XC % ‘A MXH %OIL %GAS 77 22 FORMATION SILICEOUS SOURCE NOT SAND/SILT w THIS 364. 200. 600. FORMATION MaturityParametersTakenfrom e 3-Term R u n n i n g A v e r a e f o r A l l V a l u e s . KerogenType:Am-Amorphous/Sapropel,H-Herbaceous,W-ioody.C-Coaly/Inertinite 2.7 2.7 2.8 “ _ ” _ ” 47 49 1 1 JOE NLIIWBER: 3514 WELL NAME: SANTA FE ROHMER #1 TABLE I11 FOFUWTION S U W R Y OF GEOCHEMICALDATA FORMTION NAME: 3R0 SAND ( 8630- SEDIMENT FACIES ( NO/ X 1 SHALE SOURCE PRESENT NOT CARBOMTE SOURCE AVG MIN 8950) PYROLYSIS DATA(PPM) 52 s3 s1 TM4x TOC 452 0.67 0.41 0.99 MTLJRITY TAI XRO ~ ~~ %Ah4 ~ ~~~ KEROGEN TYPE XH &!V FACTOR FACTOR XC %OIL %GAS 80 20 ~~~~ I N T HFIO SW T I O N ( MAX SILICEOUS SOURCE NOT PRESENT 3/100) 400. 462 310. 730. 452310.730.400, 730. 400. 310. 2.8 2.8 2.8 ” ”_ ” _ I N T H IFSO W T I O N EVAPORITE SOURCE NOT PRESENT I N T H IFSO W T I O N SANO/SILT NON-SOURCENOT PRESENT I N T H I S F O W T I O N ~~~ MaturityParametersTakenfrom e 3-Tern R u n n i n g A v e r e e f o r ALLVeLues. KerogenType:Am-Amorphous/SapropeI,H-Herbaceous. W-Woody, C - C o a L y / I n e r t i n i t e ~ ~ 60 SO 0 0 JOB NUMBER: 3614 WELL N A M E : SANTA FE ROHMER #1 TABLE I11 FORMATION S W R Y OF GEOCHEMICALDATA F O W T I O N M E : WOLFCPMP ( 8960-10116) SEDIMENT FACIES SHALE SOURCE AVG MIN ( NO/ X 1 1/ 8) ( M9x CARBON4TE SOURCtIf AVG MIN M9x ( PYROLYSIS DATA (PFM) s1 52 s3 l"4X TOC 670. 740. 3.0 2.06 451 230. 3.0 2.06 670. 451 230. 740. 740. 670. 230. 2.06 451 11,' 92) 491 376. 60. 2.9 1.55 467 870.890.840. . 1.05 432 356. 130. 2.80.51 372 200. SILICEOUS SOURCE NOT PRESENT I N T H IF SO W T I O N EVAPORITE SOURCE NOT PRESENT IN THIS SANO/SILT NON-SOURCENOTPRESENT I N THIS FORMATION FORMATION MaturityParametersTakenfrom a 3-Term Running A v e r a e f o r ALLValues. KerogenType:Am-Amorphous/SapropeL.H-Herbaceous, W-Zoody. C - C o a L y / I n e r t i n i t e MATURITY TAI XRO 16 3.0 2.9 "_ 16 " XAM 42 KEROGEN TYPE %H ZWFACTOR FACTOR XC 26 " " "_ " " " " 36 29 63 50 12 7 %OIL XGAS 57 42 JOB NUMBER: 3614 WELL NAME: SANTA FE ROHMER #1 TABLE I11 FORMATION S U W R Y OF GEOCHEMICALDATA FORMATION NAME: UPPER PENN. SEDIMENT FACIES SHALE SOURCE AVG MIN MAX (10115-10402) ( NO/ X 1 ( 3/100) CARBONATE SOURCE NOT PRESENT SILICEOUS SOURCE NOT PYROLYSISWDATA T U R I(NP W ) s2 53 s1 895. 835. 750. 920. 285. 1.50 458 220. 1070. 3.1 2.53 450 350. 720. Thw TO€ 469 3.12.11 I N THIS FORMATION PRESENT I N THIS FORMATION EVAPORITE SOURCE NOT PRESEYT I N THIS FORMATION SANO/SILT NON-SOURCE NOT PRESENT I N T H I S FORMATION a 3-Term R u n n i n g A v e r e e f o r ALLVaLues. MaturityParametersTakenfrom KerogenType:Am-Amorphous/SapropeL,H-Herbaceous,W-ioody.C-CoaLy/Inertinfte TAI XRO 24 29 3.1 I “ ” ” XAM 22 KEROGEN TYPE XH FACTOR FACTOR XW %C 49 24 XOIL XQAS 60 1.38 JOB NUMBER: 3514 WELL NAME: SANTAFE FORMATION NAME: ROHMER #1 TABLE I11 FORMATION S M R Y OF GEOCHEMICALDATA STRAW (10402-10786) SEDIMENT FACIES SHALE SOURCE AVG MIN MAX 458 210. CARBONATE SOURCE AVG MIN MAX ( NO/ X 1 ( 1/ 33) 460. PYROLYSIS DATA (PFW 52 53 s1 TOC 3.2 380. 1.38458210. 460. 460. 3.2 1.38 458 210. 380. 380. ( 2/ 6 7 ) 3.2 0.58 450 190. 160. 125. 60. 240.200. SILICEOUS SOURCE NOT TMAX 80. 3.2 0.20 438 180. 3.2 200.0.97 462 PRESENT I N THIS FORMATION EVAPORITE SOURCE NOT PRESENT I N T H I S FORMATION SAND/SILT NON-SOURCENOT PRESEM I N M I S FORMATION MaturityParametersTakenfrom a 3-TermRunningAvera K e r o g e nT y p e : Am-Amorphous/Saprope'L,H-Herbaceous.W-8oody. e f o r A L LV a l u e s . C-CoaLy/Inertinite MATURITY TAl XRO XAM KEROGEN TYPE %H XW FACTOR FACTOR %C " " 15 " 28 20 12 35 ""- " " " 31 31 23 %OIL %GAS 43 56 55 44 JOB NUMBER: 3514 WELL NAME: SANTA FE ROHMER #1 TABLE I11 FORMATION S U W R Y OF GEOCHEMICALDATA F O W T I O N NAME: A T O M (10786-11316) SEDIMENT FACIES SHALE SOURCE AVG MIN MAX 1.20 NO/ X 1 ( 1/ 17) " : 487 230. '.I CARBONATESOURCE AVG MIN M4x 3.2 ( 0.73 ( (PPM) PYROLYSIS DATA 52 s1 TOC MATURITY TAI XRO 30. 160. PRESENT I N M I S FORMATION EVAPORITE SOURCE NOT PRESENT I N THIS FORMATION 80.3.2 0.27 327 I N T H I S FORMATION MaturityParametersTaken from a 3-TermRunningAvere e f o r A I L VaLues. KerogenType:Am-Amorphous/SapropeL,H-Herbaceous. W-8oody. C - C o a L y / I n e r t i n i t e "_ "3.2 SILICEOUS SOURCE NOT SANO/SLLT NON-SOURCENOTPRESENT T" 230. 487 1.20 3.2 230. 1.20 487 3.2 200. 140. 200. 140. 200. 140. 5/ 83) 3.2 0.61 419 205. 105. 63. 30. 493 300. 100. s3 %AM KEROGEN TYPE. XH %W LC 33 9 33 26 %OIL %GAS FACTOR FACTOR 37 62 56 43 " """ " 23 41 21 14 JOB NUMBER: 3514 WELL NAME: S A M A FE ROWER # I TABLE I11 FORMATION S W R Y OF GEOCHEMICALDATA FORMATION NAME: MORROW LIME (11316-11536) SEOIMEKT FACIES CARBONATESOURCE AVG MIN ( NO/ X 1 ( 2/100) PYROLYSIS DATA(PPM) s1 20. tax 30. 30. 30. 3.2 0.32 382 350. 20. 382 350. 20. SILICEOUS SOURCE NOT PRESENT I N THIS FORMATION EVAPORITE SOURCE NOT PRESENT I N THIF SO W T I O N SANO/SILT NON-SOURCE NOT PRESENT'IN w s3 s2 KEROGEN TYPE TOC W TTUAR I ITY 350. 0.38 382 3.2 " " " " 0.44 THIS FORMATION MaturityParametersTakenfrom a 3-Term Running A v e r a e f o r ALL VaLues. KerogerType:Am-Amorphous/SapropeL.H-Herbaceous, W-jboody. C - C o a L y / I n e r t i n i t e 3.2 " " 10 60 10 30 %OIL %GAS 46 54 JOB NU.WER: 3514 WELL NWE: SANTAFE ROHMER #1 TABLE I11 F O W T I O N S U W Y OF GEOCHEMICAL DATA F O W T I O N NAME: MORROW SEDIMENT FACIES CL. ( NO/ SHALE SOURCE AVG MIN ( CARBONATESOURCE AVG MIN ( (11536-11909) X ) PYROLYSIS DATA(PPM) s1 53 s2 2050. 340. 3.3 4.86 489 2050. 500. 340. 340. 1/ 33) MAX 120. 90. 3.2 0.78 496 720. 120. 90. 90. 500. 489 3.3 4.85 3.3 4.85 489 2050. 500. 720. 496 0.78 3.2 120. SILICEOUS SOURCE NOTPRESENT INTHISFOWTION EVAPORITE SOURCE NOTPRESENT I N T H I S FORMATION rwx TOC WTURITY TAI XRO 1/ 33) MAX SANO/SILT NON-SOURCE ( AVG MIN w 3.2 0.78 496 720. "_ "_ " " "-" Y M KEROGEN TYPE XH %WFACTOR FACTOR %C 30 0 2050 %OIL %GAS 39 61 66 33 36 0 28 36 " 1/ 33) 3.3 0.89 476 250. 160. 90. 3.3 0.89 475 250. 160. 90. 3.3 0.89 475 250. 150. 90. MaturityParametersTaken from a ' 3 - T e r m R u n n i n g A v e r a e f o r ALLValues. KerogenType:Am-Amorphous/SapropeL,H-Herbaceous, W-Woody, C - C o a L y / I n e r t i n i t e ""_ _ " " 10 40 45 20 30 55 JOE NUMBER: 3514 WELL NAME: SANTAFE ROHMER #1 FORMATION S FOPJWTION NAME: LOWER MORR. SEDIMENT FACIES SHALE SOURCE c, '5 ( NO/ X 1 PYROLYSIS DATA(PPM) s2 53 s1 TM4x TOC 840. 515 840. 515 840. 1.66 515 1.03 0.40 3.4 MTURITY TAI XRO XAM %OIL KEROGEN TYPE XH % 'W FACTOR FACTOR XC NOT PRESENT I N THIS FORMATION NOT PRESENT I N THIS FORMATION SILICEOUS SOURCE NOTPRESENT I N THIS FORMATION EVAPORITE SOURCE NOT PRESENT I N THIS FORMATION MAX TABLE I11 Y OFGEOCHEMICALDATA (11909-12195) CARBONATE SOURCE- SAND/SILT AVG MIN W NON-SOURCE ( 2/100) 130. 130. 130. 400. 400. 400. MaturityParametersTakenfrom a 3-Term Running A v e r e a f o r ALLValues. KerogenType:Am-Amorphous/SapropeL,H-Herbaceous,W-ioody,C-CoaLy/Ineptinite 3.4 3.4 ""__ "_ 15 31 23 31 56 43 %GAS JOB NUMBER: 3614 WELL NAME: SANTA FE ROHMER #1 TABLE 111 F O W T I O N S W R Y OF GEOCHEMICALDATA FORMATION NAME: BARNET (12196-12360) NO/ X 1 SEDIMENT FACIES SOURCE SHALE AVG MIN "3 ( PYROLYSIS DATA(PPM) s1 52 s3 TMAX TOC MTURITY TAI %RO 2/100) CARBONATE SOURCE NOT PRESENT 360. 170. 530. 516. 3.41.86 491 1680. 410. 3.4 1.70 472 1420. 620. 1740. " " " " 611 2.02 I N THIS FOFMATION SILICEOUS SOURCE NOT PRESENT I N T H IF SO W T I O N EVAPORITE SOURCE NOT PRESENT I N THIS FORMATION SAND/SILT NON-SOURCENOTPRESENT I N THIS FORMATION MaturityParametersTakenfrom a 3-Term Running A v e r a e f o r A l l V a l u e s . KerogenType:Am-horphous/Sapropel.H-Herbaceous, W-jtoody, C - C o a l y / I n e r t i n i t e 3.4 " " TYPE KEROGEN %M4 XH XW 4 34 26 34 34 %C %OIL FACTOR FACTOR %GAS 66 JOB NUMBER: 3514 WELLNAME:SANTA FE ROHMER #I TABLE I V SAMPLE INTERPRETATION GEOCHEAO SAMPLE NUMBER DEPTH 0 INTERPRETATION SAMPLED LAMAR LIME 2085 DO2 2800 4000 2208 2600 004 007 TAI 009 3300 TAI TAI 016 TAI 41 00 018 022 BELL CANYON - VERY GOO0 POTENTIAL FOR OIL AND GAS 27% SAND NONSOURCE - NO EVIDENCE OF RESERVOIRED LIGHT OIL - FAIRPOSSIBILITY OF I W T U R EH E A WO I L KEROGiN TYPE O I V G A S FACTOR: OIL TYPE 66% GAS TYPE 33% SHALE:.MODERATELY MTURE VERY GOOD B I W E N I C GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 72% GAS TYPE ' . SAND . NONSOURCE - NO EVIDENCE OF RESERVOIRED HYDROCARBON K E R O G ~ NTYPE OILAAS FACTOR: OIL TYPE 71% GAS TYPE 28% SAND . NONSOURCE - NO EVIDENCE OF RESERVOIRED LIGHT OIL - FAIRPOSSIBILITY KEROGEN TYPE OIVGAS FACTOR: OIL TYPE 714: GAS TYPE 28% SAND . NONSOURCE - MINOR TRACE OF RESERVOIRED I W T U R E OR BIODEGRADED HEAVY KEROG~NTYPE OIVGAS FACTOR: OIL TYPE 71% GAS TYPE 28% , CARB MODERATELY MTURE POOR I W T U R E O I L AND ASSOCIATED GAS SOURCE K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 80% GAS TYPE 19% " " " " " TAI TAI 4400 -"" I __________ CHERRYCANY 3700 01 3 020 4600 TAI 3036 31 00 01 7 4200 " " TAI 4038 NOT TAI TAI OF I W T U R EH E A WO I L OIL BRUSHYCANY . 28% SAND . NONSOURCE - FAIR TRACE OF RESERVOIRED I W T U R EH E A WO I L K E R O G ~ NTYPE OIVGAS FACTOR: OL I TYPE 72% GAS TYPE 27% SAND . NONSOURCE - FAIR TRACE OF RESERVOIRED I M T U R E HEAVY O I L K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 80% GAS TYPE 19% SAND NONSOURCE - NO EVIDENCE OF RESERVOIRED LIGHT O I L - FAIRPOSSIBILITY KEROGiN TYPE O I V G A S FACTOR: OIL TYPE 66% GAS TYPE 33% SAND NONSOURCE GOOD SHOW OF RESERVOIRED HEAVY OIL K E R O G ~ NTYPE OIVGAS FACTOR: OL I TYPE 71% GAS TYPE ' R a t i n g P e r e m e t e r s as D e f i n e d i n GeoChem's S o u r c e Rock R e f e r e n c e Manual. Sample Types: BLank-Cuttings C-Core, S-Sidewall. Core M a t u r i t ya r a m e t e r s :( V I - V i t r i n i t eR e f l e c t a n c e Used, ( T I T A IU s e d OF I W T U R EH E A WO I L JOB N W E R : 3514 WELL M E : SANTAFE GEOCHEM SAMPLE NUMBER ROHMER #I TABLE I V SAMPLE INTERPRETATION DEPTH 025 4900 028 5200 ’ INTERPRETATION - TAI SAND : NONSOURCE NO EVIDENCE RESERVOIRED OF BIODEGRADEDHEAVY OIL KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 71% TAI SAND NONSOURCE - NO EVIDENCEOFRESERVOIRED K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 71% . 5498 LIGHT O I L GAS TYPE LIGHT O I L GAS TYPE - POSSIBLE TRACE 1hTtATURE OF 28% - FAIRPOSSIBILITY 28% 5500 TAI 032 5600 TAI CARB * MODERATELY MATURE GOOD I W T U R E O I L AND ASSOCIATED GAS SOURCE SOU& KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 80% GAS TYPE 19% CARB . MATURE F A I RO I L FACTOR: SOURCE - GOOD GAS SOURCE OIL TYPE 75% , K E R O G ~ NTYPE OIVGAS GAS TYPE - VERY GOOD BIOGENIC GAS 24% 5900 035 TAI CARE : MODERATELY MATURE VERY GOOD I W T U R E OIL AND ASSOCIATED GAS SOURCE GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 80% GAS TYPE 19% 6200 038 TAI CARE : M4WRE EXCELLENT O I L AND ASSOCIATED GAS SOURCE I KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 77’X GAS TYPE 22% 6300 039 TAI CARE MATURE VERY GOOD O I L AND ASSOCIATED GAS SOURCE K E R O G ~ NTYPE OIL/GAS FACTOR: OIL TYPE 77x GAS TYPE 22% TAI CARE WTURE POOR OIL SOURCE FAIR GAS SOURCE KEROG~NTYPE OIVGAS FACTOR: OIL TYPE 80% GAS TYPE 6600 043 TAI 045 6900 046 7000 1 . ,ST 6628 6700 OF I W T U R E HEAVY O I L BONESPRNQS 031 042 OR TAI TAI - . CARE . W T U R E F A I R O I L SOURCE - GOOD GAS SOURCE K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 80% GAS TYPE MATURE F A I R O I L AND ASSOCIATED GAS SOURCE CARE . K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 80% GAS TYPE CARB M4TURE POOR OIL SOURCE FAIR GAS SOURCE KEROG~NTYPE OIVGAS FACTOR: OIL TYPE 80% GAS TYPE Rating P a r a m e t e r s as D e f i n e d i n GeoChem’s S o u r c e R o c k R e f e r e n c e M a n u a l Sample Ty es B l a n k - C u t t i n g s C-Core, S - S i d e w a l l C o r e M a t u r i t yF a r A r n e t e r s :( V I V i t r i n i t e R e f l e c t a n c e Used, ( T IT A IU s e d - 19% SAND 19% 19% 19% - VERY GOOD BIOGENIC JOB NUMBER: 3514 WELL M E : SANTA FE ROHMER #1 GEOCHEM SAMPLE NWER TABLE I V SAMPLE INTERPRETATION DEPTH INTERPRETATION . CARE MATURE GOOD OIL AND ASSOCIATED SOURCE GAS K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 80% 048 7 2T0A0I 062 7600 TAI 053 7700 TAI 054 7800 TAI 065 7900 TAI 8000 TAI 068 8200 TAI 061 8500 TAI 8700 TAI 22% 19% 19% 19% 21% 30% 19% . CARB MATURE POOR OIL SOURCE - FAIR GAS SOURCE K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 80% GAS TYPE 19% GAS TYPE 24% GAS TYPE 22% WOLFCAMP 8960 066 9000 TAI 068 9200 TAI Z ''> 19% 3RD SAND 8630 063 . CARE . MATURE POOR OIL SOURCE - FAIR SOURCE GAS K E R O G ~ NTYPE<OIVGAS FACTOR: OIL TYPE 80% GAS TYPE CARE . MATURE GOOD OIL ASSOCIATED AN0 SOURCE GAS K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 80% GAS TYPE CARE . MATURE F A I RO I L SOURCE - GOOD GAS SOURCE KEROG~NTYPE OIVWS FACTOR: OIL TYPE 80% GAS TYPE POOR O I L SOURCE - FAIR GAS SOURCE CARE . MATURE K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 78% GAS TYPE MATURE FAIR OIL SOURCE GOOD GAS SOURCE CARE . K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 69% GAS TYPE CARE . WTUREFAIR OIL. AND ASSOCIATED GASSOURCE K E R O G ~ NTYPE OIVGAS FACTOR: OL I TYPE 80% GAS TYPE CARE MATURE POOR OIL SOURCE FAIR GAS SOURCE K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 77% GAS TYPE 1 056 GAS TYPE CARE : MATURE FAIR OIL SOURCE - GOOD GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 77% CARB : NATURE FAIR OIL SOURCE GOOD GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 75% R a t i n g P a r e m e t a r s as D e f i n e d i n GeoChem'sSource SampleTy as: B l a n k - C u t t i n g s C-Cora, S-Sidewall. M a t u r i t yE a r a m e t e r s :( V I VitrinitaReflectance - R o c kR e f e r e n c eM a n u a l Core Used,(T)TAIUsed JOB NUMBER: 3514 WELLNAME:SANTAFE GEOCHEM SAMPLE NWER ROHMER #1 TABLE I V SAMPLE INTERPRETATION DEPTH INTERPRETATION - POOR OIL SOURCE FAIR GAS SOURCE CARE ' MATURE KEROG~NTYPE OIVGAS FACTOR: OIL TYPE 64% GAS TYPE 0963T90A0I OIL SOURCE TYPE 55% 070 TAI CAR8 ' MATURE VERY POOR TO POOR OIL SOURCE K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 43% 071 TAI MATURE VERY POOR TO POOR CARE K E R O G ~ NTYPE OIVGAS FACTOR: OIL 9700 073 TAI 9800 074 TAI 9900 075 T A I ' CARE MATURE VERY POOR TO POOR OIL SOURCE K E R O G ~ NTYPE OIVGAS FACTOR: OL I TYPE 58% 9400 9500 101 077 078 079 10500 10600 TAI FAIR GAS SOURCE GAS TYPE 66% . FAIR GAS SOURCE GAS TYPE 44X CARE . MATURE GOOD OIL AN0 ASSOCIATED GAS SOURCE KEROG~NTYPE OIVGAS FACTOR: OIL TYPE 65% GAS TYPE 34% CARE : MATURE FAIR OIL AN0 ASSOCIATED GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 72% GAS TYPE . 00 - - SHALE: MATURE F A I RO I L SOURCE VERY GOOD GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 58% GAS TYPE UPPER PENN. ---------- 27% FAIR GAS SOURCE GAS TYPE 41% 41% 10116 " " " " " 10200 TAI SHALE: MATURE FAIR OIL SOURCE VERY GOOD GAS SOURCE KEROGEN TYPE OIL/GAS FACTOR: OIL TYPE 43% GAS TYPE 56% 10300 TAI SHALE: MATLIRE GOOD O I L SOURCE - VERY GOOD GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 57% GAS TYPE 42% 10402 " " _"_ STMWN - -----__- - 081 TAI SHALE: MATURE POOR OIL SOURCE GOO0 GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 44% GAS TYPE 082 TAI CARE ' MATURE VERY POOR TO POOR OIL SOURCE K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 45% TAI POOR OIL AND ASSOCIATED GAS SOURCE CARE ' MATURE K E R O G ~ NTYPE OIVGAS FACTOR: OIL TYPE 72% GAS TYPE 083 36% 10700 - 55% FAIR GAS SOURCE GAS TYPE 54% 27% Rating P a r a m e t e r s as D e f i n e d i n GecChern's S o u r c e Rock R e f e r e n c e Manual. Core S a r n p hT y r sB : L a n k - C u t t i n g sC - C o r eS . -Sidewall. M a t u r i t ya r a r n e t e c s : ( V I - V l t r i n i t eR e f t e c t a n c e Used,(T)TAIUsed Q1 0 JOB NUMBER: 3514 WELL NAME: SANTA FE ROWER #1 TABLE I V SAMPLE INTERPRETATION GEOCHEM SNAPLE NUMBER DEPTH 10786 INTERPRETATION “ ” ” ” ” ATOM . TAI CARB MATURE POOR O I L AN0 ASSOCIATED GAS SOURCE KEROGEN TYPE OIVGAS FACTOR: OL I TYPE 46% GAS TYPE 10900 085 TAI CARB * MATURE VERY POOR TO POOR OIL SOURCE KEROG~NTYPE OIVGAS FACTOR: OIL TYPE 61% 11000 086 TAI CARB : MATURE POOR O I L AN0 ASSOCIATED G i S SOURCE KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 70% GAS TYPE TAI SHALE: MATURE VERY POOR OIL SOURCE GOOD GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 37!! GAS TYPE 10800084 08711100 088 11200 TAI 1 1 500 FAIR GAS SOURCE GAS TYPE 38% - CARB . MATURE VERY POOR POOR TO ’ KEROG~NTYPE OIVGAS FACTOR: OIL OIL SOURCE TYPE 4% - 29% 62% FAIR GAS SOURCE GAS TYPE 52% MORROW LIME 11316 091 - 53% TAI CARB * MATURE POOR O I L ASSOCIATED AN0 GAS SOURCE KEROGEN TYPE OIVGAS FACTOR: OIL TYPE 46% GAS TYP6 53% MORROW CL. 1 1 636 . - FAIR GAS SOURCE GAS TYPE 65% 092 11600 TAI CARE MATURE VERY POOR TO POOR O I L SOURCE K E R ~ N TYPE OIVGAS FACTOR: OL I TYPE 34% 093 11700 TAI SHALE: MATURE POOR OIL SOURCE EXCELLENT GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 39% GAS TYPE 094 11800 095 1 1 900 - MIXED SOURCE NON-SOURCE TAI . - SAND NONSOURCE NO EVIDENCE OF L I G HOTI L PYROB~TUMEN KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 45% R a t i n g P a r a m e t e r s as D e f i n e d i n GeoChem‘s S o u r c e Rock R e f e r e n c e Manual. , - S i d e w a L LC o r e SampLe Ty es: B l a n k - C u t t i n g sC - C o r e S (VI V i t r i n i t e R e f L e c t a n c e Used, ( T I T A IU s e d M a t u r i t yF a r m e t e r s : - 60% LITHOLOGIES LOWER W R R . 1 1 909 , - POSSIBLE TRACE OF GAS TYPE 64% HEAVY OR BIODEGRADED OIL OR JOB NUMBER: 3514 WELL NAME: SANTAFE ROHMER #1 TABLE I V SAMPLE INTERPRETATION GEOCHEM SAMPLE NUMBER 097 DEPTH 12100 INTERPRETATION TAI SAND ' NONSOURCE - NO EVIDENCE OF L I G HOTI L PYROFJ~TUMEN KEROGEN TYPE O I V G A S FACTOR: O I L TYPE 44X - FAIR TRACE OF H E A W OR BIODEGRADED O I L OR GAS TYPE 55% 68% 121 95 - 098 12200 TAI SHALE: WTURE VERY POOR O I L SOURCE GOOD GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 31% GAS TYPE 099 12300 TAI SHALE: WTUREFAIROIL SOURCE VERY GOOD GAS SOURCE KEROGEN TYPE O I V G A S FACTOR: OIL TYPE 37% GAS TYPE - 62% 12350 Rating P a r a m e t e r s as D e f i n e d i n GeoChem's S o u r c e Rock R e f e r e n c e ManualSampLe T y 8s: B l a n k - C u t t i n g sC - C o r e ,S - S i d e w a l l Core - V i t r i n i t e R e f L e c t a n c e Used, (T) TAX Used M a t u r i t yF a r a m e t e r s :( V I 2 c JOB N W E R :3 5 1 4 WELL NAME: SANTA FE DEPTH ROWER #1 TABLE V S W L E S U W R Y INTERPRETATION THERMAL MATURITY GEOCHEM SAMPLE NUMBER LITHOLOGY TAI XRO TOG RICHNESS HC RICHNESS PRODUCTIVITY x01L INDEX FACTORFACTOR %GAS NOT SAMPLED M R LIME 0 2085 BELL CANYON 2208 " " " " " 002 2600 SHALE m VERY 004 2800 SAND m GOOD GOOD FA1R 0.05 72 27 POOR 0.06 66 33 CHERRY C A W 3036 007 3100 CARE VERY POOR 0.25 80 19 3300 SAND, m m FA1R 009 POOR VERY POOR 0.11 71 28 013 3700 SAND m GOOD POOR 0.21 71 28 01 6 4000 SAND m FA1R FA1R 0.15 71 28 GOOD 0.10 71 28 BRUSHYCANY 4038 01 7 41 00 018 4200 $ SAND m VERY GOOD SAND m GOOD FA1R 0.09 72 27 FAIR 0.12 80 19 VERYPOOR 0.11 66 33 020 4400 SAND MJI GOOD 022 4600 SAND m GOOO 025 4900 SAND m FAIR POOR 0.14 71 28 5200 SAND m GOOO VERYPOOR 0.09 71 28 5498 " " " " 5500 CARE EXCELLENT GOOO 0.17 80 19 028 031 BONE SPRNGS r v T ! -------- R a t i n g P a r a m e t e r s as D e f i n e d i n GeoChem's S o u r c eR o c kR e f e r e n c e Manual. Thermal. M a t u r i t y A b b r e v i a t i o n s : . I - I m m a t u r e , M I - M o d e r a t e L y I m m a t u r e , " M a t u r e " M o d e r a t e l .M a t u r e , VM-Very M a t u r e SA-Sever1 Aytered, MT-Metamorphosed Sam L eT y es B l a n k - C u t t i n g s ,C - C o r e . S-SYdewaLL C o r e baLUe?ak&from a 3-TermRunningAverage of t h i s P a r a m e t e r ** JOB NUMBER: 3514 WELL NAME: SANTA FE ROHMER #1 TABLE V SAMPLESUhM4RY INTERPRETATION 035 5900 CAW Nnn EXCELLENT VERY QOOO 0.29 80 19 038 6200 CARE M EXCELLENT EXCELLENT 0.29 77 22 039 6300 CARE M EXCELLENT VERY GOO0 0.37 77 22 042 6600 CARE VERY GOOD POOR 0.32 80 19 6628 " " 6700 CARE 6900 CARE 7000 CARE 7200 CARE 043 M 046 046 048 M 7600 CARE 7700 CAR0 7800 CARE 066 7900 CARE 066 8000 058 8200 8500 CARE 052 M 054 061 M M 1ST SAND I_----___ VERYGOOD POOR 0.27 80 19 M EXCELLENT FA1R 0.31 80 19 M VERY GOOD FASR 0.33 80 19 EXCELLENT GOOD 0.33 80 19 2ND SAND .7325 053 M " " M ..'. " POOR 0.36 77 22 POOR 0.29 80 19 EXCELLENT GOOD 0.38 EO 19 M EXCELLENT FA1R 0.34 80 19 CARE M VERYGOOD POOR 0.34 78 21 CARE M EXCELLENT FA1R 0.31 69 30 VERYGOOD FA1R 0.39 80 19 3RD SAND 8630 VERYGOOD VERY GOOD 00 JOE NUMBER: 3514 WELLNAME: SANTA FE ROWER #1 TABLE V SAMPLE S U W Y INTERPRETATION GEOCHEM SAMPLE NUMBERLITHOLOGY DEPTH 053 THERMAL M T U R I T Y TAI M CARE XRO PROOUCTIVIlY INDEX %OIL FACTOR %GAS TOC RICHNESS HC RICHNESS VERY GOOD POOR 0.35 80 19 FACTOR WOLFCAMP 8950 066 9000 CARE M EXCELLENT FAIR 0.38 75 24 068 9200 CARE M EXCELLENT FA1R 0.40 77 22 VERY GOOD POOR 0.55 64 35 43 66 069 9300 CARE M 070 9400 CARE M VERY GOOD VERYPOOR 0.29 071 9500 CARE M VERY GOOD VERY POOR 0.33 55 44 073 9700 CARE M EXCELLENT GOOD 0.49 65 34 074 9800 CARE M VERY GOOD FAIR 0.45 72 27 075 9900 CARE M VERY W O O VERYPOOR 0.69 58 41 077 101 00 SHALE M VERY GOOD FA1R 0.48 58 41 M VERY GOOD FA1R 0.51 43 56 M VERY GOOD GOOD 0.46 57 42 10116 UPPERPENN. 078 10200 SHALE 079 10300 SHALE 10402 - STWN 081 10500 SHALE M GOOD POOR 0.45 44 55 082 10600 CAW M VERY GOOD VERYPOOR 0.46 45 54 10700 CARE M FA1R VERYPOOR 0.38 72 27 083 10786 ATOW --_I_____ Manual. Rating P a r a m e t e r s as D e f i n e d i n GeoChem’s S o u r o a R o c k R e f e r e n c e Thermal. M a t u r i t v A b b r e v i a t i o n s : I-Immature.MI-ModeratelvImmature.M-Meture “ M o d e r a t e l .M a t u r e ,W V e r yM a t u b e SA-Severl. A l t e r e dM. T - M e t a m o r p h o s e d Sam le Ty es B l a n k - C u t t i n g s .C - C o r e . S-SYdewaLl. C o r a balue?akinfrom a 3-Term Running A v e r a g e of t h l s P a r a m e t e r ** 10800 JOB NUMBER: 3514 WELL NAME: SANTA FE ROHMER #I TABLE V SAMPLE SlilW,RYINTERPRETATION GEOCHEM SAMPLE NUMBER DEPTH THERMAL MATURITY HC XRO LITHOLOGY TAI TOC RICHNESS RICHNESS PRODUCTIVITY %OIL INDEX FACTORFACTOR VERY POOR 46 0.43 XQAS cma M GOO0 10900 CARB M VERY GOOD VERY POOR 0.36 61 38 086 1 1 000 CARB M GOOO VERYPOOR 0.67 70 29 087 I1100 SHALE 62 088 1 1 200 CARB M M 084 086 GOO0 VERY POOR 0.41 37 VERY GOOO VERY POOR 0.32 47 52 GOOD VERY POOR 0.60 46 53 CARB VERY GOOO VERYPOOR 0.43 34 65 SHALE EXCELLENT POOR 0.14 39 60 FA1R VERYPOOR 0.36 46 54 GOO0 VERYPOOR 0.25 44 55 11316 1 1 500 091 MORROW LIME CARB 1 1 636 092 M 1 1 600 53 -------- M MORROW CL. 093 M1 1 700 $: 094 1 1 800 MIXED SOURCE NON-SOURCE 095 1 1 900 SAND 097 121 00 SAND 12195 __I______ 1 1 909 M LITHOLOGIES LOWER MORR. BmNm 098 M12200 SHALE 099 12300 M SHALE 12360 M -" _" GOOD VERY POOR 0.29 31 68 VERY GOOO FA1R 0.46 37 62 TOTAL DEPTH R a t i n g P a r e m e t e r s a s D e f i n e d i n GecChem'sSourceRockReference Manual. Thermal. M a t u r i t yA b b r e v i a t i o n s :I - I m m a t u r e ,M I - M o d e r e t e L yI m m a t u r e ," M a t u r e W.4-Moderatel. M a t u r e , VM-Very M a t u r e SA-Severl.y Aytered,MT-Metamorphosed Sam Le T y a s : Blank-Cuttings.C-Core, S-Sidewall, C o r e 6alueyekenfrom a 3-Term R u n n i n g A v e r a g e of t h i s P a r a m e t e r ** Sh Sh JOB NWMBER: 3514 WELL NAME: SANTA FE ROHMER #1 TABLE V I : SAMPLE S W R Y OF GEOCHEMICALDATA DEPTH 0 LITHOLOGY SAMPLED 60Sh "_ 60Sh 405s 47014460750 2600 705s 63 004 2700 25 2900 006 3000 0.19 200 008 95% 010 Y& XH m 1.73 " " " 2.77 50 38 0.61 -- 0.51 -- 100% 100% 31 3000 12 TAI %RO " " " " " " 0 -- "_ 0.15 - " " " " " " - - 12 " 75Lm 5Sh205s " 0 2.3 " 2.4 "_ " " " ---" " " " CHERRY C A W 10 436 9OLm 5Ss 5Sh 3200 "_ 3300 441 3400 " 01 1 3500 1OOSS " 01 2 3600 100% "- 50 "_ so7 2 "_ 41 2 80 0 . 3 8 0.15 " 50 " 40 " " 0 " 0 -- - 0.35 " " 0.40 -- " 0.26 * VL iat hl uoel ot agki eesnS:f rho- mS h a l eeS. t -3S itlet sr tmosnmeS os -oSt ha ni ndgsftoo rntehC,i sgp- Ca roanmg leotmeer .r a t eL, m - L i m e s t o n eD, o - D o l o m i t eS, i - S i l i c e o u sR o c k s Ev-Evaporite,C-Coat,fg-IgneousRocks,Vo-Volcanics,Mt-Metemorphics,8s-Basement,Ot-Other Md-Mudstone,Br-Breccia,Mr-Marl S a m p l eTp e :B l a n k - C u t t i n g s .C - C o n v e n t i o n a lC o r e .S - S i d e w a l lC o r e Kerogenyype:Am-Amorphous/Sapropel,H-Herbaceous, W-Woody, C - C o a l y / I n e r t i n i t e " , v XC __________ 433 " 3035 009 TOC 1.20 60%432 40Sh 2800370 4190' 270 00570% 007 s1 -I____- 2500 002 003 30Sh R LIME BELL CANYON 2208 001 mus 2 NOT M 2085 40Ss s3 THEWL MATURITY KEROGEN TYPE PYROLYSIS DATA (PPMI " " 0 " 0 " 2.4 ---- 2.4 ---- _" "_ " " - "_ "_ " " "" " JOB NUMBER: 3514 WELL N A M E : SANTA FE ROHMER #1 TABLE V I : GEOCHEM SAMPLE DEPTHNUMBER PYROLYSIS DATA 0 015 3900 1 ooss "_ 016 4000 1 ooss 436 72 280.98 370 2300 420 01 8 41 00 72 1 ooss 28 3.08 47011990 1330 437 38 1.67 4200 3204620460 '435 l0OSS 01 9 4300 "_ 1 ooss 020 1.30 280 3380 450437 " 0 022 100% 439 1.01 270 1330 170 "_ 1 ooss 1 ooss 4900 28 1 0.98 ooss 026 6000 1ooss 027 6100 100% 026 72 %An 1.01 72 28 0.67 -- 0.66 -- 0.76 0.55 " " " 320 439 "_ "_ -60 1 ooss 024 TOC 0.83 021 4700 s3 "_ "_ "_ 4600 023 s2 THEWL WTURITY KEROGEN TYPE XH %W XC TAI %RO 0 0 2.4 ---- - " - " " " - "_ "- "_ 0 0 2.4 0 12 0 2.6 60 0 2.4 -- " - - 2.4 ---- BRUSHY CAW 4038 01 7 (PPM) "_ 1 ooss 014 s1 TMAX LITHOLOGY 439 10oss 3700 01 3 3800 W P L E S W R Y OF GEOCHEMICALDATA 0.78 60 0 -- - - 16 84 0 " -- I " " " 0 1760 290 "_" 0.63 0.32 -- " " * VL ni tLhuoeltoagk ei enfsr:o mSh-ShaLa, a 3 term s m o o t h i n g f o r t h i s p a r a m e t e r . S t - S i l t s t o n eS s - S a n d s t o n eC , g - C o n g L o m a r a t eL, m - L i m e s t o n eD , o - D o l o m i t eS , i - S i l i c e o u sR o c k s E v - E v a p o r i t e . C-Coal, f g - I g n e o u sR o c k s V , o-VolcanicsM , t-MetsmorphicsB , s-EasementO , t-Other Md-Mudstone, B r - B r e c c i a ,M r - M a r l Snmple T pe:Blank-Cuttings.C-Conventional.Core,S-Sidewal.lCore K e r o g e ny y p e : Am-Amorphous/SapropeL,H-Herbaceous, W-Woody, C - C o a L y / I n e r t i n i t e \- 0 " 0 " "_ 0 " " - - _" 2.5 "_" 2.5 _" _" "_ " " ---" "_ "_ " JOB NUMBER: 3514 WELL N M E : SANTA FE ROHMER #1 TABLE V I : SAMPLE S W R Y OF GEOCHEMICAL DATA GEOCHEM SAMPLE NUMBER PYROLYSIS DATA (PPM) 028 029 030 s1 TM4x LITHOLOGY DEPTH 5200 100% 5300 100% 5400 1 ooss s2 53 TOC " " " 0.78 " " " 0.34 -- 2.05 50 "> 5498 " " " " " " 5600 1 OOLm 4504150850 437 032 5600 1 OOLm 1110 450 446 033 5700 l0OLm 034 5800 1 OOLm 035 5900 1 OOLm 036 6000 1 OOLm " 037 61 00 1 OOLm " 038 6200 1 OOLm 448 039 6300 1 OOLm 7903940 2310449 040 6400 1 OOLm 041 6500 1OOLm 042 6600 1 OOLm 6628 " i XH xw XC TAI XRO 72 0 0 2.5 -- "_ _" " " " - " " " BONE SPRNGS 031 a Y 1.16 28 270 1170 120 442 " THERMAL WTURITY KEROGEN TYPE 1.33 38 " " " 0.68 -- " " 1.12 " 2.85 50 1.36 -- 31 0 "_ "_ 690 4160 1720 445 "_ "_ 280 442 1 f l SAND " " " " 4710 11690 990 "_ 0.96 - 6.04 43 3.04 43 460 62 0 0 0 0 2.5 -- 2.6 " " " " " " I " " " " 50 0 " " " " 57 57 0 0 " 0.70 --- " - - 0.91 50 50 0 0.84 600 50 "_ 0 " 0 0 2.6 "_ " -_" " " 2.6 -- 2.6 ---- - "- -" " " " 0 2.6 ---- JOB NUMBER: 3514 WELLNAME:SANTA FE ROHMER #1 TABLE V I : SAMPLE S U W R Y OF GEOCHEMICALDATA PYROLYSIS DATA (PPM) GEOCHEM SAMPLE NUMBER 6700 6800 DEPTH 270 9OLm680lOEv 250 043 044 7300 1 046 50 240 047 71 00 048 7200 50 049 1340 1 OOLm 850 1OOLm 1.86 1 OOLm430 ' 2430 1210 l0OLm 447 2NO SAND 7400 60Lrn 2OSs 20Ev --- 051 7500 505s 30Lm ZOEv --- 370 455 OOLm 053 7800 "_ "_ 050 052 1 7700 OOLm OOLm 1390 8000 056 56 81 057 44 " " " 57 200453 750 840 463 7900 1.12 300 1 OOLm990 620 450 0.99 290 OOLm750 390 456 00 1aoLrn 054 055 0.82 XAm %H 0.69 50 50 1.31 50 449 "_ " 50 xw 0 " 0 " 2.7 "_ 1.09 - - 0.52 -- - " " 0.51 -- " " " "_ 1 .ll 0.47 0 " E v - E v a p o r i t e , C-Coal, I g - I g n e o u sR o c k s ,V o - V o l c m i c s ,M t - M e t e m o r p h i c s , Md-Mudstone,Br-Breccia, Mr-Marl. B l a n k - C u t t i n g sC C o n v e n t i o n a l .C o r e ,S - S i d e w a l C l ore Am-Amorphous/$apropeL,H-Herbaceous, W-Woody, C - C o a L y / I n e r t i n i t e " 0 " 2.7 "_ "_ " " "_ "_ _" 2.7 50 0 0 2.7 60 50 0 0 2.7 50 50 0 0 2.7 0 0 2.7 " " -- - " Bs-Basement. Ot-Other ------" 0 50 600 " 2.6 0 340 310 "_ 0 "- 660 0.92 2.6 _" 0 " 50 %RO 0 1.78 " TAI 0 * VL ai tLhuoel ot agki eesnSf: rho-mS h a l eaS, t3- Stiel trsmt os nmeoS, ost-hSi nagn d sfqr t h i sp a r a m e t e r . toneC , g-ConglomerateL , rn-LimestoneD , o-DolomiteS , i - S i l i c e o u sR o c k s Sample T pe K e r o g e n Typ:: XC "_ "_ 43 " " TOC 446 420 7325 7600 590 s3 "_ "_ 1.52 OOLm 340 6900 0.92 52 447 OOLm 045 7000 50 s1 TMAX LITHOLOGY THEWL MRTURITY KEROGEN TYPE " - ---- "_ " JOB NUMBER: 3614 W E L L N W E : S A N T A F EROHAOER #1 GEOCHEM SAMPLE NUMBER TABLE VI: SAMPLE S U W Y OF GEOCHEMICAL DATA (PW) DATA PYROLYSIS w LITHOLOGY DEPTH 058 8200 1.94 1OOLm 460 059 8300 1OOLm 060 8400 1 OOLm 061 8500 1 DOLm 062 8600 1OOLm 1740 800 464 "_ 52 _"" "_ "_ 470 s1 53 360 720 "_ TOC %Am XH 44 34 1.07 -- 1 .OO 50 60 0.84 -- - 0.86 "_" 450 THEWL WTURITY TYPE KEROGEN XRO XW TAI 11 " " " " 0 " XC 11 2.8 " " " " " " -"_ "_ 2.8 0 I "_ "_ 2.8 " " " " " 2.8 " " 3RD SAND 8630 _ _ _ _ _ I _ 063 8700 l0OLm 452 064 8800 1OOLm "_ 065 8900 1 OOLm ' ""_ "_ WOLFCAMP 8950 066 9000 067 91 00 1 OOLm 1 OOLm 068 9200 820 1OOLm 400 730 __________ 467 - " " 0.62 -- 1.19 37 1.53 - 1.16 43 " " 455 240 069 9300 1 OOLm 070 9400 1OOLm 41 3 60 160 071 9500 1OOLm 456 170 350 240 50 0.41 310 510 310 820 "_ 540 0.99 50 " " " 372 870 0 " 0 "_ " " I 63 " 57 " 0 " 0 " "_ "_ 0 0 2.8 2.8 ---- -- 0.91 26 63 0 12 410 0.65 10 40 20 30 2.9 270 0.91 20 50 10 20 2.9 200 "_ * Value taken from a 3 term sFoothing for this parameter. Lithologies: Sh-ShaLe. St-Siltstone, Ss-Sandstone, Cg-CongLomerate, Lm-Limestone, Do-DoLomite, Si-SiLiceous Ev-Evaporite, C-CoaL, Ig-Igneous Rocks, Vo-VoLcanics. MtMetemorphice, 0s-Basement, Ot-Other Md-Mudstone, Br-Breccia. Mr-Marl Sample T pe BLank-Cuttings, C-ConventionaL Core, S-Sidewall. Core Kerogen :pu!? Am-AmorphoudSapropeL, H-Herbaceous, W-Woody, C-CoaLy/Inertinite Rocks " " JOB NUMBER: 3514 WELL NAME: SANTA FE ROHMER #1 SIS 00 GEOCHEM SPMPLE :j NUMBER 9600 TABLE V I : SAMPLE S W Y OF GEOCHEMICAL (PW) 9800 074 9900 076 406 , l0OLm 076 1 OOLm 10200 078 079 101 00 30 90Sh 10116 23 17 10300 18 I lOLm 10600 082 10600 083 10700 10786 9OLm 10800 084 461 130 %Am KEROGEN XH XW 1.44 " " " 1.56 34 44 11 THEWL MATURITY XC TAI XRO 11 1 .oo 44 44 0.61 26 42 16 16 0.82 " " " " 42 16 16 26 2.06 230 740 670 02.9 " 2.9 "" " 12 2.9 "_ 3.0 ---_" ---- UPPER PENN. " I " " 2.3090Sh 350 lOLm 720 750 468 18 90Sh 36 28 lOLm 2.53 220 1070 920460 "_ 303.1 --- - _" 3.1 "_" 1.60 - 210 1.38 31 16 200 0.97 30 17 180 0.20 40 40 " " STRAW 10402 081 " " 190220 "_ 90Sh l O L m 10400 080 _"" lOOLm 330 890 840 460 1 OOLm 200 570 460 452 9700 077 52 "_ 1 OOLm 072 073 s1 TM4x LITHOLOGY DEPTH TYPE s3 TOC DATA lOLm 468 380 460 6OSh KOLm lOSh 462 200 240 438 50 80 90Sh 9OLm . 23 30 31 23 1 3.2 3.2 10 3.2 ATOW lOSh3.2 30 23 327 30 30 17 400.27 280 * Value taken f r o m a 3 term smoothing for this paremeter. LithoLogies: Sh-Shah, St-Siltstone Ss-Sandstone. Cg-CongLomerate. Lm-Limestone, Do-Dotomite, Si-SiLiceous Rocks Ev-Evaporite. C-CoaL, ig-Igneous Rocks, Vo-VoLcanics. Mt-Metamorphics. Bs-Basement. Ot-Other Md-Mudstone, Br-Breccia, Mr-MarL SarnpLe T pa: Blank-Cuttings. C-Conventional.Core, S-SidewaLl Core Kerogen yype: Am-Amorphous/SapropeL, H-Herbaceous, W-Woody, C-CoaLy/Inertinite ROLYSIS JOB NUMBER: 3514 WELL M E : SANTA FE ROHMER#1 GEOCHEM SAMPLE TABLE VI: SAMPLE S W R Y OF GEOCHEMICAL DATA . (PPM) LITHOLOGY DEPTH 086 10900 9OLm 086 lOSh 489 11000 370lOSh 9OLm 087 088 11100 80Sh 20Lm 487 230 11200 9OLm lOSh 493 089 1 1300 lOSh 9OLm 11400 091 1 1 500 "_ 9OLm xw TAI XC 12 20 12 3.2 0 3.2 33 22 33 22 3.2 3.2 " " 180 160 0.58 26 50 40 300 30 140 0.36 40 40 1.20 80 0.73 9 12 25 80 170 0.59 " " " "_ lOSh 1 OOLm 382 20 - 44 " - XRO 30 350 0.32 " " 0.44 10 50 - - 10 30 ---" " "_ 3.2 "_ ------- " MORROW CL. 1 1 536 1 I700 094 11800 095 11900 11909 75% 096 12000 96Ss 5Sh 097 12100 80% 121 95 200 XH MORROW LIME ' 092 093 1 1600 52 100 ' 11316 090 ss3 1 Thwx TOC NUMBER THERMAL MTURITY KEROGEN N P E 20Sh 40Lm 40% 35Sh 5c 455% 30% 30Lm 496 489 90 500 2050 340 720 120 30Sh 26Lm 444 220 520 720 20Sh 5Lm 475 90 160 260 LOWER MORR. " 20Sh 13051 5 BARNET "_ 400 * VcLue taken"from a 3 term smoothing for this parameter. Lithologies: Sh-ShaLe, St-SiLtstone Ss-Sandstone. Cg-Conglomerete, 840 0.78 0 36 28 36 3.2 4.85 0 50 20 30 3.3 1.04 0.89 9 33 25 33 3.4 10 40 30 20 3.3 0.40 " " " " 1.66 15 31 23 31 3.4 Lm-Limestone, Do-Dolomite, Si-SiLiceous Rocks Ev-Evaporite, C-Coal. fg-Igneous Rocks, Vo-Volcanics, Mt-Metamorphics, Bs-Basement, Ot-Other Md-Mudstone, Br-Breccia, Mr-Marl. Sample T pe Blank Cuttings C-ConventionaL Core, S-SideweLl Core H-Herbaceous, W-Woody, C-Coaly/Inertinite Kerogen YypH: Am-,&rphous/&ropeL, "_ " " ---" " JOB NUMBER: 3514 WELL NAME: SANTA FE ROHMER #1 TABLE VI: SAMPLE S W R Y OF GEOCHEMICAL DATA GEOCHEM SAMPLE NUMBER KEROGEN TYPE PYROLYSIS DATA (PPM) DEPTH LITHOLOGY Tww 1.70 611740 1 410 170 098 12200 80Sh 205s 099 12300 80Sh ZOSs 2.02 1420620 630 472 12350 s1 TOTAL DEPTH 52 53 TOC %Am 0 9 XH m XC 3636 28 3.4 26 33 33 ---------- * VaLue taken from a 3 term smoothing for this arameter. LithoLogies: Sh-Shale, St-SiLtstone Ss-SendsPone. Cg-CongLomerate, Lm-Limestone, Do-Dolomite, Si-SiLiceous Rocks Ev-Evaporite. C-Coal, fg-Igneous Rocks, Vo-Volcanics, Mt-Metamorphics, Bs-Besement, Ot-Other Md-Mudstone, Br-Breccia, Mr-MarL . Sample T pe: BLank-Cuttings, C-ConventionaL Core, S-SideweLL Core Kerogen Type: Am-Amorphous/SapropeL, H-Herbaceous, W-Woody, C-CoaLy/Inertinite THERMAL MATURITY TAI XRO 3.4 FIWJRE 1 : TAX W T U R I T I PROFILE JOB " B E R : 3614 hELL M E : W T A FE R W E R 111 DEPTH -.. .. . TAX FAYS DATA PLOT 3 2 _" " . . . *-------"* . 2.3 2.4 2.4 2.4 2.4 2.4 2.6 2.4 2.4 2.5 2.6 _" . . A" . .. .. . . : : . . :. . ... . 2.6 _. A A: 2.8 2.8 "----+"" -" 2.6 2.8 " "_ ++*+++++*-A*- Y Y . :. .. .. . . . .. . .. . . . . .. . .. . 2.7 .A . A 2.7 2.7 2.7 2.7 2.8 . A 2.8 . A 2.8 ... ... . . , . . 2.6 2.6 2.6 A . A. : .A 4 4 ... ..A.A . .B . A A A . A . . . . .. . .. . 2.8 2.8 2.8 2.8 2.9 2.9 2.9 : :M . A A A- B 3.0 . 3.1 . 3.2 3.2 3.2 3.2 3.2 I B A 0 A 0 . : A . M . . A" . , I . . . ... ... ... . .. .. .. . . ... ... ... ""___ ... . .. .. ... 3 TEFM W I N G AVERAGE 3 4 TAX 2 4 3.2 3.2 3.3 3.3 3.4 3.4 3.4 "_ . .. .. .* .* .. ___ I. . ... . . , .. . ... . ... . ."- ___ . I . ... *I* ... .. ** .. ___- .. *** .. .. ** .. " " ... *. . .. *. *. .. ... *. .. . .. .* 1. 1. t. I. .. .. ** " " " " " I - . , * .. .. a* ... . ... ... . ...*. .*. ... . .* . .* . . , I " .. .. . * * . . -. . . . I - . .. . .. . . . . .. .. . " 1 : .: " I t " .. .. . ",. . . - . ** .. ~ * . t " a . . *-- . t " .+++++++++*+++crmt*.++"*+++++ ' ---I "I TABLE I RESULTS OF TOTAL ORGANICCARBON NEW MEXICO HYDROCARBON SOURCE ROCK EVALUATION SANTA FE ENERGY OPERATING PARTNERS, ROHMER WELL NO.l SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 , GEOCEIEM SAMPLE NIlMBER DEPTH INTERVAL (feet) TOTAL ORGAYIC CARBON (4; of Rock) ~ .. 3514-001 3514-002 3514-003 3514-604 3514-005 3514-006 '3514-007 3514-008 3514-009 3514-010 3514-011 3514-012 3514-013 3514-014 3514-015 3514-016 3514-017 3514-018 3514-019 3514-020 3514-021 3514-022 3514-023 3514-024 3514-025 3514-026 3514-027 ,3514-028 3514-029 3514-030 3514-031 3514-032 3514-033 3514-034 3514-035 3514-036 3514-037 3514-038 3514-039 3514-040 2500 2600 2700 2800 2900 3000 3100 3200 3300 3400 3500 3600 3700 3800 3900 4000 4100 4200 4300 4400 4500 4600 4700 4800 4900 5000 5100 5200 5300 5400 5500 5600 5700 5800 5900 6000 6100 6200 6300 6400 ~~~ 1.73 2.77 0.61 1.20/1.17 0.51 0.15 0.19 0.15 0.38 0.26 0.35 0.40/0.40 1.01 0.67 0.65 0.98 3.08 1.67 0.83 1.30/1 .27 0.75 1.01 0.55 0.78 0.98 0.63 0.32 1.16/1 .15 0.78 0.34 2.05 1.33/1.33 0.68 1.12 2.86 1.36 0.96/0.93 6.04 3.04 0.84 ~ I" I TABLE I (continued) RESULTS OF TOTAL ORGANIC CARBON r r I" I I r I" I F r I r r r Y Y Y NEW MEXICO H Y D R O C m O N SOURCE ROCK EVALUATION SANTA FE ENERGY OPERATING PARTNERS, ROHMER WELL NO.] SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 GEOCHEPI DEPTE SAMPLE NUMBER INTERVAL (feet) 3514-041 3514-042 3514-043 3514-044 3514-045 3514-046 3514-047 3514-048 3514-049 3514-050 3514-051 3514-052 3514-053 3514-054 3514-055 3514-056 3514-057 3514-058 3514-059 3514-060 3514-061 3514-062 3514-063 3514-064 3514-065 3514-066 3514-067 3514-068 3514-069 3514-070 3514-071 3514-072 3514-073 3514-074 3514-075 3514-076 3514-077 3514-078 3514-079 3514-080 6500 6600 6700 6800 6900 7000 7100 7200 7300 7400 7500 7600 7700 7800 7900 8000 8100 8200 8300 8400 8500 8600 8700 8800 8900 9000 9100 9200 9300 9400 9500 9600 9700 9800 9900 10000 10100 10200 10300 10400 TOTAL ORGANIC CARBON (X, of Rock) 0.70 0.91 0.69 1.31 1.62/1.55 0.92 1.78 1.86 1.09 0.52 0.51/0.54 0.92 0.82 1.11 1.12 0.99 0.47 1.94 0.86 1.07/1.08 1 .oo 0.84 0.99 0.41 0.62 1.19 1.53 1.16 0.91/0.91 0.55 0.91 1.44 1.55 1.00 0.51 0.82 2.06 2.30 2.53 1.50 r I" I" TABLE I (continued) RESULTS OF TOTALORGANIC NEW MEXICO HYDROCARBON SOURCE ROCK EVALUATION r I" r r r F Y " CARBON WELL NO.l SANTA F E ENERGY OPERATINGPARTNERS,ROWER SEC.23, T 2 2 S R, 2 7 E , EDDY COUNTY, NEW MEXICO API #30-015-25722 GEOCBEM SAMPLE lWMBER 3514-081 3514-082 3514-083 3514-084 3514-085 3514-086 3514-087 3514-088 3514-089 3514-090 3514-091 3514-092 3514-093 3514-094 3514-095 3514-096 3514-097 3514-098 3514-099 DEPTH INTERVAL (feet) 10500 10600 10700 10800 10900 11000 11100 11200 11300 11400 11500 11 600 11700 11800 11900 12000 lil00 12200 12300 TOTAL ORGANIC CARBON (4: of Rock) 1.38 0.97 0.20 0.27 0.58 0.36 1.20 0.73 0.59 0.32 0.44 0.78 4.85 1.04 0.89 0.40 1.66/1.65 1.70 2.02 L1'1 LO' 1 hO' 1 LO'I E6'0 26'0 R6' 0 E'28 h'l8 2.6L 0'28 h'h8 5'LL L'OL E'65 hO' 1 EO' 1 EI'L L6' 0 06'0 58'0 98'0 Le.0 hE'O EE'O hE'0 LF'O 6E'O BE'O 8E'O 6E'O LE'O 8 '0 5E.O Oh'O hh'O Lh'O 9h'O h'6L 8' L8 0'9L 5'28 h'L8 h'2L 2'88 h'69 9'h8 6'98 1.08 8'h9 2'8L 9'0L 6'8L l'h8 E'ER 2'h8 E'h8 6'EB 9' 58 8'LB 2'16 h'68 1'26 h'06 L'S6 6'h6 L'E6 l'h6 Z'h6 E5'O OE' 1 O'E6 Eh'O 8h'O h5.0 58'0 E'16 % hWlh3T Z'h6 8'26 S'h6 h'E6 69.0 Oh'O 9h'O 6h'O 6h'O 8h'O 15'0 69'0 . 9'58 E'98 E'E6 0'69665 S'2h229 L'Oh52E 9'6LEOE 1'6Eh8E E'52lhl 6'8E8hl O'lElLl l'LE561 B'hL059 E.89816 6'8h892 o'L6LLZ E'Oh25E E'0921E 9'066LL 0'2595E L'56E09 E'LlEOE 6'965L 6'0LEll 8' I LLL 6'h098 9'9016 h'12L5 h'OO8h 8'8L6L O'h016 Z'LL91 0'61h6 L - 2 L582 E"aOE6h h'lLS11 S'EOhh L'hLSB L'88LZL h'L5LS 1'1292 S'h282 2'6922 h'6RL O'LLh 9-61 6 5'L05L S'LlSl 8.129 h'h652 9'8901 Hdd O'S58ZL 0'80S9L E'hLOlh O'E5OLE h'h2S5h 5'81281 Z'E8602 0'22Lh2 6'609h2 6'12lhL E'n802I 9'5552E Z'EhLhE O'Eh98h g'ESh5E 6'592LL Z'L912h E'99h69 h'9E 8LE 5'61LlL 8'2E5hl 5'OLOL 1 5'90601 6'6Z801 8'9989 L.8695 L' B8E 6 2'55801 L'E6261 8'OELOl B-LEELE L'OLLS5 2'09521 Z'lLBh L'E226 h'61821 8'5909 5'2855 E'IOSL 6'1hL8 9'0125 L'886L 2'6L6E 8'261E E'lZhS 8'91ZE E'805h 5'651h E'65hh 8'000E L'809L 6'685h 9'EEEE E ' 8005 E'BhZ6 E'06L9 E'lL26 L'E29L h'OlE8 Z'EO2LI 0'2219 8'L9hL 1* 6209 L'1106 E'LL921 L'6hELl 2'0E69 2'h5h8 L'OhE9 h.5529 O'Ehlh 6'L9E8 E'911L h'219E E'LE29 8'2ES9 0' 5E Lh L'SLSE 9'5505 1'0602 6.5281 6'1262 0'8602 E'ZE8h L'l92h 9'99EE b'E6L2 9'h191 b'E99E 5'8202 9'058h E'1999 0'98E5 h'9L82 6' L6E h 6'LLlE 1'09EE h'99LE 6'hh22 L'L891 8.6h8Z I'hlLE 0'0655 L'2LEE S'ELlL 6'hL08 6'hZSE 1'8LSL 5'1OlE Z'OSL E'lOLL 2'500h 9'9L91 VLL9 9'956 2'65h 6'2h2 L'889E 8'9822 L'hEZl h'E862 1'80hZ E'b98 O'L8h 8'5901 9'6091 1'1191 O'OL9 5'ShLZ L-EhLl S'E06E 5' L61Z Hdd E'602L 5'6501 1 '5h6 0' 609 2-286 L'B801 Hdd WaOL IWOL W?OL SED L3-53 h3-13 h3-23 ssauaan 1 '080L2 2'500L E'OBELZ 2'982L 8'526h L'EL9E 8' hZ Lh 6.9261 E'58Ll 6'9L92 S* 6512 6.6195 0'096h h'hlSE 9'0L82 8'EZBl O'L95E 1'9181 S'121h 2'EZLS h'9L9b 1'9L6 L'LShL h'6hOl 9'2521 9'h22l 1. Lh8 S'Lh9 L '8601 Z'EBEl E'9012 L'2911 L' 1h82 L'205E 5' 1Shl 2'8lL S'OhEl 1'916L E'806 O'LL5 6' 805 0'565 E'06hEt 2'hhS21 B'h119L 2.8995 2'058s 9'0055 5'262L 6'96861 9'5LOhZ L'EhL6 2' 1588 6'5558 9'2L521 8'LLgE 9'LZLhL E'982h2 l'h8E2L 6'20hZ 9'906E L'85EZ S'h9LZ S'LO5E 2'1261 h'hLLL 9.1262 9'2L62 h' LO89 l*lLO52 E'h2912 8'88f6 8.511901 8'Eh52L 6'6Ehh E'LLE5 5'1EO9 O'L86L 9'SZLhE 8'0L58S O'hZBOl 2'18ZEL 8'ShZEZ L'9Shll L'825h 2.25611 8'hZLEZ 9'0L8L E'LhEl S'hL91 2'9h21 S'LZZL 0'8021 0'8OL L'969 2'61101 6'EEOl h'6102 1-21F E ' L E L I 8'88 E l E'L28hZ E'hlOS S'h551 E'EBLE 6'h98h O'LhZ2 0'898 6'&28 E * 6E9 L'LLL 0'895h h'E9621 9'0851 h'25S E'6h6 E'ZOhl 2'526 1 '86h 1'5ES 9'5L5 2'2oZ h'88 9'EOZ 9'551 6'6hL h'L8 23 auwaa aUEdOJd E3 h3T h3U W dd H dd Wdd Wdd L'L9L h L501 L'hLL l'L91 6'65 8'LZL 0'9EZ 9'652 5'LOl E'60h h'L62 9'8L2 O'18h 9'82s L'E22 L'L6L 2'62h 33VdS tlIV do S3SL'lVNVNO€I(IV308(IXH E'81L h' 60E 8'829 2'6LS O'EOZ 8'6ZE 6'5882L h'592hl Z'hE58 E'EL99 2'580L I'E60h Z'hh19 0'165L 8'2LOS O'Lh06 b'E5682 9'90LS 1'9hE9 9'20hEl Z'E61h Z'SL25 L'6059 9'0L06 1'615L 5'221h 6'191E 9'8E2E 5' 1OEZ E'EZLl h'shll 2'868 6'69hl 1'1GLL 5'9LLZ 8'11EL 9'S9LZ E'2985 8'886 L'L9h 6'8h9 L'OE9 h'8OE h'9LL 8'851 8'8EL 6'hL O'OL 2'9hl 0'801 9'E6 L'8h 1'151 1' 5 L Wdd 13 a u w w 0OzL001 L000L00690069- 00L90099oos900h9- 00E90029001900090065- 0085OOL50095- oossOOhS- OOES00250015- 0005006h- OO8hOOLh009hOOShOOhhOOE hOOZh001 h000h006E- OO8f00LE009E00%OOhE00EE00s001E000E0062008200L200920052- 8hO-hlSE LhO-Ill SE 9hO-hl5E ShO-b15E hhO-hlY EhO-hL5E 2hO-hl5E 1hO-h1SE Oh0-hlSE 6EO-hl5E 8EO-hLSE LEO-hlSE 9EO-hI5E SEO-hiSE hfO-hl5E EEO-h15E 2EO-hlSE LEO-hL5E OEO-h15E 620-hl SE 82O-hlSE EO-h1SE 920-h1SE 52O-hl5E hZO- h1SE EZO-hl5E 220- h15e 120-hlSf 020- h 15E 610-hl SlO-hlg LLO-bLSE 910-hLSE 90-hlSE hlO-hL5E €10-blSE Zlo-hla 110-hl5E 010-hl5E 600-hl5E ROO-hlSE -~~ . -~ LOO-Cl5E 900- h15e 500-hl5E hO0-hl S& i00-hL5E 200-hl5E 100-hl5E ,l~AJaluI Iran L3-13 V - I 31EV.I * L L C 7 TABLE I-A C1-C7 HYDROCARBON ANALYSES OF A I R SPACE GeoChem Sample Number 3514-049 3514-050 3514-051 3514-052 3514-053 3514-054 3514-055 3514-056 3514-057 3514-058 3514-059 35 14-060 3514-061 3514-062 3514-063 3514-064 35 14-065 35 14-066 3514-061 3514-068 3514-069 3514-010 3514-011 3514-012 3514-013 3514-014 3514-015 3514-076 3514-011 3514-078 3514-079 3514-080 3514-08 1 3514-082 314-083 35 14-084 3514-085 35 14-086 3514-087 35 14-088 3514-099 3514-090 3514-091 3514-092 3514-093 35 14-094 35 14-095 3514-096 Methane Hell Interval' $3 -1300 -7400 -1500 -7600 -7700 -7800 -7900 -8000 -8100 -8200 -8300 -8400 -8500 -8600 -8700 -8800 -8900 -9000 -9 100 -9200 -9300 -9400 -9500 -9600 -9700 -9800 -9900 -10000 -10100 -10200 -10300 -10400 --10600 10500 -10700 -10800 -10900 -11000 -1 1100 -11200 -1 1 ?no -11400 -11500 -11600 -11100 -11800 -11900 -12000 c1 PPM 8013.1 1810.9 1611.4 4657.2 5338.5 4185.9 8032.3 5525.2 4542.3 6839.8 5986.0 6599.2 5981.5 6483.2 5180.4 2819.3 3683.5 7928.1 6295.6 5411.9 4889.8 2002.1 5561.2 1661.8 8896.1 16083.2 21888.3 3105.9 69689.9 48326.6 40266.9 21923.4 71584.7 213200.1 13746.0 20395.1 34082.5 12142.6 44956.1 35186.1 17917.4 14310.4 24452.3 46536.0 121365.1 110096.7 165880.1 82539.3 Ethane c2 PPM 10011.1 5263.0 5026.1 12463.3 12131.7 9080.8 ?4331.6 22604.9 13932.4 12803.9 52'72.8 1341.3 5199.8 5201.1 6128.1 1756.9 3484.1 10990.4 11209.8 6939.1 4924.6 1408.3 5676.1 9966.3 13881.5 18148.1 22531 .8 3134.7 67801.1 55183.6 50254.9 27233.2 54381.6 11192.6 12168.7 10442.2 20445.2 8360.1 23436.1 14424.1 12311.0 4962.1 9003.2 13606.1 15665.5 252'78.9 22100.4 40010.6 Propane c3 Isobutane 1c4 PPM PPH 10432.8 7698.7 7325.9 11935.5 10955.6 6926.4 24551.6 27247.4 18069.4 31590.7 12085.2 19481.2 14045.8 14151.4 19035.3 5213.0 9876.6 33251.2 31673.9 19849.3 12812.1 3073.4 11136.2 21541.8 26618.6 26101.4 25453.6 5762.4 47362.1 48068.6 43037.0 22024.9 32552.3 11588.0 11128.3 6318.1 10821 .8 7849.9 8221.4 5116.8 5410.4 2263.3 4500.5 4191.1 3126.5 16993.5 5037.1 2'7589.6 4141.1 2327.1 1973.5 2178.0 1943.4 1350.3 4518.8 5950.7 3824.5 6553.6 2518.6 3908.6 2746.6 3606.1 4309.8 1841.9 2321.8 1003.8 5107.2 3820.3 2644.3 617 .I 1998.9 3865.8 4361.5 4500.0 4203.5 1334.4 6261.5 6813.2 6155.1 3025.1 4222.5 1788.1 1785.9 1089.0 1680.4 2239.0 1038.8 1141.2 881.3 405.0 865.6 842.2 371.2 3940.8 948.2 11689.1 Butane nC4 PPM 3750.9 2306.1 2121.6 2055.1 1847.1 1409.4 4529.6 5813.6 408 1.2 16230.0 7010.4 11641.0 7799. 7 10879.8 12562.7 5551.6 6501.3 19498.5 14136.6 10158.5 7164.1 1145.4 4915.5 8685.5 10036.4 9227.0 8400.3 2881.3 10616.3 12233.5 10923.9 5835.4 7561.6 3260.0 3126.0 2221.3 3187.9 5981.8 1760.1 2145.7 1674.9 806.2 1919.2 1439.8 556.3 6530.3 1338.8 9300.1 Total C5-Cl PPM 4354.2 3781.I 3831.8 2692.3 2606.2 3481.6 1285.4 8393.3 5656.4 8857.2 4944.5 9620.6 7328.8 10817.9 8830.6 868 1.3 5983.4 15980.3 9566.9 7025.2 6082.1 1586.4 16929.0 5825.2 6854.8 6850.8 6221.2 4391.7 6676.0 8168.1 6113.4 4491.5 6605.5 3227 .8 3244.5 2780.4 4239.9 10631.9 196.0 3344.6 3124.4 2495.7 5623.6 5032.8 1323.4 8181.0 3412.6 12140.5 Total Cl-C4 PPM Total c2-c4 PPM 36416.4 19406.0 18064 .I 33290.0 32217.1 22953.0 65910.2 67142.0 44450.1 14018.3 32933.2 48983.5 36379.1 40927.1 48417.1 17188.9 25873.5 18618.2 69663.3 46239.4 32435.2 0907.7 29288.2 51721.5 63800.9 74666.5 82417.1 16818.9 201803.6 171285.8 150638.1 80042.1 110302.9 55149.5 43155.1 40526.5 10218.1 36513.5 79418.6 58614.1 38261.2 22741.3 40141 .o 66615.9 141085.4 162840.4 195305.5 164129.4 28402.7 11595.0 16441.2 28632.7 26878.5 18167.0 51937.8 61616.7 39907 .I 61118.4 26941.1 42384.2 30392.1 34444.4 42636.6 14369.5 22189.9 10150.1 63361.7 40167.4 27545.3 6904.9 23126.9 44059.6 54904.2 58583.3 60589.3 13713.0 132113.7 122959.1 110311.2 58119.3 987 18.1 33828.8 29409.1 20131.3 36135.5 24430.9 34462.5 23488.0 20343.8 8436.8 16288.6 20019.9 19119.1 52743.1 29425.3 81590.1 Gas Wetness s 78.0 90.7 91.0 86.0 83.4 81.8 87.8 91.8 89.8 90.8 81.8 86.5 83.5 84.2 88.1 83.6 85.8 89.9 91 .o 88.2 84.9 77 - 5 81.0 85.2 86.1 18.5 13.5 81.5 65.5 71.8 13.3 12.6 58 .o 61.3 68.1 49.7 51.5 66.8 43.4 40.0 53.2 31.1 40.0 30.1 14.0 32.4 15.1 49.7 iC4/nC4 1.10 1.01 0.93 1.06 1.05 0.96 1.oo 1.02 0.94 0.40 0.31 0.34 0.35 0.33 0.34 0.33 0.36 0.36 0.39 0.38 0.31 0.39 0.41 0.45 0.43 0.49 0.50 0.46 0.59 0.56 0.56 0.52 0.56 0.55 0.48 0.49 0.53 0.37 0.59 0.53 0.53 0.50 0.45 0.58 0.61 0.60 0.71 0.50 E , - , - 7 TABLE 1-4 Cl-C7 HYDROCARBON ANALYSES OF AIR SPACE CeoChem Sample Number 3514-097 3514-098 3514-099 Methane we11 Interval* Ethane Propane c1 c2 c3 PPM PPH Pen 177521.5 42501.4 20641.0 5660.1 8503.0 13133.9 254829.3 -12200 111102.2 8693.3 24962.6 -12300 89325.1 5597.9 20989.4 -17100 PPI4 values expressed Isobutane I c4 PPH Butane nC4 PPH Total Total Cl-c4 c5-c7 c2-c4 PPH PPH ~~~ 1923.3 891.5 2797.3 1395.6 5030.8 2032.9 149478.9 118199.7 a s volumes or gas per million volumes of cuttings PPM Gas Wetness z 77305.7 0.67 30.3 38376.6 25.7 28874.5 24.4 iC4/nC4 0.69 0.64 - " r - r - - - <""" 5 TABLE I-B Cl-C7 HYDROCAREON ANALYSESOF CUTTINGS GAS Methene GeoChem Sample Number 3514-001 3514-002 3514-003 3514-004 3514-005 3514-006 3514-007 3514-008 3514-009 3514-010 3514-011 3514-012 3514-013 3514-014 3514-015 3514-016 3514-017 3514-018 3514-019 3514-020 3514-021 3514-022 .~ 3514-023 3514-024 3514-025 3514-026 3514-027 3514-028 3514-029 3514-030 3514-031 3514-032 3514-033 3514-034 3514-035 3514-036 3514-037 3514-038 3514-039 3514-040 3514-041 3514-042 3514-043 3514-044 3514-045 3514-046 3514-047 3519-018 Well Interval. c1 PPM 3122.9 3040.8 2784.4 2306.4 2817.3 2835.2 2484.9 1934.0 2298.8 2618.6 2540.6 2513.7 2682.4 -3700 2264.3 -3800 2838.6 -3900 1655.4 -4000 -4100 2434.0 2090.5 -4200 1254.4 -4300 -4400 1532.9 -4500 908.3 1830.1 -4600 -4100 1995.3 -4800 1759.3 1505.2 -4900 1848.5 -5000 -5100 1894.1 1282.3 -5200 1881.7 -5300 -5400 1314.8 -5500 2100.6 -5600 2630.5 -5700 594.0 -5800 3182.9 -5900 3915.3 4101.5 -6000 -6100 4126.4 4697.2 -6200 -6300 3627.3 -6400 5850.9 -6500 3792.5 -6600 4296.5 -6700 2716.5 -6800 2219.9 -6900 3025.8 -7000 4273.5 -7 100 3443.8 -7200 3706.7 -2500 -2600 -2700 -2800 -2900 -3000 -3100 -3200 -3300 -3400 -3500 -3600 Ethane c2 PPM 38.6 44.4 12.9 18.1 17.2 23.4 12.9 15.5 23.1 25.8 53.1 65.0 59.3 29.7 234.4 65.1 1371.6 348.0 61.1 194.1 39. 70.1 49.3 71.3 97.1 16.3 97.6 95 .I 114.4 144.5 661.7 728.1 154.3 995.2 4442.1 1664.9 1586.1 6104.2 2377.4 1842.6 741.4 923.1 377.1 433.6 713.4 1321.0 1452.2 2034.4 Total Total Total c7 ~- ic4 nC4 c5-c7 Cl-C4 c2-c4 PPH PPM PPM PPM PPM PPM 86.4 347.0 36.1 113.8 60.4 22.6 6.5 13.0 31 .O 47.5 109.3 243.3 377.0 150.2 164.4 361.5 17546.3 2085.8 305.0 997.2 144.8 370.1 168.0 315.5 456.2 273.6 246.1 341.3 322.0 485.3 2393.2 1655.0 229.4 2050.1 14603.4 3387.9 2521.1 26661.6 11041.8 2086.5 713.0 1116.5 668 .2 18M.5 1922.1 1426.2 4723.2 8616.6 217.5 199.6 30.6 84.7 41.5 14.1 4.4 14.0 52.8 48.5 108.3 191.2 316.8 127.7 127.7 211.9 2232.7 907.1 183.6 638.5 153.9 306.6 120.6 181.6 305.2 250.3 202.4 229.2 193.9 JA32.8 1214.1 1063.2 111.0 1141.8 4294.7 1794.4 1282.4 9246.6 5093.8 1031.6 343.6 546.0 457.1 131111.3 1329.1 968.0 3356.8 6593.7 353.9 452.4 80 .o 209.6 106.1 29.1 10 .o 27.3 55.1 110.3 144.5 424.7 847.7 390.1 364.1 622.2 5764.9 2183.1 646.8 2003.8 560.6 979.6 389 * 8 564.0 982.4 838.3 769.7 870.3 710.1 1527.0 4123.8 3637.3 332.1 3261.8 10858.4 4610.0 3764.8 21308.6 13464.5 2650.0 1027.5 1688.0 1444.8 4210.3 3865.9 2806.0 9473.1 17478.1 7 10 .O 732.1 Pmpane Isobutana Butane 319.1 514.1 411.3 386.1 382.1 662.9 1215.8 1764.8 2892.8 2530.8 5090.3 4403.6 3867.8 3350.0 9442.4 7571.3 4576.9 9467.9 4406.4 10001.6 4840.5 7877.3 7336.1 12071.4 12150.1 7175.6 10756.9 15388.9 10991.0 14151.3 2217.9 11643.3 10108.5 7933.7 13825.8 19627.5 19348.8 10518.0 5087.8 5429.4 7434.2 15953.5 13811.3 171161.6 21486.5 35072.2 3819.5 4084.4 2944.2 2732.9 3042.6 2924.6 2518.8 2004.0 2461.0 2850.9 '2956.0 3438.0 4283.3 2962.2 3729.4 2916.4 29355.8 8214.13 2451.0 5361.5 1807.2 3556.6 2723.1 2898.0 3346.3 3287.2 3210.1 2818.9 3222.3 3904.6 10493.7 9714.3 1421.1 10632.0 38114.1 15558.9 13281.0 68018.4 35605.1 13461.9 6618.2 8570.4 5663.8 10028.7 10856.5 10194.8 22449.3 38429.7 696.5 1043.5 159.8 426.4 225.3 89.3 33.9 69.9 162.1 232.2 415.3 924.3 1600.9 697.8 890.8 1261.0 26921 .I 6124.1 1196.6 3834.5 898.8 1726.4 727.8 1138.6 1841.1 1438.6 1316.0 1536.6 1340.6 2589.7 8393.0 7083.7 827.0 7449.1 34198.7 11457.3 9 154.5 63321.2 31977.8 7610.9 2825.7 433.8 2947.3 7808.7 7830.1 6521.3 19005.5 34722.9 Gas WeLness z 18.2 25.5 5.4 15.6 7.4 3.1 1.3 3.5 6.6 8.1 14.1 26.9 31.4 23.6 23.9 43.2 91.7 74.6 48.8 71.4 49.7 48.5 26.7 39.3 55.0 43.8 41.0 54.5 41.6 66.3 80 .o 12.9 58.2 IO. 1 89.7 13.6 66.9 93.1 89 .8 56.5 42.7 49.9 52.0 , 71.9 72.1 60.4 84.7 90.4 iC4/nC4 0.61 0.44 0.38 0.40 0.39 0.48 0.44 0.51 0.96 0.44 0.75 0.45 0.37 0.33 0.35 0.34 0.39 0.33 0.28 0.32 0.27 0.31 0.31 0.32 0.31 0.30 0.26 0.26 0.27 0.28 0.29 0.29 0.33 0.35 0.40 0.39 0.34 0.43 0.38 0.39 0.33 0.32 0.32 0.32 0.34 0.34 0.35 0.38 7 ""7": TABLE 1-8 7 Cl-C7 HYDROCARBON ANALYSES OF CUTTINGS GAS GeoChem Sample Number 3514-049 3514-050 3514-051 3514-052 3514-053 3514-054 3514-055 3514-056 3514-057 3514-058 3514-059 3514-060 3514-061 3514-062 3514-063 3514-064 35 14-065 3514-066 3514-067 3514-068 3514-069 3514-070 ?ri 14-07 1 3;14-072 3514-073 3514-074 3514-075 3514-076 35 14-077 3514-078 35 14-079 '3514-080 7514-081 3514-082 3514-083 3514-084 3514-085 3514-086 3514-087 3514-088 '3514-089 3514-090 3514-091 3514-092 3514-093 3514-094 3514-095 3514-096 Well Interval. -7300 -7400 -7500 -7600 -7700 -7800 -7900 -8000 -8 100 -8200 -8300 -8400 -8500 -8600 -8700 -8800 -8900 -9000 -9100 -9200 -9300 -9400 -9500 -9600 -9700 -9800 -9900 -10000 -10100 -10200 -10300 -10400 -10500 -10600 -10700 -10800 -10900 -1 1000 -1 1100 -11200 -11300 -11400 -11500 -11600 11700 -11800 -11900 -12000 - Methane c1 PPH 3053.5 2090.0 1996.4 3330.9 5167.6 9908.4 3973.7 3998.5 5020.1 3758.4 6070.3 6120.9 7230.1 7895.4 4813.4 2319.4 3043.2 3211.9 3653.2 3443.1 3734.9 3196.7 2993.5 3625.5 7175.1 4945.9 3624.7 52 7.7 6227.2 5037.9 6200.3 5678.5 5956.5 4884.6 2547.4 4684.6 2865.8 3382.4 6104.4 3850.0 3706.8 4848.3 4723.9 6779.4 118387.5 15282.6 25912.5 6859.6 Ethane c2 PPH 985.7 254 .8 191.9 860.0 1122.6 848.5 516.4 518.8 462.0 3589.5 1471.7 1224.3 2171.3 1321.4 895.1 147.3 539.9 977.3 2335.1 1322.4 670.1 346.1 1107.4 2169.3 6526.6 3836.6 1014.8 630.3 13128.9 8234.9 12384.7 7675.4 4834.6 5112.4 361.6 1087.6 1732.0 1224.4 7354.2 1915.0 2630.3 1226.3 2195.2 4156.2 12163.4 5989.9 6200.0 6319.1 Propane c3 PPH Isobutane Butane ic4 PPM nC4 PPI4 Total C5-C7 Total Total C1" PPM PPH CZ-CU PPH 3187.0 922.7 822.3 3055.5 3067.3 1860.9 1532.6 1823.9 420.9 21374.0 5427.2 4927.4 11098.9 3454.3 3432.2 666.5 3701.6 1074.4 19431.2 8658.1 3693.6. 1070.1 5612.7 3322.8 43653.9 19278.1 3049.9 2669.U 797.6 743.2 1966.5 2121.4 1277.5 1366.2 1759.2 423.6 8885.3 3075.8 3006.4 6093.2 2443.5 2088.9 655.5 2927.0 4592.1 9761.2 4736.6 2433.0 565.5 2561.9 7092.1 18381.8 1663.3 1476.0 7785.5 2275.9 2269.4 5577.0 5572.9 3438.8 3785.5 5001.7 1346.8 22831.7 8848.9 8643.9 17656.4 7329.0 6530.4 2162.6 8692.7 13778.9 26121.0 13032.1 6814.8 1713.6 6812.2 16583.4 40191.9 16998.5 3700.1 3mi:: 22195.6 31882.1 20902.4 8773.7 10072.3 1022.9 1080.9 1602.9 1140.4 4398.6 1046.9 1878.5 870.0 1559.3 1813.1 1017.5 5752.3 1386.7 12750.6 8%:; 6727.2 8878.8 5861.7 2283.5 2973.0 403.4 238.6 345.8 827.3 637.9 212.7 360.4 161.6 336.1 434.1 82.0 3167.8 297.5 4435.6 1 W : Z 1:Bi:: 13056.4 16734.4 11992.8 4917.0 6092.4 962.4 608.6 900.8 2250.6 1361.9 552.5 903.0 456.7 970.9 9dO.4 88.7 5573.6 580.4 9673.4 13198.2 15223.6 11858.4 7370.9 7485.5 2073.1 1725.4 1705.5 10305.1 1964.3 307 1 .7 2925.9 2500.7 4654.2 6327.8 109.5 14682.0 4380.1 19089.1 27474.3 10630.5 11090.4 13804.8 12897.8 11016.2 10827.6 15215.4 11412.1 21139.4 15414.5 15953.2 27140.2 18087.7 16495.9 11631.4 20570.8 25544.5 31308.8 20703.1 14875.5 4731.5 12526.1 21288.3 35647.1 15181.3 7426.6 11681.4 6291.2 6023.5 14790.1 17051.9 12334.11 11174.6 13102.3 7673.6 60439.1 24894.1 23923.1 44250.1 22443.9 17760.2 5951.6 18904.5 29634.8 6130f.9 31192.5 17346.5 6892.3 19147.9 32793.4 115935.4 52722.5 12865.6 19621.8 4251.2 4027.0 11459.1 11884.2 7425.9 7200.9 9103.8 2653.5 56680.7 18823.7 11802.2 37020.0 145l18.5 12946.7 3632.1 15861.3 26422.9 57648.7 27749.4 13611.6 3695.5 16154.4 29167.8 108760.3 47776.6 9240.9 782SW 55252.3 76080.4 52111.0 26765.5 29134.9 5297.9 7700.6 7447.5 9425.5 19857.2 7577.4 9479.1 7563.1 9785.6 14164.0 131739.4 35766.4 34377.2 40043.5 50214.3 69880.1 46432.5 20809.0 24250.3 2750.4 3015.9 4581.6 6043.0 13752.8 3727.3 5772.3 2114.8 5061.6 7384.6 13351.8 20483.8 81164.7 33183.9 6%3:2 Gas Wetness z 82.7 67.6 66.9 77.5 69.7 60.2 64.4 69.5 34.6 93.8 75.6 74.4 83.7 64.8 72.9 61.0 83.9 89.2 94.0 89 .o 78.5 53.6 84.4 88.9 93.8 90.6 71.8 $8:% 90.9 91.9 89.1 77.7 83.2 51.9 39.2 61.5 64.1 69.3 49.2 60.9 35.9 51.7 52.1 10.1 57.3 24.6 82.9 iC4/nC4 0.34 0.35 0.33 0.35 0.38 0.37 0.36 0.35 0.31 0.39 0.35 0.35 0.35 0.33 0.32 0.30 0.34 0.33 0.37 0.36 0.36 0.33 0.37 0.43 0.46 0.45 % 0.52 0.53 0.49 0.46 0.49 0.42 0.39 0.38 0.37 0.47 0.38 0.40 0.35 0.35 0.44 0.92 0.57 0.51 0.46 : TABLE I-B Cl-C7 HYDROCARBON ANALYSES OF CUTTINGS GAS GeaChem Sample Number 3514-097 -12100 3514-098 3514-099 Well Interval. -12200 -12300 Methane c1 PPM PPM 17990.2 21626.8 22421.2 Ethane Propane Isobutane Butane Totai Total c2 c3 PPM PPH PPM 8810.6 12532.7 11603.1 PPM values expressed as 5030.1 4075.3 3455.4 ic4 nC9 Cl-C4 PPH Total C2-C4 PPM 38279.4 40925.7 39699.5 20289.1 19298.8 17278.2 c 5 4 PPM 23114.1 1734.7 955.9 710.1 4104.2 1509.5 15375.3 6608.2 4042.3 volumes of gas per m i l l i o n volumes of cutLings Gas Wetness z 53.0 47.2 43.5 iC4/nC4 0.57 0.55 0.47 t ' t . " t -7-1 TABLE I-C C1-C7 HYDROCARBON ANALYSESOF AIR SPACE AND CUTTINGSOAS OeoChem Sample Number 3514-001 3514-002 35 14-003 3514-004 3514-005 3514-006 35 14-007 3514-008 3514-009 3514-010 3514-011 3514-012 3514-013 3514-014 3514-015 3514-016 3514-017 3514-018 3514-019 3514-020 3514-021 3514-022 3514-023 3514-024 3514-025 35 14 -026 3514-027 3514-028 3514-029 3514-030 3514-031 3514-032 3514-033 3514-034 3514-035 3514-036 3514-037 3514-038 3514-039 3514-040 3514-9u1 3514-042 3514-043 3514-094 3514-045 3514-0116 3514-047 3514-048 Methane Ethane Yell Interval. -2500 -2600 -2700 -2800 -2900 -3000 -3100 -3200 -3300 -3400 -3500 -3600 c1 PPH 3198.1 3192.0 2832.5 2400.1 2925.3 2981.5 2554.9 2008.9 2437.7 2777.5 2711.0 2822.1 -no0 3313.1 -3800 -3900 -4000 -4100 -4200 -4300 -4400 -4500 -4600 -4700 -4800 -4900 -5000 -5100 -5200 -5300 -5400 -5500 -5600 -5700 -5800 -5900 2913.2 3306.3 2644.2 8296.4 4856.2 2566.2 4309.4 2659.5 3300.0 2893.5 2904.7 3228.6 4150.1 5132.8 4444.2 6004.2 8834.0 11171.2 9139.6 5869.3 7376.1 17318.0 10447.7 9833.1 33651.1 12674.4 10923.8 11333.5 10440.8 6809.7 9305.2 9699.2 12807.7 17709.3 16592.7 -6000 -6100 -6200 -6300 -6400 -5500 -6600 -6700 -6800 -6900 -7000 -7 100 -7200 c2 PPI4 205.7 374.2 100.4 168.0 172.8 227.1 101.4 217.7 598.7 560.9 551.2 990.3 1461.6 979.0 786.9 1645.8 14391.0 4916.1 1192.5 2214.3 1073.4 1119.3 746.1 785.4 1305.2 1303.9 1343.9 1710.3 1455.8 8015.2 24 386.6 12680.3 4682.5 12451.9 27687.9 14946.1 12410.2 64675.0 37103.1 9829.6 5772.9 6300.5 9817.0 12977.4 11359.3 10709.9 23076.6 27105.6 Propane Isobutane Butane i c4 c3 PPH PPM 261.1 1404.4 239.2 693.0 689.2 332.0 124.8 190.2 670.4 871.4 977.4 2490.4 5242.0 3333.6 1719.0 5375.8 42373.7 16074.6 4111.1 7798.6 3117.5 3291.8 1942.4 2236.8 3963.7 3038.1 2604.3 4248.0 2725.0 12869.5 26679.5 16382.7 3847.3 14622.7 23159.4 12239.1 11664.8 50737.3 30938.8 9379.1 6213.7 6966.7 6336.5 17935.3 14466.4 14916.6 31803.3 29996.9 515.0 609.0 138.2 344.4 277.5 141.9 64.3 181.1 647.8 557.4 685.3 1099.5 2233.0 1468.2 845.9 1663.5 5735.4 3748.9 ' 1346.3 2744.8 1537.1 1404.1 762.1 1028.7 1529.9 1503.0 1251.9 1680.9 1170.0 5109.2 6937.4 5184.7 1927.2 4108.9 6118.5 4665.0 4796.8 14206.6 10713.8 3191.2 3020.5 2331.3 2384.1 6069.2 4942.9 5893.8 10362.1 nC4 PPH 783.2 1250.2 303.8 738.3 587.1 307.8 160.3 270.2 514.3 1067.0 822.4 2101.4 4852.9 3491.6 1942.3 4147.2 13779.9 9956.6 3959.6 7593.8 4274.7 3829.4 2077.5 2808.9 4148.8 4198.4 3887.7 5268.2 3586.6 6913.0 10785.2 8487.9 2360.6 6925.7 12473.1 7404.0 7131.5 25570.4 18296.9 4148.0 3949.5 3514.0 3535.0 9265.9 7441.7 7541.1 16006.0 ~jnnu.~) 23709.4 Total C5-C7 PPM Total C 1 -C4 PPM Total c2-c4 PPM 4963.2 1798.7 1765.1 1715.0 6830.0 3637.9 928.2 3614.2 781.7 1459.2 4344.1 1943.9 1530.8 4652.2 1726.8 1596.0 1009.0 3990.5 1483.5 451.0 3005.9 2868.3 1897.7 859.4 4869.1 3562.7 2431.4 3056.8 5834.3 5452.9 6796.4 3036.4 5753.5 6143.3 6681.7 9503.9 12206.7 17102.8 13789.7 12765.5 12185.9 9272.6 8600.6 8010.9 5294.3 9605.4 12832.4 15476.1, 84526.5 15783.2 76230.1 16025.6 34696.3 39552.5 11507.1 13181.9 10615.7 24661.2 20817.1 20351.8 12662.5 10002.9 17083.7 19012.7 129115.4 9645.3 10869.7 8421.8 5528.3 15345.2 6860.0 9164.8 14058.7 14176.3 10947.7 23274.6 10043.5 14193.7 20461.1 14220.7 9081.8 17351.8 14799.3 12907.5 20028.3 14941.8 8937.6 41741.0 22179.3 32907.0 20239.3 68788.8 79960.1 19159.6 51875.5 42735.8 18687.1 5551.5 12817.7 46085.6 16233.3 38709.4 11717.2 86757.2 69439.1 49702.1 10934.5 39254.4 18285.1 45836.6 36003.5 188840.7 155189.5 23787.1 23857.2 109721.1 97052.7 27148.1 13794.8 3807 1.9 10509.2 31340.2 19956.7 8622.3 19112.7 29553.6 11413.5 23882.4 17072.7 23941.6 46247.9 38210.3 3906 1.5 81248.1 94692.0 Cas Wetness z 35.6 53.3 21.6 44.7 37.1 25.3 1.~ 5.0 30.0 49.9 52.4 52.8 70.3 80.6 76.1 61.6 82.9 90.2 87 .I 80.5 82.5 79.0 74.5 65.6 70.3 77.2 70.8 63.9 74.4 59.8 78.8 86.0 82.4 68.6 84.0 80.0 79.0 78.5 82.2 88.4 71.3 63.7 64.7 71.5 83.2 79.8 75.3 82.1 85.1 iC4/nC4 0.66 0.49 0.46 0.47 0.47 0.46 0.40 0.67 1.26 0.52 0.83 0.52 0.46 0.42 0.44 0.40 0.42 0.38 0.34 0.36 0.36 0.37 0.37 0.37 0.37 0.36 0.32 0.32 0.33 0.74 0.64 0.61 0.82 0.68 0.49 0.63 0.67 0.56 0.59 0.67 0.76 0.66 0.67 0.65 0.66 0.78 0.65 0.59 >I 1 - i TABLE I - C C1-C7 HYDROCARBON ANALYSES OF AIR SPACE AND CUTTINGS GAS GeoChem Sample Number Methane Well Interval* 3514-049 .~ 35 14-050 3514-051 3514-052 3514-053 35 14-05Q 3514-055 3514-056 3514-057 3514-058 3514-059 3514-060 3514-061 3514-062 3514-063 3514-064 351'1-065 3514-066 3514-067 3514-068 3514-069 35 14-070 3514-071 3514-072 3514-073 3514-074 j514-075 3514-076 3514-077 3514-078 3514-079 3514-080 3514-081 35 14-082 3514-083 35 14-084 3514-085 3514-086 35',4-087 3514-088 351u-o~q 35 14-090 3514-091 3514-092 3514-093 3514-094 3514-095 35'4-096 . -7300 -7900 -7500 -7600 -7700 -7800 -7900 -8000 -8100 -8200 -8300 -8400 -8500 -8600 -8700 -8800 -8900 -9000 -9 100 -9200 -9300 -9400 -9500 -9600 -9700 -9800 -9900 -10000 -10100 -10200 -10300 -10400 -10500 -10600 -10700 -10800 -10900 -11000 -11100 -11200 -11300 -11400 -11500 -11600 -11700 -11800 -11900 -12000 c1 PPH 11067.2 3851.0 3613.8 7988.2 10506.2 9094.4 12006.0 9523.8 9562.4 10598.2 12056.4 12720.2 13217.7 14378.6 10593.9 5138.7 6726.8 11140.0 9948.8 89 15.1 8624.8 5199.5 8554.8 11287.4 16071.8 21029.1 25513.1 8403.7 75937.1 53364.6 46467.3 27601.9 77591.3 26205.3 16293.5 25079. 8 36948.3 15525.0 51060.6 39036.7 ?1519.2 19158.8 29176.3 53315.4 239753.2 125379.3 191792.6 89398.9 Ethane c2 PPH 11063.4 5517.8 5218.1 13323.3 13254.3 9929.3 24854.1 23123.7 14394.5 16393.5 6744.6 857 1 7971.1 6522.6 7623.9 1904.3 4024.0 11967.7 13585.0 8261.5 5594.7 1154.5 6783.5 12135.7 20414.1 22585.4 23546.6 0365.1 80936.6 64018.6 62639.7 34908.6 59216.2 22305.0 12530.3 11529.8 22177.3 9584.6 30790.3 16339.2 19941.3 6188.5 11198.4 17763.0 27829.0 31268.9 28300.4 46329.7 .'I Propane Isobutane Butane T oT t aolT t aolt a l ic4 nC4 c5-c7 c3 PPM PPM PPM PPM 13619.9 8621.4 8148.2 14991.0 14022.9 8787.3 26084.2 2901 1.4 18490.4 52964.8 17512.4 24414.6 251u.a 18211.8 22467.5 5879.5 13578.3 40331.6 51105.1 28507.5 16505.7 4143.6 16749.0 24864 . I 70272.5 45385.6 28503.5 6968.2 77716.7 70264.3 74919.1 42927.4 41326.1 21660.4 12751.3 7459.7 12424.7 9590.4 12626.0 6823.8 7348.9 3133.3 6059.9 6004.8 4194.0 227'45.8 6424.5 40340.3 6810.6 3124.8 2716.8 4144.6 4064.8 2627.9 5885.1 7709.9 4248.2 15439.0 5654.5 6915.0 8839.9 6049.6 6398.7 2497.4 5254.9 11596.0 15468.4 8557.0 5077.4 1243.3 4560.9 10958.0 22743.4 12163.3 5679.6 1839.9 14514.2 13600.5 15034.0 8887.4 6506.0 4761.1 2189.3 1327.6 2026.2 3066.3 1676.8 1354.0 1247.7 566.6 1201.7 1276.3 453.2 7108.1 1245.8 9124.8 11536.5 4582.0 4391.1 7632.8 7420.6 4848.3 8315.2 10815.3 5428.1 39061.7 15859.3 20284.9 25456.2 18208.8 19093.1 7720.2 15194.0 33277.5 40857.7 23190.6 13979.0 3459.1 11787.7 25268.9 502311.3 26225.5 12100.4 4203.1 25449.6 25289.9 27658.3 17828.3 12478.7 9352.4 4688.5 2830.0 4088.8 8232.5 3122.0 2698.2 2578.0 1263.0 2890.1 2420.3 645.1 12104.0 1919.2 18979.2 c1-c4 PPH c2-c4 PPM 31828.5 54097.8 47030.6 14418.3 25697.2 211146.2 24088.2 14922.2 20474.3 48080.1 40091.9 16497.2 15504.0 49269.0 38762.8 14497.8 35287.4 26193.0 18113.0 77144.9 65138.8 23608.7 80244.4 70720.5 17068.6 52123.8 42561.3 29996.6 134457.4 123859.2 20359.1 57827.3 45770.9 60186.4 25573.9 72906.6 341169.1 67412.2 80629.9 63371.6 28905.6 40993.0 25726.6 66177.4 55587.4 ." -~ 18001.7 20512.7 23140,5 26554.2 44778.1 38051.3 41524.8 108313.1 97173.0 40875.8 130965.3 121016.4 27728.4 77432.0 68516.9 20958.3 '49781.8 41157.0 15800.1 10600.5 6318.0 29455.1 48436.2 39881.3 27113.5 84514.9 73227.5 42501.9 179736.4 163664.5 22032.2 127389.1 106359.9 13647.9 95343.3 69830.2 25780.2 9182.2 173'76.5 18062.6 274554.5 198617.3 21367.0 226538.1 173173.5 21397.1 226718.6 180251.3 16355.9 132153.8 104551.8 13976.4 197068.4 119527.1 10713.4 84284.5 58079.1 5317.6 48453.1 32159.5 4505.9 48227.1 23147.3 5945.5 77665.6 40717.2 20943.0 45999.1 70974.0 2760.3 992i5.9 4ezi5.3 6416.3 66252.1 27215.4 6650.3 47740.3 26116.1 4996.4 30310.4 11151.6 10277.9 50526.6 21350.3 11360.6 80780.0 27464.5 1477.0 272824.8 V071.5 ~. 23463.0 198606.9 73227.5 7792.8 229682.7 37890.0 31229.6 204173.0 114774.1 Gas Wetness z 79.5 85 .O 85.0 83.4 78 .7 74.2 84.4 88.1 81.7 92.1 79.2 82.6 83.6 77.3 84.0 77 .8 85.0 89.7 92.4 88.5 82.7 67.1 82.3 86.6 91.1 83.5 73.2 67.4 72.3 76.4 79.5 79.1 60.7 68.9 66.4 48.0 52.4 66.2 48.6 41.1 54.7 36.8 42.3 34.0 12.1 36.9 16.5 56.2 iC4/nC4 0.59 0.68 0.62 0.54 0.55 0.54 0.71 0.71 0 .I8 0.40 0.36 0.34 0.35 0.33 0.34 0.32 0.35 0.35 0.38 0.37 0.36 0.36 0.39 0.43 0.45 0.46 0.47 0.44 0.57 0.54 0.54 0.50 0.52 0.51 0.47 0.47 0.50 0.37 0.54 0.50 0.48 0.45 0.42 0.53 0.70 0.59 0.65 0.48 C1-C7 HYDROCARBON ANALYSES OF A I R SPACE AND CUTTINGS GAS c2 GwChem c1 Sample PPN Number 3514-097 3514-098 3514-099 Hethane Ethane Propane Isobutane Butane Total Well PPHI n t e r v a l ' -12100 -12200 -12300 PPW PPN 195513.8 132729.1 111746.4 ic4 PPN 51312.1 37495.4 32592.6 PPH values expressed 25671.1 12768.7 9053.3 8004.2 2879.2 1601.6 nc4 PPM 12607.3 4532.0 2905.1 Total C2-C4 PPN c1-c4c5-c7 28509.2 11639.0 6075.3 293108.7 190404.6 157899.2 as volumes o f g a s p e r million volumes of o u t t i n g s 97594.9 57675.4 46152.7 aas Wetness 5' 33.3 30.3 29.2 iC4/nC4 0.63 0.64 0.55 NOTE on Lithologic Descriptions out on this well in April of 1987 as This report summarized the analyses carried well as the analyses completed in January 1988. There aisminor reevaluation of the lithologic descriptions as discussed below. First, it should be stated that the cuttings from this well were uniformly very fine grained (about0.30 to 0.4Omm) which made lithologic descriptions q,lite difficult. The lithologic descriptions that were made in April 1987 (senple numbers 31,32,38,43,46,55,61,68 t o 71,74,75,77,78,79,81 to 84,86,87,91 to 95,97, 98 and 9 9 ) remain unchanged. The lithologic descriptions that were made in is shown below. The January 1988 show a minor change in interpretation which lithologic description for samples "031 and -032 (described in April 1987) reads as follOws : 60% Limestone, cryptocrystalline, white to pale brown. 40% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, brownish black. ds as The lithologic description for sample-033 (described in January 1988) r'za follows: 100% Limestone, cryptocrystalline, white to pale brown, about 40% of cuttings are stained brownish black with heavy hydrocarbons or dead oil (shows cut flourescence). Due to the small size of the cuttings it is difficult to evaluate the black material in these samples but because of the cut flourescence, we have interpreted the black material to be stained with dead oil o r heavy hydr,?carbons rather than bsinga separate highly carbonaceous lithologic type. TABLE I1 LITHOLOGIC& DESCRIPTIONS AND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPERATING PARTNERS, ROHMER $1 SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 GEOCHEH SAMPLE NUMBER 3514-001 -A DEPTH INTERVAL (feet) 3514-005 -A -B .%) N9 2.77 60% S h a l e ,v e r y s i l t y , v e r y micaceous,carbonaceous, brownishblack. 40%Sandstone,veryfine g r a i n e d ,c a l c a r e o u s ,c l e a r t ow h i t e . 5YR-211 N9 2700 0.61 70% S a n d s t o n e ,v e r yf i n e g r a i n e d ,c a l c a r e o u s ,c l e a r t o white. 30% S h a l e , v e r y s i l t y , v e r y micaceous,carbonaceous, brownish black. N9 5YR-211 2800 1.2011.17 60% S a n d s t o n e ,v e r yf i n e , g r a i n e d ,c a l c a r e o u s ,c l e a r t o white. 40% Shale,very s i l t y , v e r y micaceous,carbonaceous, brownish black. -B ( w t 5YR-2/ 1 2600 -B 3514-004 -A NO. OPGANIC CARBON 2.05 60%Shale, v e r y s i l t y , v e r y micaceous,carbonaceous, brownish black. 40%Sandstone,veryfine g r a i n e d ,c a l c a r e o u s ,c l e a r t ow h i t e . -B 3514-003 -A DESCRIPTION LITHO 2500 -B 3514-002 -A GSA N9 5YR-211 2900 0.51 70% S a n d s t o n e ,v e r yf i n e g r a i n e d ,c a l c a r e o u s ,c l e a r t ow h i t e . 30% S h a l e ,v e r y s i l t y , v e r y micaceous,carbonanceous, brownish black. N9 5YR-211 TABLE I1 (continued) LITHOLOGICAL AND ORGANIC DESCRIPTIONS CARBON ANALYSES SANTA FE ENERGY OPERATING PARTNERS, ROHMER #1 SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 DEPTH GEOCEEM INTERVALSAMPLE NOMBER 3514-006 -A (feet) white. -C . (wt .%I 0.15 75% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 20% Sandstone, very fine grained, calcareous, clear to 5% Shale, very silty, very micaceous, carbonaceous, brownish black. 5 ~ ~ - 12 / . 3514-007 -A -B -C 3514-008 -A N9 -B 3514-009 -A N9 O~GANIC CARBON 3000 -B N9 DESCRIPTION LITHO GSA NO. 0.19 3100 90% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 5% Sandstone, very fine grained, calcareous, clear white. to N9 5% Shale, very silty, very micaceous, carbonaceous, 5YR-211 black.brownish 0.15 3200 95% Sandstone, very fine grained, calcareous, clear white. to 5% Shale, very silty, very micaceous, carbonaceous, 5YR-211 black.brownish 0.38 3300 white. 100% Sandstone, calcareous, very fine grained, clear to 5-10Z of cuttings show dead o i l (shows cut flourescence) TABLE I1 ( c o n t i n u e d ) LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES SANTA FE ENERGY O P E R ~ T I N G PARTNERS, ROHMER 81 SEC.23, T22S, R27E, EDDY COUNTY, N E W MEXICO API #30-015-25722 NTERVAL 3400 GEOCREM SAMPLE NUMBER DEPTH GSA (feet) 3800 3900 N9 3514-011 3514-012 -A 3514-013 -A 3514-014 -A 3514-015 -A (at.%I 0.26 1 0 0 %S a n d s t o n e ,c a l c a r e o u s ,v e r y f i n eg r a i n e d ,c l e a rt o white. 5-10% o f c u t t i n g s show dead o i l (shows c u tf l o u r e s c e n c e ) 0.35 -A 3700 NO. 3514-010 -A 3500 LITHO DESCRIPTION ORGANIC CARBON 100%Sandstone,calcareous,very f i n eg r a i n e d ,c l e a rt ow h i t e . 5 1 0 % o f c u t t i n g s show dead o i l (shows c u tf l o u r e s c e n c e ) N9 3600 0.40/0.40 100% S a n d s t o n e ,c a l c a r e o u s ,v e r y t o white. f i n eg r a i n e d ,c l e a r 5 1 0 % o f c u t t i n g s show dead o i l (shows c u tf l o u r e s c e n c e ) T r a c eb l a c ks h a l e . N9 1.01 1 0 0 %S a n d s t o n e ,c a l c a r e o u s ,v e r y f i n eg r a i n e d ,c l e a rt ow h i t e . 5-10% o f c u t t i n g s show dead o i l (showscutflourescence) N9 0.67 100%Sandstone,calcareous,very - f i n e g r a i n e dc, l e atrow h i t e . 5 1 0 % o f c u t t i n g s show dead o i l (showscutflourescence) N9 0.65 100% S a n d s t o n e ,c a l c a r e o u s ,v e r y f i n e grained:;'clear t ow h i t e . 5-102 of c u t t i n g s show dead o i l (showscutflourescence) N9 r I" TABLE 11 (continued) r r I" I" I" r r r LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPERATING PARTNERS, ROHMER #1 SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 GEOCBEM SAMPLE NUMBER 3514-016 DEPTH INTERVAL (feet) 4100 4200 -A F Y Y 4300 4400 -A 1.30/1.27 100% Sandstone, calcareous, very fine grained, clear to white. N9 . 5-10% of cuttings show dead oil (shows cut flourescence) -A 3514-021 0.83 100% Sandstone, calcareous, very fine grained, clear to white. N9 5-10% of cuttings show dead oil (shows cut flourescence) -A 3514-020 1.67 100% Sandstone, calcareous, very fine grained, clear to white. N9 30-40% of cuttings show dead oil (shows cut flourescence) F r r r r 3.08 100% Sandstone, calcareous, very fine grained, clear to white. N9 40-50% of cuttings show dead oil (shows cut flourescence) ... 3514-019 0.98 100% Sandstone, calcareous, very fine_ grained, clear to white. N9 5-10% of cuttings show dead oil (shows cut flourescence) -A 3514-018 O~GANIC CARBON (wt . X ) 4000 -A 3514-017 LITHO DESCRIPTION GSA NO. 4500 * 0.75 100% Sandstone, calcareous, very fine grained, clear to white. N9 10-15% of cuttings show dead oil (shows cut flourescence) TABLE 11 (continued) LITHOLOGICAL DESCRIPTIONSAND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPERATING PARTNERS, ROHMER #l SEC.23, TZZS, R27E, EDDY COUNTY,NEW MEXICO API #30-015-25722 DEPTH GEOCEEM SAMPLE NUMBER 3514-022 INTERVAL (feet) DESCRIPTION LITHO GSA NO. 4600 -A 1.01 100% Sandstone, calcareous, very fine grained, clear to white. N9 Trace of cuttings showing dead oil 3514-024 -A 4800 3514-025 -A 4900 0.78 00% Sandstone, calcareous, very fine grained, clearto white. N9 Trace of cuttings showing dead oil 0.98 00% Sandstone, calcareous, very - fine grained, clear to white. N9 5-10%-of cuttings show dead oil (shows cut flourescence) 5000 3514-026 3514-027 -A .%) 0.55 -A 5100 (wt 100% Sandstone, calcareous, very fine grained, clearto white. N9 5-10% of cuttings show dead oil (shows cut flourescence) 4700 3514-023 -A O?GANIC CARBON 0.63 100% Sandstone, calcareous, very fine grained, clear to white. N9 - 10-15% of cuttings show dead o i l (?shows cut flourescence) 0.32 100% Sandstone, calcareous, very fine grained, clearto white. N9 Trace of cuttings showing dead oil I" I I" II- TABLE I1 (continued) LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPERATING PARTNERS, ROHMER #l SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 GEOCEEM SAMPLE rmMBER DEPTH INTERVAL 3514-028 -A 5200 (feet) LITHO DESCRIPTION ORGANIC CARBON GSA NO. (wt.73 '1.1611.15 100% Sandstone, calcareous,very fine grained, clear to white. N9 20-25% of cuttings show dead oil (shows cut flourescence) 3514-029 -A 5300 3514-030 -A 5400 0.78 100% Sandstone, calcareous, very fine grained, clear to white. N9 5-10% of cuttings showdead oil (shows cut flourescence) 0.34 100% Sandstone, fine grained, white. clear to 3514-031 -A 5500 2.05 60% Limestone, cryptocrystalline, N9 to whitepale brown. to 5YR-512 40% Limestone, clayey, -B carbonaceous, dolomitic?, cryptocrystalline, brownish black. 3514-032 -A -B Y N9 5600 5YR-211 1.3311.33 60% Limestone, cryptocrystalline, N9 to whitepale brown. to 5YR-512 40% Limestone, clayey, carbonaFeous, dolomitic?, cryptocrystalline, brownish black. 5YR-211 TABLE I1 (continued) LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPERATING PARTNERS, ROHMER #I SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 GEOCHEM SAMPLE DEPTH INTERVAL ESCRIPTION LITFLO (feet) NUMBER OFC,ANIC CARBON GSA NO. (Wt.X) 5700 3514-033 0.68 -A 100% Limestone, cryptocrystalline, N9 to pale white brown. to5YR-512 About 40% of cuttings are stained brownish black 5YR-211 with heavy hydrocarbonsor dead oil (shows cut flourescence) -B 5800 3514-034 1.12 -A 5YR-512 5900 brown. 100% Limestone, cryptocrystalline, pale 70-80% of cuttings are stained brownish black with heavy hydrocarbons or dead oil (shows cut flourescence) 5YR-211 3514-035 2.86 -A 5YR-512 3514-036 -A brown. 100% Limestone, cryptocrystalline, pale 70-80% of cuttings are stained brownish black with heavy hydrocarbons or dead oil (shows cut flourescence) 5YR-211 6000 1.36 100% Limestone, cryuptocrystalline, 5YR-5brown. pale 90%'0-f cuttings stained brownish black with heavy hydrocarbon or dead oil (shows cut flourescence) 5YR-211 12 TABLE I1 (continued) LITHOLOGICAL DESCRIPTIONSAND ORGANIC CARBON ANALYSES #l SANTA FE ENERGY OPEdATING PARTNERS, RORMER SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 GEOCHEM INTERVALSAMPLE "BER 6100 DEPTH (feet) OVANIC DESCRIPTION LITHO GSA NO. 3514-037 -A 0.9610.93 100% Limestone, cryptocrystalline, pale brown. 5YR-512 70%-of cuttings stained brownish blackheavy hydrocarbons or dead oil (shows cut flourescence) 5YR-211 6200 3514-038 -A -B 6300 3514-039 -A 6.04 90% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, brownish black. 5YR-211 10% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 Trace of pyrite. 3.04 100% Limestone, cryptocrystalline, pale brown. 5YR-512 90% of cuttings stained brownish black with heavy hydrocarbon or dead oil (shows cut flourescence) 5YR-211 6400 3514-040 -A CARBON (wt .%) 0.84 100% Limestone, cryptocrystalline, . pale brown. 5YR-512 502'0% euttings stained brownish black withheavy hydrocarbons or dead oil (shows cut floure8cence) 5YR-211 TABLE I1 (continued) LITEOLOGICAL DESCRIPTIONSAND ORGANIC CARBON ANALYSES SANTA FE ENERGYOPEUTING PARTNERS, ROHMER#I SEC.23, T22S, R27E, EDDY COUNTY,NEW MEXICO API #30-015-25722 DEPTE GEOCHEM SAMPLE NUMBER 3514-041 INTERVAL (feet) 6500 -A 5YR-512 brown. . . 3514-042 -A 5YR-512 6600 3514-043 -A 6700 -B -C 3514-044 LITE0 DESCRIPTION GSA NO. brown. OFGANIC CARBON twt .%) 0.70 100% Limestone, cryptocrystalline, pale 50%-of cuttings stained brownish black with heavy hydrocarbons or dead oil (shows cut flourescence) 5YR-211 0.91 100% Limestone, cryptocrystalline, pale 50% of cuttings stained brownish black with heavy hydrocarbons or dead oil (shows cut flourescence) 5YR-211 0.69 75% Limestone, cryptocrystalline, N9 to white pale brown. to5YR-512 15% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, 5YR-211 black.brownish 10% Anhydrite? cryptocrystalline, white stricked with dark N9 gray. 6800 -A 1.31 100% Li+ieC>orre, cryptocrystalline, 5YR-211 5YR-512 pale brown. About 30% stained brownish black with heavy hydrocarbons or dead oil (shows cut flourescence)> TABLE I1 (continued) LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPERATING PARTNERS, ROHMER #I SEC.23, T22.5, R27B, EDDY COUNTY, NEW MEXICO API #30-015-25722 DEPTH INTERVAL (feet) GEOCBEM SAMPLE NUMBER 6900 3514-045 -A 5YR-211 3514-046 ORGANIC CARBON (wt . X ) 1.6211.55 100% Limestone, cryptocrystalline, 5YR-512 pale brown. About 50% stainedbrownish black with heavy hydrocarbons or dead oil (shows cut flourescence) 7000 0.92 80% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 20% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, 5YR-211 black.brownish -A -B 7100 DESCRIPTION LITHO GSA NO. 3514-047 -A 1.78 100% Limestone, cryptocrystalline, pale brown. 5YR-512 About 70% stained brownish black with heavy hydrocarbons or dead oil (shows cut flourescene) 5YR-211 3514-048 5YR-512 1.86 7200 -A brown. 100% Limestone, cryptocrystalline, pale About 70% stained brownish . black with heavy hydrocarbons or .ae'ad-oil (shows cut flourescence) TABLE II (continued) LITHOLOGICAL DESCRIPTIONSAND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPERATING PARTNERS, ROAMER #1 SEC.23, T22S, R27E, EDDY COUNTY, MEXICO NEW API #30-015-25722 DEPTH GEOCHEM SAMPLE NUMBER 3514-049 INTERVAL (feet) GSA DESCRIPTION LITHO NO. O?CANIC CARBON (wt 2 ) 1.09 7300 100% Limestone, cryptocrystalline, -A pale brown. 5YR-512 AboSt 50% stained brownish black withheavy hydrocarbons or dead oil (shows cut flourescence) 5YR-211 3514-050 7400 -B -C 3514-051 -A -B -C Y . Y Y 0.52 60% Limestone, cryptocrystalline, pale brown. About 20% stained brownish . black with heavy hydrocarbons or dead oil(shows cut flourescence) 20% Anhydrite? cryptocrystalline, white with grey streaks. 20% Sandstone, very fine grained, white. .-A 5YR-512 5YR-211 N9 N9 7500 0.5110.54 50% Sandstone, very fine grained, white. 20% Anhydrite? cryptocrystalline, white with grey streaks. 30% Limestone, cryptocrystalline, pale brown. . About 10% stained brownish bla.kk''wi.th heavy hydrocarbons or dead oil (shows cut flourescence) N9 N9 5YR-512 5YR-211 TABLE I1 (continued) LITHOLOGIC& DESCRIPTIONS AND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPE~~ATING PARTNERS, ROHMER //I SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 DEPTH GEOCAEM INTERVALSAMPLE ESCRIPTION LITHO (feet) NUMBER 3514-052 -A 7600 3514-053 -A 7700 3514-054 -A 7800 3514-055 -A 7900 3514-056 -A Y Y Y GSA NO. OYANIC CARBON (wt .%) 0.92 100% Limestone, cryptocrystalline, pale brown. 5YR-512 About 30% stained brownish black with heavy hydrocarbons or dead oil (shows cut flourescence) 5YR-211 Trace anhydrite? 0.82 100% Limestone, cryptocrystalline, pale brown. 5YR-512 About 30% stained brownish black with heavy hydrocarbons o r dead oil (shows cut 5YR-211 flourescence) Trace anhydrite? 1.11 100% Limestone, cryptocrystalline, pale brown. 5YR-512 About 30% stained brownish black with heavy hydrocarbons or dead oil (shows cut flourescence) 5YR-211 Trace anhydrite? 1.12 10.0% Limestone, clayey, carbo'naceous, pale brown to brownish black. 5YR-512 to 5YR-211 8000 0.99 100% Limestone, cryptocrystalline, pale yellowis;ej 10YR-612 About 50% stained brownish black with heavy hydrocarbon on dead oil (shows cut flourescence). 5YR-211 Trace sandstone. TABLE I1 (continued) LITHOLOGICAL DESCRIPTIONS AETD ORGANIC CARBON ANALYSES PARTNERS, ROHMER $1 SANTA FE ENERGY OPERATING SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 DEPTH GEOCHEM SAMPLE NUMBER INTERVAL (feet) GSA DESCRIPTION LITHO NO. 8100 3514-057 0.47 1.94 8200 3514-058 -A 100% Limestone, cryptocrystalline, yellowish palebrown, 10YR-612 about 50% stained brownish black with heavy hydrocarbon 5YR-211 or dead oil (shows,cut flourescence). 0.86 3514-059 100% Limestone, cryptocrystalline, yellowish pale brown, 10YR-6/2 about 50% stained brownish black with heavy hydrocarbon 5YR-2/1 or dead oil (shows cut flourescence). Trace sandstone. -A 3514-060 -A .?J 100% Limestone, cryptocrystalline, yellowish palebrown, 10YR-612 abolit 50% stained brownish black with heavy hydrocarbon 5YR-2/1 or dead oil (shows cut flourescence). Trace sandstone. -A 8300 ORGANIC CARBON (wt I .07/1.08 8400 100% Limestone, cryptocrystalline, pare "ydlowish brown, 1OYR-612 about 50% stained brownish black with heavy hydrocarbon 5YR-211 o r dead oil (shows cut flourescence) . TABLE I1 (continued) LITI~OLOGICALDESCR~PTIONSAND ORGANIC CARBON UYSES SANTA FE ENERGY OPEMTING PARTNERS, ROHMER#1 SEC.23, T22S, W 7 E , EDDY COUNTY, NEW MEXICO API 830-015-25722 GEOCHEM DEPTH INTERVALSAMPLE (feet) NUMBER 3514-061 8600 LITHO DESCRIPTION GSA NO. 8500 1.00 -A 70% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-5/2 -B 30% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, brownish black. 5YR-2/1 0.84 3514-062 100% Limestone, cryptocrystalline, yellowish pale brown, 10YR-6/2 about 30% stained brownish black with heavy hydrocarbon 5YR-2/1 or dead oil (shows cut flourescence). -A 3514-063 -A 0.99 8700 100% Limestone, cryptocrystalline, yellowish pale brown, 10YR-612 about 30% stained brownish black with heavy hydrocarbon 5YR-2/1 or dead oil (shows cut flourescence). -A 3514-064 O'GANIC CARBON (wt . X ) 0.41 8800 100% Limestone, cryptocrystalline, yellowish pale brown, 10YR-6/2 about 30% stained brownish bla.ck!wi;th heavy hydrocarbon 5YR-2/1 or dead oil (shows cut flourescence) . TABLE I1 (continued) LITHOLOGICAL DESCRIPTIONSAND ORGANIC CARBON ANALYSES #l SANTA PE ENERGY OPERATING PARTNERS, ROHMER SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 DEPTH GEOCHEM SAMPLE NUMBER 8900 INTERVAL (feet DESCRIPTION LITHO GSA NO. ORGANIC CARBON (wt .%) 0.62 3514-065 -A 100% Limestone,'cryptocrystalline, pale yellowish brown, 10YR-6/2 about 30% stained brownish black with heavy hydrocarbon5YR-211 on dead oil (shows cut flourescene). 3514-066 . -A moo 1.19 100% Limestone, cryptocrystalline, pale yellowish brown, 10YR-612 about 30% stained brownish black with heavy hydrocarbon5YR-211 on dead oil (shows cut flourescence). 9100 3514-067 -A 1.53 100% Limestone, cryptocrystalline, pale yellowish brown, 10YR-612 about 50% stained brownish black with heavy hydrocarbon 5YR-211 on dead oil (shows cut flourescence) . - TABLE I1 (continued) LITEIOLOGICAL DESCRIPTIONSAND ORGANIC CARBON ANALYSES SANTA FF: ENERGY OPERATING PARTNERS, ROHMER #I SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 DEPTB GEOCHEM SAMPLE NUMBER INTERVAL LITFlO .(feet) 9200 3514-068 -A 1.16 cryptocrystalline, N9 to white to pale brown. 5YR-512 40% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, brownish black. 5YR-211 9300 . white to pale brown. 30% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, brownish black. -A -B 5YR-512 5YR-211 9400 0.55 90% Limestone, cryptocrystalline, verylightgraytomediumN8 gray. 10% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, brownish black. -B 3514-071 0.9110.91 70% Limestone, cryptocrystalline, 89 to -B 3514-070 -A NO. 60% Limestone, -B 3514-069 .-A GSA DESCRIPTION CRGANIC CARBON '(wt .%I to 9500 N5 5YR-211 0.91 80% Limestone, cryptocrystalline, verylightgraytomediumN8to N5 . gray,, 20% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, brownish black. 5YR-211 - TABLE I1 (continued) LITEOLOGICAL AND ORGANIC CARBON ANALYSES DESCRIPTIONS SANTA FEENERGY OPERATING PARTNERS. RORMER #1 SEC.23, T22S, R27E,. EDDY COUNTY, NEW MEXICO API #30-015-25722 DEPTE GEOCEEM INTERVALSAMPLE NUMBER 3514-072 -A GSA (feet) LITE0 DESCRIPTION KO. 9600 ORGANIC CARBON (wt .%) 1.44 100% Limestone, cryptocrystalline, pale yellowish brown. 10YR-612 About 20% stained brownish black with heavy hydrocarbons or dead oil (shows cut (flourescence) 5YR-211 3514-073 9700 -A 3514-074 -A 60% Limestone, cryptocrystalline, N9 to . white to pale brown. 5YR-512 40% Limestone, clayey, carbonaceous, dolomitic?, cryptocrystalline, brownish black. 5YR-211 -A 0.51 9900 60% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 40% Limestone, clayey, carbonaceous, dolomitic?, - cryp+ocrystalline,brownish black:" 5YR-2/1 -B 3514-076 1.00 9800 -B 3514-075 -A 1.55 100% Limestone, cryptocrystalline, pale yellowish brown. 10YR-612 About 40% stained brownish black with heavy hydrocarbons or dead oil (showscut 5YR-211 flourescence) 0.82 10000 100% Limestone, cryptocrystalline, N9 to pale yellowish brown, about 30% stained brownish 5YR-211 black with heavy hydrocarbon or dead oil (showscut flourescence). TABLE I1 ( c o n t i n u e d ) LITEOLOGICALDESCRIPTIONS AND ORGANIC CARBON ANALYSES SANTA FE ENERGY O P E d T I N G PARTNERS, ROHMER #l SEC.23, T22S, R27E, EDDY COIJNTY, NEW MEXICO API #30-015-25722 GEO" SAMPLE NITMBER 3514-077 -A DEPTB INTERVAL -(feet) -B 5YR-211 N9 t o 5YR-512 10300 2.53 90% S h a l e ,c a l c a r e o u s , carbonaceous,brownish black. 10% L i m e s t o n e c, r y p t o c r y s t a l l i n e , w h i t et op a l e brown. T r a c ep y r i t e . 5YR-211 N9 t o 5YR-512 10400 1.50 100% S h a l e ,c a l c a r e o u s , carbonaceous,brownish . b l a c k (shows vfeariyn t cut- fion-rescene) Tracelimestone. . 3514-081 -A (wt .%I 2.30 90% S h a l e ,c a l c a r e o u s , carbonaceous,brownish black. 1 0 %L i m e s t o n e c, r y p t o c r y s t a l l i n e , white t o p a l e brown. T r a c ep y r i t e . -A CARBON 5YR-211 .N9 t o 5YR-512 10200 -B 3514-080 NO. 2.06 90% S h a l e ,c a l c a r e o u s , carbonaceous,brownish black. 10%Limestone,cryptocrystal.line, white t o p a l e brown. T r a c ep y r i t e . -B 3514-079 -A LITFiO DESCRIPTION 10100 -B 3514-078 -A O?cmIC GSA 5YR-211 10500 1.38 90% S h a l e ,c a l c a r e o u s , c3bonaceous,brownish black. 10%Limestone,cryptocrystalline, p a l ew t oh i t e brown. T r a c ep y r i t e . 5YR-211 N9 t o 5YR-512 TABLE I1 (continued) LITHOLOGICAL DESCRIPTIONSAND ORGANIC CARBON ANALYSES #I SANTA FE ENERGY OPERATING PARTNERS, ROHMER SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 DEPTH GEOCHEM SAMPLE NUMBER 3514-082 -A ORGANIC INTERVAL DESCRIPTION LITHO (feet) 10600 0.20 90% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 10% Shale, calcareous, carbonaceous, brownish black. -B 5YR-211 0.27 10800 90% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 10% Shale, calcareous, carbonaceous, brownish black. -B 3514-085 .%) 0.97 10700 -A 3514-084 -A (wt 50% Limestone, cryptocrystalline, to medim N8to verylightgray N5 gray. 50% Shale, calcareous, carbonaceous, brownish black. 5YR-211 -B 3514-083 CARBON GSA NO. 10900 -A 5YR-211 0.58 90% Limestone, cryptocrystalline, N9 to whitepale brown. to5YR-512 10% Shale, calcareous, carbonaceous, brownish 5YR-211 blask:. -B - 3514-086 -A -B 0.36 ll000 90% Limestone, cryptocrystalline, N9 to white pale brown. to5YR-512 10% Shale, calcareous, carbonaceous, brownish black. 5YR-211 .k. 4' TABLE I1 (continued) LITHOLOGICAL DESCRIPTIONSAND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPEaTING PARTNERS, ROHMER#I SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO API #30-015-25722 DEPTH GEOCHEM SAMPLE NUMBER 3514-087 -A INTERVAL (feet) 0.73 90% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 10% Shale, calcareous, carbonaceous, brownish black. 5YR-211 11300 0.59 90% Limestone, crypotocrystalline, N9 to white to pale brown. 5YR-512 10% Shale, calcareous, carbonaceous, brownish black. 5YR-211 -B 11400 0.32 90% Limestone, cryptocrystalline, N9 t o white to pale brown. 5YR-512 10% Shale, calcareous, carbonaceous, brownish black. 5YR-211 -B 3514-091 -A 1.20 11200 -B 3514-090 -A (vt .%I 80% Shale, calcareous, carbonaceous, brownish black. 5YR-211 20% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 -A 3514-089 -A ORGANIC CARBON 11100 -B 3514-088 DESCRIPTION LITHO GSA NO. 11500 :. - -i. 100% Limestone, clayey, carbonaceous, pale brown to brownish black. 0.44 5YR-512 to 5YR-2/1 TABLE I1 (continued) LITROLOGICAL DESCRIPTIONSAND ORGANIC CARBON QALYSES SANTA FE ENERGY O P E ~ T I N GPARTNERS. ROHMER #I SEC.23, T22S, R27E, EDDY COUNTY, bW~MEXICOAPI 130-015-25722 DEPTH GEOCHEM SAMPLE NUMBER INTERVAL (feet) LITHO DESCRIPTION GSA NO. ORGANIC CARBON (wt .%) ~~ 3514-092 -A 11600 -B 3514-093 -A 11700 -C -D 11800 -C -A -B -C 1.04 45% Sandstone, calcareous, very fine grained, very 'light gray to clear. N8 30% Shale, calcareous, carbonaceous, brownish black. 5YR-211 25% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 -B 3514-095 4.85 35% Shale, calcareous, carbonaceous, brownish black. 5YR-211 30% Limestone, cryptocrystalline,N9 to white to pale brown. 5YR-512 30% Sandstone, calcareous, very fine grained, very light gray to clear. N8 5% Coal, black. N1 -B 3514-094 -A 0.78 60% Limestone, cryptocrystalline; carbonaceous, brownish black. 5YR-211 40% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 11900 -- -Y. - 75% Sandstone, calcareous, very fine grained, very light gray to clear. N8 20% Shale, calcareous, ,>:: carbonaceous, brownish black. 5YR-211 5% Limestone, cryptocrystalline, N9 to white to pale brown. 5YR-512 0.89 TABLE I1 ( c o n t i n u e d ) LITHOLOGICAL DESCRIPTIONS AND ORGANIC CARBON ANALYSES SANTA FE ENERGY OPERATING PARTNERS, ROHMER #I SEC.23, T22S, R27E, EDDY COUNTY, NEW MEXICO A P I #30-015-25722 GEOCEEM SAMPLE NUMBER 3514-096 DEPTH INTERVAL (feet) 12000 3514-097 -A c a l c a r e oSu hs ,a l e , -B v e r yf i n eg r a i n e d ,w h i t e t o clear. N9 carbonaceous,brownish black. 5YR-211 5% 1.6611.65 80% S a n d s t o n e ,c a l c a r e o u s , v e r yf i n eg r a i n e d ,v e r y l i g h tg r a yt oc l e a r . 20% S h a l e ,c a l c a r e o u s , carbonaceous,brownish black. Traceoflimestone. N8 5YR-211 12200 1.70 80% S h a l e ,c a l c a r e o u s , carbonaceous,brownish black. 20% S a n d s t o n e ,c a l c a r e o u s , v e r yf i n eg r a i n e d ,v e r y l i g h tg r a yt oc l e a r . T r a c el i m e s t o n e ,p y r i t e . -B 3514-099 -A (wt . X ) 0.40 12100 -B 3514-098 -A OVANIC CARBON 95% S a n d s t o n e ,c a l c a r e o u s , -A -B .LITHO DESCRIPTION GSA NO. 5YR-211 N8 2.02 12300 8.0% S h a l e ,c a l c a r e o u s , carbdilaseous,brownish black. 20% S a n d s t o n e ,c a l c a r e o u s , v e r yf i n eg r a i n e d ,v e r y lightgraytoclear. T r a c el i m e s t o n e ,p y r i t e . 5YR-211 N8 TABLE I I I RESULTS OF ROCR-EVAL PYROLYSISANALYSIS SANTA FE ENERGY OPERATINGPARTNERS, ROHHER N 0 . 1 SEC.23, T22S. W 7 E , EDDY C O W Y , HGW HEXICO API 830-015-25722 ’ 2500 2600 2700 2800 2900 3514-001 3514-002 3514-003 3514-004 3514-005 3514-006 3514-007 3514-008 3514-009 3514-010 3514-011 3514-012 3514-013 3514-014 3514-015 3514-016 3514-017 3514-018 3514-019 3514-020 T.O.C. SI S2 3000 3100 3200 3300 3400 3500 3600 3700 3800 3900 4000 4100 4200 4300 0.28 4400 -- P W T.O.C. (wL.X) RYDROGEN PI 522 INDEX OXYGER m E X NOT ANALYZED 433 0.75 14.46 0.47 0.05 1.26 2.17 0.27 4.19 0.37 0.06 352 0.37 1.19 0.01 0.03 0.20 0.25 0.00 0.19 0.05 0.04 0.41 107 0.11 0.3R 0.03 0.49 0.31 1.19 0.21 16 NOT ANALYZED 432 31 NOT ,ANALYZED NOT ANALYZED 436 15 105 NOT ANALYZED ~~ 441 10 ~ NOT: ANALYZED NOf ANALYZED N9T ANALYZED 439 0.12 1.01 117 48 1.11 389 0.98 3.m 234 0.10 0.09 1.67 0.41 37 15 19 1.29 0.12 0.31 262 21 NOT ANALYZED NOT ANAI.YZE0 0.22 270 3.38 431 0.45 Total organiccarbon, vt.% Frrr hydrocarbons, mg Hclg o f rock = Residual hydrocarbon potential (mg HCIg or rock) 53 PC* 0.15 = C02 produced from kerogen p y r o l y s i s (mg C021g of rock) 0.083 (SI + 52) - HydroRen Index = mg H C l g organic carbon Oxygen Index PI RlAx -- = mg C 0 2 1 g organic carbon S I I S I + 52 Temperature Index, degrees C. 8 TARLE I l l (continued) RESULTS OF ROCK-EVAL PYROLYSIS “LYSIS SANTA FE ENERGY OPERATING PARTNERS, ROIlMER NO.l SEC.23, T22S. R27E, EDDY COUNTY, NEW MEXICO API 630-015-25722 PI 3514-021 3514-022 3514-023 3514-024 0.17 3514-0250.14 3514-026 3514-027 3514-02s 3514-029 3514-030 3514-031 3514-032 3514-033 3514-034 3514-035 3514-036 3514-037 3514-038 3514-039 3514-040 T.O.C. SI S2 -- 4500 4600 4700 4800 4900 0.32 5000 5100 5200 5300 5400 5500 5600 5700 5800 5900 6000 6100 6200 6300 6400 ANALYZED NOT 439 NOT ANALYZEU NOT ANALYZED ’ 1.76 439 ANALYZED NOT NOT ANALYZED 442 tbT ANALYZED “T ANALYZED 437 ‘ I 446 NOT ANALYZED NOT ANALYZED 445 NOT ANALYZED NOT ANALYZED 440 449 NOT ANALYZED 1.33 0.17 0.27 PC+ 0.12 0.11 T.O.C. (*t.X) BYDROGEN INDEX OXYGEN 1.01 131 26 INDEX 0.29 32 0.12 1.17 0.27 0.85 0.45 4.15 ‘1.11 0.45 0.31 0.17 0.29 1.72 4.16 0.6q 4.71 2.31 11.69 3.94 0.99 0.79 Total organic carbon, ut.% Free hydrocarbons, mg Helg of rock = Residual hydrocarbon potential (mg HClg or rock) s3 P F Hydrogen Index 0.10 1.16 100 0.13 2.05 1.33 202 83 0.29 0.49 2.86 145 24 0.29 0.37 1.36 0.52 6.04 3.04 193 129 16 25 0.09 0.41 = C02 produced from kerogen pyrolysie - (mg C02Ig o f rock) 0.083 (SI t s2) oxygen Index PI TUAX mg AC/g organic carbon -- 23 ’ 21 23 mg C02Ig organic carbon SlISl + s2 Temperature Index,degreesC. TABLE I l l ( c o n t i n u e d ) RESULTS OF R W K - E V A L PYROLYSISANALYSIS SANTA FE ENERGY OPERATING PARTNERS, ROHHER N 0 . l SEC.23, T22S. R27E. EDDY COUNTY. NEW MEXICO API 830-015-25722 PI PW T.O.C. amRocm (“t.X) INDEX ~~ 3514-041 3514-042 3514-043 3514-044 3514-045 3514-046 3514-047 3514-048 3514-049 3514-050 3514-051 3514-052 3514-053 3514-054 3514-055 3514-056 3514-057 3514-058 3514-059 3514-060 T.O.C. SI 52 6500 6600 6700 6800 6900 7000 7100 7200 7300 7400 7500 7600 7700 7800 7900 8000 8100 8200 8300 8400 -- NOT ANALYZED 442 447 NOT ANALYZEO 446 ’ 449 NOT ANALYZED 447 NOT ANALYZED NOT ANALYZED NOT ANALYZEO 455 ‘ I 453 453 450 456 NOT ANALYZED 454 NOT ANALYZED NOT ANALYZED 0.28 0.25 0.60 0.68 0.46 0.27 0.59 0.42 I .34 0.85 0.34 0.24 1.21 2.43 0.43 0.37 0.31 0.84 0.52 0.39 0.66 0.75 1.39 0.99 0.75 0.34 0.20 0.60 0.30 0.29 0.80 1.74 0.46 T o t a l organic carbon, v t . % Frua hydrucarbona, mg lle/g of rock Residue1 hydrocarbon polential &g HClg or rock) ,. s3 PC* Hydrogen Index 0.32 0.07 0.30 0.91 0.07 0.16 0.10 0.33 0.36 0.29 0.38 0.35 0.09 ~~ 0.27 0.31 0.33 0.08 0.08 0.18 0.12 0.21 = C02 produced f r m kerogen p y r o l yW s i gs e n - (mg CO2Ig of rock) 0.083 (SI + 52) mg H C l g organic carbon 0.69 65 98 50 39 1.58 0.92 84 92 21 26 1.86 130 23 0.92 0.82 1.11 0.99 71 91 125 88 75 36 24 54 26 29 1.98 87 23 1.12 0.34 0.31 OXYGER INDEX Index PI ?HAX -- mg COZlg organic carbon S I l S I + 52 - T e m p e r a t uIrned e x , degrees C. TABLE I l l ( c o n t i n u e d ) RESULTS OF ROCK-EVAL PYROLYSISANALYSIS SANTA F€ ENERGY OPERATING PARTNERS, R O W E R N O . l SEC.23, T22S. R27E, EDDY COUNTY, NEW MEXICO API 630-015-25722 T.O.C. 8500 3514-361 3514-062 3514-063 3514-064 3514-065 3514-066 3514-067 3514-068 3514-069 3514-070 3514-071 3514-072 3514-073 3514-074 3514-075 3514-076 3514-077 3514-078 3514-079 3514-080 T.O.C. SI 52 8600 8700 8800 8900 9000 9100 9200 9300 9400 9500 9600 9700 9800 9900 10000 10100 10200 10300 10400 - = Toor g t aeln i c 450 NOT ANALYZED 452 PI PC* (vt .%) RYDROGEN INDEX OXYGEN INDEX 0.47 0.72 0.36 0.40 0.09 1 .on 72 36 0.40 0.73 0.31 0.36 0.09 0.q9 73 31 0.51 0.R2 0.31 '0.39 0.11 1.19 68 26 0.54 0.24 0.06 0.17 0.82 0.20 0.15 0.35 0.24 O.R7 0.03 0.41 0.27 0.40 0.55 0.30 0.33 0.. 1 1. 0.91 0.55 0.91 70 21 27 38 2n 95 74 29 0.84 0.46 0.19 b.R9 0.57 0.13 0.33 0.20 57 57 25 21 0.67 0.75 0.92 0.74 0.72 1.07 NOT ANALYZED ~~ NOT ANALYZED z 457 NOT ANALYZED 455 372 ,t 413 406 NOT ANALYZED 451 45s 460 NOT ANALYZED carbon, v t . % Free hydrocarbons, mg HCIRof rock =hydrocarbon Residual potential (mg HClg or rock) s3 ~ lo.nl 0.04 ~ ~I...l h~ . 0.14 0.22 1.55 0.49 0.45 0.59 0.02 1 .oo 0.51 0.23 0.35 0.22 0.48 0.51 0.46 0.11 0.12 0.16 2.30 2.53 CO2 produced from kerogen p y r o l y s i s (mg C02/g of rock) 0.083 + S2) P F (S1 Hydrogen Index mg HClg organic carbon - ~~ 0.08 2.06 35 31 42 Oxygen Index p rng COZlg o r g a n i c carbon PI = S l / S l + s2 degrees ZHAX Index, Temperature - 20 43 11 15 8 C. 7 TABLE 1 1 1 (continued) RESULTS OF ROCK-EVAL PYROLYSIS ANALYSIS SANTA FE ENERGY OPERATING PARTNERS, RORMER NO.1 SEC.23. T22S. R27E. EDDY COUNTY, NLW MEXICO API #30-015-25722 10500 3514-081 3514-082 3514-083 3514-084 3514-085 3514-086 3514-087 3514-088 3514-089 3514-090 3514-091 3514-092 3514-093 3514-094 3514495 3514-096 3514-097 3514-098 3514-099 T.O.C. SI s2 Incoo IO700 IO800 10900 1 IO00 11100 11200 11300 11400 11500 11600 11700 11 800 11900 12000 12100 12200 12300 -- 458 462 438 327 ,489 370 487 493 NW ANALYZED NOT ANALYZED 382 1 496 489 444 475 NOT ANALYZED 515 511 472 I Tolal organic carbon, Free hydrocarbons. 0.38 0.20 0.05 0.03 0.10 0.04 0.14 0.08 0.46 n. 24 0.08 0.04 20 90 103 27 8 83 19 0.02 16 23 0.75 0.45 0.14 0.30 0.37 0.00 0.01 0.19 0.06 0.02 0.44 0.78 4.85 1.04 0.89 4 15 42 50 17 79 92 10 69 28 0.25 0.29 0.09 0.46 0.04 0.04 1.65 1.70 2.02 24 24 30 50 102 70 0.07 0.03 0.01 0.00 0.02 0.00 0.17 0.03 0.09 0.34 0.22 0.09 0.02 0.12 2.05 0.52 0.16 0.35 0.72 0.50 0.72 0.25 0.13 0.17 0.53 0.40 0.41 0.62 0.84 1.74 1.42 vt.Y 0.03 0.20 s3 mp. HclR of rock Residualhydrocarbonpotential (mg HC/g or rock) 33 24 40 14 31 0.45 0.45 0.42 0.50 0.36 0.67 0.41 0.33 0.18 PC* - - 15 1.38 0.97 0.20 0.27 0.58 0.36 1.20 0.73 0.21 0.20 0.18 0.28 0.16 0.30 0.23 0.08 ~~ 0.02 C02 produced from kerogen pyrolysis (mg COZ/g of ruck) 0.083 (SI + 5 2 ) Hydrogen Index = rng HCIg organic carbon O w e n Index PI ITUX -- 10 mg CO21g organic carbon SlISl + s2 Temperature I n d e x , degrees C. \ 1 TABLE IV SUHEURY OF ORGANIC CARAON AND VISUAL KEROGEN DATA NEW HEXICO HYDROCARBON SOURCE ROCK WALUATION ENERGY OPERATING PARTNERS, 6ANTA FE R O W E R NO.l SEC.23, TZZS. R27E, EDDY COUNTY, HEW MEXICO API 130-01s-2~722 CEOCREM DEPTR ".. MTAL ORGANIC CARBON IBTERVAL SWLE mRlBER (feet) 3514-001 3514-002 3514-003 3514-004 3514-005 3514-006 3514-007 3514-008 3514-009 3514-010 3514-011 3514-012 3514-013 3514-014 3514-015 3514-016 3514-017 3514-018 3514-019 3514-020 3514-021 3514-022 3514-023 c. 2500 2600 2700 2800 2900 3000 3100 3200 3300 3400 3500 3600 3700 3800 3900 4000 4100 4200 4300 4400 4500 4600 4700 J 1.73 I 5 / 2.71 0.61 1.2011.17 0.51 0.15 0.19 0.15 0.38 0.26 0.35 0.4010.40 1.01 0.67 0.65 0.98 3.OR 1.67 0.83 1.3011.27 0.75 ORGANIC HATTER TYPE T VIS I E W I - - - - - 9 Not Analyzed w;Am;w Not Analyzed Not Analyzed h-H*;-.Not Analyzed n*;Am;- f LO 2+ 2.3 12 0 2 LO 2+ 2.4 50 n n 2 t o 2+ 2.4 2R 72 0 0 2 t o 2+ 2.4 0 28 72 0 0 2 t o 2t 2.4 0 28 28 38 72 72 50 0 0 12 0 0 0 2 2 2 t o 2+ 0 0 t o 2' t o 2+ 2.4 2.5 2.4 0 50 50 0 0 2 t o 2+ 2.4 0 16 84 0 0 2 to 2* 2.5 50 12 0 25 63 0 50 0 H*;Am;Not Analyzed Not Analyzed H*;Am;- *:Am:n*;Am;w .. Not Analyzed Am+*.-.- NUL Analyzed 1.01 H;-;Am Not Analyzed - - - - AI Secondary; 20-40% Trace 0-201 TRERHAL ALTERATION I N D E X -2 38 LEGEND: Predominant; so-100% T Not Analyzed Not Analyzed Not Analyzed 0.55 KEROGEN K E Y ALTERATION STAGE 0 0 Not Analyzed H;Am;W T L ABURDAUCE NOW N h - Algal Amorphous-Sapropel Relic Amorphous-Sapropal nerbaceoue-SporelPollan DegradedHerbaceous Woody-Slruetured U n i d e n t i f i e dM a t e r i a l Inertinite Coely 1 TABLE IV ( c o n t i n u e d ) S W R Y OF ORGANIC CARBON AND VISUAL KEROGEN DATA NEW m X I C 0 HYDROCARBON SOURCE ROCK EVALUATION NO.l SANTA FE ENERGY OPERATING PARTNERS, RORHER SEC.23, T22S, RZlE, EDDY COUNTY, NEW UEXICO API 630-015-25722 GEOCEW SAHPLE 5000 3514-024 3514-025 3514-026 3514-027 3514-028 3514-029 3514-030 3514-031 ~.~ 3514-032 3514-033 3514-034 3514-035 3514-036 3514-037 3514-03s 3514-039 3514-040 3514-041 3514-042 3514-043 3514-044 3514-045 3514-046 ~~ 58ob1 .’. DEPfR INTERVAL (feet) TllTAL ORGAUIC CARBOR 4800 0.78 0.98 0.63 0.32 1.1611.15 0.78 0.34 2.05 1.3311.33 0.68 1.12 2.86 1.36 0.9610.93 6.04 3.04 0.84 0.70 0.91 0.69 I 4900 5100 5200 5300 5400 5500 ,: .. 5600 2 5700 I I I ~ 1 I ~ 5900 6000 6100 6200 6300 6400 6500 6600 6700 6800 6900 7000 I I 1 ... Secondary; 20-40% Am 0 28 12 0 28 0 0 - 7 i ALmRATION STAGE INDEX i - - - - - T U E W ALTERATIOA t 0 n 2 to 2* 2.5 72 0 0 2 to 2+ 2.5 50 38 50 62 01 0 0 0 2 to 2* 0 50 50 0 0 2 0 0 43 43 57 51 0 0 0 0 50 50 50 50 0 0 0 0 0 0 0 50 50 50 50 0 0 0 0 2c 0 to I 2* 2.5 2.6 2.5 2+ 2c 2.6 2.6 2c 2+ 2.6 2.6 t o 32+ 2.1 2.6 1.31 1.6211.55 0.92 KEROGEN KEY 60-1001 A1 AB0 NDAUCE PERCENT E ~~~~ LEGEND: Predominant; VIS NORM - - Trace 0-20% - -2+ - - - - A m ” - A1 Algal A m - Amorphous-Sapropel Relic A m o r p h o u s - S a p r o p r l Herbeceous-SporeIPollen H D e g r a d e dA e r b a c e o u s H* w - 71 = I - c - Woody-Structured Y n i 4 e n t i f i e . l %,ceria1 Inertinite cnaly TABLE Iv (continued) S ~ OF ORGANIC Y CARBON m v r s w KEROGEN DATA NEW HEXICO HYOROCARBON SOURCE ROCK EVALUATION SANTA FE ENERGY OPERATING PARTNERS, ROHHER NO.l SEC.23. T22S. RZ7E, EDDY COUNTY, NEW tCXIC0 API 830-015-25722 TOTAL GEOCUEH SAHPLE DEPTA NUUBER (feet) ORGANIC CARBON I 3514-047 3514-048 3514-049 7100 I 3514-050 . ” ~~~ 3514-051 3514-052 3514-053 3514-054 3514-055 3514-056 3514-057 3514-058 3514-059 3514-060 3514-061 3514-062 3514-063 3514-064 3514-065 3514-066 3514-067 3514-068 3514-069 7400 7500 1 7700 7600 .; 7800 7900? 8000/ 8100 8200 8300 8400 8500 8600 8700 8800 8900 9000 9100 ,: I 9200 9300 1.78 1.86 1.09 0.52 0.51i0.54 0.92 0.82 1.11 1.12 0.99 0.47 1.94 0.86 1.07i1.08 1.oo 0.84 0.99 0.41 0.62 1.19 I .53 1.16 0.91i0.91 INTERVAL T t VIS L mu mw Am R - NOW [ZED 50 50 43 57 50 50 50 56 0 50 50 50 44 45 33 11 50 50 50 ALTERATION STAGE ALTEFXCION INDEX 0 -2+ to 3- 2.7 0 -2+ -2 t -2+ -2+ 2+ to to to to to 33333- 2.7 2.7 2.7 2.7 2.7 11 2+ to 3- 2.8 0 0 2+ to 3- 2.8 50 0 0 2+ to 3- 2.8 37 63 0 0 2+ to 3- 2.8 . 43 57 63 0 2+ t o 3- 2.8 2.8 25 - 0 0, 0 0 0 I 0 0 0 0 12 O I - 2+ t o 3- - LEGEND: AI gal KEROGEN KEY Predominnnt; 60-100% Secondary; 20-401 Trace 0-20% Amorphous-Sapropel Relic Amorphous-Sapropel Herbeerous-SporelPollen Dearaded Uerbaceous Woody-Structured Unidentified Heterial Inertinite CoSlY 1 TARLE IV (continued) SCMIARYOF ORGANIC CARBOA AND VISUAL KEROGEN DATA NEW MEXICOHYDROCARBONSOURCE ROCK EVALUATION SANNTA FR RNRRGY OPERATINGPARTNERS, SEC.23, T27S. R27E, EDDY COUNTY, ROHHER NO.l NEW MEXICO API 130-015-25722 DEPTH INTERVAL (feet) .'. . 3514-070 3514-071 3514-072 3514-073 3514-074 3514-075 3514-076 3514-077 3514-078 3514-079 3514-OR0 3514-081 3514-082 3514-083 3514-084 3514-085 3514-086 3514-OR7 3514-088 3514-089 3514-090 3514-091 3514-092 9400 9500 9600 9700 9800 9900 10000 .) ;:;::/? 10300 10400 10500 10600 10700 10800 10900 11000 11100 1 I200 11300 11400 11500 11600 TUTU. ORGANIC CARBON 0.55 0.91 1.44 1.55 1.m 0.51 0.82 2.06 2.30 2.53 1 .SO 1.38 0.97 0.20 0.27 0.58 0.36 ORGANIC P A T I E R TYPE H;r;wth) W:Am-I;W Not Analyzed H*;h:W-I Am+*;-.,I H*;Am;W-I N o t Analyzed n*;Am;w-1 W-I;H;h W;Am;W-I Not Analyzed TAI - I 2+ t o 2c t o 31" 2.9 2.9 11 12 16 2+ t o 2+ t o 2+ t o 322- 2.9 2.9 2.9 IO 40 20 50 0 34 44 26 44 44 42 l0 1 26 17 28 42 23 36 16 30 18 30 15 17 40 17 2h 40 31 30 40 30 50 40 25 44 50 3h 0 0 0 0 0 0 0 h-H*;-;w-I 0 H-1i;I:h H*;h:W-I h-II*;w:- 0 0 0 1.20 U-I;H;h 0 0.73 0.59 0.32 0.44 0.78 H;W-I;h Not Analyzed NIL Analyzed H;I;h-w n-t;w;- 0 12 0 0 IO 0 10 2o 16 ALTERATION INDEX 30 20 0 0 Am-H*;I;- n-1:w;Am I i I TAERHAL ALTERATION STAGE LO 18 -3-3- 3 to 3 3.0 3.1 3.1 23 23 IO 30 12 20 9 33 22 31 30 10 23 12 0 33 22 33333333- to 3 to 3 LO 3 to 3 to 3 to 3 to 3 to 3 3.2 3.2 3.2 3.2 3.2 3.2 3.2 3.2 IO 28 30 36 3- t o 3 3- to 3 3.2 3.2 3- 16 - rj LEGEND: Algal horphous-Sapropel Relic Amorphous-Sepropel h " Herbaceous-SporeIPalfen A A * - Degraded Herbaceous w - Woody-Structured u p Unidentified Material I = InartiniLa c - Cody A1 Predominant; 60-100% Secondary; 20-40% = - A m - KEROCENKEY Trace C-ZOZ i i TABLE Iv (continued) SUHPURY OF ORGAAIC CARBON AHD VISUAL KEROGEN DATA NEW UEXICO HYDROCARRON SOllRCE ROCK EVALUATION SANTA FE ENERGY OPERATING PARTNERS. ROHHER NO.l SSC.23, 122s. R27E. EDDY COUNTY, NEW MEXICO API 630-015-25722 GEOCHEH SAWLE NUMBER 3514-093 3514-094 3514-095 3514-096 3514-097 3514-098 3514-099 DEPTA INTERVAL (feet) 11800 11900 , I2000 12100 12200 12300,, LEGEND: KEROGEN KEY Predomlnenl;Secondary;Trace 6o-100~ 0-202 20-40% TOTAL ORGANIC CARBON 4.85 1.04 0.89 0.40 1.6611.65 1.70 2.02 ORGANIC MAlTER TYPE r VISUAL NORH hl - A;I;W 0 H-I;W;Am 9 H;w;I(~) 10 Analyzed H-1;W;Am W-1;H;W-I;H;h 15 0 9 ABUNDANCE WENT A T tT-tT 50 33 40 ALTFXATION SAGE 30 3- to 3 3- t o 20 1 1 l3.3 3.4 3.3 Not 31 2R 25 23 36 3 31 36 33 3 3 33 A m *- 3.4 3.4 3.4 AI Algal Am- Amorphous-Seprapel Relic Amorphous-Sapropal H H* w - u - I - Hrrbaceous-SporeIPollen Degraded Herbaceous Woody-Structured Unidentified Haterial Inertinite c - Cody - = TABLE V , .. h r I r r r I r I If' I" I" I" I" I r I I F ” .. .. TABLE V APPENDm A Brief DsscrlMon ai OlKanic Gkochemical analyses C a n i d hrT by -hem G - C " Hvdrocarbon ~ II- r r 1 r r r r r r I" r r r r r r I GEOTHERMAL DIAGENETIC CRITERIA IeEOFnEM L ~ B O R A T O R I E S . ~ ~ C I

New Mexico Bureau of Mines and ... Open File Report No. OF-262

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New Mexico Bureau of Mines and ... Open File Report No. OF-262

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