# ChemRec

Sample_appearance:
PALE BROWN COLORED WATER REC'D FROM MUDDY WATER. THE ANALYSIS IS INDICATIVE     OF SALT WATER. THE DHS REC'D WITH OPENING PRESSURE OF 500 KPAG AT 18 C.         IT CONTAINED GAS AND 2.0 L MUDDY WATER.

Remarks:
FE PRES. SAMPLE #1 TOP RESIS OF THE WATER: .574, DRILLING MUD. SAMPLE #2        MID RESIS OF THE WATER: .450, DRILLING MUD. SAMPLE #3 TOP OF TOOL RESIS OF      THE WATER: .235, MUDDY WATER. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
YELLOW COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER WITH A TRACE OF      SPENT ACID WATER CONTAMINATION.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF     SALT WATER. THE DHS REC'D WITH OPENING PRESSURE OF 7000 KPAG AT 18 C. IT CONTA  INED 144.74 L GAS AND .5 L MUDDY WATER.


Sample_appearance:
SAMPLE CONSISTED OF DARK GREEN COLORED SOUR WATER. ANALYSIS IS INDICATIVE OF    FORMATION WATER.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVEOF SL.  SALTY WATER. THE DHS REC'D WITH OPENING PRESSURE OF 2000 KPAG AT 11.84 L OF     GAS AND 1.75 L. MUDDY WATER.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS: 1.417, SAMPLE #2 MID RSIS: 1.132, SAMPLE #3      TOP OF TOOL RESIS: .866, ALL RESIS OHM/M @ 25 C. ALL SAMPLES CONSISTED OF       DRILLING MUD.


Sample_appearance:
GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER CONTAMINATED          WITH MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 680 KPAG AT 18 C.     IT CONTAINED 10.03 LK OF GAS AND 1.25 L OF WATER.


Sample_appearance:
BROWN COLORED WATER REC'D FROM OIL FLEKCED DRILLING MUD. THE ANALYSIS IS        INDICATIVE OF MUD FILTRATE.


Sample_appearance:
BAKER OIL TOOLS DHS #230 REC'D AT 630 KPA PRESSURE. CONTAINED IN THE            CHAMBER WAS 2.00 L OF OIL CUT MUD (21.89% OIL) WITH A CLEAR FILTRATE.           INSUFFICIENT FOR ROUTINE ANALYSIS. NO RECOVERABLE GAS PRES. ANALYSIS INDICATIV  E OF MUD FILTRATE.

Remarks:
FE TRACE. SAMPLE #5 RESIS OF FILTRATE: 3.874 OHM/M @ 25 C. OIL STAINED MUD.


Sample_appearance:
BAKER OIL TOOLS DHS #176 REC'D AT 320 KPA PRESSURE. CONTAINED IN THE CHAMBER    WAS 5.23 L OF GAS AT 101.325 KPA & 15 C, AND .55 L OF MUD WITH A CLEAR FILTRAT  E. ANALYSIS INDICATIVE OF A MUD FILTRATE.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS OF THE FILTRATE: 3.16, MUD WITH A CLEAR           FILTRATE. SAMPLE #2 BOTTOM RESIS OF THE FILTRATE: 3.24, SAME AS ABOVE.          BOTH RESIS OHM/M @ 25 C.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 9.5 MLS. THE WATER EXTRACTED FROM MUD.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 9 MLS. THE WATER EXTRACTED FROM MUD.      SAL. = .04%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 15.5 MLS. THE WATER EXTRACTED FROM        MUD. SAL. = .05%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 8.5 MLS. THE WATER EXTRACTED FROM MUD.    SAL. = .06%


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM DRILLING MUD. THE DHS REC'D WITH AN\       OPENING PRESSURE OF 5000 KPAG AT 20 C. IT CONTAINED GAS AND .75 L. DRILLING     MUD.

Remarks:
FE PRES. SAMPLE #1 TOP RESIS OF WATER: 2.830, DRILLING MUD. SAMPLE #2           RESIS OF WATER: 2.644, DRILLING MUD. BOTH RESIS OHM/M @ 25 C.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF COMPLETION FLUIDS.          KCL AND ACID WATER.


Sample_appearance:
COLORLESS WATER. ANALYSIS IS INDICATIVE OF SALT WATER. THE DHS REC'D WITH       OPENING PRESSURE OF 0 KPA AT 18 C. IT CONTAINED 1.9 L. WATER.

Remarks:
FE PRES. SAMPLE #1 TOP RESIS: .078, MUDDY WATER. SAMPLE #2 MID RESIS: .070,     GREEN COLORED WATER. SAMPLE #3 RESIS: .066, GREEN COLORED WATER. ALL RESIS      OHM/M @ 25 C.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE OF    MUD FILTRATE. THE DHS REC'D WITH OPEING PRESSURE OF 1750 KPAG AT 18 C.          IT CONTAINED 14.34 L OF GAS (@SRC) AND 1.2 L. OF DRILLING MUD.


Sample_appearance:
SAMPLE CONSISTED OF PALE YELLOW COLORED WATER. ANALYSIS IS INDICATIVE OF        SALTY WATER CONTAMINATED WITH ALCOHOL.


Sample_appearance:
COLORLESS WATER WITH FINE BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE     OF SPENT ACID.


Sample_appearance:
COLORLESS WATER WITH FINE BLACK SUSPENDED PARTICLES. ANALYSIS INDICATIVE        OF SALTY WATER WITH SPENT ACID CONATMINATION.


Sample_appearance:
COLROLESS WATER WITH BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE OF       SALTY WATER WITH SPENT ACID CONTAMINATION.


Sample_appearance:
COLORLESS WATER WITH FINE BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE     OF SALTY WATER WITH SPENT ACID CONTAMINATION.


Remarks:
SALINITY AS NACL 695 PPM, SATURATION INDEX 1.78, STABILITY INDEX 5.7,           CORROSION TENDENCY 2.46


Sample_appearance:
COLROLESS WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE OF MUD FILTRAT  E.

Remarks:
FE PRES. SAMPLE #1 TOP RESIS: 1.832, SAMPLE #2 MID RESIS: 1.726, BOTH RESIS     OHM/M @ 25 C. BOTH SAMPLES CONSISTED OF DRILLING MUD. SAMPLE #3 DHS. NO         ANALYSIS BY REQUEST.


Sample_appearance:
SAMPLE CONSISTED OF 68% ORANGE COLORED WATER AND 22% OIL. ANALYSIS IS           INDICATIVE OF FRESH WATER.


Sample_appearance:
SAMPLE CONSISTED OF WATER WITH A YELLOW COLORED FILTRATE. ANALYSIS INDICATIVE   OF A MUD FILTRATE.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 7 MLS. THE WATER EXTRACTED FROM           MUD. SAL. = .14%


Sample_appearance:
SAMPLE CONSISTED OF GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF FORMATION    WATER.


Sample_appearance:
BAKER OIL TOOLS DHS #56 REC'D AT ATM. PRESSURE. CONTAINED IN THE CHAMBER WAS    2.25 L OF MUD WITH A CLEAR FILTRATE.                                            THE ANALYSIS INDICATIVE OF A MUD FILTRATE.


Sample_appearance:
ALPINE TESTERS DHS #11 REC'D AT ATM. PRESSURE. CONTAINED IN THE CHAMBER         WAS 2.80 L OF WATERY MUD WITH A CLEAR FILTRATE. ANALYSIS INDICATIVE OF A        MUD FILTRATE.


Sample_appearance:
LIGHT BR0WN COLORED WATER REC'D FROM WATERY DRILLING MUD. ANALYSIS IS           INDICATIVE OF SL. SALTY WATER. THE DHS REC'D WITH OPENING PRESSURE OF           1400 KPAG AT 18 C. IT CONTAINED 8.40 L OF GAS AND 1.5 L MUDDY WATER.


Sample_appearance:
PALE BROWN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE         OF SALT WATER. THE DHS REC'D WITH AN OPENING PRESSURE OF 5200 KPAG AT 18        C. IT CONTAINED 23.42 L. OF GAS (@SRC) AND 1.9 L OF MUDDY WATER.

Remarks:
FE PRES. MUD TANKS RESIS: 1.26, BROWN COLORED WATER REC'D FROM DRILLING MUD.    TOP RESIS: 1.14, BROWN COLORED WATER REC'D FROM DRILLING MUD. ABO TOOL RESIS    .317, PALE BROWN COLORED WATER REC'D FROM MUDDY WATER. ALL RESIS OHM/M @ 25     C.


Sample_appearance:
BROWN COLORED WATER REC'D FROM WATERY DRILLNG MUD. ANALYSIS INDICATIVE          OF MUD FILTRATE.

Remarks:
FE NIL. TOP RESIS: 1.99, BROWN COLORED WATER REC'D FROM MUDDY WATER.            MID RESIS: 1.62, SAME AS TOP. DHS #317 RESIS: 1.67, SAME AS TOP.                THE DHS REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C. IT CONTAINED 2.0 L       MUDDY WATER ONLY. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF     SL. SALTY WATER. THE DHS REC'D WITH AN OPENING PRESSURE OF 4550 KPAG AT         18 C. IT CONTAINED GAS AND .75 L MUDDY WATER.

Remarks:
FE PRES. TOP RESIS: 1.51, MID RESIS: 1.59, TOP OF TOOL RESIS: 1.35, ALL         RESIS OHM/M @ 25 C. ALL SAMPLES CONSISTED OF YELLOW WATER REC'D FROM MUDDY      WATER.


Sample_appearance:
COLROLESS WATER. ANALYSIS INDICATIVE OF SL. SALTY WATER CONTAMINATED WITH       KCL FLUID.


Sample_appearance:
YELLOW COLORED WATER. ANALYSIS IS INDICATIVE OF KCL FLUID.

Remarks:
FE TRACE. SAMPLING POINT: WELLHEAD AND TUBING @ 5:42 AM.


Sample_appearance:
OIL CUT COLORLESS WATER. ANALYSIS INDICATIVE OF SALT WATER.

Remarks:
FE VERY MUCH. SAMPLING POINT: WELLHEAD AND TUBING AT 10:20 AM.


Sample_appearance:
OIL CUT COLORLESS WATER. ANALYSIS IS INDICATIVE OF SALT WATER.

Remarks:
FE VERY MUCH.                                                                   SAMPLING POINT: WELLHEAD AND TUBING @ 9.48 AM.


Sample_appearance:
OIL CUT COLORLESS WATER. ANALYSIS IS INDICTIVE OF SALT WATER.


Sample_appearance:
GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER CONTAMINATED WITH     COMPLETION FLUIDS.


Sample_appearance:
GREEN COLORED WATER. ANALYSIS INDICATIVE OF SALT WATER CONTAMINATED WITH        COMPLETION FLUIDS.


Sample_appearance:
GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER CONTAMINATED          WITH KCL FLUID.


Sample_appearance:
FLOPETROL DHS #504 REC'D AT 1660 KPA PRESSURE CONTAINED 33.22 L OF GAS @        101.325 KPA PRESSURE AND 15 C. 1.3 L OIL AND .2 L WATER.

Remarks:
FE TRACE. G87-1584-1: MUD TANK RESIS: .617, MUD. -3: REV OUT #4 RESIS: .174,    H2S MUDDY WATER. -4: REV OUT #5 RESIS: .391, H2S CUT, OIL CUT MUD. -5: REV      OUT #6 RESIS: .465, SAME AS -4. -6: REV OUT #7 RSIS: .451, H2S CUT OIL          STAINED MUD. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE OF MUD     FILTRATE.

Remarks:
FE PRES. SAMPLE #1 TOP RESIS: .619, DRILLING MUD. SAMPLE #2 MID RESIS: .615,    DRILLING MUD. BOTH RESIS OHM/M @ 25 C.


Sample_appearance:
SAMPLE CONSISTED OF WATER MUD WITH A CLEAR FILTRATE. ANALYSIS INDICATIVE OF     A FRESH WATER.


Sample_appearance:
BAKER OIL TOOLS DHS #69 REC'D AT 1800 KPA PRESSURE. CONTAINED IN THE            CHMBER WAS 1.30 L OF GAS AT 101.325 KPA AND 15 C. AND 2.55 L OF WATER           WITH A CLEAR FILTRATE. ANALYSIS INDICATIVE OF SALT WATER.


Sample_appearance:
SAMFPLE CONSISTED OF 30% CONDENSATE AND 70% MUD WITH A DARK BROWN COLORED       FILTRATE. ANALYSIS IS INDICATIVE OF MUD FILTRATE CONTAMINATED WITH SALTY        WATER.


Sample_appearance:
COLORLESS WATER BLACL SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE OF ACID       CONTAMINATION.


Sample_appearance:
CONDENSATE CUT COLORLESS WATER WITH FINE BLACK SUSPENDED PARTICLES. ANALYSIS    IS INDICATIVE OF SALT WATER CONTAMINATED WITH SPENT ACID.


Sample_appearance:
CONDENSATE CUT PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM OIL CUT DRILLING MUD. ANALYSIS IS          INDICATIVE OF SL. SALTY WATER. THE DHS REC'D WITH OPENING PRESSURE OF           700 KP[AG AT 18 C. IT CONTAINED GAS AND 1.0 L OIL CUT DRILLING MUD.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM OIL FLECKED DRILLIG MUD. THE ANALYSIS      IS INDICATIVE OF MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 210       KPAG AT 18 C. IT CONTAINED GAS AND 1.0 L OF FLECKED DRILLING MUD.


Sample_appearance:
SAMPLE CONSISTED OF ORANGE COLORED WATER.


Sample_appearance:
LIGHT GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF H2S CUT WATER WITH A GREEN COLORED FILTRATE. ANALYSIS       INDICATIVE OF SALT WATER.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM OIL FLECKED WATERY DRILLING MUD. ANALYSIS IS    INDICATIVE OF MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 0 KPA AT     18 C. IT CONTAINED 2.5 L OF OIL FLECKED WATERY  DRILLING MUD.

Remarks:
FE PRES. SAMPLE #1 TOP AT 28 M. RESIS OF THE WATER: 1.022, MUDDY WATER.         SAMPLE #2 MID AT 10 M. FROM BOTTOM RESIS OF THE WATER: .99, WATERY DRILLING     MUD. SAMPLE #3 BOTTOM RESIS OF THE WATER: .905, WATERY DRILLING MUD.            ALL RESIS OHM/M @ 25 C.


Sample_appearance:
OIL CUT COLORLESS WATER WITH BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE  OF SALT WATER. THE DHS REC'D WITH AN OPENING PRESSURE OF 2500 KPAG AT 18 C.     IT CONTAINED GAS AND 2.1 L OF OIL CUT WATER.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS OF WATER: .880, SAMPLE #2 UPPER MIDDLE            RESIS OF THE WATER: .744, SAMPLE #3 MIDDLE RESIS OF THE WATER: .535, SAMPLE #4   LOWER MIDDLE RESIS OF THE WATER: .329, SAMPLE #5 ABO TOOL RESIS OF THE         WATER: .066, MUDDY WATER. ALL RESIS OHM/M @ 25 C. #1 - 4 CONSISTED OF


Sample_appearance:
YELLOW COLORED WATER REC'D FROM WATERY DRILLING MUD. ANALYSIS IS INDICATIVE     OF MUD FILTRATE. THE DHS REC'D WITH AN OPENING PRESSURE OF 0 KPAG AT 18 C.      CONTAINED 2.2 L OF WATERY DRILLING MUD.

Remarks:
FE TRACE. SAMPLE CONSISTED OF WATERY DRILLING MUD, WITH A YELLOW COLORED        FILTRATE. RESIS OF THE WATER .091 OHM/M @ 25 C.


Sample_appearance:
SAMPLE CONSISTED OF WATER. ANALYSIS INDICATIVE OF A SALT WATER WITH KCL         CONTAMINATION.


Sample_appearance:
PALE YELLOW COLORED WATER. ANALYSIS IS INDICATIVE OF KCL FLUID.


Sample_appearance:
LIGHT BROWN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF     MUD FILTRATE  WITH A SL. SALTY WATER. THE DHS REC'D WITH OPENING PRESSURE       OF 1380 KPAG AT 18 C. IT CONTAINED 13.85 L OF GAS AND 150 ML OF                 MUDDY WATER.


Sample_appearance:
LIGHT BROWN COLORED WATER REC'D FROM WATERY MUD. ANALYSIS IS INDICATIVE OF      MUD FILTRATE WITH SL. SALTY WATER.


Sample_appearance:
ANALYSIS DETERMINED ON YELLOW COLORED WATER REC'D FROM OIL/WATER MIXTURE        ANALYSIS IS INDICATIVE OF SALT WATER.                                           THE DHS REC'D WITH OPENING PRESSURE OF 590 KPAG AT 23 C. IT CONTAINED           1.1 L OF OIL AND .72 L WATER.


Sample_appearance:
SAMPLE CONSISTED OF MUDDY WATER WITH A LIGHT GREEN COLORED FILTRATE.            ANALYSIS IS INDICATIVE OF FORMATION WATER.


Sample_appearance:
SAMPLE CONSISTED OF MUDDY WATER WITH A LIGHT GREEN COLORED FILTRATE.

Remarks:
TOP OF FLUID RESIS: .093 OHM/M @ 25 C. SAMPLE CONSISTED OF WATERY MUD WITH      A PALE YELLOW COLORED FILTRATE.


Sample_appearance:
ANALYSIS IS INDICATIVE OF FORMATION WATER. BAKER OIL TOOL DHS 101 REC'D AT ATM  PRESSURE WITH 2.20 L OF LIGHT GREEN COLORED SALT WATER CONTAINED INSIDE.

Remarks:
FE PRES. SAMPLED FROM TOP RESIS: .073, SAMPLE CONSISTED OF MUDDY WATER WITH     A COLORED FILTRATE. MID #1 RESIS: .063, SAMPLE CONSISTED OF LIGHT GREEN         COLORED WATER. MIDDLE #2  AND TOP OF TOOL SAME AS MIDDLE #1. ALL RESIS          OHM/M @ 25 C.


Sample_appearance:
APLINE TESTERS DHS AL-17 REC'D AT AN OPENING PRESSURE OF 0 KPA AT 18 C.         CONTAINED IN THE CHAMBER WAS 2.2 L OF GASIFIED CLEAR BRACKISH WATER.            ANALAYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER. THE DHS         REC'D WITH AN OPENING PRESSURE OF 1000 KPA AT 25 C. IT CONTAINED GAS AND        2.0 L WATER @ 25 C AND 97.79 KPA.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER. THE DHS         REC'D WITH AN OPENING PRESSURE OF 1300 KPA AT 25 C. IT CONTAINED GAS AND        2.0 L WATER AT 25 C. AND 94.79 KPA.


Sample_appearance:
PALE YELLOW WATER WITH AN OIL LAYER ON TOP. THE ANALYSIS IS INDICATIVE OF       SALT WATER.


Sample_appearance:
COLORLESS WATER WITH AN OIL LAYER ON TOP. ANALYSIS IS INDICATIVE OF SALT WATER


Sample_appearance:
PALE GREEN COLORED WATER WITH A THIN LAYER OF OIL ON TOP. ANALYSIS IS INDICATI  VE OF FORMATION WATER.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF FORMATION FLUID.


Sample_appearance:
BAKER OIL TOOLS DHS #307 REC'D AT AN OPENING PRESSURE OF 2760 KPA AT 16 C.      CONTAINED IN THE SAMPLER WAS 62.6 L OF GAS AND .50 L OF LIGHT BROWN WATER       CUT CONDENSATE. ANALYSIS INDICATIVE OF A SALT WATER.


Sample_appearance:
FLOPETROL JOHNSTON DHS #127535 REC'D AT 1300 KPA PRESSURE. CONTAINED IN         THE CHAMBER WAS 2.35 L OF GAS AT 101.325 KPA AND 15 C. AND 1.85 L OF WATERY MU  D WITH A BROWN COLORED FILTRATE. THE ANALYSIS INDICATIVE OF MUD FILTRATE.


Sample_appearance:
BROWN COLORED WATER RE'D FROM WATERY DIRLLING MUD. ANALYSIS INDICATIVE OF       SALT WATER. THE DHS REC'D WITH AN OPENING PRESSURE OF 0 KPAG AT 18 C.           IT CONTAINED 1.5 L WATERY DRILLING MUD ONLY.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER CONTAMINATED     WITH ALCOHOL. LOW RELATIVE DENSITY.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 49 MLS. THE WATER EXTRACTED FROM MUD.     SAL. = .20%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 66 MLS. THE WATER EXTRACTED FROM          MUD. SAL. = .09%


Sample_appearance:
HALLIBURTON RESERVOIR SERVICES DHS #501 REC'D AT 925 KPA PRESSURE. CONTAINED    IN THE CHAMBER WAS 2.60 L OF WATER. NO RECOVERABLE GAS PRES. ANALYSIS INDICATI  VE OF A SALT WATER.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS OF THE FILTRATE: .1832, MUDDY WATER WITH A        BROWN COLORED FILTRATE. -2 MIDDLE RESIS OF THE FILTRATE: .0638, SAMPLE          CONSISTED OF WATER. -3: BOTTOM RESIS OF THE FILTRATE: .0642, MUDDY WATER        WITH A CLEAR FILTRATE. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER WITH A KCL       CONTAMINATION.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF 95% OIL AND 5% YELLOW COLORED WATER REC'D FROM WATERY       MUD. ANALYSIS IS INDICATIVE OF SALTY WATER CONTAMINATED WITH MUD FILTRATE.


Sample_appearance:
COLORLESS WATER WITH A BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE OF     SALT WATER.


Sample_appearance:
COLORLESS WATER WITH A BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE        OF SALT WATER CONTAMINATED SPENT ACID.


Sample_appearance:
BAKER DHS REC'D @2800 KPA, SOUR GAS, SOUR H2S CUT WATER WIT DARK YELLOW         FILTRATE. INDICATIVE OF SALT WATER.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM DRILLING MUD. ANALYIS IS INDICATIVE        OF MUD FILTRATE.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF     MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 900 KPAG AT 18 C. IT CONT  AINED GAS AND 2.0 L OF MUDDY WATER.

Remarks:
FE PRES. SAMPLE #1 TOP RESIS OF THE WATER: .622, DRIILING MUD. SAMPLE #2 RESIS  OF THE WATER: .455, DRILLING MUD. SAMPLE #3 TOP OF TOOL RESIS OF THE WATER:     .365, WATERY DRILLING MUD. SAMPLE #4 DHS #240 THE DHS REC'D WITH OPENING        PRESSURE OF 550 KPAG AT 18 C. CONTAINED IN THE SAMPLER WAS GAS AND 2.0 L OF     MUDDY WATER. RESIS OF THE WATER: .332, ALL RESIS OHM/M @ 25 C.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM OIL FLEDKED DRILLING MUD. ANALYSIS IS      INDICATIVE OF MUD FILTRATE. THE DHS REC'D WTIH OPENING PRESSURE OF 0 KPAG.      IT CONTAINED 2.0 L OF OIL FLECKED DRILLING MUD.

Remarks:
FE PRES. SAMPLE #1 TOP RESIS OF THE WATER: .446, DRILLIN MUD. SAMPLE #2         RESIS OF THE WATER: .417, OIL FLECKED WATERY DRILLING MUD. SAMPLE #3            TOP OF TOOL RESIS OF THE WATER: .417, SAMPLE #4 DHS #193. THE DHS REC'D         WITH OPENING PRESSURE OF 0 KPAG. AT 18 C. THE SAMPLE CONTAINED 2.0 L OF         OIL FLECKED WATERY DRILLING MUD. RESIS OF THE WATER: .404. ALL RESIS OHM/M @    25 C.


Sample_appearance:
BROWN COLORED WATER REC'D FROM MUD. ANALYSIS IS INDICATIVE OF MUD FILTRATE      WITH SL SALTY WATER.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER CONTAMINATED     WITH ACID WATER.


Sample_appearance:
COLORLESS WATER ANALYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
ANALYSIS INDICATIVE OF SALT WATER. FLOPETROL JOHNSTON DHS #501 REC'D            AT 620 KPA PRESSURE. IT CONTAINED 1.44 L OF GAS AND 101.325 KPA DN 15 C.        1.95 L OF WATER AND .10 L OF OIL.


Sample_appearance:
SAMPLE CONSISTED OF PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF         FORMATION FLUID.


Sample_appearance:
BAKER OIL TOOLS DHS #230 REC'D AT 295 KPA PRESSURE. CONTAINED IN THE            CHAMBER WAS A SMALL VOLUME OF GAS AND .675 L OF WATERY MUD WITH A YELLOW        COLORED FILTRATE. ANALYSIS INDICATIVE OF MUD FILTRATE.

Remarks:
FE NIL. SAMPLE #1 TOP OF RECOVER RESIS OF THE FILTRATE: 1.473, SAMPLE #2        RESIS OF THE FILTRATE: 1.440, SAMPLE #3 TOP OF TOOL RESIS OF THE FILTRATE:      1.462, ALL RESIS OHM/M @ 25 C. ALL SAMPLE CONSISTED OF WATERTY MUD WITH         A YELLOW COLORED FILTRATE.


Sample_appearance:
HALLIBURTON DHS REC'D @ATM PRESSURE, WATERY MUD WITH YELLOW FILTRATE.           INDICATIVE OF MUD FILTRATE.

Remarks:
FE TRACE. SAMPLE #1 84M ABOVE TOOL RES OF FILT: 1.420 OHM/M @25C WATERY MUD WI  TH YELLOW FILTRATE. SAMPLE #2 45M ABOVE TOOL RES OF FILT: 1.364 OHM/M @25C      SAME AS #1. SAMPLE #3 19M ABOVE TOOL RES OF FILT: 1.429 OHM/M @25C SAME AS      #1. SAMPLE #4 TOP OF TOOL RES OF FILT: 1.436 OHM/M @25C SAME AS #1.


Sample_appearance:
COLORLESS WATER REC'D FROM OIL FLEKCED WATER. ANALYSIS IS INDICTIVE OF          SALT WATER.


Sample_appearance:
CLOUDY WATER. ANALYSIS IS INDICATIVE OF SPENT ACID WATER.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE       OF MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C.         IT CONTAINED 1.6 L OF DRILLING MUD ONLY.


Sample_appearance:
BAKER OIIL TOOLS DHS #308 REC'D AT OPENING PRESSURE OF 1850 KPA AT 18 C. CONTA  INED IN THE SAMPLER WAS 1.58 L GAS AND 1.20 L OIL AND 1.12 L MUDDY WATER        WITH A LIGHT BROWN COLORED FILTRATE. ANALYSIS IS INDICATIVE OF MUD FILTRATE.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE        OF SALT WATER. THE DHS REC'D WITH OPENING PRESSURE OF 5500 KPAG AT 20 C.        IT CONTAINED 20.53 L OF GAS AND .95 L OF OIL AND .9 L OF MUDDY WATER.


Sample_appearance:
LIGHT BROWN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE        OF SALT WATER. THE DHS REC'D WITH AN OPENING PRESSURE OF 840 KPAG AT 18 C.      IT CONTAINED 3.02 L OF GAS AND 1.60 L MUDDY WATER.

Remarks:
FE TRACE. SAMPLE #1 MUD TANKS RESIS OF THE WATER: .299, CL: 6470 SAMPLE #2      RESIS OF THE WATER: .622, CL: 2870. AMMONIA CUT DRILLING MUD. SAMPLE #3         MIDDLE RESIS OF THE WATER: .186, CL: 19960, MUDDY WATER, WITH A TRACE OF        AMMONIA. SAMPLE #4 ABO TOOL RESIS: .175, CL 22600, MUDDY WATER. ALL RESIS       OHM/M @ 25 C.


Remarks:
FE NIL. SAMFPLE #1 TOP RESIS OF THE WATER: .357, CL: 5120, DRILLING MUD WITH    HYDRO. FLECKS. SAMPLE #2 MIDDLE RESIS OF THE WATER: .295, CL: 6290. DRILLING    MUD. SAMPLE #3 ABO TOOL RESIS OF THE WATER: .288, CL: 6640, DRILLING MUD.       SAMPLE #4 DHS #501 RESIS OF THE WATER: .314, CL: 5810. DRILLING MUD. THE DHS    REC'D WITH OPENING PRESSURE OF 1100 KPAG. AT 18 C. IT CONTAINED 15.00 L OF


Remarks:
FE PRES. NACL EQUIV 31437 MG/L. THE MUD FORM BHS WAS PRESSED AND THE WATER      WAS ANALYZED.


Sample_appearance:
ALPINE TESTERS DHS REC'D AT 3800 KPA PRESSURE AND CONTAINED IN THE CHAMBER      WAS 85.87 L OF SOUR GAS (.25%) AT 101.325 KPA AND 15 C AND .500 L OF SOUR       WATER. ANALYSIS INDICATIVE OF SALT WATER.

Remarks:
FE NIL. SAMPLE #1 TOP RESIS OF THE FILTRATE: .338, SAMPLE #2 MID RESIS OF THE   FILTRATE: .407, SAMPLE #3 BOTTOM RESIS OF THE FILTRATE: .251, ALL RESIS         OHM/M @ 25 C. ALL SAMPLES CONSISTED OF WATERY MUD WITH A YELLOW COLORED         FILTRATE.


Sample_appearance:
ALPINE TESTERS DHS REC'D AT 3200 KPA PRESSURE AND CONTAINED IN THE CHAMBER      WAS 5.35 L OF SOUR GAS (.55%) AT 101.325 KPA DN 15 C. AND .975 L OF             SOUR WATER. ANALYSIS INDICATIVE OF SALT WATER.


Sample_appearance:
COLORLESS WATER. ANALYSIS IS INDICATIVE OF SALTY WATER.


Sample_appearance:
COLORLESS WATER. ANALYSIS IS INDICATIVE OF COMPLETION FLUIDS. SPENT ACID        AND KCL FLUID.


Sample_appearance:
BAKER OIL TOOLS DHS #178 REC'D AT OPENING PRESSURE OF 0 KPA AT 18 C.            CONTAINED IN THE SAMPLER 2.1 L OF PALE YELLOW COLORED WATER. ANALYSIS           IS INDICATIVE OF SALT WATER.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM 87% MUD AND 13% OIL. ANALYSIS OF WATER IS       INDICATIVE OF SL. SALTY WATER CONTAMINATED WITH MUD FILTRATE.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM OIL CUT MUD. ANALYSIS IS INDICATIVE OF     SALT WATER SL. CONTAMINATED WITH MUD FILTRATE. THE DHS REC'D WITH AN            OPENING PRESSURE OF 250 KPAG AT 18 C. IT CONTAINED GAS AND 2.5 L OF OIL CUT     MUD.


Sample_appearance:
SAMPLE CONSISTED OF SALTY WATER CONTAMINATED WITH AMMONIA AND AN ORGANIC        COMPOUND OF UNKNOWN ORIGIN.


Sample_appearance:
LIGHT BRWON COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE       OF MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C.         IT CONTAINED .9 L OF DRILLING MUD ONLY.

Remarks:
FE PRES. SAMPLE #1 PUMP OUT SUB RESIS OF THE WATER: .237, SAMPLE #2 TOP OF      TOOL RESIS OF THE WATER: .237, BOTH RESIS OHM/M @ 25 C. BOTH SAMPLES            CONSISTED OF DRILLING MUD.


Sample_appearance:
LIGHT BROWN COLORED WATER. ANALYSIS INDICATIVE OF MUD FILTRATE.                 THE DHS REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C. IT CONTAINED 2.2         L OF LIGHT BROWN COLORED WATER ONLY.

Remarks:
FE PRES. SAMPLE #1 TOP RESIS OF THE WATER: .283, CL OF THE WATER: 485 MG/L.     DRILLING MUD. SAMPLE #2 MID RESIS OF THE WATER: 1.256, LIGHT BROWN COLORED      WATER. SAMPLE #3 TOP OF TOOL RESIS OF THE WATER: 1.224, SAME AS #2.             ALL RESIS OHM/M @ 25 C.


Sample_appearance:
GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER.//


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER. THE DHS REC'D   WITH OPENING PRESSURE OF 9000 KPAG AT 18 C. IT CONTAINED 198.35 L OF GAS        AND .40 L OIL AND .20 L WATER.


Sample_appearance:
THE SAMPLE CONSISTED OF OIL CUT DRILLING MUD.


Sample_appearance:
GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF FORMATION WATER./


Sample_appearance:
PALE YWLLOW COLORED FILTRATE REC'D FROM A SAMPLE CONTAINING A THIN LAYER        OF HYDRO. AND AIR OXIDIZED IRON.


Sample_appearance:
SAMPLE CONSISTED OF LIGHT YELLOW COLORED WATER. ANALYSIS INDICATIVE OF KCL      FLUID.


Sample_appearance:
GREEN COLORED WATER. ANALYSIS INDICATIVE OF SALT WATER WITH A TRACE OF KCL      CONTAMINATION.


Sample_appearance:
GREEN COLORED WATER WITH FINE, BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATI  VE OF SALT WATER.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 10.0 MLS. THE WATER EXTRACTED             FROM MUD. SAL. = .04%


Sample_appearance:
BAKER OIL TOOLS DHS #505 REC'D AT 350 KPA. PRESSURE. CONTAINED IN THE           CHAMBER WAS GAS AND 2.1 L OF MUD WITH A BROWN COLORED FILTRATE.


Sample_appearance:
SAMPLE CONSISTED OF CLOUDY GREEN COLORED WATER.


Sample_appearance:
SAMPLE CONSISTED OF CLOUDY GREEN COLORED WATER./


Sample_appearance:
SAMPLE CONSISTED OF CLOUDY, PALE GREEN COLORED WATER.


Sample_appearance:
SAMPLE CONSISTED OF FOGGY, PALE GREEN COLORED WATER.


Sample_appearance:
YELLOW COLORED WATER. THE ANALYSIS INDICATIVE OF SALT WATER.


Sample_appearance:
YELLOW COLORED WATER. ANALYSIS IS INDICTIVE OF SALTY WATER CONTAMINATED         WITH COMPLETION.


Sample_appearance:
PALE YELLOW COLORED WATER WITH A FINE BLACK SUSPENDED PARTICLES. ANALYSIS IS    INDICATIVE OF SL. SALTY WATER. THE DHS REC'D WITH OPENING PRESSURE OF           0 KPAG AT 18 C. IT CONTAINED 2.1 L OF WATER ONLY.


Sample_appearance:
SAMPLE CONSISTED OF ORANGE COLORED SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF ORNAGE COLORED WATER.


Sample_appearance:
DARK BROWN COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE        OF MUD FILTRATE.


Sample_appearance:
DARK BROWN COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE        OF SL SALTY WATER.


Sample_appearance:
SAMPLE CONSISTED OF CLEAR WATER. ANALYSIS IS INDICATIVE OF A MUD FILTRATE.


Sample_appearance:
SCOTT TESTERS DHS REC'D AT ATM. PRESSURE. CONTAINED IN THE CHAMBER WAS          4.20 L OF H2S CUT BRACKISH WATER WITH A PALE GREEN COLORED FILTRATE.            ANALYSIS INDICATIVE OF A SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF H2S CUT WATERY MUD WITH A PALE YELLOW COLORED FILTRATE.     ANALYSIS INDICATIVE OF A MUD FILTRATE.


Sample_appearance:
BAKER TOOLS DHS #85 REC'D AT A PRESSURE OF 730 KPA. CONTAINED IN THE            CHAMBER WAS GAS AND 1.9 L OF GREEN COLORED WATER. ANALYSIS IS INDICATIVE        OF FORMATION FLUID.

Remarks:
FE PRES. F87-2543-1: TOP OF FLUID RESIS: .290, MUDDY WATER WITH A LIGHT         BROWN COLORED FILTRATE. -2 MIDDLE RESIS: .063, GREEN COLORED WATER. -3 TOP      OF TOOL RESIS: .063, SAME AS -2 ALL RESIS OHM/M @ 25 C.


Sample_appearance:
ANALYSIS IS INDICATIVE OF MUD FILTRATE WATER. BAKER OIL TOOLS DHS #101          REC'D AT ATM. PRESSURE AND CONTAINED IN THE SAMPLER WAS 2.2 L OF WATER.

Remarks:
FE PRES. F87-2330-1: TOP OF FLUID RESIS: .636, -2: MID RESIS: .525,             -3: TOP OF TOOL RESIS: .439, ALL RESIS OHM/M @ 25 C. ALL SAMPLES CONSISTED      OF WATERY MUD WITH A YELLOW COLORED FILTRATE.


Sample_appearance:
SAMPLE CONSISTED OF PALE GREEN COLORED WATER.


Sample_appearance:
BROWN COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE OF A        MUD FILTRATE.

Remarks:
FE PRES. TOP OF RECOVERY RESIS: .520, MID OF RECOVERY RESIS: .511, BOTH RESIS   OHM/M @ 25 C. BOTH SAMPLES BROWN COLORED WATER REC'D FROM DRILLING MUD.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER. THE DHS         REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C. IT CONTAINED 2.0 L OF WATER      ONLY.

Remarks:
FE TRACE. TOP OF RECOVERY RESIS: .559, MID OF RECOVERY RESIS:                   .476, TOP OF TOOL RESIS: .247, ALL RESIS OHM/M @ 25 C. TOP OF RECOVERY          BROWN COLORED WATER REC'D FROM DRILLING MUD. MID OF RECOVERY: BROWN COLORED     WATER REC'D FROM MUDDY WATER. TOP OF TOOL: PALE GREEN COLORED WATER WITH A      TRACE OF SED.


Sample_appearance:
YELLOW COLORED WATER WITH A TRACE OF OIL PRESENT ON TOP OF SAMPLE. THE ANALYSI  S INDICATIVE OF COMPLETION FLUIDS.


Sample_appearance:
MCALLISTER TESTERS DHS REC'D AT 13500 KPA PRESSURE. CONTAINED IN THE            CHAMBER WAS 213.60 L OF GAS AT 101.325 KPA AND 15 C. AND .55 L OF MUD WITH      A YELLOW COLORED FILTRATE.

Remarks:
FE TRACE. SAMPLE #1 TOP OF FLUID RESIS OF THE WATER: .241, MUD WITH A PALE      GREEN COLORED FILTRATE. SAMPLE #2 MID RESIS OF THE WATER: .218, SAMPLE #3       TOP OF TOOL RESIS OF THE FILTRATE: .219, SAMPLE #4 MUD TANK RESIS OF THE        FILTRATE: .222, ALL RESIS OHM/M @ 25 C. SAMPLE #2 - #4 MUD WITH A YELLOW        COLORED FILTRATE.


Sample_appearance:
MCALLISATER TESTERS DHS REC'D AT 1120 KPA PRESSURE AND CONTAINED IN THE         CHAMBER WAS.75 L OF MUD WITH A YELLOW COLORED FILTRATE. NO RECOVERABLE GAS      PRES.

Remarks:
FE NIL. SAMPLE #1 TOP OF FLUID RESIS OF THE FILTRATE: .490, WATERY MUD WITH     A YELLOW COLORED FILTRATE. SAMPLE #2 MID RESIS OF THE FILTRATE: .234, MUDDY     WATER WITH A YELLOW COLORED FILTRATE. SAMPLE #3 TOP OF TOOL RESIS OF THE        FILTRATE: .151, SAME AS #1. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
MCALLISTER TESTERS DHS REC'D AT ATM PRESSURE AND CONTAINED IN THE CHAMBER       WAS 1.05 L OF MUD WITH A YELLOW COLORED FILTRATE.

Remarks:
FE PRES. SAMPLE #1 TOP OF FLUID RESIS OF THE FILTRATE: .469, MUDDY WATER        WITH A YELLOW COLORED FILTRATE. SAMPLE #2 MID RESIS OF THE FILTRATE: .217,      WATERY MUD WITH A YELLOW COLORED FILTRATE. SAMPLE #3 TOP OF TOOL RESIS          OF THE FILTRATE: .208, SAME AS #2. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
SAMPLE CONSISTED OF WATERY MUD WITH A YELLOW COLORED FILTRATE.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUDDY, OIL-FLEKCED WATER. ANALYSIS IS      INDICATIVE OF MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 210 KPAG     @ 18 C. IT CONTAINED GAS AND 1.75 L OF MUDDY WATER.


Sample_appearance:
PALE GREEN COLORED WATER WITH A FINE BLALCK SUSPENDED PARTICLES. ANALYSIS IS    INDICATIVE OF SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF H2S CUT BRACKISH WATER WITH A YELLOW COLORED FILTRATE.      ANALYSIS INDICTIVE OF A SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF MUDDY WATER WITH A LIGHT GREEN COLORED FILTRATE. ANALYSIS   IS INDICATIVE OF FORMATION FLUID.

Remarks:
FE TRACE. TOP RESIS: .291, MIDDLE RESIS: .084, BOTH RESIS OHM/M @ 25 C.         BOTH SAMPLES CONSISTED OF MUDDY WATER WITH A GREEN COLORED FILTRATE.


Sample_appearance:
NORTHSTAR DHS REC'D UNDER 345 KPA PRESSURE. REC'D FROM THE CHAMBER GAS          AND 3.3 L OF SOUR SALT WATER.


Sample_appearance:
ANALYSIS INDICATIVE OF SALT WATER. NORTHSTAR TESTERS DHS DHS #140 REC'D AT 276  0 KPA PRESSURE. IT CONTAINED GAS AND 3.5 L OF H2S CUT BRACKISH MUDDY WATER.

Remarks:
FE PRES. TOP RESIS: 1.256, WATERY MUD. MID RESIS: 54.10, WATER. BOTH RESIS      OHM/M @ 25 C.


Sample_appearance:
BAKER OIL TOOLS DHS #401 REC'D AT ATM. PRESSURE. CONTAINED IN THE CHAMBER       WAS 2.225 L OF WATERY MUD WITH A PALE YELLOW COLORED FILTRATE. ANALYSIS         INDICATIVE OF A MUD FILTRATE.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 27 ML. THE WATER EXTRACTED FROM MUD.      SAL. = 7.18%


Sample_appearance:
30 MIN. API MUD FITLRATE LOSS IS 29MLS WATER EXTRACTED FROM MUD.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 19 ML. THE WATER EXTRACTED FROM MUD.      SAL. = 6.86%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 28 ML. THE WATER EXTRACTED FROM MUD.      SAL. = 4.24%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 27 ML. THE WATER EXTRACTED FROM MUD.      SAL. = 7.75%


Sample_appearance:
H2S CUT BRACKISH MUD, INHIBITOR AND WATER.


Sample_appearance:
SAMPLE CONSISTED OF PALE YELLOW COLORED WATER. ANALYSIS IS INDICATIVE OF        SALT WATER.


Sample_appearance:
A SCHLUMBERGER RFT CHAMBER WAS REC'D AT ATM. PRESSURE AND CONTAINED 1600        ML OF DARK COLORED WATER.


Sample_appearance:
GREEN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF           SALT WATER. THE DHS REC'D WITH OPENING PRESSURE OF 1400 KPAG AT 18 C.           IT CONTAINED GAS AND 2.2 L OF MUDDY WATER.


Sample_appearance:
BROWN COLORED WATER. ANALYSIS IS INDICATIVE OF SALTY WATER.                     THE DHS REC'D WITH OPENING PRESSURE OF 3100 KPAG. AT 18 C. IT CONTAINED         GAS AND 2.0 L OF WATER.


Sample_appearance:
PALE YELLOW WATER INDICATIVE OF SALT WATER.


Sample_appearance:
ANALYSIS IS INDICATIVE OF MUD FILTRATE WATER. BAKER OIL TOOLS DHS #219 REC'D    UNDER 4800 KPA. CONTAINED IN THE SAMPLER WAS .375 L OF OIL FLECKED              WATERY MUD AND 96.73 L OF GAS AT 15 C. AND 101.325 KPA.

Remarks:
FE PRES. TOP OF FLUID RESIS: .262, MIDDLE RESIS: .462, TOP OF TOOL RESIS:       .279, ALL RESIS OHM/M @ 25 C. ALL SAMPLES CONSISTED OF MUD WITH WITH A          BROWN COLORED FILTRATE.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 17.5 MLS. THE WATER EXTRACTED FROM MUD.   SAL. = .07%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 7 MLS. THE WATER EXTRACTED FROM MUD.      SAL. = .01%


Sample_appearance:
SAMPLE CONSISTED OF PALE GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SALT    WATER.


Sample_appearance:
ALPINE TESTERS DHS REC'D AT ATM. PRESSURE AND CONTAINED IN THE CHAMBER          WAS 1.95 L OF WATERY MUD WITH A YELLOW COLORED FILTRATE. THE ANALYSIS IS        INDICATIVE OF MUD FILTRATE.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 11.5 MLS. THE WATER EXTRACTED FROM MUD.   SAL. = .14%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 11 MLS. THE WATER EXTRACTED FROM MUD.     SAL. = .12%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 11 MLS. THE WATER EXTRACTED FROM MUD.     SAL. = .02%


Sample_appearance:
QUINN TESTERS DHS #1507 REC'D AT 1050 KPA PRESSURE. CONTAINED IN THE            CHAMBER WAS GAS AT 101.325 KPA AND 15 C AND 1.35 L OF WATERY MUD WITH A         DARK BROWN COLORED FILTRATE.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 15 MLS. THE WATER EXTRACTED FROM MUD.     SAL. = 1.63%


Sample_appearance:
ANALYSIS DETERMINED ON GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF MUD       FILTRATE WATER.


Sample_appearance:
BAKER OIL TOOLS DHS #200 REC'D UNDER A PRESSURE OF 0 KPA. CONTAINED IN          THE SAMPLER WAS .90 L OF GREEN COLORED WATER ONLY.


Sample_appearance:
BROWN COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE OF MUD      FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C. IT CONTAINED   2.7 L OF DRILLING MUD ONLY.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS OF THE WATER: .291, SAMPLE #2 MID RESIS OF THE    WATER: .345, SAMPLE #3 TOP OF TOOL RESIS OF THE FILTRATE: .338, ALL RESIS       OHM/M @ 25 C. ALL SAMPLES CONSISTED OF DRILLING MUD.


Sample_appearance:
PALE BROWN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE         OF MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 510 KPAG AT 18 C. IT C  ONTAINED GAS AND .1 L OIL AND 1.6 L OF MUDDY WATER.


Sample_appearance:
PALE BROWN WATER RECOVERED FROM MUDDY WATER INDICATIVE OF MUD FILTRATE.

Remarks:
FE TRACE. TOP RES: .769 OHM/M @25C PALE BROWN WATER FROM WATERY DRILLING MUD.   MIDDLE RES: .382 OHM/M @25C PALE BROWN WATER RECOVERED FROM MUDDY WATER.        TOP OF TOOLR ES: .366 OHM/M @25C SAME AS MIDDLE.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM DRILLING MUD. ANAYSIS INDICATIVE OF        MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C. IT CONTAI  NED 2.0 L OF DRILLING MUD.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS OF THE WATER: .312, SAMPLE #2 MIDDLE RESIS OF     THE WATER: .311, SAMPLE #3 TOP OF TOOL RESIS OF THE WATER: .302, ALL RESIS      OHM/M @ 25 C. ALL SAMPLES CONSISTED OF DIRLLING MUD.


Sample_appearance:
BROWN COLORED WATER REC'D FROM MUDDY WATER. THE ANALYSIS IS INDICATIVE OF       SL. SALTY WATER CONTAMINATED WITH MUD FILTRATE. THE DHS REC'D WITH OPENING      PRESSURE OF 0 KPAG AT 18 C. IT CONTAINED .35 L OF MUDDY WATER.                  FE NIL. SAMPLE #1 MUD TANKS RESIS OF THE WATER: .269, CL: 600. DRILLING MUD.    SAMPLE #2 TOP RESIS OF THE WATER: 260. CL: 4750. WATERY DRILLING MUD. SAMPLE    #3 MIDDLE #1 RESIS OF THE WATER: .282, CL: 3570. WATERY DRILLING MUD.

Remarks:
SAMPLE #4 MIDDLE #2 RESIS OF THE WATER: .270, CL: 4950. MUDDY WATER. SAMPLE #5  TOP OF TOOL RESIS OF THE WATER: .266, CL: 6410. MUDDY WATER. ALL RESIS OHM/M


Sample_appearance:
COLORLESS WATER. ANALYSIS IS INDICATIVE OF FRESH WATER, POSSIBLY A MUD          FILTRATE.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE OF MUD     FILTRATE WATER.

Remarks:
FE TRACE. TOP RESIS: .579, MID RESIS: .493, BOTH RESIS OHM/M @ 25 C. BOTH       SAMPLES CONSISTED OF YELLOW COLORED WATER REC'D FROM DRILLING MUD.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM MUDDY WATER.

Remarks:
FE MUCH. TOP RESIS: .476, MID RESIS: .726, BOTTOM RESIS: 1.100, ALL RESIS       OHM/M @ 25 C. ALL SAMPLES CONSISTED OF BROWN COLORED WATER REC'D FROM           MUDDY WATER.


Sample_appearance:
PALE YELLOW COLORED WATER. ANALYSIS  IS INDICATIVE OF SALT WATER.               THE DHS REC'D WITH AN OPENING PRESSURE OF 0 KPAG AT 18 C. IT CONTAINED          .5 L OF WATER ONLY.

Remarks:
FE PRES. TOP RESIS: .438, MIDDLE RESIS: .128, TOP OF TOOL RESIS: .106,          ALL RESIS OHM/M, @ 25 C. ALL SAMPLES CONSISTED OF YELLOW COLORED WATER          REC'D FROM DRILLING MUD.


Sample_appearance:
BAKER OIL TOOLS DHS #56 REC'D AT ATM. PRESSURE. CONTAINED IN THE CHAMBER        WAS 2.35 L OF MUD WITH A BROWN COLORED FILTRATE. THE ANALYSIS INDICATIVE OF     A MUD FILTRATE.

Remarks:
FE NIL. SAMPLE #1 TOP, NO ANALYSIS ATTEMPTED. THE SAMPLE CONSISTED OF           INHIBITOR. SAMPLE #2 MID RESIS OF THE FILTRATE: .427, SAMPLE #3 BOTTOM          RESIS OF THE FILTRATE: .427, BOTH RESIS OHM/M @ 25 C. SAMPLE #2 AND #3          CONSISTED OF MUD WITH A BROWN COLORED FILTRATE.


Sample_appearance:
GREEN COLORED WATER REC'D FROM WATERY MUD. ANALYSIS IS INDICATIVE OF SALT       WATER.


Sample_appearance:
PALE GREEN WATER, INDICATIVE OF SALT WATER. DHS REC'D @2175 KPA @18C            GAS, OIL AND WATER.


Sample_appearance:
FROZEN - NO BREAK ON FREEZING. PRESS FILTRATE - SL COUDY YELLOW.


Sample_appearance:
PALE BROWN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF      SALT WATER.


Sample_appearance:
PALE BROWN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF      SALT WATER. THE DHS REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C. IT CONTAINE  D 1.4 L OF MUDDY WATER ONLY.


Sample_appearance:
PALE BROWN COLORED WATER WITH A TRACE OF SED. THE ANALYSIS IS INDICATIVE OF     SALT WATER CONTAMINATED WITH MUD FILTRATE.


Sample_appearance:
PALE YELLOW COLORED WATER WITH A TRACE OF SED. ANALYSIS IS INDICTIVE OF         SLAT WATER.


Sample_appearance:
LIGHT GREEN COLORED WATER WITH FINE BLACK SUSPENDED PARTICLES. ANALYSIS IS      INDICATIVE OF SL. SALTY WATER.


Sample_appearance:
BROWN COLORED WATER REC'D FROM WATERY DRILLING MUD.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF     SALT WATER.


Sample_appearance:
YELLOW COLORED FILTRATE REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF       SALT WATER. THE DHS REC'D WITH OPENING PRESSURE OF 0 KPA AT 18 C. IT            CONTAINED 2.0 L OF MUDDY WATER ONLY.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF          SALTY WATER. THE DHS REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C. IT          CONTAINED 2.0 L OF MUDDY WATER ONLY.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF          SL. SALTY WATER.


Sample_appearance:
YELLOW COLORED WATER WITH A TRACE OF SED. ANALYSIS IS INDICATIVE OF SALT        WATER.


Sample_appearance:
PALE GREEN COLORED WATER WITH FINE BLACK SUSPENDED PARTICLES. ANALYSIS IS       INDICATIVE OF SALT WATER WITH A TRACE OF SPENT ACID.


Sample_appearance:
MCALLISTER TESTERS DHS 111 REC'D AT 100 KPA PRESSURE. CONTAINED IN THE          CHAMBER WAS A SMALL VOLUME OF GAS AND 1.775 L OF OIL STAINED WATERY MUD         WITH A YELLOW COLORED FILTRATE.


Sample_appearance:
BROWN COLORED WATER REC'D FROM OIL CUT DRILLING MUD. 61.11% OIL. ANALYSIS IS    INDICATIVE OF MUD FILTRATE.


Sample_appearance:
CLOUDY YELLOW WATER, INDICATIVE OF SALTY WATER CONTAMINATED WITH KCL FLUID.


Sample_appearance:
MILKY WHITE WATER. ANALYSIS IS INDICATIVE OF SALT WATER.                        WTIH A TRACE OF KCL CONTAMINATION.


Sample_appearance:
GREEN WATER WITH FINE BLACK SUSPENDED PARTICLES, INDICATIVE OF COMPLETION       FLUIDS.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF SL.      SALTY WATER. THE DHS REC'D WITH OPENING PRESSURE OF 4200 KPAG AT 18 C.          IT CONTAINED GAS AND 1.0 L OF MUDDY WATER.


Sample_appearance:
PALE BROWN COLORED WATER REC'D FROM MUDDY WATER.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM WATERY DRILLING MUD. ANALYSIS IS           INDICATIVE OF MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 3850         KPA AT 18 C. IT CONTAINED GAS AND 1.2 L OF WATERY DRILLING MUD.


Sample_appearance:
ORANGE COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER CONTAMINATED         WITH COMPLETION FLUID.


Sample_appearance:
GREEN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF SALT      WATER. THE DHS REC'D WITH OPENING PRESSURE OF 670 KPAG AT 18 C.                 IT CONTAINED GAS AND 1.8 L MUDDY WATER.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS OF THE WATER. .441, OIL FLECKED DRILLING MUD.     SAMPLE #2 MIDDLE RESIS OF THE WATER: .291, MUDDY WATER. SAMPLE #3 TOP OF TOOL   RESIS OF THE WATER: .119, MUDDY WATER. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF SATL     WATER. THE DHS REC'D WITH AN OPENING PRESSURE OF 0 KPA AT 18 C. IT CONTAINED    1.80 L MUDDY WATER.

Remarks:
FE VERY MUCH. SAMPLE #1 TOP RESIS OF THE WATER: .374, DRILLING MUD .            SAMPLE #2 MIDDLE RESIS OF THE WATER: .168, MUDDY WATER. SAMPLE #3 TOP OF TOOL   RESIS OF THE WATER: .217, ALL RESIS OHM/M @ 25 C.


Sample_appearance:
PALE YELLOW COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER. THE DHS\       REC'D WITH OPENING PRESSURE OF 0 KPAG AT 18 C. IT CONTAINED 110 L MUDDY WATER

Remarks:
FE VERY MUCH. SAMPLE #1 @ 587 M. ABO TOOL RESIS OF THE WATER: .261,             DRILLING MUD. SAMPLE #2 MID @ 529 M. ABO TOOL RESIS OF THE WATER: .176,         SAMPLE #3 MID @ 453 M ABO TOOL RESIS OF THE WATER: .166, SAMPLE #4 RESIS OF TH  E WATER: .1656, SAMPLE #5 RESIS OF THE WATER: .163, SAMPLE #6 TOP OF TOOL       RESIS OF THE WATER: .164, ALL RESIS OHM/M @ 25 C. SAMPLE #2 - 6


Sample_appearance:
GREEN COLORED WATER WITH SMALL FINE BLACK SUSPENDED PARTICLES. ANALYSIS IS      INDICATIVE OF SL. SALTY WATER CONTAMINATED WITH COMPLETION FLUIDS. (KCL)


Sample_appearance:
LIGHT BROWN WATER REC'D FROM MUD. ANALYSIS IS INDICATIVE OF MUD FILTRATE.       THE DHS WATER REC'D WITH AN OPENING PRESSUE OF 0 KPAG AT 18 C. IT CONTAINED     1.3 L OF MUD.


Sample_appearance:
MILKEY GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF SAL WATER CONTAMINATED    WITH KCL FLUID.


Sample_appearance:
COLORLESS WATER WITH FINE BALCK SUSPENDED PARTICLES ANALYSIS IS INDICATIVE      OF SALT WATER.


Sample_appearance:
BROWN COLORED WATER REC'D FROM WATERY DRILLING MUD. ANALYSIS IS INDICATIVE      OF MUD FILTRATE. THE DHS REC'D WITH AN OPENING PRESSURE OF 0 KPAG AT 18 C.      IT CONTAINED 1.25 L OF WATERY DRILLING MUD.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM OIL FLEKCED MUDDY WATER. ANALYSIS IS            INDICATIVE OF SL. SALTY WATER CONTAMINATED WITH MUD FILTRE.                     THE DHS REC'D WITH AN OPENING PRESSURE OF 700 KPAG AT 18 C. IT CONTAINED        GAS AND 2.0 L OL FLECKED MUDDY WATER.

Remarks:
FE MUCH. SAMPLE #1 TOP RESIS OF THE WATER: .467, SAMPLE #2 MIDDLE RESIS OF      THE WATER: .461, SAMPLE #3 BOTTOM RESIS OF THE WATER: .360, ALL RESIS OHM/M     @ 25 C. ALL SAMPLES CONSISTED OF DRILLING MUD.


Sample_appearance:
PALE GREEN COLORED WATER WITH FINE BLACK SUSPENED PARTICLES. ANALYSIS IS        INDICATIVE OF SALTY WATER CONTAMINATED WITH SPENT ACID.


Sample_appearance:
DARK BROWN COLORED WATER REC'D FROM DRILLING MUD. THE DHS REC'D WITH AN         OPENING PRESSURE OF 0 KPAG. AT 18 C. IT CONTAINED 1.75 L DRILLING MUD.


Sample_appearance:
LIGHT BROWN COLORED WATER REC'D FROM MUDDY WATER. THE ANALYSIS IS INDICATIVE    OF MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 0 KPAG. AT 18 C.        IT CONTAINED 2.0 L MUDDY WATER ONLY.


Sample_appearance:
DARK BROWN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE         OF SL. SALTY WATER CONTAMINATED WITH MUD FILTRATE. THE DHS REC'D WITH           OPENING PRESSURE OF 1050 KPAG AT 18 C. IT CONTAINED GAS AND 1.75 L OF           MUDDY WATER.


Sample_appearance:
GREEN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF SALTY     WATER. THE DHS REC'D WITH OPENING PRESSURE OF 1050 KPAG AT 18 C. TI CONTAINED   GAS AND 1.3 L MUDDY WATER.


Sample_appearance:
BROWN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICTIVE OF A MUD      FILTRATE . THE DHS REC'D WITH OPENING PRESSURE OF 700 KPA AT 18 C. IT CONTAINE  D GAS AND 2.0 L OF MUDDY WATER.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS OF THE WATER: .450, WATERY DRILLING MUD.          SAMPLE #2 MIDDLE RESIS OF THE WATER: .406, MUDDY WATER. SAMPLE #3 TOP OF TOOL   RESIS OF THE WATER: .380, MUDDY WATER. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
SAMPLE CONSISTED OF WATER. ANALYSIS INDICATIVE OF A KCL CONTAMINATED WATER.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUD. ANALYSIS IS INDICATIVE OF MUD         FILTRATE CONTAMINATED WITH SALT WATER. THE DHS REC'D WITH OPENING PRESSURE      OF 2300 KPA AT 18 C. IT CONTAINED GAS AND 2.0 L MUD.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUD. ANALYSIS IS INDICATIVE OF A MUD       FILTRATE CONTAMINATED WITH SALT WATER.


Sample_appearance:
PALE GREEN COLORED WATER WITH FINE BLACK SUSPENDED PARTICLES. ANALYSIS          IS INDICATIVE OF SALT WATER WITH A TRACE OF KCL FLUID.


Sample_appearance:
PALE GREEN COLORED WATER WITH FINE BLACK SUSPENDED PARTICLES. ANALYSIS IS       INDICATIVE OF SATL WATER WITH A TRACE OF KCL FLUID.


Sample_appearance:
PALE YELLOW COLORED WATER. THE ANALYSIS IS INDICATIVE OF KLC FLUID.


Sample_appearance:
PALE GREEN COLORED WATER. ANALYSIS IS INDICTIVE OF SALT WATER.


Sample_appearance:
PALE GREEN COLORED WATER. THE ANALYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
LIGHT BROWN COLORED WATER REC'D FROM OIL FLECKED MUDDY WATER. THE DHS REC'D     WITH AN OPENING PRESSURE OF 1500 KPA AT 26 C. IT CONTAINED 17.07 L OF GAS       AND 1.00 L OF OIL FLEKCED MUDDY WATER.

Remarks:
FE TRACE. SAMPLE #1 TOP OF RECOVERY RESIS OF WATER: .555, SAMPLE #2 40 M FROM   TOP OF RECOVERY RESIS OF WATER: .588, SAMPLE #3 100 M FROM TOP OF REC. RESI     OF WATER: .622, SAMPLE #4 120 M FROM TOP OF REC. RESIS OF WATER: .561, SAMPLE   #5 160 M FROM TOP OF REC. RESIS OF WATER: .368, OIL FLECKED DRILLING MUD.       SAMPLE #6 T.O.T. RESIS OF WATER: .302, CL: 8050 MG/L. PH: 8.0 @ 25 C. MUDDY     WATER. ALL RESIS OHM/M @ 25 C. # 1-4 CONSISTED OF DRILLING MUD.


Sample_appearance:
HALLIBURTON DHS #505 REC'D AT ATM. PRESSURE AND CONTAINED IN THE CHAMTER        WAS 2.625 L OF SOUR WATER.

Remarks:
FE NIL. SAMPLE #1 TOP OF RECOVERY RESIS OF THE FILTRATE: .745, SAMPLE #2        40 M FROM TOP OF RECOVERY RESIS OF FILTRATE: .791, SAMPLE #3 60 M FROM TOP OF   RECOVERY RESIS OF FILTRATE: .651, SAMPLE #4 80 M FROM TOP OF RECOVERY RESIS OF  FILTRATE: .573, SAMPLE #5 100 M FROM TOP OF RECOVERY RESIS OF FILTRATE: .492    ALL RESIS OHM/M @ 25 C. ALL SAMPLE CONSISTED OF WATERY MUD WITH A BROWN         COLORED FILTRATE.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 33 MLS. THE WATER EXTRACTED FROM MUD      SAL. = .10%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 32 MLS. THE WATER EXTRACTED FROM MUD.     SAL. = .07%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS 31 MLS. THE WATER EXTRACTED FROM MUD.        SAL. = .05%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 24 MLS. THE WATER EXTRACTED FROM.         MUD. SAL. .10%


Sample_appearance:
30 MIN API MUD FILTRATE LOSS IS 9MLS WATER EXTRACTED FROM MUD.


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 8 MLS. THE WATER EXTRACTED FROM           MUD. SAL. = .10%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 7.2 MLS. THE WATER EXTRACTED FROM         MUD. SAL. = .01%


Remarks:
THE " 30 MIN" API MUD FILTRATE LOSS IS 8.9 MLS. THE WATER EXTRACTED             FROM MUD. SAL. = .09%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 8.2 MLS. THE WATER EXTRACTED FROM MUD     SAL. = .10%


Remarks:
THE "30 MIN" API MUD FILTRATE LOSS IS 9 MLS. THE WATER EXTRACTED FROM           MUD. SAL. = .07%


Sample_appearance:
COLORLESS WATER WITH BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE OF       SALT WATER.


Sample_appearance:
COLORLESS OIL CUT WATER. ANALYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
BROWN COLORED WATER REC'D FROM WATERY DRILLING MUD. ANALYSIS IS INDICATIVE      OF SL. SALTY WATER.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF          SALTY WATER.


Sample_appearance:
LIGHT GREEN COLORED WATER. ANALYSIS IS INDICATIVE OF "LIVE" ACID.


Sample_appearance:
GREEN COLORED WATER. THE ANALYSIS IS INDICATIVE OF SALT WATER CONTAMINATED      WITH KCL FLUID.


Sample_appearance:
LIGHT GREEN COLORED WATER WITH BLAKC SUSPENDED PARTICLES. ANALYSIS IS           INDICATIVE OF MUD FILTRATE. THE DHS REC'D WITH AN OPENING PRESSURE OF           8500 KPAG AT 17 C. IT CONTAINED 220.87 L OF GAS AND .15 L WATER.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS OF THE WATER: .460, SAMPLE #2 MID #1 RESIS        OF THE WATER: .403, SAMPLE #3 MID #2 RESIS OF THE WATER: .359, SAMPLE #4        TOP OF TOOL RESIS OF THE WATER: .334, MUDDY WATER. SAMFPLE #1 TO #3 CONSISTED   OF WATERY DRILLING MUD. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
BAKER OIL TOOLS DHS REC'D AT ATM PRESSURE AND CONTAINED IN THE CHAMBER WAS      .15 L OF MUDDY WATER WITH A PALE YELLOW COLORED FILTRATE. ANALYSIS INDICATIVE   OF KCL MUD FILTRATE CONTAMINATION.

Remarks:
FE PRES. SAMPLE #1 TOP #1 RESIS OF THE FILTRATE: .284, SAMPLE #2 MID #2         RESIS OF THE FILTRATE: .283, SAMPLE #3 28 M AOB TOOL RESIS OF THE FILTRATE:     .241, SAMPLE #4 TOP OF TOOL RESIS OF THE FILTRATE: .239, ALL RESIS OHM.M        @ 25 C. SAMOPLE #1 & 2 WATERY MUD WITH A PALE YELLOW COLORED FILTRATE.          LSAMPLE # & 4 MUDDY WATER WITH A PALE YELLOW COLORED FILTRATE.


Sample_appearance:
SAMPLE CONSISTED OF WATER WITH A CLEAR FILTRATE. THE ANALYSIS IS INDICATIVE     OF A SALT WATER (KCL) BASE CONTAMINATION.


Sample_appearance:
SAMPLE CONSISTED OF BROWN COLORED WATER. THE DHS REC'D WITH AN OPENING          PRESSURE OF 1650 KPA AT 22 C. IT CONTAINED 50.40 L OF GAS AND NO OIL            AND .35 L WATER AT 22 C AND 93.57 KPA.


Sample_appearance:
SAMPLE CONSISTED OF DIRTY WATER CUT OIL 80% OIL.


Sample_appearance:
SAMPLE CONSISTED OF PALE YELLOW COLORED WATER. ANALYSIS IS INDICATIVE OF        KLC FLUID.


Sample_appearance:
SAMPLE CONSISTED OF PALE YELLOW COLORED WATER. ANALYSIS IS INDICATIVE OF        SALT WATER CONTAMINATED WITH KCL FLUID.


Sample_appearance:
SAMPLE CONSISTED OF COLORLESS WATER. ABNORMAL VALUES FOR RELATIVE DENSITY       REFRACTIVE INDEX AND RESIS. ARE INDICATIVE OF ALCOHOL CONTAMINATION. ANALYSIS   IS INDICATIVE OF SL. SALTY WATER.


Sample_appearance:
SAMPLE CONSISTED OF ORANGE COLORED WATER. ANALYSIS IS INDICATIVE OF             COMPLETION FLUIDS.


Sample_appearance:
THE SAMPLE CONSISTED OF GREEN COLORED WATER WITH FINE BLACK SUSPENDED           PARTICLES. THE ANALYSIS IS INDICATIVE OF SL. SALTY WTER.


Sample_appearance:
THE SAMPLE CONSISTED OF GREEN COLORED WATER WITH A LAYER OF CONDENSATE          PRES. ON TOP. ANALYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
PALE YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF     A SALT WATER.

Remarks:
FE VERY MUCH. SAMPLE #1 TOP OF RECOVERY RESIS OF THE WATER: 9.132, SAMPLE #2    30 M TOP OF RECOVERY RESIS OF THE WATER: 4.067, SAMPLE #3 LOWER MIDDLE          RESIS: .589, ALL RESIS OHM/M @ 25 C. #1 & 2 CONSISITED OF DRILLING MUD.         SAMPLE #3 CONSISTED OF MUDDY WATER.


Sample_appearance:
SAMPLE CONSISTED OF SOUR SALT WATER WITH AN IORN SULFIDE SUSPENSION.


Sample_appearance:
BAKER OIL TOOLS DHS REC'D AT ATM. PRESSURE. CONTAINED IN THE CHAMBER WAS        .15 L OF WATERY MUD WITH A YELLOW COLORED FILTRATE. ANALYSIS INDICATIVE         OF SALT WATER.


Sample_appearance:
BROWN COLORED WATER REC'D FROM DIRLLING MUD. ANALYSIS IS INDICATIVE OF A        MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 5000 KPA AT 18 C.          IT CONTAINED 11.88 L OF GAS AND 1.20 L OF DIRLLING MUD.

Remarks:
FE TRACE. SAMPLE #1 40 M ABO TEST TOOL RESIS OF THE WATER: 49.751               MUDDY WATER. SAMPLE #2 TOP OF TOOL RESIS OF THE WATER: .983, DRILLING MUD.      BOTH RESIS OHM/M @ 25 C.


Sample_appearance:
BROWN COLORED WATER REC'D FROM DRILLING MUD. THE DHS REC'D WITH OPENING         PRESSURE OF 400 KPAG AT 18 C. IT CONTAINED GAS AND 1.55 L MUDDY WATER.

Remarks:
FE TRACE. SAMPLE #1 200 M ABO TOOL RESIS OF THE WATER: .713, SAMPLE #2          RESIS OF THE WATER: .977, SAMPLE #3 TOP OF TOOL RESIS OF THE WATER: 1.745,      ALL RESIS OHM/M @ 25 C. ALL SAMPLES CONSISTED OF DRILLING MUD.


Sample_appearance:
BROWN COLORED WATER REC'D FROM DRILLING MUD. ANALYSIS IS INDICATIVE OF A        MUD. THE DHS REC'D WITH AN OPENING PRESSURE OF 0 KPAG AT 18 C. IT CONTAINED     1.0 L OF DRILLING MUD ONLY.

Remarks:
FE TRACE. SAMPLE #1 TOP OF FLUID RESIS OF THE WATER: 1.016, SAMPLE #2           TOP OF TOOL RESIS OF THE WATER: 1.011, BOTH RESIS OHM/M @ 25 C.                 BOTH SAMPLES CONSISTED DRILLING MUD.


Sample_appearance:
SAMPLE CONSISTED OF PALE GREEN COLORED WATER. THE ANALYSIS IS INDICATIVE OF     FORMATION FLUID.


Sample_appearance:
GREEN COLORED WATER ANALYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
ANALYSIS IS INDICATIVE OF FORMATION WATER.                                      FLOPETROL JOHNSTON DHS #114445 REC'D AT KPA PRESSURE AT 4650 KPA PRESSUER.      IT CONTAINED GAS AND 1.925 L OF GAS CUT OIL STAINED SALT WATER.                                                                                                 FE MUCH. TOP OF FLUID RESIS: .639, MUDDY WATER. TOP RESIS: .490, OIL STAINED    MUD. REV. OUT #1 RESIS: .199, OIL CUT MUDDY WATER (6.85% OIL). REV. OUT #2

Remarks:
RESIS: .228, OIL STAINED MUDDY WATER. REV. OUT #3 RESIS: .120, H2S CUT WATER.   REV. OUT #4 RESIS: .086, H2S CUT WATER. TOP OF TOOL RESIS: .101, MUDDY WATER.


Sample_appearance:
SAMPLE CONSISTED OF WATERY MUD WITH A LIGHT YELLOW COLORED FILTRATE.            ANALYSIS INDICATIV EOF A MUD FILTRATE.


Sample_appearance:
SCOTT TESTERS DHS #113 REC'D AT OPENING PRESSURE OF 0 KPA. AT 18 C.             CONTAINED IN THE SAMPLER WAS 3.00 L OF CONDENSATE CUT DRILLING MUD WITH A       GREEN FILTRATE. ANALYSIS IS INDICATIVE OF A MUD FILTRATE.


Sample_appearance:
SCOTT TESTERS DHS #115 REC'D AT OPENING PRESSURE OF 0 KPA @ 18 C. THE           SAMPLER WAS 2.0 L OF DRILLING MUD WITH A YELLOW COLORED FILTRATE. ANALYSIS      IS INDICATIVE OF A MUD FILTRATE.


Sample_appearance:
SCOTT TESTERS DHS #111 REC'D AT OPENING PRESSURE OF 340 KPA AT 18 C.            CONTAINED IN THE SAMPLER WAS GAS AND 1.10 L OF OIL FLEKCED DRILLING MUD         WITH A YELLOW COLORED FILTRATE. ANALYSIS IS INDICATIVE OF MUD FILTRATE.


Sample_appearance:
DHS #110 REC'D AT 370 KPA PRESSURE. IT CONTAINED GAS AND 3.60 L OF MUD WITH     A LIGHT YELLOW COLORED FILTRATE. THE ANALYSIS INDICATIVE OF A MUD FILTRATE.


Sample_appearance:
SAMPLE CONSISTED OF WATERY MUD WITH A YELLOW COLORED FILTRATE. THE ANALYSIS     IS CHARACTERISTIC OF A MUD FILTRATE WATER.

Remarks:
FE PRES. F87-1939-1: CIRC. NO. 1 RESIS: .347, WATERY MUD WITH A YELLOW          COLORED FILTRATE. -2 CIRC. NO. 2 RESIS: .348, MUD WITH A YELLOW COLORED         FILTRATE. -4 DHS #110 RESIS: .341, CL: 1110 MG/L. MCALLISTER PETRO              INDUSTRIES DHS #110 REC'D UNDER A PRESSURE OF 5500 KPA. CONTAINED IN THE        SAMPLER WAS GAS AND 100 MLS OF MUDDY WATER. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
SAMPLE CONSISTED OF MUDDY WATER WITH A YELLOW COLORED FILTRATE.                 THE ANALYSIS IS INDICATIVE OF FORMATION WATER.

Remarks:
FE PRES. F87-1940-1: TOP RESIS: .438, DRILLING MUD WITH A YELLOW COLORED        FILTRATE. -2 MIDDLE RESIS: .262, MUDDY WATER WITH A YELLOW COLORED FILTRATE.    -3: TOP OF TOOL RESIS: .070, MUDDY WATER WITH A YELLOW COLORED FILTRATE.        -5: DHS #125 RESIS: .072, MCALLISTER DHS #125 REC'D UNDER A PRESSURE OF         1500 KPA. CONTAINED IN THE SAMPLER WAS GAS AND 900 MLS MUDDY WATER WITH A       LIGHT YELLOW COLORED FILTRATE. ALL RESIS OHM/M @ 25 C.


Remarks:
FE PRES. F87-1941-1: TOP RESIS: .214, AMMONIA CUT GREEN COLORED WATER.          -2: MID RESIS: .348, SAME AS -1. -4: BHS #102 RESIS: .470, CL: 2965 MG/L.       MUDDY WATER WITH A YELLOW COLORED FILTRATE. -5: DHS #107 MCALLISTER DHS #107    REC'D UNDER A PRESSURE OF 6400 KPA. CONTAINED IN THE SAMPLER GAS ONLY. ALL      RESIS OHM/M @ 25 C.


Sample_appearance:
SAMPLE CONSISTED OF MUDDY WATER WITH A YELLOW COLORED FILTRATE.

Remarks:
FE TRACE. F87-1945-1: TOP RESIS: .346, WATERY MUD WITH A YELLOW COLORE          FILTRATE. -2: CIRC. #1 RESIS: .361, SAME AS -1. -3: CIRC. #2 RESIS: .360,       SAME AS -1. -5: DHS #118 RESIS: .346, MCALLISTER DHS #118 REC'D UNDER A PRESSU  RE OF 4000 KPA. CONTAINED IN THE SAMPLER GAS AND 50 MLS. OF MUDDY WATER.        ALL RESIS OHM/M @ 25 C.


Sample_appearance:
SAMPLE CONSISTED OF MUD WITH A YELLOW COLORED FILTRATE. THE ANALYSIS IS         INDICATIVE OF MUD FILTRATE.

Remarks:
FE TRACE. F87-1946-1: TOP RESIS: .845, SAMPLE CONSISTED OF WATER, AMMONIA       CUT MUD WITH A YELLOW COLORED FILTRATE. -3: MIDDLE RESIS: .364, MUD WITH A      YELLOW COLORED FILTRATE. -3: TOP OF TOOL RESIS: .366, SAME AS -2. -5: DHS #109  RESIS: .367, MCALLISTER'S DHS #109 REC'D UNDER A PRESSURE OF 700 KPA. CONTAINE  D IN THE SAMPLER WAS GAS AND 900 MLS MUD. ALL RESIS OHM/M @ 25 C.


Sample_appearance:
MCALLISTER DHS #125 REC'D UNDER A PRESSURE OF 10 KPA. CONTAINED IN THE          SAMPLER WAS 500 MLS. OF WATERY MUD. ANALYSIS IS INDICATIVE OF A MUD FILTRATE    WATER. INSUFFICIENT RECOVERABLE GAS FOR ANALYSIS.

Remarks:
FE PRES. F87-1947-1: TOP RESIS: .775, SAMPLE CONSISTED OF AMMONIA CUT           MUDDY WATER WITH A YELLOW COLORED FILTRATE. -2: MIDDLE RESIS: .389, MUD         WITH YELLOW COLORED FILTRATE. -3: TOP OF TOOL RESIS: .389, SAME AS -2.          -4: DHS #102 RESIS: .382, WATERY MUD WITH A YELLOW COLORED FILTRATE.            ALL RESIS OHM/M @ 25 C.


Sample_appearance:
BAKER OIL TOOLS DHS #71 REC'D AT OPENING PRESSURE OF 0 KPA AT 18 C.             CONTAINED IN THE SAMPLER WAS 2.0 L OF DRILLING MUD WHICH HAD A PALE YELLOW      COLORED FILTRATE. THE ANALYSIS INDICATIVE OF SALT WATER.

Remarks:
FE TRACE. SAMPLE #1 TOP RESIS: .300, SAMPLE #2 MID RESIS: .294, SAMPLE #3       TOP OF TOOL RESIS: .128, ALL RESIS OHM/M @ 25 C. ALL SAMPLES CONSISTED OF       DRILLING MUD WITH A PALE YELLOW COLORED FILTRATE.


Sample_appearance:
SAMPLE CONSITED OF WATERY DRILLING MUD WITH A PALE YELLOW COLORED FILTRATE.

Remarks:
FE PRES. SAMPLE #1 TOP OF RECOVERY RESIS: .305, WATERY DRILLING MUD WITH A      YELLOW COLORED FILTRATE. SAMPLE #2 BTM OF RECOVERY RESIS: .307, SAME AS #1.     BOTH RESIS OHM/M @ 25 C.


Sample_appearance:
BAKER OIL TOOLS DHS #213 REC'D AT OPENING PRESSURE OF 0 KPA AND 18 C.           CONTAINED IN THE SAMPLER WAS 1.7 L OF MUDDY WATER.

Remarks:
FE MUCH. SAMPLE #1 TOP OF RECOVERY RESIS: .419, SAMPLE #2 MID OF RECOVERY RESI  S: .400, SAMPLE #3 RESIS: .391, ALL RESIS OHM/M @ 25 C. ALL SAMPLES CONSISTED   OF WATERY DRILLING MUD WITH A PALE YELLOW COLORED FILTRATE.


Remarks:
FE MUCH. SAMPLE #1 TOP OF RECOVERY JRESIS: .442, WATERY MUD WITH A COLORLESS    FILTRATE. SAMPLE #2 RESIS: .412, WATERY MUD WITH A COLORLESS FILTRATE.          SAMPLE #3 DHS #510 BAKER OIL TOOLS DHS #510 REC'D AT OPENING                    PRESSURE OF 265 KPA AND 18 C. CONTAINED THE CHAMBER WAS GAS AND A TRACE         OF DRILLING MUD. INSUFF. FLUID FOR ANALYSIS.


Sample_appearance:
BRWON COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF MUD       FILTRATE CONTAMINATED WITH SALT WATER.


Sample_appearance:
YELLOW COLORED WATER WITH FINE BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATI  VE OF SALT WATER CONTAMINATED WITH SPENT ACID WATER.


Sample_appearance:
YELLOW COLORED WATER WITH FINE BLACK SUSPENDED PARTILCES. ANALYSIS IS           INDICATIVE OF SALT WATER.


Sample_appearance:
LIGHT GREEN WATER WITH A FEW BLACK SUSPENDED PARTICLES AND A LAYER OF OIL.      ANALYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
GREEN COLORED WATER. ANALYSIS INDICATIVE OF FORMATION WATER.


Sample_appearance:
PALE GREEN COLORED WATER WITH A THIN LAYER OF HYDRO. ANALYSIS IS INDICATIVE     OF SALT WATER. THE DHS REC'D WITH OPENING PRESSURE OF 1200 KPAG AT 18 C.        IT CONTAINED GAS AND 2.1 L OF WATER.


Sample_appearance:
COLORLESS WATER. ANALYSIS IS INDICATIVE OF FORMATION WATER.


Sample_appearance:
QUINN TESTERS DHS #15280 REC'D AT ATM. PRESSURE. CONTAINED IN THE CHAMBER       WAS GAS 2.20 L OF MUD WITH A BROWN COLORED FILTRATE. THE ANALYSIS INDICATIVE    OF MUD FILTRATE,.

Remarks:
FE TRACE. SAMPLE #1 TOP OF RECOVERY RESIS OF THE WATER: .454, MUD WITH          A YELLOW COLORED FILTRATE. SAMPLE #2 RESIS OF THE FILTRATE: .436, SAME AS #1.\  BOTH REISS OHM/M @ 25 C.


Sample_appearance:
QUINN TESTERS DHS #1529 REC'D AT 2450 KPA PRESSURE. CONTAINED IN THE CHAMBER    WAS 46.66 L OF GAS AT 101.325 KPA PRESSURE AND 15 C. AND 1.80 L OF WATER        CUT OIL WITH A GREEN FILTRATE.


Sample_appearance:
ANALYSIS DETERMINED ON LIGHT BROWN COLORED WATER REC'D FROM OIL/MUD MIXTURE.    ANALYSIS IS INDICATIVE OF MUD FILTRATE. THE DHS REC'D WITH OPENING PRESSURE     OF 0 KPAG AT 23 C. IT CONTAINED .8 L OIL AND .4 L MUD.


Sample_appearance:
BROWN COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS INDICATIVE OF MUD          FILTRATE.


Sample_appearance:
MILKY WATER. ANALYSIS IS INIDACATIVE OF SALT WATER.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF          SL. SALTY WATER. THE DHS REC'D WITH AN OPENING PRESSURE OF 2800 KPAG. AT 18     C. IT CONTAINED 41.53 L OF GAS AND .6 L OF MUDDY WATER.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM WATERY MUD. ANALYSIS IS INDICATIVE OF MUD       FILTRATE. THE DHS REC'D WITH OPENING PRESSURE OF 230 KPAG AT 18 C. IT CONTAINE  D GAS AND 1.25 L OF WATERY MUD.


Sample_appearance:
YELLOW COLORED WATER REC'D FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF SALTY    WATER. THE DHS REC'D WITH OPENING PRESURE OF 2590 KPAG AT 18 C. IT CONTAINED    26.21 L OF GAS AND .9 L OF MUDDY WATER.


Sample_appearance:
PALE GREEN WATER. THE DHS REC'D WITH AN OPENING PRESSURE OF 13650 KPA AT 20 C.  IT CONTAINED GAS AND 1.1 L MUDDY WATER.


Sample_appearance:
BROWN COLORED WATER REC'D FROM WATERY DRILLING MUD. THE DHS REC'D WITH          OPENING PRESSURE OF 3780 KKPAG AT 18 C. IT CONTAINED 32.0 L OF GAS AND .5       L OF WATERY MUD.


Sample_appearance:
YELLOW COLORED WATER WITH BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE     OF KCL CONTAMINATED SALT WATER.


Sample_appearance:
LIGHT YELLOW COLORED WATER. ANALYSIS IS INDICATIVE OF SALT WATER.


Sample_appearance:
PALE YELLOW FILTRATE RECOVERED FROM MUD. THE IONIC BALANCE IS 77.18 WHICH INDI  CATES THAT THERE IS AN EXTRANEOUS SUBSTANCE PRESENT THAT IS NOT TAKEN INTO CON  SIDERATION IN TEH ANALYSIS. THE SPOT TEST INDICATES THE PRESENCE OF AMMONIA.


Sample_appearance:
THE 30  MINUTE API MUD FILTRATE LOSS IS 7.0ML. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM THE MUD.SALINITY = 0.13%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER. I  NSUFFICIENT SAMPLE FOR COMPLETE ANALYSIS


Sample_appearance:
ANALYSIS PERFOMRED ON A DARK BROWN FILTRATE RECOVERED FROM WATERY MUD IN SAMPL  ER. NITRATE WAS DETECTED IN SAMPLE.                                             TOP :NO ANALYSIS OF MUDDY WATER AS REQUESTED. MIDDLE:NO ANALYSIS OF MUDDY WATE  R AS REQUESTED. BOTTOM:NO ANALYSIS OF MUDDY WATER AS REQUESTED. THE DHS WAS RE  CEIVED WTIH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 1.3LITRES OF WA  TERY MUD.


Sample_appearance:
analysis performed on a clear filtrate recovered from wate


Sample_appearance:
analysis performed on a clear filtrate recovered from water with a trace sedim  ent


Remarks:
SAMPLE CONSISTED OF A PALE YELLOW FILTRATE RECOVERED FROM MUD.


Remarks:
SAMPLE CONISTED OF A PALE YELLOW FILTRATE RECOVERED FROM AMMONIA CUT MUD.


Remarks:
SAMPLE CONSISTED OF A PALE YELLOW FILTRATE RECOVERED FROM AMMONIA CUT MUD.


Sample_appearance:
THE 3O MINUTE API MUD FILTRATE RECOVERED FROM THE MUD. SALINITY = 2.77%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. TH ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.3%


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER CUT OIL


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 11ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.07%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 9ML. THE ABOVE RESULTS PERTAIN TO THE M  WATER EXTRACTED FROM THE MUD. SALINITY = 0.02%


Sample_appearance:
OPENIND PRESSURE=1000KPA                                                        SALINITY = 0.06%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 33.5 ML. THE ABOVE RESULTS PERTAIN TO T  E WATER EXTRACTED FROM THE MUD. SALINITY = 0.15%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10 ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.03


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 6.8ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.13%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 11.0 ML. THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD. SALINITY = 0.28%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 11ml. the above results pertain to the   water extracted from the mud. salinity = 0.44


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 14ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROMT THE MUD. SALINITY = 0.02


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 15ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.04


Remarks:
CATION ANION RATIO MAY BE AFFECTED BY IONS NOT ANALYZED                         PHOSPHATE (MG/L): 5890


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM SALTY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FROM A SALT WATER. ION BALANCE:96.24%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FORM A SALT WATER. ION B  ALANCE = 98.16%


Sample_appearance:
analysis determined on a yellow filtrate recovered from mud. ion balance = 96.  10%


Sample_appearance:
anlaysis determined on a cloudy filtrate recovered from muddy water             ion balance = 95.21%


Sample_appearance:
analysis determined on a clear filtrate recovered from a water containing susp  ended matter.a baker oil tools dhs was opening pressure of 0kpa @18c. it conta  ined 2.00l of water. ion balance = 95.07%


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD.ANALYSIS CON  FIRMED.ION BALANCE AFFECTED BY THE PRESENCE OF A NITRATE COMPOUND


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD.ANALYSIS CON  FRIMED. ION BALANCE AFFECTED BY THE PRESENCE OF A NITRATE COMPOUND.


Sample_appearance:
A BAKER OIL TOOLS DHS #153 WAS RECEIVED WITH AN OPENINING PRESSURE OF 2100KPA.  @18C.IT CONTAINED 0.15 LITRES OF GAS AND 2.0 LITRES OF GASIFIED WATER.


Sample_appearance:
SAMPLE CONSISTED OF A TURBID YELLOW FILTRATE RECOVERED FROM SLIGHTLY OIL CUT M  UDDY SALT WATER.  ABSOLUTE DENSITY@15C(KG/M3)=796  RELATIVE DENSITY@15/15C=0.7  97  API GRAVITY=46.0  TOTAL SULPHUR(G/KG)=1.6  OIL RECOV FORM SLIGHTLY OIL CUT   MUDDY SALT WATER BY CENTRIFUGE


Sample_appearance:
THE SAMPLE CONSISTED OF A TURBID YELLOW FILTRATE RECOVERED FROM DIRTY WATER.    ABS DENSITY@15C(KG/M3)=736  REL DENSITY@15/15C=0.737  API GRAVITY=60.5  TOTAL   SUPHUR (G/KG)=<0.3


Remarks:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER.


Remarks:
SAMPLE CONSISTED OF A YELLOW COLORED FILTRATE RECOVERED FROM MUD


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER #405 WAS RECEIVED AT ATMOSPHERIC PRESSURE A  ND CONTAINED 1.500 LITRES OF MUD.  ANALYSIS PERFORMED ON A LIGHT BROWN FILTRAT  E RECOVERED FROM MUD.


Sample_appearance:
AN ALPINE TESTERS DOWNHOLE SAMPLER #403 WAS RECEIVED AT ATMOSPHERIC PRESSURE A  ND CONTAINED 1.850 LITRES OF MUD. ANALYSIS PERFORMED ON A LIGHT BROWN FILTRATE  RECOVERED FROM MUD. SAMPLE #1: SAMPLED FROM TOP OF RECOVERY. THE SAMPLE CONSIS  TED OF MUD. NO ANALYSIS AS REQUESTED.  SAMPLE #2: SAMPLED FROM BOTTOM OF RECOV  ERY.  THE SAMPLE CONSISTED OF MUD.  NO ANALYSIS AS REQUESTED.  SAMPLE #3: SAMP  LED FROM DOWNHOLE SAMPLER.  AN ALPINE TESTERS DOWNHOLE SAMPLER #403 WAS RECEIV

Remarks:
ED AT ATMOSPHERIC PRESSURE AND CONTAINED 1.850 LITRES OF MUD.  (WATER ANALYSIS  G94-7581-3)


Remarks:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 12ML.  THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD.  SALINITY = 0.06%


Sample_appearance:
SAMPLE CONSISTED OF A PALE GREEN FILTRATE RECOVERED FROM SOUR SALT WATER


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY WATER


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD


Sample_appearance:
THE SAMPLE CONSISTED OF DARK BROWN FILTRATE RECOVERED FROM MUD


Sample_appearance:
THE SAMPLE CONSISTED OF DARK BROWN FILTRATE RECOVERD FROM MUD


Sample_appearance:
DARK BROWN FILTRATE RECOVERED FROM A SAMLE CONTAINING MUD. THE BAKER OIL TOOLS   DHS WAS RECEIVED AT 1200KPA PRESSURE.CONTAINED IN THE CHAMBER WAS 5.70 L OF G  AS AT 101.325 KPA & 25C. AND 1.800 L OF OIL CUT WATER. NO OIL ANALYSIS REQUIRE  D AS REQUESTE


Sample_appearance:
WATER WITH BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE            OF SALT WATER.


Sample_appearance:
PALE YELLOW WATER.ANALYSIS IS INDICATIVE OF SALT WATER


Sample_appearance:
BROWN WATER RECOVERED FROM WATERY MUD.ANALYSIS IS INDICATIVE OF MUD FILTRATE.A   BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0KPA 218C.IT CON  TAINED 0.50L WATERY MUD


Sample_appearance:
dark brown water recovered from watery mud. analysis is indicative of mud filt  rate.a baker oil tools dhs was received with an opening pressure of 0 kpa @18c  .it contained 2.0l mud


Sample_appearance:
dark brown water recovered from muddy water.analysis is indicative of mud filt  rate.a baker oil tools dhs was received with an opening pressure of 790kpa@18c  . it contained gas and 2.20l of muddy water


Sample_appearance:
yellow water recovered from watery mud.analysis is indicative of mud filtrate.  a baker oils tools dhs was received with an opening pressure of 0kpa @18c. it   contained 0.10L of watery mud


Sample_appearance:
DARK BROWN WATER RECOVERED FROM MUDDY WATER.ANALYSIS IS INDICATIVE OF MUD FILT  RATE.


Sample_appearance:
DARK BROWN WATER RECOVERED FROM WATERY MUD.ANALYSIS IS INDICATIVE OF MUD FILTR  ATE.


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER CONTAIN  ING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUDDY WATER. A QU  INN TESTERS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE.IT CONTAINED   2.20 . OF MUDDY WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SLIGHTLY OIL ST  AINED WATERY MUD. A QUINN TESTERS DHS WAS RECEIVED WITH AN OPENDING PRESSURE O   850 KPA @ 18C. IT CONTAINED A SMALL AMOUNT OF GAS ANS 1.55L. OF SLIGHTLY OIL   STAINED WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT GREEN COLORED FILTRATE RECOVERED FROM SOUR SALT   WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
ANLAYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERD FROM SOUR WATERY MUD


Sample_appearance:
THE SAMPLE CONSISTED OF ORANGE FILTRATE RECOVERED FROM MUD


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM A SOUR WATER CONTAINING SUSPENDED         MATTER.


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM A SOUR WATER CONTAINING SUSPEN  DED MATTER.


Sample_appearance:
analysis determined on a dark brown filtrate recovered from mud.


Sample_appearance:
A PALE GREEN COLORED FILTRATE REC'D FROM A SOUR, SALT WATER                     CONTAINING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM A SOUR,SALT WATER   CONTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM A SOUR,SALT WATER   CONTAINING SUSPENDED MATTET


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE REOCVERED FROM A SOUR, SALT WATER   CONTAINING SUSPENDE MATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM A SOUR,SALT WATER   CONTAINING SUSPEND MATTER'


Sample_appearance:
A YELLOW COLORED FILTATER REC'D FROM A WATER CONTAINING                     SUSPENDED MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM A SALT WATER CONTAINIG   SUSPENDED MATTER


Sample_appearance:
ANLAYSIS DETERMINED ON A BROWN FILTRATE ECOVERED FROM SALT WATER CONTAINING SU  SPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM A SALT WATER CONTAINING   SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM A HYDROCARBON CUT SALT   WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS PERFOMRED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SEDIME  NT AS REQUESTED/


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID GREEN FILTRATE RECOVERED FROM SOUR SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING MATTER


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 6ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.11%


Remarks:
DOWNHOLE SAMPLER #101 WAS RECEIVED WITH AN OPENING PRESSURE OF 4300KPA AT AMBI  ENT TEMPERATURE.  IT CONTAINED 0.65 LITRES MUD AND A SMALL AMOUNT OF GAS.  ANA  LYSIS PERFORMED ON BROWN FILTRATE RECOVERED FROM MUD.  INSUFFICIENT RECOVERABL  E WATER FOR FURTHER ANALYSIS.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER.

Remarks:
S1: SAMPLED FROM BUBBLE HOSE.  CONSISTED OF GAS.  NO ANALYSIS.  S2: SAMPLED FR  OM  TOP OF RECOVERY.  SAMPLE CONSISTED OF WATERY MUD. NO ANALYSIS.  S3: SAMPLE  D FROM TOP OF COLLARS.  CONSISTED OF WATERY MUD.  NO ANALYSIS.  S4: SAMPLED FR  OM MIDDLE OF COLLARS.  CONSISTED OF WATERY MUD. NO ANALYSIS.  S5: SAMPLED FROM   TOP OF TOOL. CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER.    (WATER ANALYSIS F94-8694-5)


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER


Sample_appearance:
pale yellow filtrate recovered from mud.analysis is indicative of mud filtrate   with a trace of saly water


Sample_appearance:
yellow water recovered from mudy water.analysis is indicative of mud filtrate.  a baker oil tools dhs was received with an opening pressure of 610kpa @18c.it   contained gas and 2.00l muddy water.


Sample_appearance:
yellow water recovered from mud.analysis indicative of mud filtrate contaminat  on with salty water. a baker oil tools dhs was received with an opening pressu  re of 0kpa.@18c.it contained 20l of mud


Sample_appearance:
YELLOW WATER RECOVERED FROM MUD.ANALYSIS INDICATIVE OF MUD FILTRATE CONTAMINAT  ED WITH SALTY WATER.A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSUR  E OF 0KPA @18C.IT CONTAINED 2.0L MUD.


Sample_appearance:
YELLOW WATER RECOVERED FROM MUD.ANALYSIS IS INDICATIVE OF MUD FILTRATE.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRAC  E SEDIMENT


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
A CLEAR FILTRATE REC'D FROM MUDDY WATER.


Sample_appearance:
A BAKER OIL TOOLS DHS #238 WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CONTAINED   2100ML OF MUDDY WATER.ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MU  DDY WATER


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER #501 WAS RECEIVED AT ATMOSPHERIC PRESSURE A  ND CONTAINED 2.700 LITRES OF WATERY MUD.  ANALYSIS PERFORMED ON A YELLOW FILTR  ATE RECOVERED FROM MUD.


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER #503 WAS RECEIVED AT ATMOSPHERIC PRESSURE A  ND CONTAINED 2.600 LITRES OF MUDDY WATER.  ANALYSIS PERFORMED ON A GREEN FILTR  ATE RECOVERED FROM SOUR SALT WATER.


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER #504 WAS RECEIVED AT 2100KPA.  IT CONTAINED   39.89 LITRES OF GAS AT 101.325 KPA & 15C AND 0.050 LITRES OF BLACK SOUR WATER  .  ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 15ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 3.09


Sample_appearance:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 10 ML. THE ABOVE RESULTS       PERTAIN TO THE WATER EXTRACTED FROM THE MUD. SALINITY .09%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 13.5ML. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM THE MUD. SALINITY = 0.45


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 20ML. TEH ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 1.36


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID FILTRATE RECOVERED FROM A SAMPLE CONTAINING SED  IMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING SEDI  MENT


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SUSPEN  DED MATTER. SPOT TEST INDICATES THE PRESENCE OF AMMONIA


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM AN OIL FLECKED WATER CO  NTAINING SUSPENDED MATTER. SPOT TEST INDICATES THE PRESENCE OF AMMONIA


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM SOUR OIL CUT WATER   CONTAINING SEDIMENT IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM OIL CUT WATER


Sample_appearance:
ANLAYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM AN OIL FLECKED WAT  ER


Sample_appearance:
analysis performed on a pale yellow filtrate recovered from an oil stained wat  er.


Sample_appearance:
analysis perfomed on a yellow filtrate recovered from an oil cut water.


Sample_appearance:
analysis performed on a pale yellow filtrate recovered from an oil cut water.   spot test indicates the presence of ammonia


Sample_appearance:
analysis performed on a pale yellow filtrate recovered from a water containing   suspended matter. spot test indicates the presense of ammonia


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 20ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD SALINITY = 0.12%


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WATER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR OIL CUT MUD


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM OIL CUT SOUR SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRAE RECOVERED FROM WATER CONTAINING A T  RACE OF FINED BLACK SUSPENDED PARTICLES


Sample_appearance:
A PALE GREEN FILTRATE REC'D FROM WATER CONTAINING A TRACE OF FINE           BLACK SUSPENDED PARTICLES.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY NO3,   N02, ANIONS. NOT ANALZED. SALINITY = 0.10%


Sample_appearance:
SAMPLE CONSISTED OF BROWN FILTRATE RECOVERED FROM MUD


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOUR WATER WITH A LAYER   OF HYDROCARBON


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T


Sample_appearance:
ANALYSIS PERFORMED ON A DARK GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINI  NG SEDIMENT


Sample_appearance:
analysis performed on a green filtrate recovered from a sour salt water contai  ning sediment


Sample_appearance:
analysis performed on a green filtrate recovered from sour water containing bl  ack suspended solids


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 8ML. THE ABOVE RESULTS PERTAIN TO THE E  WATER EXTRACTED FROM THE MUD. SALINITY = 2.13%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 7ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.12%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 7ML. THE ABOVE RESULTS PERTAIN TO TEH W  ATER EXTRACTED FROM TEH MUD. SALINITY = 0.12%


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER   TOP RECOVERY:NO ANALYSIS OF MUD AS REQUESTED.                                   BOTTOM RECOVERY: NO ANALYSIS OF MUD AS REQUESTED                                DHS WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 0.40   LITRES OF MUDDY WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WATER CONTAINIG FINE BAL  CK SUSPENDED PARTICLES.


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A SALT WATER CONTAINIG   SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR                                                  FILTRATE RECOVERED FROM A SALT WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM A SOUR SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 12ML. THE ABOVE RESULTS PERTAIN TO THE   WTER EXTRACTED FROM THE MUD. SALINITY = 0.20%


Sample_appearance:
ANALYSIS PERFOMRED ON A DARK YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAM  PLER                                                                            #1:TOP RECOVEREY.NO ANALYSIS OF WATERY MUD AS REQUESTED. #2:MIDDLE 1 RECOVERY.  NO ANALYSIS OF MUDDY WATER AS REQUESTED. #3: MIDDLE 2 OF RECOVERY. NO ANALYSIS   OF OIL STAINED MUDDY WATER AS REQUESTED.                                       #4:BOTTOM RECOVEREY .NO ANALYSIS OF WATER AS REQUESTED.

Remarks:
DHS #212 WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED   2.16 LTRES OIL CUT WATER.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY CATIO  NS NOT ANALYZED. SALINITY = 12.35%


Sample_appearance:
ANALYSIS PERFORMED ON A COLOURLESS FILTRATE RECOVERED FROM SALT WATER


Sample_appearance:
the sample consisted of a brown filtrate recovered from mud. the baker oil too  l dsh was received at atmospheric pressure.contained in the chamber was 2.225   l of oil speckled mud


Sample_appearance:
the sample consisted of a brown filtrate recovered form mud


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A SOUR WA  TER CONTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINIG SEDIM  ENT


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM WATER CONTAINING A   TRACE OF FINE BLACK SUSPENDED PARTICLES


Sample_appearance:
THE SAMPLE CONSISTED OF A DARK YELLOW FILTRATE RECOVERED FROM AMMONIA CUT DIRT  Y WATER


Remarks:
ANALYSIS PERFORMED ON RED FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.  SEE   SUMMARY PAGE FOR SAMPLER CONTENTS.


Remarks:
SALINITY = 0.51%                                                                DST - 2  BHS - N/A                                                              OPENING PRESSURE - NIL                                                          RECOVERY - 1 L LIQUID


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM WATER CONTAINING SU  SPENDED MATTER.  ANALYSIS INDICATES POSSIBLE ALCOHOL CONTAMINATION.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER               0


Sample_appearance:
analysis performed on a brown filtrate recovered from mud                       valve open:sample consisted of air. no analysis reported. top recovery:no anal  ysis of muddy water as requested. Middle Recovery: no analysis of mud as reque  sted. Bottom recovery:no analysis of mud as requested. dhs was received with a  tmospheric pressure at ambient temp. it contained 1.35 litres of mud


Sample_appearance:
PALE YELLOW FILTRATE RECOVERED FROM THE WATER PORTION OF THE SAMPLE


Sample_appearance:
SAMPLE CONSISTED OF MUDDY WATER WITH A CLEAR YELLOW FILTRATE.BAKER OIL TOOLS D  HS #91 WAS RECEIVED AT ATMOSPHERIC PRESSRE.CONTAINED IN TEH CHAMBER WAS 0.725   L OF MUDDY WATER


Sample_appearance:
SAMPLE CONSISTED OF WATER WITH A CLEAR YELLOW FILTRATE.BAKER OIL TOOLS DHS WAS   RECEIVED AT 40 KPA PRESSURE.CONTAINED IN THE CHAMBER WAS 2.100L OF OIL CUT WA  TER


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENINING PRESSURE OF 7000KPA @18C/  IT CONTAINED 0.12L OF GAS AND 2.10L OF OIL CUT MUDDY WATER. WATER ANLAYSIS PEF  ORMED ON A CLEAR FILTRATE REOCVERED FROM OIL-CUT MUDD WATER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WATER PORTION OF SOUR WA  TER CUT OIL


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID GREY FILTRATE RECOVERED FROM SOUR OIL FLECKED W  ATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SUSPEND  ED PARTICLES.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD


Sample_appearance:
SAMPLE CONSISTED OF A TURBID FILTRATE RECOVERED FROM DIRTY WTER


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A FRESH WATER CON  TAINING SUSPENDED MATTER.  ION BALANCE: 96.34%


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A MUDDY W  ATER.  ION BALANCE = 96.82%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUDDY WATER.  ION   BALANCE = 97.20%


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A OIL STA  INED WATER.  ION BALANCE = 95.12%                                               A BAKER OIL TOOLS DS WAS RECEIVED WITH AN OPENING PRESSURE OF 1200 KPA @18C.    IT CONTAINED A SMALL AMOUNT OF GAS AND 0.70 L OF OIL STAINED WATER.


Remarks:
ANALYSIS DETERMINED ON A MILKY YELLOW COLORED FILTRATE RECOVERED FROM A FRESH   WATER CONTAINING SUSPENDED MATTER.                                              ION BALANCE = 96.99%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A FRESH WATER CONTA  INING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATERY MUD. ION   BALANCE = 97.74%


Remarks:
ANALYSIS DETERMINED ON A DARK YELLOW FILTRATE RECOVERED FROM A WATERY MUD.  IO  N BALANCE = 96.97%


Remarks:
ANALYSIS DETERMINED ON MILKY BROWN FILTRATE RECOVERED FROM A MUD.  ION BALANCE   = 95.66%.                                                                      A BAKER OIL TOOLS DS WAS RECEIVED WITH AN OPENING PRESSURE OF 500KPA @18C.  IT   CONTAINED A TRACE AMOUNT OF GAS AND 1.0L OFMUD.


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM AN OIL CUT CLOUDY WATER   CONTAINING SUSPENDED MATTER


Sample_appearance:
DARK BROWN WATER.ANALYSIS IS INDICATIVE OF MUD FILTRATE.A BAKER OIL TOOLS DHS   WS RECEIVED WITH AN OPENING PRESSURE OF 1035 KPA @18C.IT CONTAINED 9.25L GAS,   1.25L OIL AND 0.25L WATER


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM A HYDROCARBON CUT SOUR   FRESH WATER CONTAINING SUSPENDED PARTICLES


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM WATERY MUD WITH A VERY   STRONG AMMONIA ODOR.NOTE:THE EXPRESSED ALKALINITY DOES NOT REFLECT TRUE ALKALI  NITY DUE TO CONTAMINATION BY AN AMMONIA BASED COMPOUND


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER


Remarks:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM SOUR WATER CONTAININ  G BLACK SUSPENDED SOLIDS.


Remarks:
THE SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM SLIGHTLY AMMONIA CUT   MUDDY WATER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SOUR SALT WTE


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 2800KPA @18C. I  T CONTAINED 45.22L OF GAS AND 0.25L OF WATER


Sample_appearance:
DARK COLORED FILTRATE RECOVERED FROM MUDDY WATER.


Sample_appearance:
THE SAMPLE CONSISTED OF A DARK CLEAR FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
THE SAMPLE CONSISTED OF A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER


Sample_appearance:
analysis determined on a pale green filtrate recovered form a sample containin  g trace sediment.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER,


Sample_appearance:
ANALYSIS DETERMINED ON PALE BROWN COLORED WATER RECOVERED FROM WATERY MUD. A B  AKER OIL TOOLS DHS #308 WAS RECEIVED UNDER ATMOSPHERIC PRESSURE @18C. IT CONTA  INED 2.00L. MUDDY WATER.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT 6500KPA.  THE CHAMBER CONTA  INED GAS AND 500MLS OF WATER.  ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERE  D FROM DIRTY SALT WATER.


Remarks:
ANALYSIS PERFORMED ON GREEN FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT.


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER #B100 WAS RECEIVED AT ATMOSPHERIC PRESSURE   AND CONTAINED 0.95 LITRES OF MUD.                                               ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUD.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #263 WAS RECEIVED WITH AN OPENING PRESSURE   OF 2100KPA AT 15C.  IT CONTAINED 0.50 LITRES OF DIRTY WATER AND 25.8 LITRES OF   GAS AT 101.3 KPA AND 15C.


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM AN OIL CUT MUD.A   BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.IT CONTAINED 2.1  0L OF OIL CUT MUD


Remarks:
ANALYSIS DETERMINED FROM A BROWN COLOURED FILTRATE RECOVERED FROM A WATERY MUD  .


Remarks:
ANALYSIS DETERMINED FROM A BROWN COLORED FILTRATE RECOVERED FROM A WATERY MUD.


Remarks:
ANALYSIS DETERMINED FROM A YELLOW COLORED FILTRATE RECOVERED FROM A SOUR SALT   WATER CONTAINING SUSPENDED PARTICLES.  *ANALYSIS CONFIRMED*


Remarks:
ANALYSIS DETERMINED ON A GREEN COLOURED FILTRATE RECOVERED FROM A SOUR SALT WA  TER CONTAINING SUSPENDED MATTER.  A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEI  VED WITH AN OPENING PRESSURE OF 1300KPA @18C.  IT CONTAINED 30.32L OF GAS AND   1.0L OF OIL FLECKED SOUR SALT WATER.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 14ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SAILNITY = 0.45


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINTY = 0.03


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.07


Sample_appearance:
THE 30 MINUTE PAI MUD FILTRATE LOSS IS 9ML. THE ABOVE RESULTS PERTAIN TO THE A  TER EXTRACTED FROM THE MUD. SALINITY = 0.02


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. THE ABOVE RESULTS PERTAIN TO TEHW   WATER EXTRACTED FROM THE MUD. SALINITY = 0.19


Sample_appearance:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 15 ML. THE ABOVE RESULTS   PERTAIN TO THE WATER EXTRACTED FROM MUD. SALINITY = .04%


Sample_appearance:
THE 30 MIUTE API MUD FILTRATE LOSS IS 17.5ML THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.09


Sample_appearance:
ANALYSIS PERFORMED ON A CLOUDY ORANGE FILTRATE RECOVERED FROM WATER CONTAINING   SEDIMENT


Sample_appearance:
the sample consisted of a green filtreat recovered from dirty sour salt water.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 9.5ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.40%


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%.THE IMBALANCE IS CAUSED BY *ANION  S* NOT ANALYZED.SALINITY = 0.69%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.15%


Sample_appearance:
AN ALPINE TESTERS DOWNHOLE SAMPLER #310 WAS RECEIVED AT ATMOSPHERIC PRESSURE.   CONTAINED IN THE CHAMBER WAS 2.625 LITRES OF WATER.  SAMPLE #1: SAMPLED FROM T  OP OF RECOVERY. SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT  WATER. RESISTIVITY OF FILTRATE: 0.440 LHM M @25C.  SAMPLE #2: SAMPLED FROM MID  DLE #1 OF RECOVERY. SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY   SALT WATER. RESISTIVITY OF FILTRATE: 0.302 OHM M @25C.  SAMPLE #3: SAMPLED FRO

Remarks:
M MIDDLE #2 OF RECOVERY.  SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM   MUDDY SALT WATER.  RESISTIVITY OF FILTRATE: 0.189 OHM M @25C.  SAMPLE #4: SAMP  LED FROM MIDDLE #3 OF RECOVERY. SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED  FROM MUDDY SALT WATER.  RESISTIVITY OF FILTRATE: 0.162 OHM M @25C.


Remarks:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUD.


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER #409 WAS RECEIVED AT ATMOSPHERIC PRESSURE.   CONTAINED IN THE CHAMBER WAS 2.200 LITRES OF MUD.  ANALYSIS PERFORMED ON A DAR  K COLOURED FILTRATE RECOVERED FROM MUD.


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
analysis performed on a cloudy filtrate recovered from water containing black   suspended solids


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 15.9ML. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTARCTED FROM THE MUD.SALINITY = 0.70%


Sample_appearance:
THE 30 MINTUE API MUD FILTRATE LOSS IS 19.5ML. THE ABOVE RESUTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD.SALINITY =0.76%


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 6.8ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.765


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 27.0 ML. THE ABOVE RESULTS PERTAIN TO T  EH WATER EXTRACTED FROM THE MUD. SALINITY= 1.03%


Sample_appearance:
ANALYSIS PERFORMED ON A GRAY FILTRATE RECOVERED FROM A SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER CONTAINING A   LAYER OF HYDROCARBON ON TOP


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER WITH A TRACE OF SE  DIMENT


Sample_appearance:
THE 30 MINTUE API MUD FILTRATE LOSS IS 15ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0                                      .34%


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 12ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUS. SALINITY = 0.34%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE 8ML. THE ABOVE RESULTS PERTAIN TO THE WATER EXT  RACTED FROM THE MUD. SALINITY = 0.21%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE 20 ML. THE ABOVE RESULTS PERTAIN TO THE WATER E  XTRACTED FROM THE MUD. SALINITY = 0.06%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 15ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 1.68%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10.0M. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 1.1%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 29.0 MLS. THE ABOVE RESULTS PERTAIN TO   THE WATER EXTRACTED FROM THE MUD. SALINITY = 4.76%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 12.0ML. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM TEH MUD. SALINITY = 0.5%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WTER


Sample_appearance:
A MCALLISTER TESTERS DHS WAS RECEIVED 2400 KPA & 20C.IT CONTAINED 1.71 LITRES   OF GAS AND 1250 MLS OF SOUR MUDDY WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERY FROM AN OIL AND WATER M  IXTURE                                                                          *TYPICAL HALFWAY FORMATION WATER ANALYSIS ACCORDING TO C &G


Sample_appearance:
A MCALLISTER PETROLEUM SERVICES DHS WAS RECEIVED AT 4000 KPA PRESSURE.CONTAINE  D IN THE CHAMBER WAS SOUR GAS AND 3.6 LITRES OF WATER. THE SAMPLE CONSISTED OF   A CLEAR GREEN FILTRATE RECOVERED FROM DIRTY SOUR WATER


Sample_appearance:
SAMPLE CONSISTED OF A DARK BROWN FILTRATE RECOVERED FROM DRILLING MUD


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATERY MUD. *AN  ALYSIS CONFIRMED*


Sample_appearance:
THE SAMPLE CONSITED OF A CLEAR FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A HYDROCARBON CUT  SOUR SALT WATER CONTAINING SUSPENDED PARTICLES. *ANALYSIS CONFIRMED*


Remarks:
A MCALLISTER PETRO SERVICES DOWNHOLE SAMPLER #128 WAS RECEIVED WITH AN OPENING   PRESSURE OF 450 KPA AT 15C.  THE CHAMBER CONTAINED GAS AND 0.50 LITRES OF WAT  ER CUT OIL (60.0% OIL).  ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERE  D FROM OIL STAINED DIRTY SALT WATER.


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER #511 WAS RECEIVED WITH ATMOSPHERIC PRESSURE   AT AMBIENT TEMPERATURE.  IT CONTAINED 2.15 LITRES OF WATERY MUD.  ANALYSIS PE  RFORMED ON A BROWN FILTRATE RECOVERED FROM WATERY MUD.  INSUFFICIENT RECOVERAB  LE WATER FOR FURTHER ANALYSIS.


Sample_appearance:
AN ALPINE TESTERS DOWNHOLE SAMPLER #513 WAS RECEIVED WITH ATMOSPHERIC PRESSURE   AND CONTAINED 1.50 LITRES OF WATERY MUD.  ANALYSIS PERFORMED ON A YELLOW FILT  RATE RECOVERED FROM WATERY MUD.                                                 G94-8165-1: TOP OF RECOVERY.  RESISTIVITY OF YELLOW FILTRATE RECOVERED FROM WA  TERY MUD: 1.04 OHM METERES @25C.                                                G94-8165-2: BOTTOM OF RECOVERY.  RESISTIVITY OF YELLOW FILTRATE RECOVERED FROM

Remarks:
WATERY MUD: 0.618 OHM METERS @ 25C.                                             AN ALPINE TESTERS DOWNHOLE SAMPLER #513 WAS RECEIVED WITH ATMOSPHERIC PRESSURE   AND CONTAINED 1.50 LITRES OF WATERY MUD. (WATER ANALYSIS G94-8165-3)


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN COLORED FILTRATE RECOVERED FROM A MUDDY WA  TER


Remarks:
ANALYSIS DETERMINED ON BROWN COLORED FILTRATE DRECOVERED FROM A MUDDY WATER.    A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AND OPENING PRESSURE OF 2  70KPA @ 18C.  IT CONTAINED A SMALL AMOUNT OF GAS, 0.15L. OF OIL AND 2.02L. OF   MUDDY WATER.


Sample_appearance:
ANALYSIS DETERMINED ON BROWN FILTRATE TAKEN FROM WATERY MUD.SAMPLE FROM DHS A   BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSRE 18C.CONTAINED 1.50L WA  TERY MUD.Sample#1:sampled from #1.consisted of brown filtrate from a watery mu  d.resistivity=0.284ohm M @25C.chloride of filtrate=500mg/L.#2:consisted of a d  ark brown filtrate from watery mud.resistivity =0.201ohm M @25C.Choloride =725  mg/L.#3 consisted of a dark brown filtrate from watery mud.resistivity =0.198

Remarks:
ohm M @25C.Chloride =1125mg/L. #4)a baker oil tool dhs was receive at atmosphe  ric pressure at 18C. it contained 1.50L of watery mud.


Sample_appearance:
ANALYSIS DETERMINED ON A DARK GREEN COLORED FILTRATE RECOVERED FROM A SALT WAT  ER CONTAINING SUSPENDED MATTER.A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHER  IC PRESSURES @18C.IT CONTAINED 2.50L OR WATER


Remarks:
ANALYSIS DETERMINED ON A BROWN COLOURED FILTRATE RECOVERED FROM AN AMMONIA CUT   SOUR MUDDY WATER.  *ANALYSIS CONFIRMED*


Sample_appearance:
ANALYSIS PERFORMED ON COLOURLESS FILTRATE RECOVERED FROM A SAMPLE CONTAINING S  EDIMENT.  SEE SUMMARY PAGE FOR SAMPLER CONTENTS.                                E95-5021-1 TOP.  RESISTIVITY OF PALE YELLOW FILTRATE RECOVERED FROM OIL FLECKE  D MUD: 0.239 OHM M @25C.  E95-58021-2 SAMPLE #2.  RESISTIVITY OF PALE YELLOW F  ILTRATE RECOVERED FROM OIL FLECED MUD: 0.224 OHM M @25C.  E95-5021-3 SAMPLE #3   OIL ANALYSIS E95-2021-3. RESISTIVITY OF PALE YELLOW FILTRATE RECOVERED FROM W

Remarks:
ATER. PORTION OF SAMPLE: 0.149 OHM M @25C.  E95-5021-4 SAMPLE #4. RESISTIVITY   OF COLOURLESS FILTRATE RECOVERED FROM WATER.  SAMPLE CONTAINING TRACE SEDIMENT  : 0.113 OHM M @25C.  E95-5021-5 BOTTOM.  RESISTIVITY OF COLOURLESS FILTRATE RE  COVERED FROM WATER SAMPLE CONTAINING TRACE SEDIMENT: 0.111 OHM M @25C.          DOWNHOLE SAMPLER WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMPERATURE  . IT CONTAINED 0.40 LITRES WATER (ANALYSIS E95-5021-6).


Sample_appearance:
ANALYSIS PERFORMED ON CLEAR FILTRATE RECOVERED FROM WATERY MUD.                 G95-8330-1  FINAL FLOW.  NO ANALYSIS OF GAS REQUESTED.                          G95-8330-2  TOP OF RECOVERY.  WATER ANALYSIS G95-8330-2                         G95-8330-3  MIDDLE OF RECOVERY.  RESISTIVITY OF YELLOW FILTRATE RECOVERED FROM   MUDDY WATER: 0.673 OHM M @25C.                                                 G95-8330-4  BOTTOM OF RECOVERY.  RESISTIVITY OF CLEAR FILTRATE RECOVERED FROM

Remarks:
MUDDY WATER: 1.07OHM M @25C.                                                    DOWNHOLE SAMPLER #406 WAS RECEIVED WITH AN OPENING PRESSURE OF 800KPA @ AMBIEN  T TEMPERATURE.  IT CONTAINED A SMALL AMOUNT OF GAS (ANALYSIS G95-8330-5) AND 0  .200 LITRES WATER.  RESISTIVITY OF YELLOW FILTRATE RECOVERED FROM WATER: 1.12   OHM M @25C.


Sample_appearance:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY WATER


Remarks:
ANALYSIS DETERMINED ON LIGHT BROWN COLORED FILTRATE RECOVERED FROM A OIL FLECK  ED MUDDY WATER.  A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERI  C PRESSURE @18C.  IT CONTAINED 2.20L OF OIL FLECKED MUDDY WATER.


Remarks:
ANALYSIS DETERMINED ON A COLOURLESS FILTRATE RECOVERED FROM AN AMMONIA CONTAMI  NATED WATER.  A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING   PRESSURE OF 2650KPA @18C.  IT CONTAINED A SMALL AMOUNT OF GAS AND 2.40L OF WAT  ER.


Sample_appearance:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 4300KPA @18C.IT   CONTAINED 27.37L. OF GAS AND 1.75L OF OIL CUT WATER.WATER ANALYSIS PERFORMED   ON A CLEAR FILTRATE RECOVERED FROM OIL CUT SALT WATER


Sample_appearance:
ANLAYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR OIL-WATER   MIXTURES


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SALT WATER                                                                                  A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 6100KPA @18C. I  T CONTAINED 25.55L OF GAS 0.47L OF OIL AND 1.6L OF WATE


Sample_appearance:
A BAKER OIL TOOLS DHS #631 WAS RECEIVED AT ATMOSPHERIC PRESSURE. CONTAINED IN   THE CHAMBER WAS 1.750 LITRES OF WATER


Sample_appearance:
A BAKER OIL TOOLS DHS #158 WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C. IT CONTA  INED 2.00L OF MUDDY WATER


Remarks:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM WATERY MUD.


Remarks:
ANALYSIS DETERMINED ON A BLACK COLORED FILTRATE RECOVERED FROM A SOUR SALT WAT  ER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
SAMPLE CONSISTEED OF A DARK FILTRATE RECOVERED FROM STAINED MUD


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRAET RECOVERED FROM SOUR MUDDY WATER. A BA  KER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSUER OF 400KPA @18C. IT CON  TAINED GAS AND 2.00L OF SOUR MUDDY WATER


Remarks:
A BAKER OIL TOOLS DS WAS RECEIVED WITH AN OPENING PRESSURE OF 100KPA @18C.  IT   CONTAINED A SMALL AMOUNT OF GAS AND 2.10L OF DIRTY WATER.  ANALYSIS PERFORMED   ON A YELLOW FILTRATE RECOVERED FROM DIRTY WATER.  REISSUED TO CORRECT ANALYSI  S.


Remarks:
THE SAMPLE CONSISTED OF A GREEN FILTRATE RECOVERED FROM DIRTY SOUR SALT WATER.


Remarks:
A BAKER OIL TOOLS DS #306 WAS RECEIVED WITH AN OPENING PRESSURE OF 1100KPA @18  C.  IT CONTAINED 19.27 L OF GAS, 0.50L OF OIL AND 0.40 L OF WATER.              ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL STAINED SALT WATER.


Remarks:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM SALT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER


Sample_appearance:
ANLAYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.


Remarks:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%.  THE IMBALANCE IS CAUSED BY **CA  TIONS** NOT ANALYZED.  SALINITY = 12.92%.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER.   NITRATE WAS DETECTED IN SAMPLE


Sample_appearance:
ANLAYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FORM AN OIL AND WATER   MIXTURE


Sample_appearance:
TEH 30 MINTUE API MUD FILTRATE LOSS IS 2ML. THE ABOVE RESULTS PERTAIN TO THE A  WATER EXTRACTED FROM THE MUD. SALINITY = 0.07%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTATE RECOVERED FROM A WATER SAMPLE CONTAINING   SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID FILTRATE RECOVERED FROM OIL CUT SALT WATER


Remarks:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY WATER.


Remarks:
AN ALPINE TESTERS DS #202 WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CONTAINED 2  .25 LITRES OF WATER.  ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM DI  RTY WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL STAINED WATER IN SMP  LER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM CLEAR WATER IN SAMPLER    Flarline:air content: 78%. no analysis reported. Top:clear filtrate taken from   slightly oil cut muddy water.Resist)0.545 ohm m @25C.                          Middle #1:clear filtrate taken from clear water.Resist)1.17 ohm m @25C.j        Middle #2:"                                   ".Resist)1.08 ohm m @25C.         middle #3:"                                   ".Resist)0.509 ohm m @25C.

Remarks:
Middle #4:"                                   ".Resist)0.513 ohm m @25C.        Bottom:   "                                   ".resist)0.478 ohm m @25C.        dhs was received with atmospheric pressure at ambient temp. it contained 2.35   litres of water.


Sample_appearance:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER.

Remarks:
SAMPLE #1: SAMPLED FROM SAMPLE #1.  THE SAMPLE CONSISTED OF WATER. (NO ANALYSI  S AS REQUESTED).  SAMPLE #2: SAMPLED FROM SAMPLE #2.  THE SAMPLE CONSISTED OF   WATER.  (NO ANALYSIS AS REQUESTED).  SAMPLE #3: SAMPLED FROM SAMPLE #3.  THE S  AMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER. (WATER AN  ALYSIS F94-9753-3)


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM WATER CONTAINING A   THIN LAYER OF HYDROCARBON ON TOP


Sample_appearance:
ANLAYSIS PERFORMED ON A GREEN FILTRAET RECOVERED FROM SOUR WATER CONTAINING SE  DIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOUR WATER CONTAINNG SED  IMENT


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECVOERED FROM WATERY MUD IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER              ANALYSIS CONFIRMED.                                                             TOP:NO ANALYSIS OF MUD AS REQUESTED. MIDDLE:NO ANALYSIS OF MUD AS REQUESTED.    BOTTOM:WATER ANALYSIS F96-3822-3                                                DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 750 KPA AT 18C. IT CONTAINED GAS.   AND 2.1 LITRES OF MUDDY WATER


Sample_appearance:
A PALE YELLOW COLORED FILTRATE REC'D FROM WATERY MUD.


Sample_appearance:
GREEN COLORED FILTRATE REC'D FROM A SAMPLE CONTAINING A TRACE   SEDIMENT. A THIN LAYER OF HYDROCARBON AND H2S.


Sample_appearance:
A CLEAR FILTRATE REC'D FROM SOUR DIRTY WATER.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A MUDDY W  ATER.                                                                           ANALYSIS CONFIRMED


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SALT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SALT WATER.        ANALYSIS CONFIRMED                                                              SAMPLE 1 SAMPLED FROM TOP CONSISTED OF MUDDY WATER                              (WATER ANALYSIS F94-8573-1)                                                     SAMPLE 2 SAMPLED FROM 42 STANDS CONSISTED OF WATER                              (NO ANALYSIS AS REQUESTED

Remarks:
SAMPLE 3 SAMPLED FROM 35 STANDS CONSISTED OF WATER (WATER ANALYSIS F94-8573-3)  SAMPLE 4 SAMPLED FROM 30 STANDS CONSISTED OF WATER (NO ANALYSIS AS REQUESTED)   SAMPLE 5 SAMPLED FROM TOP OF TOOL CONSISTED OF WATER (WATER ANALYSIS F94-8573-  5)


Sample_appearance:
ANALYSIS PERFORMED ON A DARK RED FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
THE 30 MINUTE API MUD FILTRAET LOSS IS 17MLS. THE ABOVE RESULTS PERTAIN TO TEH   WATER EXTRACTED FROM THE MUD. SALINITY = 0.28%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 48MLS. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 7.75%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 14ML .THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.67%


Sample_appearance:
ANALYSIS DETERMINED ON PALE YELLOW FILTRATE RECOVERED FROM SOUR SALT WATER CON  TAINING SUSPENDED MATTER. A BAKER OIL TOOLS DS WAS RECEIVED AT ATMOSPHERIC PRE  SSURE @18C. IT CONTAINED 0.85L OF OIL AND 1.10L OF WATER.  SAMPLE #1: SAMPLED   FROM TOP OF RECOVERY. CONSISTED OF OIL CUT MUD. SAMPLE #2: SAMPLED FROM MIDDLE  OF RECOVERY.  CONSISTED OF OIL CUT MUD.  SAMPLE #3: SAMPLED FROM TOP OF TOOL.   CONSISTED OF WATER. (WATER ANALYSIS F94-8575-3).  SAMPLE #4: SAMPLED FROM DS

Remarks:
#153. A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE   @18C. IT CONTAINED 0.85L OF OIL AND 1.10L OF WATER. (OIL ANALYSIS F94-8575-4)   (WATER ANALYSIS F94-8575-5)


Remarks:
ANALYSIS DETERMINED ON A DARK YELLOW FILTRATE RECOVERED FROM A SOUR SALT WATER   CONTAINING SUSPENDED MATTER.


Sample_appearance:
A YELLOW FILTRATE REC'D FROM WATER CONTAINING SEDIMENT. NITRATE                 WAS DETECTED IN SAMPLE.


Sample_appearance:
A PALE YELLOW FILTRATE REC'D FROM OIL CUT WATER.                            AMMONIA WAS DETECTED IN SAMPLE.


Sample_appearance:
A GREEN FILTRATE REC'D FROM SOUR WATER CONTAINING SEDIMENT.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM A SOUR SALT WATER   CONTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SALT WATER   CONTAINING SUSPENDED MATTER


Sample_appearance:
analysis done on a clear filtrate taken from water containing suspended matter  .*note:fluid was calcium nitrate based as per B.Bradley,luscar LTD. 92/11/25    a baker oil tools dhs was received with an opening pressure of 0 kpa 218c. it   contained 2.00l of water


Sample_appearance:
analysis determined on a brown filtrate recovered from a mud


Sample_appearance:
analysis determined on a pale yellow filtrate recovered from a water containni  g suspended matter


Sample_appearance:
A BAKER OIL TOOLS DHS #233 WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C. IT CONTA  INED 1.80L OF WATERY MUD


Sample_appearance:
analysis determined on a pale green filtrate recovered from a sour water conta  ining suspended matter


Sample_appearance:
analysis determined on a yellow filtrate recovered from oil cut water.a baker   oil tools dhs was received with an opening pressure of 0 kpa @18c. it containe  d 2.00 l of oil-cut water


Sample_appearance:
analysis determined on a pale yellow filtrate recovered from oil flecked water  .a baker oil tools dhs was received with an opening pressure of 0 kpa @18c. it   contained 0.10l oil flecked water


Sample_appearance:
analysis determined on a clear filtrate recovered from a water containing susp  ended matter. NOTE:fluid was calcium nitrate based, as per B.Bradley, luscar l  td.


Remarks:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 7.0ML.  THE ABOVE RESULTS PERTAIN TO   THE WATER EXTRACTED FROM THE MUD.  SALINITY = 0.07%


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM MUDDY WATER IN SAMP  LER.


Sample_appearance:
ANLAYSIS PERFORMED ON A RED FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER.      #1:FLARELINE.NO ANALYSIS OF GAS AS REQUESTED. #2: #1 DRILLSTEM.NO ANALYSIS OF   MUD AS REQUESTED. #3:DRILLSTEM #2. NO ANALYSIS OF MUD AS REQUESTED.             #4:DRILLSTEM #3. NO ANALYSIS OF MUD AS REQUESTED.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTARTE RECOVERED FROM OIL STAINED SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL STAINED SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL FLECKED WATERY MUD]  #1:TOP OF RECOVEREY.NO ANALYSIS OF MUD AS REQUESTED.                            #2:MIDDLE RECOVEREY.NO ANALYSIS OF MUD AS REQUESTED.                            #3:BOTTOM RECOVEREY.NO ANALYSIS OF MUD AS REQUESTED.                            DHS #238 WAS RECEIVED WITH AN OPENING PRESSURE OF 200 KPA AT AMBIENT TEMPERATU  RE. IT CONTAINED A SMALL AMOUNT OF OIL FLECKED WATERY MUD.


Remarks:
ANALYSIS PERFORMED ON GREEN FILTRATE RECOVERED FROM DIRTY WATER.  ANALYSIS CON  FIRMED.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FRP, A WATERY MUD.


Sample_appearance:
ANALYSIS DONE ON A PALE GREEN FILTRATE TAKEN FROM A WATERY MUD.A BAKER OIL TOO  LS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.IT CONTAINED 1.80 L OF WATERY   MUD.SAMPLE#1:FROM MUD TANK.CONSISTED OF WATERY MUD.SAMPLE#2:FROM TOP OF RECOV  ERY.CONSISTED OF MUDDY WATER.SAMPLE#3:FROM MIDDLE OF RECOVERY.CONSISTED OF WAT  ERY MUD.SAMPLE#4:FROM TOP OF TOOL.CONSISTED OF MUDDY WATER.(WATER ANALYSIS F94  -8985-4) SAMPLE #5; FROM DHS #111.(WATER ANALYSIS F94-8985-5)

Remarks:
FOR SAMPLES #1,2,3 NO ANALYSIS AS REQUESTED


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM SOUR SALT WATER CO  NTAINING SUSPENDED MATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM SOUR OIL CUT SALT   WATER.A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 4000 KPA   @18C.IT CONTAINED 67.60L OF GAS 1.30L OF OIL AND 0.25L OF WATER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER.  #1: TOP  , CONSISTED OF A CLEAR FILTRATE FROM MUDDY SALT WATER, RESIS. OF FILTRATE:0.49  6OHM METERS@25C.  #2: MIDDLE, CLEAR FILTRATE FROM MUDDY SALT WATER, RESIS.: 0.  081OHM METERS@25C.  #3: BOTTOM, CLEAR FILTRATE FROM MUDDY SALT WATER, (WATER A  NALYSIS E93-23303-3).  #4: DHS, AN ALPINE TESTERS DHS WAS RECIEVED AT ATMOSHER  IC PRESSURE AND CONTAINED 50ML OF MUDDY WATER.  RESIS.: 1.57OHM METERS@25C


Remarks:
THE SAMPLE CONSISTED OF A PALE YELLOW FILTRATE RECOVERED FROM DIRTY OIL STAINE  D SALT WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SLAT WATER  .A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESURE OF4500 KPA @28C.IT   CONTAINED 80.10 L OF GAS, 0.75L OF OIL AND 0.45L OF WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SLAT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM SOUR SALT WATER.   A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1425 KPA. @18C.   IT CONTAINED 20.54L OF GAS, 0.75; OF OIL AND 1.15L OF WATER


Sample_appearance:
YELLOW COLORED FILTRATE RECOVERED FROM MUD. *DST #2 GETHING. *DST #3 SPIRIT RI  VER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE PURPLE FILTRATE RECOVERED FROM WATERY MUD IN SAMP  LER


Remarks:
THE SAMPLE CONSISTED OF A DARK FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM SOUR SALT WATER WIT  H AN OIL LAYER ON TOP,


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER #562 WAS RECEIVED AT 550 KPA AND CONTAINED   A SMALL AMOUNT OF GAS AND 2.200 LITRES OF WATERY MUD.  ANALYSIS PERFORMED ON A   DARK FILTRATE RECOVERED FROM WATERY MUD.


Remarks:
THE SAMPLE CONSISTED OF A PALE YELLOW FILTRATE RECOVERED FROM A SLIGHTLY SOUR,   OIL CUT SALT WATER.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A SLIGHTL  Y SOUR, OIL CUT SALT WATER.  A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED A  T ATMOSPHERIC PRESSURE @18C.  IT CONTAINED 0.75L OF OIL CUT WATER.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE OF 34  5 KPA @18C.  IT CONTAINED A SMALL AMOUNT OF GAS AND 2.00L OF WATER.  ANALYSIS   PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER.


Sample_appearance:
A BAKER OIL TOOLS DS #158 WAS RECEIVED WITH AN OP OF 800KPA @18C. IT CONTAINED   10.17L, 0.55L OF OIL AND 0.40L OF WATER.  ANALYSIS PERFORMED ON A CLEAR FILTR  ATE RECOVERED FROM OIL CUT SALT WATER.                                          SAMPLE #1: SAMPLED VALVE OPEN.  CONSISTED OF GAS.  NO ANALYSIS AS REQUESTED.    SAMPLE #2: SAMPLED TOP OF RECOVERY.  CONSISTED OF OIL. (OIL ANALYSIS F94-0007-  2).  SAMPLE #3: SAMPLED MIDDLE OF RECOVERY.  CONSISTED OF MUD.  NO ANALYSIS AS

Remarks:
REQUESTED.  SAMPLE #4: SAMPLED TOP OF TOOL.  CONSISTED OF MUD. NO ANALYSIS AS   REQUESTED.  SAMPLE #5: SAMPLED FROM DS #158.  A BAKER OIL TOOLS DS WAS RECEIVE  D WITH AN OPENING PRESSURE OF 800 KPA @18C.  IT CONTAINED 10.17L OF GAS, 0.55   L OF OIL AND 0.40L OF WATER.  (GAS ANALYSIS F94-0007-5)  (OIL ANALYSIS F94-000  7-6)  (WATER ANALYSIS F94-0007-7)


Sample_appearance:
AN ALPINE TESTERS DHS #2020 WAS RECEIVED AT 600 KPA PRESSURE. THE CHAMBER CONT  AINED GAS AND 1.55 LITRES OF MUDY WATER


Sample_appearance:
AN ALPINE TETERS DHS #15086 WAS RECEIVED AT 2000 KPA PRESSURE. THE CHAMBER WAS   GAS AND 0.400 LITRES OF WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A COLOURLESS FILTRATE RECOVERED FROM A WATER CONTAINING   BLACK SUSPENDED PARTICLES.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM OI-FLECKED WATER.   BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 440 KPA @18C. IT   CONTAINED GAS AND 2.20 LITRES HYDROCARBON CUT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SALT WATER WITH   SUSPENDED PARTICLES


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM A WATER CONTAINING SUS  PENDED MATTER. A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF   2000KPA @18C. IT CONTAINED 46.66L OF GAS, 700 ML OIL AND 60 ML OF WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A MUD


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM OIL CUT WATER CONTAININ  G SUSPENDED MATTER. NOTE:FLUID WAS CALCIUM NITRATE BASED AS PER B.BRADLY, LUSC  AR LTD.                                                                         A BAKER OIL TOOLS DHS WASD RECEIVED WIHT AN OPENING PRESSURE OF 2000KPA @18C.   IT CONTAINED 19.17 L GAS AND 2.10 L OIL CUT WATER.


Sample_appearance:
DARK BROWN WATER WITH BLACK SUSPENDED PARTICLES.ANALYSIS IS INDICATIVE OF MUDF  ILTRATE.THE DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 10340 KPA @18C.IT CON  TAINED 163.56L GAS AND 0.15L WATER


Sample_appearance:
YELLOW WATER RECOVERED FROM WATERY MUD. ANALYSIS IS INDICATIVE OF MUD FILTRATE   WITH SLIGHTLY SALTY WATER.THE DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0   KPA 218C. IT CONTAINED 0.20 L WATERY MUD ONLY


Sample_appearance:
PALE GREEN WATER WITH BLACK SUSPENDED PARTICLES. ANALYSIS IS INDICATIVE OF SLA  T WATER. THE DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1550KPA @18C.IT CONT  AINED 13.14L GAS, 0.82L WATER AND 0.97L OIL


Sample_appearance:
COLORLESS FILTRATE REC'D FROM A WATER CONTAINING SUSPENDED PARTICLES.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERT MUD. A BAK  ER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C IT CONTAINED 0.7L O  F WATERY MUD. *ANALYSIS CONFIRMED


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID FILTRATE RECOVERED FORM SALT WATER


Sample_appearance:
AN ALPINE TESTERS DHS WAS RECEIVED AT 700KPA. IT CONTAINED GAS AND 400MOS OF W  ATERY MUD


Sample_appearance:
an alpie testers dhs was received at atmospheric pressure and contained 1800 m  l of muddy water


Sample_appearance:
A PALE GREEN COLORED FILTRATE RECOVERED FROMA SOUR OIL-CUT  SALT WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM AN OIL WATER MIXTURE


Remarks:
ANALYSIS PERFORMED ON TURBID GREEN FILTRATE RECOVERED FROM SOUR WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID FILTRATE RECOVERED FROM SOUR WATER.


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM WATERY MUD.  *ANALY  SIS CONFIRMED*


Sample_appearance:
analysis performed on a dark brown filtrate recovered from watery mud in sampl  er                                                                              top of tool:no analysis of watery mud as requested.                             middle: no analysis of muddy water as requested.                                bottom:no analysis of oil flecked muddy water as requested.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM OIL-FLECKED MUDDY   WATER. A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0 KPA 2  18C. IT CONTAINED 2.00 L OIL-FLECKED MUDDY WATER


Sample_appearance:
analysis determined on a clear water recovered from oil cut gas cut mud


Sample_appearance:
analysis performed on a green filtrate recovered from a sour water containing   suspended matter


Sample_appearance:
analysis determined on a yellow filtrate recovered from watery mud.a baker oil   tools dhs was received with an opening pressure of 200 kpa @18c. it contained   gas and 1.40 l watery mud


Sample_appearance:
analysis done on a clear filtrate taken from water that held black suspended m  atter.Baker oil tool dhs was received with an opening pressure of 800kpa @18c.  contained 6.82L gas and 1.10L water.Sample#1:from valve open.Consisted of gas.  #2:from top.consisted of yellow filtrate recovered from mud.Resistivity of fil  trate:0.440 ohm meters @26C. #3:from middle.consisted of pale green filtrate r  ecovered from sour water containing suspended matter.Resist.of filtrate=0.633

Remarks:
ohm meters @25C. #4:from top of tool.consisted of a pale green filtrate recove  red from sour water containing suspended matter.Resist. of Filtrate:0.641 ohm   meters @25C. #5:from dhs #630.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL FLECKED MUDDY WATER   IN SAMPLER.


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL STAINED WATE  R.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FITRATE RECOVERED FROM WATERY MUD


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C. IT CONTAINED   0.80L OF OIL AND 0.75L AWTER.


Sample_appearance:
A BAKER OIL TOOLS DHS 94 WAS RECEIVED AT ATMOSPHERIC PRESSURE. CONTAINED IN TH  E CHAMBER WAS 50ML OF WATER


Sample_appearance:
analysis performed on a dark purple filtrate recovered from watery mud in samp  ler.


Sample_appearance:
an alpine testers downhole sampler #3303 was received at atmospheric pressure.   contained in the chamber was 2.55L of water


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 16ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.23%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 20ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD.SALINITY = 0.14%


Remarks:
ANALYSIS DETERMINED ON A DARK BROWN COLORED FILTRATE RECOVERED FROM AN AMONIA   CUT MUD.  *ANALYSIS CONFIRMED*


Remarks:
ANALYSIS DETERMINED ON A DARK BROWN COLORED FILTRATE RECOVERED FROM A MUD.  A   BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C. IT  CONTAINED 1.25L OF MUD.


Sample_appearance:
ANALYSIS PERFORMED ON AMBER FILTRATE RECOVERED FROM WATERY MUD.ANALYSIS CONFIR  MED.


Sample_appearance:
ANALYSIS PERFORMED ON CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT.


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM OIL FLECKED WATERY MUD  , IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SALT WATER CONTAINING SE  DIMENT IN SAMPLER


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 7.5 ML. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM THE MUD. SALINITY = 0.03


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.   IT CONTAINED 2.0L OF WATERY MUD.


Sample_appearance:
BAKER OIL TOOLS DHS RECEIVED WITH OPENING PRESSURE 3100KPA.CONTAINED 19.88. OF   GAS + 2.00L OF SLIGHTLY OIL CUT SOUR WATER.SAMPLE#1:SAMPLED FROM TOP.SAMPLE C  ONSISTED OF OIL FLECKED WATERY MUD.#2:FROM MIDDLE#1.SAMPLE CONSISTED OF OIL FL  ECKED WATERY MUD.#3:FROM MIDDLE#2.SAMPLE CONSISTED OF WATER.#3:FROM MIDDLE#2.S  AMPLE CONSISTED OF WATER.#4:FROM TOP OF TOOL.CONSISTED OF WATER.#5:SAMPLED FRO  M DHS #111 BAKER OIL TOOLS DHS RECEIVED WITH OPENING PRESSURE OF 3100KPA @ 18

Remarks:
CELCIUS. IT CONTAINED 19.88 L.OF GAS AND 2.00 L.OF SLIGHTLY OIL CUT SOUR WATER  .(GAS F93-6725-5 NO ANALYSIS AS REGUESTED)(WATER ANALYSIS F93-6725-6). FOR SMA  PLES #1 TO #4, NO ANALYSIS AS REQUESTED.


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C. IT CONTAINED   2.10L OF MUD.SAMPLE #1:SAMPLED FROM TOP OF FLUID.CONSISTED OF MUD.SAMLPLE #2:M  IDDLE OF FLUID.CONSISTED OF MUD. SAMPLE #3:FROM TOP OF TOOL. CONSISTED OF MUD.   SAMPLE #4:FROM DHS NO #.A BAKER OI TOOLS DHS WAS RECEVIED AT ATMOSPHERIC PRES  SURE @18C. IT CONTAINED 2.10L OF MUD. #1 TO #3 HAVE NO ANALYSIS AS REQUESTED    #4 = WASTER ANALYSIS F93-6726-4


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM OIL-CUT MUD


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM AN OIL/WATER MIXTURE.AN   ALPINE TESTERS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 380KPA @18C. IT C  ONTAINED 8.85L OF GAS, 0.93 L OF OIL AND 1.20L OF MUDDY WATER


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE.  AND   CONTAINED 2000ML OF MUDDY WATER.  WATER ANALYSIS PERFORMED ON A CLEAR FILTRATE  RECOVERED FROM MUDDY WATER.  *INSUFFICIENT SAMPLE FOR ANALYSIS*


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 8ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.06%


Remarks:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING   TRACE SEDIMENT.  SEE SUMMARY PAGE FOR SAMPLER CONTENTS.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR WATER RECOVERED FROM DRILLING MUD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FITLRATE RECOVERED FROM OIL CUT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOUR WATER CONTAINING SE  DIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM WATER CONTAINING SE  DIMENT


Sample_appearance:
SAMPLE CONSISTED OF CLOUDY, YELLOW WATER, WITH SLIGHT FILM OF OIL


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAININ  G SUSPENDED MATTER


Sample_appearance:
A LIGHT BROWN COLORED FILTRATE REC'D FROM MUDDY WATER.    A BAKER OIL TOOLS DHS REC'D WITH AN OPENING PRESSURE OF 0 KPA @18 C.          IT CONTAINED 2.00 L OF MUDDY WATER.

Remarks:
FE TRACE. SAMPLE #1 TOP, RESIS OF FILTRATE: .411 OHM/H @ 25 C.      SAMPLE #2 MIDDLE, RESIS OF FILTRATE: .409 OHM/M @ 25 C.                         SAMPLE #3 TOP OF TOOL, RESIS OF FILTRATE: .422 OHM/M @ 25 C.        SAMPLE #1 - #3 A BROWN COLORED FILTRATE REC'D FROM MUDDY WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM OIL FLECKED WATER  . A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 2000KPA @18C.   IT CONTAINED 3.60L GAS AND 2.00L OIL FLECKED WATER. ANLAYSIS CONFIRMED


Sample_appearance:
ANALYSIS DONE ON A PALE YELLOW FILTRATE TAKEN FROM AN OIL/WATER MIXTURE.BAKER   OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 520KPA @18C.IT CONTAINE  D 2.77L GAS AND 165ML.OIL AND 1.83L.WATER.ANALYSIS CONFIRMED.Sample #1:from pr  eflow gas.consisted of gas.Sample#2:from top.consisted of a brown fitlrate.tak  en from oil flecked watery mud.Resist.filtrate=0.150 ohm meters@25c. #3:from m  iddle.consisted of yellow filtrate taken from oil flecked watery mud. resist.f

Remarks:
iltrate=0.094 ohm meters @25c. #4:from top of tool.consisted of pale yellow fi  ltrate taken from water. resist.filtrate=0.064 ohm meters @25c


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER CONTAINING S  EDIMENT IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM OIL CUT SOUR WATER


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM OIL STAINED MUDDY WATER.    #1: 10 MIN INTO VALVE OPEN, GAS.  #2: END OF VALVE OPEN, GAS.  #3: TOP OF RECO  VERY, MUDDY WATER.  #4: UPPER MID OF RECOVERY, MUDDY WATER.  #5: LOWER MID OF   RECOVERY, MUDDY WATER.  #6: BOT OF RECOVERY, CLEAR FILTRATE FROM OIL STAINED W  MUDDY WATER, (WATER ANALYSIS G94-6879-6).  #7: SAMPLER, DRAINED ON SITE, OIL,   NO ANALYSIS REQUESTED.  #8: DHS, DHS#76 WAS RECEIVED @ 500KPA PRESS, IN THE CH

Remarks:
AMBER WAS A SMALL AMOUNT OF GAS AND 0.875L. OF OIL, NO ANALYSIS AS REQUESTED.


Sample_appearance:
A TURBID FILTRATE REC'D FROM OIL CUT SALT WATER.                          HYDROCARBON CONTENT ON AQUEOUS LAYER: 2170 MG/L


Sample_appearance:
a baker oil tools dhs was received with an opening presure of 1600 kpa @18c. i  t contained a small amount of gas and 2.00L of water


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECVERED FROM SOUR SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRAET RECOVERED FORM SOUR WATER CONTAINING SE  DIMENT


Sample_appearance:
SAMPLE CONSISTED OF A BROWN FILTRATE RECOVERED FROM MUD.


Sample_appearance:
AN ALPINE TESTERS DHS WAS RECEIVED AT 4200 KPA IT CONTAINED GAS AND 4000 MLS A  MMONIA CUT MUDDY WATER AND 5MLS. OIL


Sample_appearance:
SAMPLE CONSISTED OF 400MLS OF AMMONIA CUT WATERY MUD AND 10 MLS OIL


Sample_appearance:
SAMPLE CONSISTED OF 850 MLS. AMMONIA CUT WATERY MUD AND 300MLS OIL


Sample_appearance:
SAMPLE CONSISTED OF A BROWN FILTRATE RECOVERED FROM MUD


Sample_appearance:
AN ALPIN TESTERS DHS WAS RECEIVED AT 2500 KPA. IT CONTAINED GAS AND 350 MLS. O  F MUD


Remarks:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM A SOUR, SALT WATER CON  TAINING SUSPENDED MATTER.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A WATERY   MUD.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATERY MUD.  A   NORTHSTAR DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.  IT CONT  AINED 3.10L OF WATERY MUD.

Remarks:
SAMPLE #1: SAMPLED FROM SAMPLE #1.  SAMPLE CONSISTED OF WATERY MUD. NO ANALYSI  S AS REQUESTED.  SAMPLE #2: SAMPLED FROM SAMPLE #2.  SAMPLE CONSISTED OF WATER  Y MUD. NO ANALYSIS AS REQUESTED.  SAMPLE #3: SAMPLED FROM TOP OF TOOL.  SAMPLE   CONSISTED OF WATERY MUD.  NO ANALYSIS AS REQUESTED.  SAMPLE #4: SAMPLED FROM   DOWNHOLE SAMPLER.  A NORTHSTAR DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PR  ESSURE @18C.  CONTAINED 3.10L WATERY MUD.  WATER ANALYSIS F94-9728-4


Sample_appearance:
the sample consisted of a dark filtrate recovered from muddy water


Sample_appearance:
ANALYSIS DETERMINED ON A DARK YELLOW FILTRATE RECOVERED FROM A WATERY MUD.A NO  RTHSTAR DRILLSTEM TESTERS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 680 KPA   @18C.IT CONTAINED 0.70L OF GAS AND 2.70L OF WATERY MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A SALT WATER CONTA  INING ORANGE SEDIMENT WITH A LAYER OF HYDROCARBON


Sample_appearance:
ANALYSIS PERFORMED ON A RED FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER


Remarks:
THE SAMPLE CONSISTED OF A BROWN COLOURED FILTRATE RECOVERED FROM MUD.  INSUFFI  CIENT SAMPLE FOR FURTHER ANALYSIS.


Remarks:
THE SAMPLE CONSISTED OF A GREEN FILTRATE RECOVERED FROM MUDDY WATER.


Remarks:
ANALYSIS DETERMINED ON A GREEN COLOURED FILTRATE RECOVERED FROM A SOUR SALT WA  TER CONTAINING SUSPENDED MATTER.  REFRACTIVE INDEX AND DENSITY INDICATIVE OF A  LCOHOL CONTAMINATION.


Sample_appearance:
SAMPLE CONSISTED OF A DARK FILTRATE RECOVERED FROM MUD


Sample_appearance:
sample consisted of a dark filtrate recovered from mud.sample #1:from top.cosi  sted of watery mud. #2:from middle #1. consisted of watery mud. #3:from middle   #2.consisted of watery mud. #4. from bottom.consisted of a dark filtrate reco  vered frommud.water analysis f93-6493-4.                                        for samples #1,2,3 no analysis as requested


Sample_appearance:
THE SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM MUD.

Remarks:
SAMPLE #1: SAMPLED FROM TOP OF TOOL.  THE SAMPLE CONSISTED OF A YELLOW FILTRAT  E RECOVERED FROM MUD.  (WATER ANALYSIS G94-7855-1)                              SAMPLE #2: SAMPLED FROM DOWNHOLE SAMPLER.  AN ALPINE TESTERS DOWNHOLE SAMPLER   #869 WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CONTAINED INSUFFICIENT SAMPLE FO  R ANALYSIS.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 18ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM TEH MUD. SALINITY = 2.10%


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL FLECKED MUD IN SAMP  LER.                                                                            SAMPLE #2: NO ANALYSIS OF WATERY MUD AS REQUESTED. SAMPLE #3: NO ANALYSIS OF W  ATERY MUD AS REQUESTED. DHS #504 WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMB  IENT TEMP. IT CONTAINED.1.40 LITRES OF OIL FLECKED MUD


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL FLECKED MUD IN SAML  PER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOUR SALT WATER IN SAMPL  E


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FORM SOUR SALT WATER IN SAMPL  E.                                                                              #1: PREFLOW. NO ANALYSIS OF GAS AS REQUESTED. #2: FLUID #1.NO ANALYSIS OF AMMO  NIA CUT WATER AS REQUESTED.#3: FLUID#2.NO ANALYSIS OF OIL CUT MUDDY WATER AS R  EQUESTED. #4: FLUID #3. #5: FLUID 4. #6: FLUID 5. #7:FLUID 6.                   FOR SAMPLES # 3,4,5,6,7 NO ANALYSIS OF WATER AS REQUESTED.

Remarks:
DHS #316 WAS RECEIVED WITH AN OPENING PRESSURE OF 8600 KPA AT 26C. IT CONTAINE  D 167.3 LITRES OF GAS AT 101.325 KPA & 15C. IT ALSO CONTAINED 0.50L WATER AND   0.020 LITRES OIL.


Sample_appearance:
ANLAYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM A WATER SAMPLE WITH BLA  CK SUSPENDED SOLIDS AND A SUSPENSION OF EMULSIFIED HYDROCARBONS


Remarks:
DST: #1                                                                         BHS: #109587                                                                    OPENING PRESSURE: 1586KPA                                                       RECOVERY: 1350ML WATER                                                          SALINITY = 14.73%


Sample_appearance:
A PALE GREEN COLORED FILTRATE REC'D FROM A SOUR WATER CONTAINING      BLACK SUSPENDED MATTER.


Sample_appearance:
SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM GAS-CUT OIL-CUT MUD


Sample_appearance:
PALE YELLOW COLORED FILTRATE REC'D FROM A SOUR SALT WATER                     CONTAINING SUSPENDED MATTER.


Sample_appearance:
AN ALPINE TESTERS DHS #202 REC'D AT ATM. PRESSURE. CONTAINED IN THE CHAM  BER WAS 2.6 LITERS OF MUDDY WATER. A CLEAR FILTRATE RECOVERED FROM    SLIGHTLY AMMONIA CUT MUDDY WATER.


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY WATER.


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER.


Sample_appearance:
A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.I  T CONTAINED 0.25L OF MUDDY WATER


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 3000 KPA @ 18C/  IT CONTAINED 49.11 L.OF GAS AND 0.30L. OF WATER


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A MUDDY T  WATER.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATERY MUD.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A OIL STAINED WATER  A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE OF     465 KPA @18C.  IT CONTAINED A SMALL AMOUNT OF GAS AND 1.80 L. OF OIL STAINED    WATER.

Remarks:
SAMPLE #1:SAMPLED FLARELINE VALVE.CONSISTED OF GAS.(NO ANALYSIS AS REQUESTED)   SAMPLE #2:SAMPLED FROM TOP. CONSISTED OF WATERY MUD.(NO ANALYSIS AS REQUESTED)  SAMPLE #3:SAMPLED MIDDLE.CONSISTED OF WATERY MUD. (NO ANALYSIS AS REQUESTED)    SAMPLE #4:SAMPLED BOTTOM.CONSISTED OF MUDDY WATER.(NO ANALYSIS AS REQUESTED)    SAMPLE #5:SAMPLED DOWNHOLE SAMPLER. #276.BAKER OIL TOOLS DS RECIEVED WITH OPEN  ING PRESSURE 465KPA@18C.CONTAINED SMALL AMOUNT OF GAS & 1.80L OILSTAINED WATER


Sample_appearance:
analysis done on a yellow filtrate recovered from a watery mud. a baker oil to  ols dhs was received with an opening pressure of 0 kpa @18c. it contained 1.65  l of watery mu


Sample_appearance:
analysis determined on a clear filtrate taken from a water containing suspende  d particles. a baker oil tools dhs was recieved with an opening pressure of 66  0 kpa @18c. it contained inisufficient gas for the analysis and 2.1l of water\


Sample_appearance:
ANALYSIS DONE ONA PALE YELLOW FILTRATE RECOVERED FROM S VER FRESH WATER CONTAI  NING SUSPENDED PARTICLES


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL CUT MUD IN SAMPLER.  #1:SAMPLE 1. NO ANALYSIS OF OIL FLECKED MUS AS REQUESTED.                       #2:SAMPLE 2. NO ANALYSIS OF OIL FLECKED MUD AS REQUESTED.                       DHS #276 WAS RECEIVED WITH AN OPENING PRESSURE OF 220 KPA @18C. IT CONTAINED G  AS AND 1.95 LITRES OF OIL CUT MUD.                                              NO ANALYSIS OF GAS OR OIL AS REQUESTED


Sample_appearance:
ANLAYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM AN OIL CUT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM OIL STAINED WATER IN S  AMPLER.


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM WATER IN SAMPLE


Sample_appearance:
ANALYSIS DONE ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FITLRATE RECOVERED FROM MUD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR YELLOW FILTRATE RECOVERED FROM MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRAC  E SEDIMENT.                                                                     #1: TOP. RESISTIVITY OF ORANGE FILTRATE RECOVERED FROM WATERY MUD: 0.212 OHM.M   @25C. #2: MIDDLE. RESISTIVITY OF ORANGE FILTRATE RECOVERED FROM MUDDY WATER:   0.073 OHM.M @25C. #3: TOP OF TOOL. RESISTIVITY OF ORANGE FILTRATE RECOVERED FR  OM MUDDY WATER: 0.065 OHM.M @25C.

Remarks:
DHS #259 WAS RECEIVED WITH AN OPENING PRESSURE OF 540 KPA AT AMBIENT TEMP. IT   CONTAINED GAS AND 2.20 LITRES OF WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD.                      #1: MUD TANK. #2: TOP. RESISTIVITY OF CLEAR YELLOW FILTRATE RECOVERED FROM MUD  .:0.5005 OHM.M 25C. #3: MIDDLE. RESISTIVTY OF CLEAR YELLOW FILTRATE RECOVERED   FROM MUD: 0.3440 OHM.M 225C.                                                    #4: TOP OF TOOL. RESISTIVITY OF CLEAR YELLOW FILTRATE RECOVERED FROM MUD: 0.34  40 OHM.M 25C.

Remarks:
DHS #238 WAS RECIEVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMPERATURE.IT CONT  AINED 1.70 LITRES OF MUD


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER CONTAIN  ING SUSPENDE MATTER


Sample_appearance:
ANALYSIS PERFORMED ON AMBER FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOUR SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRAET RECOVERED FROM SOUR SLIGHTLY SALTY WATE  R


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROMO WATERY MUD IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL FLECKED SALT WATER I  N SAMPLER/


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD . SALINITY = 0.14%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SALT WATER WITH SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SALT WATER WITH SEDIMENR  T


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE BROWN FILTRATE RECOVERED FROM OIL CUT WATERY MUD


Sample_appearance:
COLORLESS FILTRATE REC'D FROM AN OIL FLECKED MUDDY WATER. SPOT TEST   INDICATES POSSIBLE AMMONIA CONTAMINATION.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.S  POT TEST INDICATES POSSIBLE AMMONIA CONTAMINATION


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED A MUDDY WATER.  SEE SUMMARY PA  GE FOR SAMPLER CONTENTS.


Remarks:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER.


Remarks:
ANALYSIS PERFORMED ON PALE BROWN FILTRATE RECOVERED FROM A SOUR, OIL FLECKED W  ATERY MUD.


Sample_appearance:
ANALYSIS PREFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECVOERED FROM MUDDY WATER


Sample_appearance:
ANLAYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUD IN SAMPLER. DHS #30  1 WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 1.95 LI  TRES. OF MUD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOU SALT WATER IN SAMPLE  R.                                                                              #1:FLARELINE. #2: PIT-#1. RESIST. OF A GREEN FILTRATE RECOVERED FROM MUDDY WAT  ER:0.100 OHM M @25C. #3: PIT-(2). RESIST. OF A DARK GREEN FITLRATE RECOVERED F  ROM MUDDY WATER: 0.124 OHM M @25C. #4: PIT-(3). RESIST.OF A DARK GREEN FILTRAT  E RECOVERED FROM MUDDY WATER:0.146 OHM M@25C.

Remarks:
THE DHS WAS RECIEVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 2  .50 LITRES OF SLIGHTLY OIL CUT MUDDY WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM OIL STAINED MUD IN SAMPL  ER. ANALYSIS CONFIRMED


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 7ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.11%


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMP  LER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM SOUR SALT WATER CO  NTAINING SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLOUDY FILTRATE RECOVERED FROM A SAMPLE CONTAINING SED  IMENT


Sample_appearance:
ANLAYSIS PERFORMED ON A TURBID YELLOW FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR YELLOW FILTRATE RECOVERED FROM MUDDY WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SA  MPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID YELLOW FILTRATE RECOVERED FROM OIL CUT SALT WAT  ER CONTAINING SEDIMENT


Sample_appearance:
ANALYSIS PERFOMED ON A PALE GREEN FILTRATE RECOVERED FROM WATER


Sample_appearance:
ANALYSIS DETERMINED FROM A COLOURLESS FILTRATE RECOVERED FROM A WATER CONTAINI  NG ORANGE AND BLACK PARTICLES                                                   A BAKER OIL TOOLS DHS #406 WAS RECEIVED WITH AN OPENING PRESSURE OF 1400 KPA @  18C. IT CONTAINED 0.30L OF GAS AND 2.00L OF MUDDY WATER


Sample_appearance:
sample consisted of a clear filtrate recovered from dirty salt water


Remarks:
SAMPLE CONSISTED OF A PALE ORANGE FILTRATE RECOVERED FROM DIRTY SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER


Sample_appearance:
AN ALPINE TESTERS DHS #1501 WAS RECEIVED AT 6000KPA. PRESSURE. CHAMBER WAS 127  .28 LITRES OF GAS AT 15C. @ 101.325 KPA. ALSO CONTAINED IN THE CHAMBER WAS 150  MLS. OF WATER


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A CLEAR DARK YELLOW FILTRATE. ALPINE T  ESETERS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE.CONTAINED IN TEH CHAMBER WAS   2.750 LITRES OF MUDDY WATER


Sample_appearance:
COLORLESS WATER.ANALYSIS IS INDICATIVE OF MUD FILTRATE CONTAMINATION WITH SALT  Y WATER. A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0KPA A  ND CONTAINED 2.0L OF COLORLESS WATER.


Sample_appearance:
YELLOW WATER RECOVERED FROM MUDDY WATER.ANALYSIS IS INDICATIVE OF SALT WATER.A   BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 510 KPA @18C.IT   CONTAINED 1.129L OF GAS, 0.310L OIL AND 1.775L MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATER CONTAINING   SUSPENDED MATTR


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOWISH FILTRATE RECOVERED FROM SOUR WATER CONTAINNG   SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM WATER WITH A TRACE   SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM SOUR WATER. FIANL REPORT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOUR WATER CUT OIL


Sample_appearance:
SAMPLE CONSISTED OF GREEN WATER WITH A LAYER OF OIL PRESENT ON TOP


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD. A BAK  ER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0KPA @18C. IT CONTAI  NED 2.00L OF WATERY MUD


Sample_appearance:
ANALYSIS DONE ON A DARK GREEN FILTRATE TAKEN FROM SOUR MUDDY WATER.BAKER OIL T  OOLS DS WAS RECEIVED WITH AN OPENING PRESSURE OF 700KPA @18C. IT CONTAINED GAS   AND 2.00L OF SOUR MUDDY WATER/Sample#1:from preflow.consisted og gas.          #2:from top.consisted of a pale green filtrate taken from sour mud.Resist.of f  iltrate=1.83 ohm meters.@25c. #3:from middle.clear filtrate taken from mud.res  ist.of filtrate=2.32 ohm meters @25c.#4:from top of tool.consisted of a dark g

Remarks:
reen filtrate taken from sour watery mud. resist.of filtrate=0.628 ohm meters@  25c. #5:from dhs #212.


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 12ML. THE ABOVE RESULTS PERTAIN TO TEH   WATER EXTRACTED FROM THE MUD. SALINITY = 0.13%


Sample_appearance:
ANALYSIS DETERMINED ON A CLOUDY WHITE COLORED FILTRATE RECOVERED FROM A SOUR S  ALT WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM MUD


Sample_appearance:
A PALE GREEN FILTRATE REC'D FROM SOUR SLIGHTLY OIL CUT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WATER CONTAINING TRACE S  EDIMENT. ABNORMAL VALUES FOR DENSITY AND REFRACTIVE INDEX INDICATE POSSIBLE AL  COHOL CONTAMINATION


Sample_appearance:
analysis performed on a green filtrate recovered from water containing trace s  ediment. abnormal values for density and refractive index indicates possible a  lcohol contamination


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM OIL STAINED WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM OIL STAINED WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER. NITRATE NW  AS DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SEDIME  NT. NITRATE WAS DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER NITRATE WAS   DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T IN SAMPLER. THE DHS WAS RECIEVED WITH ATMOSPHERIC PRERSSURE AT AMBIENT TEMPE  RATURE. IT CONTAINED 2.5 LITRES OF WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD. NITRATE WAS DETECTE  D IN SAMLPE


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD IN SAMPLER. NITRATE   WAS DETECTED IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM SLIGHTLY OIL CUT W  ATER


Sample_appearance:
SAMPLE CONSISTED OF A GREEN COLORLED WATER WITH FINE,BLACK SUSPENDED PARTICLES  . ANALYSIS INDICATES CONTAMINATION WITH KCL FLUID


Sample_appearance:
GREEN WATER RECOVERED FROM OIL FLECKED GAS-CUT MUD.ANALYSISIS INDICATIVE OF MU  D FILTRATE CONTAMINATED WITH SALTY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR GREEN FILTRATE RECOVERED FORM WATER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM OIL STAINED SOUR WATER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING SU  SPENDED SOLIDS


Sample_appearance:
A GREEN FILTRATE REC'D FROM SOUR WATER CONTAINING BLACK SUSPENDED         SOLID.


Sample_appearance:
ANALYSIS PERFORMED ON A CLOUDY YELLOW FILTRATE RECOVERED FROM OIL CUT WATER


Sample_appearance:
A PALE YELLOW FILTRATE REC'D FROM WATER CONTAINING SEDIMENT   IN SAMPLER.

Remarks:
FE NIL. F98-7350-7 DHS. THE DHS REC'D WITH AN OPENING PRESSURE OF 300           KPA AT AMBIENT TEMP. IT CONTAINED GAS AND 3.0 L OF WATER CONTAINING             SEDIMENT.


Sample_appearance:
COLORLESS FILTRATE REC'D FROM A WATERY MUD.


Remarks:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUDDY WATER. SAMPL  E #1: SAMPLED FLARELINE (GAS ANALYSIS G94-7043-1). SAMPLE #2: SAMPLED TOP OF R  ECOVERY. CONSISTED OF MUDDY WATER. NO ANALYSIS AS REQUESTED.  SAMPLE #3: SAMPL  ED FROM MIDDLE #1 OF RECOVERY. CONSISTED OF MUDDY WATER. NO ANALYSIS AS REQUES  TED. SAMPLE #4: SAMPLED FROM MIDDLE #2 OF RECOVERY. CONSISTED OF MUDDY WATER.   NO ANALYSIS AS REQUESTED. SAMPLE #5: SAMPLED MIDDLE #3 OF RECOVERY. CONSISTED

Remarks:
OF MUDDY WATER. NO ANALYSIS AS REQUESTED.  SAMPLE #6: SAMPLED FROM BOTTOM OF    RECOVERY. CONSISTED OF DARK COLOURED FILTRATE RECOVERED FROM MUDDY WATER. (WAT  ER ANALYSIS G94-7043-6).  SAMPLE #7: SAMPLED FROM DOWNHOLE SAMPLER. AN ALPINE   TESTERS DOWNHOLE SAMPLER #412 WAS RECEIVED AT ATMOSPHERIC PRESSURE. CONTAINED   IN THE CHAMBER WAS 0.175 LITRES OF WATER. NO ANALYSIS AS REQUESTED.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER. SAMPLE #  1: SAMPLED TOP OF RECOVERY. CONSISTED OF MUDDY WATER.  NO ANALYSIS AS REQEUSTE  D. SAMPLE #2: SAMPLED FROM MIDDLE #1 OF RECOVERY. CONSISTED OF MUDDY WATER. NO  ANALYSIS AS REQUESTED. SAMPLE #3: SAMPLED FROM MIDDLE #2 OF RECOVERY. CONSISTE  D OF MUDDY WATER. NO ANALYSIS AS REQUESTED. SAMPLE #4:SAMPLED FROM MIDDLE #3    OF RECOVERY. CONSISTED OF MUDDY WATER. NO ANALYSIS AS REQUESTED.  SAMPLE#5: SA

Remarks:
MPLED FROM MIDDLE #4 OF RECOVERY. CONSISTED OF MUDDY WATER. NO ANALYSIS AS REQ  UESTED. SAMPLE #6: SAMPLED FROM MIDDLE #5 OF RECOVERY. CONSISTED OF MUDDY WATE  R. NO ANALYSIS AS REQUESTED. SAMPLE #7: SAMPLED BOTTOM OF RECOVERY. CONSISTED   OF CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER. WATER/AN G94-7044-7.  SAMPL  E #8: SAMPLED DOWNHOLE SAMPLER. ALPINE TESTERS DS #413 RECEIVED AT 400KPA PRES  SURE. IN CHAMBER 2.700L OF WATER & SMALL AMOUNT OF GAS. NO ANALYSIS REQUESTED.


Sample_appearance:
SAMPLE CONSISTED OF DARK COLORED FILTRATE RECOVERED FROM WATERY MUD. SAMPLE #1  : GAS SAMPLED VALVE OPEN. SAMPLE #2: SAMPLED TOP OF RECOVERY. CONSISTED OF MUD  DY WATER. SAMPLE #3: SAMPLED SAMPLE #2. CONSISTED OF MUDDY WATER. SAMPLE #4: S  AMPLED FROM SAMPLE #3. CONSISTED OF MUDDY WATER. SAMPLE #5: SAMPLED FROM SAMPL  E #4. CONSISTED OF MUDDY WATER. SAMPLE #6: SAMPLED SAMPLE #5. CONSISTED OF MUD  DY WATER.  SAMPLE #7: SAMPLED SAMPLE #6. CONSISTED OF MUDDY WATER. SAMPLE #8:

Remarks:
SAMPLED SAMPLE #7. CONSISTED OF MUDDY WATER. SAMPLE #9: SAMPLED SAMPLE #8. CON  SISTED OF MUDDY WATER. SAMPLE #10: SAMPLED BOTTOM OF RECOVERY. CONSISTED OF A   DARK COLOURED FILTRATE RECOVERED FROM WATERY MUD. (WATER ANALYSIS G94-7042-10)  SAMPLE #11: GAS SAMPLED FROM FINAL SHUT IN SAMPLE CONSISTED OF 67.47% AIR. SAM  PLE #12: SAMPLED DS. ALPINE TESTERS DS #411 RECEIVED AT 600KPA. IN CHAMBER 0.6  00 L OF WATER & 7.06L OF GAS @101.325 KPA & 15C. NO ANALYSIS AS REQUESTED.


Sample_appearance:
YELLOW WATER RECOVERED FROM CLOUDY BROWN WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN COLORED FILTRATE RECOVERED FROM A HYDROCAR  BON CUT SALT WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM SOUR DIRTY WATER


Sample_appearance:
BROWN WATER RECOVERED FROM WATERY MUD.ANALYSIS IS INDICATIVE OF MUD FILTRATE.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECVOERED FROM SOUR DIRTY WATER


Sample_appearance:
THE RESISTIVITY AND CHLORIDE IN THIS SAMPLE ARE THE SAME AS THE     FLUIDS ARE COMPLETELY MIXED.


Sample_appearance:
THE 30 MINTUE API MUD FILTRATE LOSS IS 22ML. THE ABOVE RESULTS PERTAIN TO TEH   WATER EXTRACTED FROM TEH MUD. SALINITY = 1.05%


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN COLORED FILTRATE RECOVERED FROM A SOUR SALT WAT  ER CONTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM A SOUR SALT WATER   CONTAINING SUSPENDED MATTTER


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUDDY WATER        A SCHLUMBERGER MDT WAS RECEIVED WITH AN OPENING PRESSURE OF 3600 KPA @18C. IT   CONTAINED 8844.68L OF GAS AND 1151MLS OF MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUDDY WATER THAT   CONTAINED A TRACE AMOUNT OF HYDROCARBONS                                        A SCHLUMBERGER MDT WAS RECEIVED WITH AN OPENING PRESSURE OF 3100 KPA @18C. IT   CONTAINED 297.07L. OF GAS AND 902MLS OF MUDDY WATER WTIH A TRACE AMOUNT OF HYD  ROCARBONS


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUDDY WATER        A SCHLUMBERGER MDT WAS RECEIVED WITH AN OPENING PRESSURE OF 1600 KPA @18C. IT   CONTAINED 120.04L OF GAS AND 1300MLS OF MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECVOERED FROM A 170ML OIL AND 1  40 ML WATER MIXTURE.A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSUR  E OF 860 KPA @18C. IT CONTAINED 17.53L OIL AND 0.14 L WATER


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FITLRATE RECVOERED FROM SALT WATER CONTAINING S  USPENDED PARTICLES


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM WATER IN SAMPLER


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED AT 600KPA.IT CONTAINED GAS AND 2100ML OF MU  DDY SOUR SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD. NITRATE WAS DETECTE  D IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T IN SAMPLER. NITRATE WS DETECTED IN SAMPLER.                                   SAMPLE #1;NO ANALYSIS OF MUD AS REQUESTED. SAMPLE#2:NO ANALYSIS OF WATER AS RE  QUESTED. SAMPLE #3: NO ANALYSIS OF WATER AS REQUESTED. SAMPLE #4: NO ANALYSIS   OF WATER AS REUQUESTED.


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM SOUR WATER CONTAINING   SEDIMENT                                                                        #1:SURFACE GAS. NO ANALYSIS OF GAS AS REQUESTED.                                #2:FINAL FLOW. NO ANALYSIS OF GAS AS REQUESTED.                                 #3:SAMPLE #1~ NO ANALYSIS OF WATERY INHIBITOR CUT DRILLING MUD AS REQUESTED.    #4:SAMPLE #2~ NO ANALYSIS OF WATERY INHIBITOR CUT DRILLING MUD AS REQUESTED/


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM SOUR WATER CONTAINING   SEDIMENT IN SAMPLER


Sample_appearance:
YELLOWISH FILTRATE REC'D FROM WATER CONTAINING SEDIMENT.


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN COLORED FILTRATE RECOVERED FROM A MUD


Sample_appearance:
ANALYSIS PERFORMED ON  YELLOW FILTRATE RECOVERED FROM SALT WATER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
AN ALPINE TESTERS DS #520 WAS RECEIVED AT ATMOSPHERIC PRESSURE.  CONTAINED IN   THE CHAMBER WAS 0.35 LITRES OF WATER.  ANALYSIS PERFORMED ON A PALE YELLOW FIL  TRATE RECOVERED FROM DIRTY SALT WATER.


Sample_appearance:
AN ALPINE TESTERS DS #510 WAS RECEIVED WITH ATMOSPHERIC PRESS & CONTAINED 1.7L   OF WATER. ANALYSIS PERFORMED ON PALE GREEN FILTRATE RECOVERED FROM DIRTY SOUR   SALT WATER. S1: SAMPLED TOP OF RECOVERY. SAMPLE CONSISTED OF MUD. S2: SAMPLED   FROM MIDDLE OF RECOVERY. CONSISTED OF MUDDY WATER. S3: SAMPLED MIDDLE #2 OF R  ECOVERY. CONSISTED OF MUDDY WATER. S4: SAMPLED MIDDLE #3 OF RECOVERY. SAMPLE C  ONSISTED OF PALE GREEN FILTRATE RECOVERED FROM DIRTY SOUR SALT WATER. CHLORIDE

Remarks:
: 95000MG/L.  S5: SAMPLED MIDDLE #4 OF RECOVERY. CONSISTED OF MUDDY WATER. S6:   SAMPLED BOTTOM OF RECOVERY.  SAMPLE CONSISTED OF PALE GREEN FILTRATE RECOVERE  D FROM DIRYT SOUR SALT WATER. CHLORIDE 97800MG/L.  S7: SAMPLED FROM DS. AN ALP  INE TESTERS DS #510 WAS RECEIVED WITH ATMOSPHERIC PRESSURE AND CONTAINED 1.7 L  ITRES OF WATER.  (WATER ANALYSIS G94-8062-7)


Sample_appearance:
analysis performed on a pale yellow filtrate reovered from mud.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL CUT SOUR WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM SOUR WATE CONTAININ  G SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FITLRATE RECOVERED FROM A SALT WATER CONTAINING   TRACE SEDIMENT                                                                  TOP RECOVERY:CLEAR FILTRATE TAKEN FROM WATER CONTAINING SEDIMENT.RESIST:0.153   OHM M @25C.                                                                     MIDDLE:     "                                                  ".RESIST:0.0680  OHM M @25C.

Remarks:
BOTTOM:    "                                                  " RESIST:0.0676   OHM M @25C.                                                                     DHS WAS RECIEVED WITH ATMOPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 2.30 L  ITRES OF WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE ORANGE FILTRATE RECOVERED FROM OIL CUT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINI  NG SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM WATER CONTAINING SE  DIMENT. SPOT TESTS INDICATED HGIH LEVELS OF AMMONIA AND HYDROGEN SUPHIDE


Sample_appearance:
THE FOLLOWLING DATA WAS COMPILED FROM THE SAMPLER. ON ARRIVAL, THE OPENING PRE  SSURE WAS 0 KPA AT 22. DEGREES C. THE RECOVEREY WAS DETERMINED TO BE : 0 cc of   hydrocarbon liquid. 0 cc of water. 3200 cc of mud/sediment.                    there was insufficient gas for analysis


Sample_appearance:
AN ALPINE TESTERS DHS #101 WAS RECEIVED AT 700 KPA. CONTAINED IN THE CHAMBER W  AS GAS 0.400 LITRES OF OIL AND 2.150 LITRES OF WATER


Sample_appearance:
analysis performed on a cloudy white filtate recovered from water containing s  ediment


Remarks:
THE SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM MUDDY WATER.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #223 WAS RECEIVED AT ATMOSPHERIC PRESSURE.    CONTAINED IN THE CHAMBER WAS 2.050 LITRES OF WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER CONTAINING S  EDIMENT IN SAMPLER.


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN COLORED FILTRATE RECOVERED FROM GAS-CUT WATERY   MUD


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTATE RECOVERED FROM GAS-CUT WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN COLORED FILTRATE RECOVERED FROM SOUR MUD.   A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 193 KPA @ 18C.   IT CONTAINED A SMALL AMOUNT OF GAS AND 0.70L OF MUD


Sample_appearance:
ANLAYSIS DETERMINED ON A BROWN FILTRATE REOCVERD FROM MUD


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERD FROM MUD.


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN COLORED FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM WATERY MUDC


Sample_appearance:
ANALYSIS DETERMIND ON A BROWN COLORED FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN COLORED FILTRATE ERCOVERED FROM MUD


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN COLORED FILTRATE RECOVERED FROM SLIGHTLY OIL ST  AINED MDU


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM OIL STAINED MUD


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN COLORED FILTRATE RECOVERED FROM SLIGHTLY OIL ST  AINED WATERY MUD,'


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM SOUR MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM SOUR OIL STAINED WATER  .A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C. IT CONTAINED   2.00L. OF OIL STAINED MUDDY WATER


Sample_appearance:
ANLAYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FROM A MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER IN SAMLPER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WATER.                    SAMPLE'S #1-6 : NO ANALYSIS OF DRILLING MUD AS REQUESTED.                       SAMPLE'S #7&8 : NO ANLAYSIS OF OIL FLECKED MUD AS REQUESTED                     SAMPLE'S #9-15: NO ANALYSIS OF OIL FLECKED WATERY MUD AS REQUESTED


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING TR  ACE SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM OIL CUT WATER IN SAMPLER


Sample_appearance:
analysis performed on a clear filtrate recovered from water containg sedimetn


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOWISH FILTRATE RECOVERED FROM MUDDY WATER IN SAMPL  ER. NITRATE WAS DETECTED. .


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAM  PLER


Sample_appearance:
A BROWN FILTRATE REC'D FROM WATERY MUD CONTAMINATED WITH UNKNOWN ORGANIC.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FORM MUD


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER #  23.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 7ML. THE ABOVE RESULTS PERTAIN TO THE M  UD


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER CONTAINING E  TRACE SEDIMEN


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FITLRATE RECOVERED FROM A SAMPLE CONTAINING SEDI  MENT


Sample_appearance:
CLEAR FILTRATE RECOVERED FROM OIL FLECKED WATER.


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUD. ION BALANCE =  86.89%. THE SPOT TEST INDICATES THE PRESENCE OF AMMONIUM


Remarks:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUD.  ION BALANCE   = 87.92%.  SPOT TEST INDICATES THE PRESENCE OF AMMONIUM.


Remarks:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUD.  ION BALANCE   = 87.78%.  SPOT TEST INDICATES THE PRESENCE OF AMMONIUM.


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM OIL STAINED MUD. I  ON BALANCE = 88.0%                                                              SPOT TEST INDICATES THE PRESENCE OF AMMONIUM


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #520 WAS RECEIVED AT ATMOSPHERIC PRESSURE A  ND CONTAINED 1750ML OF GASIFIED OIL STAINED MUD.  ION BALANCE = 85.87%          SPOT TEST INDICATES THE PRESENCE OF AMMONIUM.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL CUT WATER


Remarks:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM OIL STAINED WATER.


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FORM MUD


Sample_appearance:
PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD                                  #1: 815 M ABOVE TOOL. RESISTIVITY = 194 OHM M @25C.                             #2: #1 REVERSED OUT. ROUTINE WATER ANALYSIS.                                    #3: #2 REVERSED OUT. ROUTINE WATER ANALYSIS                                     #4: #4 REVERSED OUT. RESISTIVITY = 1.96 OHM M @25C.PALE YELLOW FILTRATE RECOVE  RED FROM WATERY MUD.

Remarks:
#5: DHS #113. THE DHS WAS RECEIVED EMPTEY


Remarks:
CATION/ANION-BALANCE MAY BE AFFECTED BY IONS NOT ANALYZED


Remarks:
CATION/ANION-BALANCE MAY BE AFFECTED BY IONS NOT ANALYZED.


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM SOUR WATER CONTAINING S  USPENDED MATTER. A SCHLUMBERGER MRSC WAS RECEIVED WITH AN OPENING PRESSURE OF   900KPA @18C. IT CONTAINED 8.75 L OF GAS AND 5.50 L OF WATER


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM SOUR WATER CONTAINING S  USPENDED MATTE. A SCHLUMBERGER MDT WAS RECEIVED WITH AN OPENING PRESSURE OF 75  00 KPA @18C. IT CONTAINED 0.45 L OF GAS-CUT WATER. (INSUFFICIENT GAS FOR ANALY  SIS)


Sample_appearance:
ANALYSIS DONE ON A BROWN FILTRATE TAKEN FROM SOUR WATER CONTAINING SUSPENDED M  ATTER. A SCHLUMBERGER MDT WS RECEIVED WITH AN OPENING PRESSURE OF 6500 KPA @18  C. IT CONTAINED 0.45 L. OF GAS-CUT WATER. INSUFFICIENT GAS FOR ANALYSIS


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM SOUR WATER CONTAINING S  USPENDED MATTER. A SCHLUMBERGER MDT WAS RECEIVED WITH AN OPENING PRESSURE OF 4  500 KPA @18C. IT CONTAINED 0.15L OF GAS-CUT WATER. INSUFFICIENT GAS FOR ANALYS  IS


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM SOUR WATER CONTAINING S  USPENDED MATER. A SCHLUMBERGER MDT WAS RECEIVED WITH AN OPENING PRESSURE OF 15  00KPA @18C. IT CONTAINED 0.44 L OF GAS-CUT WATER. INSUFFICIENT GAS FOR ANALYSI  SS


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM SOUR WATER CONTAINING S  USPENDED MATTER. A SCHLUMBERGER MDT WAS RECEIVED WITH AN OPENING PRESSURE OF 7  500 KPA @18C. IT CONTAINED 0.40 L OF GAS CUT WATER. INSUFFICIENT GAS FOR ANALY  SIS


Sample_appearance:
ANALYSIS DONE ON A BROWN FILTRATE TAKEN FROM MUD


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM MUD


Sample_appearance:
ANALYSIS DONE ON A BROWN FILRATE TAKEN FROM A MUDDY WATER CONTAINING SUSPENDED   MATTER. A SCHLUMBEGER RFT WAS RECEIVED WITH AN OPENING PRESSURE OF 8500 KPA @  18C. IT CONTAINED 302.10L. GAS AND 0.14L MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM A MUD. A SCHLUMBERGER R  FT WAS RECEIVED WITH AN OPENING PRESSURE OF 9000 KPA @18C. IT CONTAINED 859.65  L OF GAS AND 0.65L OF MUD


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM MUD.


Remarks:
THE LOW PH OF THIS SAMPLE INDICATES THE PRESENCE OF AN ACID.


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM WATER CONTAINING SEDIM  ENT


Sample_appearance:
ANALYISS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM WATER CONTAINING SEDIM  ENT


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW RECOVERED FROM WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLOUDY YELLOW FILTRATE RECOVERED FROM WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLOUDY ORANGE FILTRATE RECOVERED FORM WATER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM A SOUR SALT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM A SOUR SALT WATER   CONTAINING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM A SOUR SALT WATER CONTA  INING SUSPENDED MATTER.                                                         A BAKER OIL TOOLS DHS WAS RECIVED WITH AN OPENING PRESSURE OF 2100 KPA @ 18C.   IT CONTAINED 9.15 L. OF GAS AND 1.95L. OF WATER.


Sample_appearance:
BROWN COLORED FILTRATE RECOVERED FROM A SOUR SALT WATER CONTAINING SUSPENDED    MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM SOUR SALT WATER


Sample_appearance:
RESISTIVITY OF FREE WATER @25C. 0.249 RESISTIVITY OF MUD FILTRATE @25C. A COMP  ARISON OF THE SURFACE MUD WATER ANALYSIS AND THE DHS WATER ANALYSIS INDIATES T  HAT THERE IS PROBABLY FORMATION FLUID PRESENT IN THE BHS


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM A WATER CONTAINING SUSP  ENDED MATTER.*ANALYSIS CONFIRMED* THE SCHLUMBERGER MDT HAD AN OPENING PRESSURE   OF 11000 KPA @-13C. IT CONTAINED 88.87L GAS AND 2.75L WATER. TIGHT HOLD


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM A WATER CONTAINING SUS  PENDED MATTER.*ANALYSIS CONFIRMED* THE SCHLUMBERGER MDT HAD AN OPENING PRESSUR  E OF 105000 KPA @-13C. IT CONTAINED 9.85 L GAS-CUT WATER.UNABLE TO SEPARATE TH  E GAS AND WATER. THEREFORE A GAS SAMPLE WAS NOT OBTAINED.TIGHT HOLE


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMET  N


Sample_appearance:
ANALYSIS PERFORMED ON A CLOUDY YELLOW FILTRATE RECOVERED FROM OIL STAINED WATE  R


Sample_appearance:
ANALYSIS PERFORMED ON  CLOUDY FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM SLIGHTLY OIL CUT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FORM WATER.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY ANION  S NOT ANALYZED. SALINITY = 0.41%


Sample_appearance:
THE SAMPLE CONSISTED OF WATER WITH A DARK BROWN FILTRATE.SCHLUMBERGER TESTERS   RFT SAMPLE #AC-16 WAS RECEIVED @2000KPA PRESSURE.CONTAINED IN THE CHAMBER WAS   4.450 L OF WATER.NO RECOVERABLE GAS WAS PRESENT.ANALYSIS INDICATIVE F FILTRATE  WATER.


Sample_appearance:
THE SAMPLE CONSISTED OF WATER WITH A DARK BROWN FILTRATE.SCHLUMBERGER TESTERS   RFT SAMPLE #AB-1212 WAS RECEIVED @600KPA PRESSURE.CONTAINED IN THE CHAMBER WAS   7.100 L OF WATER NO RECOVERABLE GAS PRESENT.ANALYSIS INDICATIVE OF FILTRATE R  WATER.


Sample_appearance:
MUD WITH A DARK REDISH BROWN FILTRATE. ANALYSIS INDICATIVE OF A               MUD FILTRATE.


Sample_appearance:
THE SAMPLE CONSISTED OF MUD WITH A DARK REDISH BROWN FILTRATE.ANALYSIS INDICAT  IVE OF A MUD FILTRATE


Sample_appearance:
PALE YELLOW WATER WITH FINED ORANGE SUSPENDED PARTICLES


Sample_appearance:
GREEN COLORED WATER WITH FINE BLACK SUSPENDING PARTICLES


Sample_appearance:
GREEN WATER WITH FINE BLACK SUSPENDED PARTICLES


Sample_appearance:
PALE GREEN WATER WITH FINE BLACK SUSPENDED PARTICLES/.


Sample_appearance:
PALE GREEN WATER WITH FINE BLACK SUSPENDE PARTICLES


Sample_appearance:
PALE GREEN WATER WITH FINE BLCK SUSPENDED PARTICLES


Sample_appearance:
SAMPLE CONSISTED OF A GREEN FILTRATE RECOVERED FROM WATER CONTAINING.           SEDIMENT


Sample_appearance:
SSAMPLE CONSISTED OF A GREEN FILTRATE RECOVERED FROM WATER CONTAINING SEDIMENT


Sample_appearance:
SAMPLE CONSISTED OF A PALE GREEN FILTRATE RECOVERED FROM WATER CONTAINING.SEDI  MENT


Sample_appearance:
SAMPLE CONSISTED OF A PALE GREEN FILTRATE RECOVERED FROM WATER CONTAINING SEDI  MENT


Sample_appearance:
SAMPLE CONSISTED OF A GREEN FILTRATE RECOVERED FROM WATER CONTAINING SEDIMENT


Remarks:
THE SULPHATE VALUE COULD NOT BE DETERMINED DUE TO THE TURBID NATURE OF THE SAM  PLE.


Sample_appearance:
THE SULPHATE VALUE COULD NOT BE DETERMINED DUE TO THE TURBID NATURE OF THE SAM  PLE


Sample_appearance:
THE SAMPLE CONSISTED OF A CLEAR FILRATE RECOVERED FROM MUDDY WATER


Remarks:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SLIGHTLY SOUR SAL  T WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FIILTRATE RECOVERED FROM A WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A DARK YELLOW FILTRATRE RECOVERED FROM A SOUR SALT WATER  . A SCHLUMBERGER RFT WAS RECEIVED WILT AN OPENING PRESSURE OF 7500 KPA @ 18C.   IT CONTAINED A SMALL AMOUNT OF GAS AND 3.50L. OF GASIFIED WATER


Remarks:
THE PH VALUE FOR THIS WATER IS EXCEPTIONALLY LOW


Remarks:
THE PH VALUE FOR THIS WATER IS EXCEPTIONALLY LOW.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A SOUR FR  ESH WATER.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SALTY WATE  R.                                                                              ANALYSIS INDICATIVE OF SPENT ACID WATER.  FINAL REPORT


Sample_appearance:
ANALYSIS DETERMINED ON A MILKY YELLOW COLORED FILTRATE RECOVERED FORM A SOUR F  RESH WATER.


Remarks:
ANALYSIS DETERMINED ON A MILKY WHITE COLORED FILTRATE RECOVERED FROM A FRESH W  ATER.  RE-ISSUED TO CORRECT WELL NAME.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SALT WATER  .


Remarks:
THE LOW PH VALUE MAY INDICATE THE PRESENCE OF AN ACID.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM CLOUDY WATER


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM CLOUDY WATER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY ACID WATE


Sample_appearance:
DARK YELLOW FILTRATE REC'D FROM A SALT WATER CONTAINING SUSPENDED MATTER.       FE VERY MUCH.


Sample_appearance:
YELLOW FILTRATE RECOVERED FROM A SALT WATER CONTAINING SUSPENDED MATTER.                                                                                      FE VERY MUCH.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SALT WATER CONT  AINING SUSPENDED MATTER


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WTIH A COLORLESS FILTRATE.ION BALANCE=95.51  %.*INSUFFICIENT SAMPLE FOR ANALYSIS                                             SCHLUMBERGER TESTERS DHS #512 WAS RECEIVED AT 100 KPA PRESSURE. CONTAINED IN T  HE CHAMBER WAS 0.575 L OF WATERY MUD\


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A COLORLESS FILTRATE.ION BALANCE=96.22  %


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A COLORLESS FILTRATE. IONIC BALANCE=98  .49%


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WUTH A CLEAR FILTRATE. IONIC BALANCE=96.17%


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A COLORLESS FILTRATE. IONCI BALANCE=97  .20%


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A COLORLESS FILTRATE.IONIC BALANCE=95.  71%


Remarks:
ANALYSIS PERFORMED ON COLOURLESS FILTRATE RECOVERED FROM AN OIL FLECKED WATERY   MUD.  INSUFFICIENT RECOVERABLE FILTRATE FOR FURTHER ANALYSIS.


Remarks:
ANALYSIS PERFORMED ON COLOURLESS FILTRATE RECOVERED FROM OIL FLECKED WATERY MU  D.  INSUFFICIENT RECOVERABLE FILTRATE FOR FURTHER ANALYSIS.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY CATIO  NS NOT ANALYZED. SALINITY = 0.01%


Remarks:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM A HYDROCARBON FLECKE  D SLIGHTLY AMMONIA CONTAMINATED WATER CONTAINING SUSPENDED MATTER.


Remarks:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A SLIGHTLY AMMONIA   CONTAMINATED WATER CONTAINING SUSPENDED MATTER.


Remarks:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A SLIGHTLY AMMONIA   CONTAMINATED SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD.

Remarks:
G95-8345-1: TOP OF RECOVERY.  WATER ANALYSIS G95-8345-1                         G95-8345-2: MIDDLE OF RECOVERY.  WATER ANALYSIS G95-8345-2                      G95-8345-3: BOTTOM OF RECOVERY.  WATER ANALYSIS G95-8345-3                      DOWNHOLE SAMPLER #102 WAS RECEIVED WITH AN OPENING PRESSURE OF 1450KPA AT AMBI  ENT TEMPERATURE.  IT CONTAINED GAS (ANALYSIS G95-8345-4) AND 1.40 LITRES MUDDY   WATER (ANALYSIS G95-8345-5).


Remarks:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM MUDDY WATER.


Remarks:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER.  SEE SUMMA  RY PAGE FOR SAMPLER CONTENTS.


Remarks:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM A HEAVILY AMMONIA CO  NTAMINATED WATER.


Sample_appearance:
SAMPLE CONSISTED OF WATER WITH A CLOUDY YELLOW FILTRATE.ANALYSIS INDICATIVE OF   A KCL CONTAMINATED WATER.IONIC BALANCE = 98.46%.                               RESULTS CONFIRMED IMBALANCE DUE TO INSOLUBLE IRON OXIDE


Sample_appearance:
WATER WITH A CLOUDY YELLOW FILTRATE. ANALYSIS INDICATIVE OF KCL                 CONTAMINATED WATER. IONIC BALANCE 88.90%


Sample_appearance:
WATER WTIH A YELLOW CLOUDY FILTRATE. ANALYSIS INDICATIVE OF KCL     CONTAMINATED WATER. IONIC BALANCE 85.34%. RESULTS CONFIRMED DUE             TO INSOLUBLE OXIDE.


Sample_appearance:
A CLEAR FILTRATE REC'D FROM DIRTY WATER.


Sample_appearance:
A CLEAR FILTRATE REC'D FROM OIL STAINED SALTY WATER.


Sample_appearance:
A CLEAR FILTRATE RECOVERED FROM OIL STAINED SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM OIL STAINED SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD IN SAMPLER. NITRATE   WAS DETECTED IN SAMPLER


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM MUD.A MCALLISTER DHS WA  S RECEIVED WITH AN OPENING PRESSURE OF 0 KPA @18C.IT CONTAINED 3.50L MUD


Sample_appearance:
ANALYSIS DONE ON A PALE GREEN FILTRATE TAKEN FROM SOUR WATER CONTAINING SUSPEN  DED MATTER.SAMPLE#1:FROM FLARELINE GAS TO SURFACE#1.CONSISTED OF GAS. #2:FROM   FLARELINE GAS TO SURFACE#1.CONSISTED OF GAS. #3:FROM 200METERS.CONSISTED OF A   PALE YELLOW FILTRATE TAKEN FROM SOUR WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD. NITRATE WAS DETECTE  D.


Sample_appearance:
ANALYTSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINNG SEDIMEN  T IN SAMPLR


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 15ML. THE ABOVE RESULTS PERTAIN TO TE W  ATER EXTRACTED FROM THE MUD


Remarks:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 6.0ML.  THE ABOVE RESULTS PERTAIN TO   THE WATER EXTRACTED FROM THE MUD.  SALINITY = 0.08%                             THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%, HOWEVER THE ANALYSIS HAS BEEN CO  NFIRMED.  THE IMBALANCE IS CAUSED BY ANIONS NOT ANALYZED IN THE ROUTINE ANALYS  IS.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY ANION  S NOT ANALYZED. SALINITY = 0.49%


Sample_appearance:
analysis performed on a claer filtrate recovered from sour water containing se  diment


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM AN ALCOHO  L CONTAMINATED SALT WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
SAMPLE CONSISTED OF CLEAR FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
SAMPLE CONSISTED OF A DARK FILTRATE RECOVERED FROM SALT WATER CUT MUD


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SOUR SALT WATER


Sample_appearance:
A MCALLISTER PETRO SERVICES DHS WAS RECIEVED AT ATMOSPHERIC PRESSURE AND CONTA  INED 450MLS OF MUDDY SALT WATER.ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVER  ED FROM MUDDY SALT WATER


Sample_appearance:
A MCALLISTER PETRO SERVICES DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CONTA  INED 900MLS OF MUDDY WATER.ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FR  OM MUDDY WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM WATER WITH A TRACE   OF SEDIMENT


Sample_appearance:
AN ORANGE COLORED FILTRATE REC'D FROM WATER CONTAINING                    ORANGE SUSPENDED PARTICLES.


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM WATER CONTAINING A TRACE AMOUNT             OF FINE BLACK SUSPENDED PARTICLES.


Sample_appearance:
PALE YELLOW WATER. ANALYSIS IS INDICATIVE OF SALT WATER. A BKAER OIL TOOLS DHS   WA RECEIVED WITH AN OPENING PRESSURE OF 2900 KPA @18C.IT CONTAINED 32.99 L GA  S AND 1.00L OF PALE YELLOW WATER


Sample_appearance:
THE SAMPLE CONSISTED OF AN ORANGE FILTRATE REC'D FROM DIRTY WATER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FORM MUDDY WATER.  #1: MUD TANK  ,WATERY MUD, NO ANALYSIS REQUESTED.  #2: FROM SAMPLE #1, MUDDY WATER, NO ANA R  EQUESTED.  #3: FROM SAMPLE #2, MUDDY WATER, NO ANA REQUESTED.  #4: FROM SAMPLE   #3, WATERY MUD, NO ANA REQUESTED.  #5: FROM DOWNHOLE SAMPLER #55 DRAINED ON S  ITE BY BAKER, CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY WATER, WATER   ANA F94-8293-5


Sample_appearance:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #55 WAS RECEIVED AT ATMOSPHERIC PRESSURE @1  8C. IT CONTAINED 2.30L OF WATER. ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVE  RED FROM DIRTY SALT WATER. SAMPLE #1: SAMPLED FROM SAMPLE #1. SAMPLE CONSISTED  OF MUDDY WATER. NO ANALYSIS AS REQUESTED. SAMPLE #2: SAMPLED FROM SAMPLE #2. S  AMPLE CONSISTED OF WATER. NO ANALYSIS AS REQUESTED.  SAMPLE #3: SAMPLED FROM S  AMPLE #3. SAMPLE CONSISTED OF WATER. NO ANALYSIS AS REQUESTED.  SAMPLE #4: SAM

Remarks:
PLED FROM DOWNHOLE SAMPLER #55.  A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIV  ED AT ATMOSPHERIC PRESSURE @18C.  IT CONTAINED 2.30L OF WATER. ANALYSIS PERFOR  MED ON A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER. (WATER ANALYSIS F94-8  294-4).


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD. INSUFFICIENT SAMPLE   FOR FURTHER ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM MUD. NITRATE WAS DE  TECTED IN THE SAMPLE


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SAMPE CONTAINING   TRACE SEDIMENT


Sample_appearance:
ANALYSIS DETERMINED ON A ORANGE FITLRATE RECOVERED FROM A SALT WATER CONTAINIG   SUSPENDED MATTER


Sample_appearance:
YELLOW COLORED FILTRATE RECOVERED FROM A SAMPLE CONTAINING A TRACE SEDIMENT AN  D A LAYER OF HYDROCARBONS


Sample_appearance:
BAKER OIL TOOLS DHS#87 WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CONTAINED 2000  ML OF OIL STAINED MUD.SMAPLE #1:SAMPLED FROM MUD TANK.CONSISTED OF DARK FILTRA  TE RECOVERED FROM MUD.RESISTIVITY OF FILTRATE:0.835OHM METERS @ 25C.SAMPLE #2:  FROM TOP.CONSISTED OF A DARK FILTRATE RECOVERED FROM MUD.RESISTIVITY OF FILTRA  TE:0.742OHM METERS @ 25C.SAMPLE #3:FROM BOTTOM.CONSISTED OF A DARK FILTRATE RE  COVERED FROM MUD.RESISTIVITY OF FILTRATE:0.726ohm METERS @25C.SAMPLE #4:FROM

Remarks:
DOWNHOLE SAMPLER.BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE AND   CONTAINED 2000ml OF OIL STAINED MUD. (WATER ANALYSIS F93-6736-4


Remarks:
THE SPECIFIC GRAVITY VALUE BEING LESS THAN 1.000 MAY INDICATE THE PRESENCE OF   AN ALCOHOL BASED CONSTITUENT.


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM OIL STAINED SOUR SALT WATE  R.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SEDIME  NT


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECVOERED FROM MUD IN SAMPLE. DHS WAS R  ECIEVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 2.5 LITRES OF   MUD


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. TEH ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.09%


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM MUD NITRATE WAS DET  ECTED


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM WATER CONTAINING SE  DIMENT. CONTAINING SEDIMENT. NITRATE DETECTED


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A SOUR SA  LT WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRAET TAKEN FROM MUDDY SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM SOUR WATER,


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.   INSUFFICIENT SAMPLE TO CONFIRM TOTAL SOLIDS.


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM WATERY MUD IN SAMPL  ER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER IN SAMLER


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%, HOWEVER THE ANALYSIS            HAS BEEN CONFIRMED. THE IMBALANCE IS CAUSED BY ANIONS NOT ANALYZ  ED IN THE ROUTINE ANALYSIS. SALINITY = 4.67%


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 6ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD SALINITY = 0.03%


Sample_appearance:
THE 3O MINUTE API MUD FILTRATE LOSS IS 5ML. THE ABOVE RESLULTS PERTAIN TO THE   MUD SALINITY = 0.04%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER. FINAL REPORT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T. NITRATE WAS DETECTED IN SAMPLE


Sample_appearance:
A PALE GREEN FILTRATE REC'D FROM OIL CUT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR ORANGE-BROWN FILTRATE RECOVERED FORM WATERY MUC


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR ORANGE FILTRATE RECOVERED FROM WATERY MUD IN SAM  PLER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER CONTAINING N  BLACK SUSPENDED SOLIDS


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER CONTAINING B  LACK SUSPENDED SOLIDS


Sample_appearance:
ANLAYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER CUT OIL .


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING SE  DIMENT.                                                                         ANALYSIS CONFIRMED. UNKNOWN CONTAMINANT IN SAMPLER


Remarks:
ANALYSIS PERFORMED ON A TURBID GREEN FILTRATE RECOVERED FROM OIL CUT SALT WATE  R.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRAE RECOVERED FROM A SOUR SALT WATER CONTAIN  ING SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WATER IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SMPL  ER. NITRATE WAS DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM MUD IN SAMPLER. NI  TRATE WAS DETECTED IN SAMPLE


Sample_appearance:
THE SAMPLE CONSISTED OF CLEAR FILTRATE RECOVERED FROM MUDDYW ATER


Sample_appearance:
ANALYSIS DETERMINED ON A RED FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
ANALYSIS DONE ON A LIGHT BROWN FILTRATE REOCVERED FROM AN AMMONIA CUT WATERY M  UD. ANALYSIS CONFIRMED


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATERY MUD. A B  AKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1500KPA @18C. IT C  ONTAINED 24.35L OF GAS AND 0.25L OF MUD


Sample_appearance:
COLORLESS FILTRATE RECOVERED FROM A SLIGHTLY SOUR SALT WATER CONTAINING         SUSPENDED MATTER.


Sample_appearance:
ANLAYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAM  PLER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER IN SAMPL  ER


Sample_appearance:
ANALYSIS PERFORMED ON A DARK RED FILTRATE RECOVERED FROM A SAMPLE CONTAINING S  EDIMENT. LOW ION BALANCE DUE TO UNIDENTIFIED INTERFERENT. SPOT TEST INICATES T  HE PRESSENCE OF AMMONIA


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROMSOUR WATER CONTAINING SED  IMEMT


Remarks:
THE SAMPLE CONSISTED OF A DARK GREEN COLORED FILTRATE RECOVERED FROM AN AMMONI  A CUT SOUR SALT WATER.  *ANALYSIS CONFIRMED*


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A SOUR WATER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING SE  DIEMTN


Sample_appearance:
A PALE YELLOW COLORED FILTRATE REC'D FROM AMMONIA-CUT SOUR MUDDY   WATER.


Sample_appearance:
A PALE GREEN COLORED FILTRATE RE'D FROM SOUR WATER CONTAINING SEDIME  NT.


Sample_appearance:
A DARK ORANGE FILTRATE REC'D FROM OIL CUT MUDDY WATER.


Sample_appearance:
analysis determined on a clear filtrate recovered from a sour salt water conta  ining suspended matter


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SALT WATER   CONTAINING SUSPENDED MATTE


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SLAT WATER   CONTAINING SUSPENDED MATTER


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CONTAINED 1800   MLS OF MUD


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN COLORED FILTRATE RECOVERED FROM AN OIL STA  INED SALT WATER                                                                 '


Sample_appearance:
ANALYSIS DETERMIEND ON A DARK BROWN FILTRATE RECOVERED FROM MUDDY GAS CUT WATE  R. A BAKER OIL TOOLS DHS WAS RECIEVED WITH AN OPENING PRESSURE OF 1600KPA @18C  . IT CONTAINED A SMALL AMOUNT OF GAS AND 1.10L OF MUDDY GAS CUT WATER


Sample_appearance:
ANALYSIS DETERMINE ON A YELLOW FILTRATE RECOVERED FROM A SALT WATER


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE ERCOVERED FROM DIRTY SOUR SALT WATER


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUD. ION BALANCE=9  6.69%


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUD. ION BALANCE =   95.43%


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERD FROM MUD. ION BALANCE =   95.70%


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLOURED FITLRATE RECOVERD FROM MUD. ION BALANCE= 9  9.18%


Sample_appearance:
ANLAYSIS DETERMINED ON A YELLO FILTRATE RECOVERED FROM A SALT WATER CONTIANIND  G SUSPENDED MATTER. ION BALANCE = 96.67%                                                                                                                        A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENIING PRESSURE OF 2500KPA @18C.   IT CONTAINED A SMALL AMOUNT OF GAS AND 2.00L OF WATER


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN COLORED FILTRATE RECOVERED FROM A WATERY   MUD. ION BLANCE = 96.00%


Sample_appearance:
ANALYSIS DETERINED ON A LIGHT BROWN FILTRATE RECOVERED FROM WATERY MUD. ION BA  LANCE = 95.76%


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM WATERY MUD. ION B  ALBANCE = 96.40%


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM WATERY MUD. A BOA  KER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @ 18C. IT CONTAINED 2.0  0L OF WATERY MUD. ION BALANCE = 99.16%


Remarks:
ANALYSIS DETERMINED ON A LIGHT BROWN COLORED FILTRATE RECOVERED FROM MUD.  ION   BALANCE = 95.58%.  NOTE: THE SAMPLE WAS RECEIVED IN A DETERGENT BOTTLE.  A DE  TERGENT ODOR WAS DETECTED.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY ** AN  IONS** NOT ANALYZED . SALINITY = 0.02%


Sample_appearance:
analysis performed on a pale green filtrate recovered from sour water containi  ng suspended matter. calculated ion balance 75.4%. the presence of h2s may be   interfering with the analysis and affecting the ion balacne


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM WATER CONTAINING SEDIMENT.      WATER FROM COILED TUBING CLEANOUT 99-05-20


Sample_appearance:
the ionic balance for this water exceeds 10%. the imbalance is caused by catio  ns not analyzed. salinity = 0.16%


Sample_appearance:
ANALYSIS DETERMINED ON A DARK FILTRATE RECOVERED FROM A MUD


Sample_appearance:
ANALYSIS DONE ON A DARK GREEN FILTRATE RECOVERED FROM A GAS CUT MUD


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM A MUD


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM SOUR WATERY CONTA  INING SUSPENDED MATTER. A SCHLUMBERGER RFT WAS RECEIVED WITH AN OPENING PRESSU  RE OF 2800 KPA @18C.IT CONTAINED 3.00L OF GAS CUT SOUR WATER.UNABLE TO SEPARAT  OR THE GAS FROM THE WATER.INSUFFICIENT GAS FOR ANLAYSIS.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A GAS CUT WATERY   MUD. ION BALANCE=96.71%.A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRE  SSURE OF 23000KPA @18C.IT CONTAINED 18.90L OF GAS AND 1.50L OF WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM WATERY MUD. ION BA  LANCE=99.56%


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM SOUR WATER CONTAI  NING SUSPENDED MATTER. A SCHLUMBERGER RFT WAS RECIEVED WITH AN OPENING PRESSUR  E OF 6500KPA @18C. IT CONTAINED 8.75L OF GAS CUT SOUR WATER. UNABLE TO SEPARAT  E THE GAS FROM THE WATER. INSUFFICIENT GAS FOR ANALYSIS. ION BALANCE= 98.28%


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM WATER CONTAINING   SUSPENDED MATTER. A SCHLUMBERGER RFT WAS RECEIVED WITH AN OPENING PRESSURE OF   3200KPA @18C.IT CONTAINED 8.40L OF GAS CUT WATER. UNABLE TO SEPARATE GAS FROM   WATER.INSUFFICIENT GAS FOR ANALYSIS


Sample_appearance:
ANALYSIS DETERMINED ON A DARK GREEN FILTRATE RECOVERED FROM A MUD. ION BALANCE  =8.20%


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD. INSUFFICIENT SAMPLE   FOR FURHTER ANALYSIS


Sample_appearance:
THE 3O MINUTE API MUD FILTRATE LOSS IS 13ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.15%


Sample_appearance:
THE IONCI BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS AUSED BYU CATIO  NS NOT ANALYZED. SALINITY = 0.06%


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SALT WATER   CONTAINING SUSPENDED MATER


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM OIL CUT SOUR SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SALT ATER


Sample_appearance:
THE SAMPLE CONSISTED OF A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER CUT OI  L


Sample_appearance:
THE SAMPLE CONSISTED OF A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER CUT OI  L.


Sample_appearance:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FORM SOUR SLAT WATER CUT OI  L


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SOUR SLAT WATER C  ONTAINING SUSPENDED PARTICLES.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 8.0MLS. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM THE MUD. SALINITY = 0.06%


Remarks:
SAMPLE CONSISTED OF A CLEAR PALE GREEN FILTRATE RECOVERED FROM DIRTY SOUR WATE  R.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IF 8.0ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.07%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 9.0 ML. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM TEH MUD. SALINITY = 0.04%


Remarks:
SAMPLE CONSISTED OF A CLEAR PALE GREEN FILTRATE RECOVERED FROM SOUR DIRTY WATE  R.


Sample_appearance:
THE SAMPLE CONSISTED OF A CLEAR GREEN FILTRATE RECOVERED FORM SOUR SLIGHTLY SL  AT WATER


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM OIL CUT SOUR SALT WATER


Sample_appearance:
anlaysis determined on a green filtrate recovered from a hydro-carbon cut sour   salt water containing suspended particles


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN COLORED FILTRATE RECOVERED FROM A HYDRO-CARBON   CUT SALT WATER CONTAINING SUSPENDED PARTICLES.


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM A HYDRO-CARBON CUT SALT   WATER CONTAINING SUSPENDED PARTICLES


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRAET RECOVERED FROM GAS CUT OIL FLECKED WAT  ERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER.AN ALPINE   TESTERS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 2300 KPA @18C. IT CONTAIN  ED 40.44L OF GAS,1.15L OF OIL AND 0.50 L OF MUDDY WATER


Sample_appearance:
SAMPLE CONSISTED OF A PALE GREEN FILTRATE RECOVERED FROM SOUR SALT WATER.TOTAL   SUSPENDED SOLIDS:420.MG/L *FINAL REPORT*


Sample_appearance:
SAMPLE CONSISTED OF A PALE GREEN FILTRATE RECOVERED FROM SOUR SLAT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SLIGHTLY SOUR S  ALT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A OIL FLECKED WTAER CON  TAINING SUSPENDED MATTER


Sample_appearance:
AN ALPINE TESTERS DHS WAS RECEIVED AT 150 KPA. IT CONTAINED GAS AND 2350ML OF   SOUR SALT WATER


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A SOUR SA  LT WATER.


Remarks:
SAMPLE CONSISTED OF A PALE GREEN FILTRATE RECOVERED FROM SOUR SALT WATER.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR PALE GREEN FILTRATE RECOVERED FROM SOUR DIRTY WATE  R


Remarks:
ANALYSIS DETERMINED ON A LIGHT GREEN COLORED FILTRATE RECOVERED FROM OIL STAIN  ED SOUR WATER.  ION BALANCE = 97.29%


Sample_appearance:
ANLAYSIS DETERMINED ON A LIGHT GREEN FILTRATE RECOVERED FROM OIL STAINED SOUR   WATER. ION BALANCE = 95.78%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SALT WATER CONTAI  NING SUSPENDED PARTICLES.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM A SOUR WATER\


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM A SOUR WATER

Remarks:
AN ALPINE TESTERS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 100 KPA @ 20C.   IT CONTAINED 2.60L. OF SOUR WATER


Sample_appearance:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUD. AN ALPINE TE  STERS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE @ 20C. IT CONTAINE  D 1.05L. OF MUD


Sample_appearance:
ANALYSIS DETERMINED ON A DARK GREEN COLORED FILTRATE RECOVERED FROM AN OIL FLE  CKED SOUR SALT WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A SOUR WA  TER CONTAINING SUSPENDED MATER


Sample_appearance:
SAMPLE CONSISTED OF A RED COLORED FILTRATE RECOVERED FORM AN ACID WATER CONTAI  NIG SUSPENDED PARTICLES


Sample_appearance:
SAMPLE CONSISTED OF A COLORED FITLRAET RECOVERED FORM AN ACID WATER CONTAINING   SUSPENDED PARTICLES


Sample_appearance:
SAMPLE CONSISTED OF PALE GREEN FILTRATE RECOVERED FROM ACID WATER CONTAINING S  USPENDED PARTICLES.


Sample_appearance:
SAMPLE CONSISTED OF PALE GREEN FILTRATE RECOVERED FROM ACID WATER CONTAINING S  USPENDED PARTICLES


Sample_appearance:
ANLAYSIS DETERMINED ON A COLORELESS FILRATE RECOVERED FROM A WATER CONTAINING   SUSPENDED MATT                                                                  ER


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM SAMPLE CONTAINING SEDIME  TN.


Sample_appearance:
ANALYSIS PERFORMED ON A LIGHT GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAIN  ING SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAININ  G SEDIMENT


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A WATER C  ONTAINING SUSPENDED MATTER


Sample_appearance:
ANLAYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD.A BAKER   OIL TOOL DSH WAS RECEIVED WITH AN OPENING PRESSURE OF 820 KPA @18C. IT CONTAI  NED GAS AND 1.80L WATERY MUD


Sample_appearance:
PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING A TRACE SEDIMENT AND A   TRACE OF HYDROCARBONS. AMMONIA PRESENT IN THE SAMPLE


Sample_appearance:
PALE YELLOW FILTARTE RECOVERED FROM A SAMPLE CONTAINING A TRACE SEDIMENT AND A   TRACE OF HYDROCARBONS. AMMONIA PRESENT IS THE SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD          A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0 KPA @18C.IT C  ONTAINED 2.00L OF WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD.A BAKER   OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1500 KPA @18C. IT CONT  AINED GAS AND 2.10 L WATERY MUD.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 5ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINIYT = 0.03


Sample_appearance:
ANALYSIS DETERMINED ON PALE YELLOW FILTRATE RECOVERED FROM A SOUR SALT WATER C  ONTAINING SUSPENDED BLACK MATTER


Sample_appearance:
analysis performed on a dark brown filtrate recovered from muddy water in samp  ler. top recovery:no analysis of watery mud as requested. bottom recovery:no a  nalysis of watery mud as requested.                                             dhs was received with atmospheric pressure at ambient temp. it contained 1.15l   of muddy water


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE REOCVERED FROM MUD


Remarks:
ANALYSIS DETERMINED ON A DARK COLOURED FILTRATE RECOVERED FROM AN OIL CUT SALT   WATER CONTAINING FINE BLACK SUSPENDED PARTICLES.


Sample_appearance:
ANALYSIS PERFORMED ON A CLERA FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FITLRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD. NITRATE WAS DETECTE  D IN SAMPLE.


Sample_appearance:
ANLAYSIS PERFORMED ON A CLEAR FILTRAET RECOVERED FROM WATER CONTAINING SEDIMEN  T


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING SE  DIMENT. AMMONIA WAS DETECTED IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A CLOUDY FILTRATE RECOVERED FROM OIL CUT SOUR SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER IN SAMPE  R


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING FINE BL  ACK SUSPENDED PARTICLES


Sample_appearance:
ANALYSIS PERFOMRED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER CONTAINING S  EDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUDDY WATER. NITRATE WAS   DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE REC'D FROM MUDDY WATER.


Sample_appearance:
analysis performed on a cloudy orange filtrate recovered from water containing   sediment


Sample_appearance:
analysis performed on a pale yellow filtrate recovered from sour water contain  ing sediment.


Sample_appearance:
analysis performed on a clear filtrate recovered from watery mud


Sample_appearance:
analysis performed on a yellow filtrate recovered from water containing sedime  nt in sampler                                                                   analysis confirmed                                                              dhs 222 was recieved with an opening pressure of 550 kpa at ambient temp. It w  contained gas and 2.2 litres of water containing sediment


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SEDIME  NT. ANALYSIS CONFIRMED


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM SOUR SALT WATER.


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL CUT SOUR SAL  T WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SEDIEM  TN IN SAMPLER


Sample_appearance:
THE SAMPLE CONSISED OF A YELLOW FILTRATE RECOVERED FROM OIL STAINED DIRTY SLAT   WATER


Sample_appearance:
ANALYSIS PERFOMRED ON A YELLOW FILTRATE RECOVERED FROM OIL STAINED WATERY MUD   IN SAMPLER/


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN COLORED FILTRATE RECOVERED FROM A WATERY MUD.A   BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1000KPA @18C. IT   CONTAINED 19.29 L GAS AND 1.25 L OIL AND 0.70 L WATEYR MUD


Remarks:
THE SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM OIL STAINED DIRTY SAL  T WATER.


Remarks:
THE SAMPLE CONSISTED OF A DARK FILTRATE RECOVERED FROM MUDDY WATER.


Sample_appearance:
SAMPLE CONSISTED OF  PALE YELLOW FILTRATE RECOVERED FROM MUD


Sample_appearance:
BROWN COLORED FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE SEDIMENT AN DT  RACE HYDROCARBONS


Sample_appearance:
SAMPLE CONSISTED OF A PALE YELLOW FILTRATE RECOVERED FROM OIL CUT MUD.


Sample_appearance:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #320 WAS RECEIVED AT 465 KPA. IT CONTAINED   GAS AND 1500 ML. OF MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM AN OIL STAINED SALT WATE  R.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM OIL FLECKED MUDDY   SALT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SALTY WATER CONTAINING S  USPENDED MATTER


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT.  ANALYSIS CONFIRMED


Remarks:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%.  THE IMBALANCE IS CAUSED BY **AN  IONS** NOT ANALYZED.  SALINITY = 0.07%


Remarks:
DST #:1                                                                         OPENING PRESSURE: 80KPA                                                         RECOVERY: 1000ML WATER                                                          SALINITY = 0.45%


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM A TURBID ORANGE SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOWF FILTRATE RECOVERED FROM OIL CUT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRAET RECOVERED FROM WATERY MUD.              #1: TOP. NO ANALYSS OF OIL AS REQUESTED. #2: MIDDLE.                            #3: TOP OF TOOL. NO ANALYSIS OF WATERY MUD AS REQUESTED.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM A SOUR SALT WATER   CONTAINING BLACK SUSPENDE MATTER


Remarks:
THE SAMPLE CONSISTED OF A BROWN FILTRATE RECOVERED FROM DIRTY WATER.


Remarks:
AN ALPINE TESTERS DS WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMPERA  TURE.  THE CHAMBER CONTAINED 1.80 LITRES OF MUD.  ANALYSIS PERFORMED ON A RED   FILTRATE RECOVERED FROM MUD.  INSUFFICIENT RECOVERABLE WATER FOR FURTHER ANALY  SIS.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM A SOUR OIL CUT WATER CON  TAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM AND OIL C  UT SOUR SALT WATER CONTAINING SUSPENDED MATTER.                                                                                                                 A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AND OPENING PRESSURE OF 3  400 KPA @ 18C.  IT CONTAINED 58.19 L. OF GAS, 1.25 L. OF OIL, AND 0.50 L. OF W  ATER.


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT ORANGE FILTRATE RECOVERED FROM A MUDDY WATER. A   BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.IT CONTAINED 1.  2.20L OF MUDDY WATER


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A FRESH WATER CONTA  INING SUSPENDED MATTER.  ANALYSIS IS INDICATIVE OF ALCOHOL CONTAMINATION.


Sample_appearance:
analysis performed on a turbid yellow filtrate recovered from oil-cut water


Sample_appearance:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL CUT SALT WATE


Sample_appearance:
PALE  YELLOW WATER RECOVERED FROM MUDDY WATER. ANALYSIS IS INDICATIVE OF MUD F  ILTRATE. A BKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 900 KPA   @18C.IT CONTAINED 2.26L OF GAS AND 1.40L OF MUDDY WATER.


Sample_appearance:
PALE YELLOW FILTRATE RECOVERED FROM MUD.ANALYSIS IS INDICATIVE OF MUD FILTRATE  .


Sample_appearance:
YELLOW WATER RECOVERED FROM MUDDY WATER.ANALSIS IS INDICATIVE OF SALT WATER.A   BAKER OIL TOOL DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 3200KPA @18C.IT CO  NTAINED 19.90L GAS, 0.12L OIL AND 1.48L MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A HWITE CLOUDY FILTRATE RECOVERED FROM SLIGHTLY OIL CUT   WATER CONTAINING SEDIMENT


Sample_appearance:
COLOURLESS FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE SED  IMENT.


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM MUDDY WATER. NITRATE W  AS DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM MUDDY WATER INSUFFICIE  NT SAMPLE FOR FURTHER ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON A LIGHT BROWN FILTRATE RECOVERED FROM MUDDY WATER NITRAT  E WAS DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUD. INSUFFICIENT SAMPL  E FOR FURTHER ANALYSIS


Sample_appearance:
ANALYSIS DETERMINED ON A FILTRATE RECOVERED FROM TURBID, VISCOUS WATER. ANALYS  IS INDICATES ALCOHOL AND ACID CONTAMINATION


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR GREEN FILTRATE RECOVERED FROM WATER IN SAMPLER.


Sample_appearance:
THE SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUDD WATER. AL  KALINITY AFFECTED BY THE PRESENCE OF AN UNKNOW ORGANIC MATERIAL CAUSING A CATI  ON/ANION IMBALANCE.


Sample_appearance:
THE SAMPLE CONSISTED OF A TURBID YELLOW FILTRATE RECOVERED FORM MUDDY SOUR WAT  ER.


Sample_appearance:
THE SAMPLE CONSISTED OF A DARK FILTRATE RECOVERED FROM MUDDY WATER. ALKALINITY    AFFECTED BY THE PRESENCE OF AN UNKNOWN ORGANIC MATERIAL CAUSING A CATION/ANI  ON IMBALANCE


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRETA RECOVERED FROM SOUR WATER CONTAINI  NG SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM MUD.                    MUD TANK:WATER ANALYSIS F98-6237-1                                              SAMPLE #1: NO ANALYSIS OF INHIBITOR AS REQUESTED.                               SAMPLE #2: NO ANALYSIS OF MUD AS REQUESTED                                      SAMPLE #3: "                            "


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM MUD IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 9ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.135


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.07%


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FITLRATE RECOVERED FROM SOUR.OIL CUT WATE  SALTY WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 7ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.08%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 8ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.08


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 12ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY  = 0.05%


Sample_appearance:
AN ALPINE TESTERS DHS WAS RECEIVED AT 150KPA. IT CONTAINED GAS AND 2400MLS OF   WATERY MUD WITH A DARK FILTRATE


Sample_appearance:
AN ALPINE TESTERS DHS WA RECEIVED AT 300KPA. IT CONTAINED GAS AND 2750 ML OF D  IRTY SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINI  NG BLACK SUSPENDED SOLIDS


Remarks:
THE SAMPLE CONSISTED OF A SLIGHTLY TURBID FILTRATE RECOVERED FROM DIRTY SALT W  ATER.


Remarks:
THE SAMPLE CONSISTED OF A PALE GREEN FILTRATE RECOVERED FROM DIRTY SOUR SALT W  ATER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM A OIL CUT SOUR SAL  T WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
Analysis done a pale green filtrate taken from sour slightly oil-cut water.A b  aker oil tools dhs was received with an opening pressure of 500kpa @18c.it con  tained gas and 2.00L of sour slightly oil-cut water.                            Sample#1:from top.consisted of pale yellow filtrate taken from mud.Resistivity   of filtrate=0.712 ohm meters@25C. #2:from middle.consisted of pale green filt  rate taken from sour oil-flecked watery mud.Resist.of filtrate=0.265 ohm meter

Remarks:
s @25C. #3:from top of tool.consisted of a pale green filtrate taken from sour   water with suspended matter.Resist.of filtrate=0.135 ohm meters @25C.          #4:from dhs #78.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM MUDDY GAS-CUT WAT  ER. A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1100 KKPA @  18C. IT CONTAINED 0.82L GAS AND 2.10 L WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER MUD IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER. CONTAIN  ING SEDIMENT


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FORM A WATERY   MUD.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A MUD.  A   BAKER TOOLS DOWNHOLE SAMPLER WAS RECIEVED WITH AN OPENING PRESSURE OF 480KPA   @18C. IT CONTAINED NO RECOVERABLE GAS AND 1.90L OF MUD.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.16%


Sample_appearance:
AN ALPINE TESTERS DHS WAS RECEIVED AT 4500 KPA. CONTAINED IN THE CHAMBER WAS G  AS AND 1.000 LITRES OF MUD. ANALYSIS PERFORMED ON A DARK COLOURED FILTRATE REC  OVERED FROM MUD


Sample_appearance:
Analysis done on a pale yellow filtrate taken from mud.Ion Balance=98.64%.The   Stiff&Davis stability index is an extension of the Langlier Index,used as an i  ndicator of the calcium carbonate scaling tendencies of oilfield brine.A [+] i  ndex show scaling tendencies.A [-] index shows corrosive tendencies.Index of 0   shows water is in chemical equilibrium & will neither deposit nor disolve cal  cium carbonate. NOTE:water is a precariously balanced system of ions & changes

Remarks:
can occur from time of sampling to analysis.(EX)the loss of dissolved CO2 res  ults in higher PH levels.Calcium Carbonate scaling tendencies increase as PH l  evels increase.Higher temp.can also increase precipitation. Calculated solubil  ity = 23.53 meg/L. actual concentration = 1.55 meg/L


Sample_appearance:
ANALYSIS DONE ON A YELLOW FILTRATE TAKEN FROM MUD.ION BALANCE=99.50%. The Stif  f&Davis Stability Index is an extension of the Langlier Index.Its used as an i  ndicator of the calcium carbonate scaling tendencies of oilfield brine.A [+] i  ndex shows scaling tendencies.A [-] index shows corrosive tendencies.index of   0 shows the water is in chemical equilibrium and will neither deposit nor diso  lve calcium carbonate.NOTE:water is a precariously balanced system of ions and

Remarks:
changes may occur from time of sampling to analysis.EX:loss of disolved CO2 s   results in higher PH levels.Calcium Carbonate scaling tendencies increase as   PH levels increase.Higher temp can also increase calcium carbonate precipitati  on.calculated solubility = 35.36 meg/L. actual concentration = 3.25 meg/L


Sample_appearance:
Analysis done on a pale yellow filtrate taken from a water with suspended matt  er.Ion Balance=99.68%.The Stiff&Davis Index is an extension of the Langlier IN  dex.ITs used as an indicator of the calcium carbonate scaling tendencies of oi  lfield brine.A [+] index shows scaling tendencies.A [-] index shows corrosive   tendencies.Index of 0 shows water is in chemical equilibrium and will neither   deposit nor dissolve calcium carbonate.NOTE:water is a precariously balanced

Remarks:
system of ions.Changes may occur from time of sampling to analysis.EX:The loss   of disolved CO2 results in higher PH.Calcium Carbonate scaling tendencies inc  rease as PH levels increase.Higher temp. also increases calcium carbonate prec  ipitaion.Calculated solubility:47.16 meg/L. Actual concentration: 1.62 meg/L


Sample_appearance:
analysis done on a clear filtrate taken from water containing suspended matter  .Ion balance=99.99%.The Stiff&Davis Index is an extension of the Langlier INde  x.Its used as an indicator of the calcium carbonate scaling tendencies of oilf  ield brine.A [+] index shows scaling tendencies.A [-] index shows corrosive tn  edencies.Index of 0 shows the water is in chemical equilibrium and will neiher   deposit nor dissolve calcium carbonate.NOTE:water is a precariously balanced

Remarks:
system of ions and changes can occur from time of sampling to time of anlaysis  .EX:loss of dissolved CO2 results in higher PH levels.Calcium Carbonate scalin  g tendencies increase as ph levels increase.Higher temp. also increases calciu  m carbonate precipitation.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAININ  G SUSPENDED MATTER.A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE   OF 1300 KPA @18C.IT CONTAINED 1.03 L OF GAS AND 2.35L OF WATER. ION BALANCE =   97.910%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A KCL CONTAMINATION   HYDROBARBON CUT WATER CONTAINING SUPENDED MATTER                               *ANALYSIS CONFIRMED*


Sample_appearance:
ANLAYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM MUD. ION BALANCE=   98.11%


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM MUD. ION BALANCE   = 96.42%


Sample_appearance:
ANALSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD. A BAKE  R OIL TOOL WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C. IT CONTAINED 1.10L OF WA  TEYR MUD


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUD IN SAMPLER.INSUFFIE  NT SAMPLE FROM COMPLETE ANALYSIS. AN RFT CHAMBER WAS RECEIVED WITH AN OPENING   PRESSURE OF 250 KPA AT AMBIENT TEMP. IT CONTAINED 0.1 LITRES OF MUD


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD. INSUFFICIENT   SAMPLE FOR COMPLETE ANALYSIS.


Sample_appearance:
A CLEAR FILTRATE REC'D FROM WATERY MUD.                                                                                                             INSUFFICIENT SAMPLE FOR COMPLETE ANALYSIS.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR YELLOW FILTRATE RECOVERED FROM OIL STAINED WATER  Y MUD. DHS #212 WAS RECIEVED WITH ATMOSPHERIC PRESSURE @20C. IT CONTAINED 0.37  5 LITRES WATER AND 0.025 LITRES OIL. NO ANALYSIS OF OIL AS REQUESTED


Sample_appearance:
a baker oil tools dhs #1 was received at atmospheric pressure and contained 18  00ml of watery mud.Sample#1:from flareline 1/2hr into test. #2:from flareline   1hr into test. #3:from top of recovery.consisted of a clear filtrate recovered   from mud.Resist. of filtrate=1.14 ohm meters@25C. #4:from middle recovery.con  sisted of a clear filtrate recovered from mud.Resist. of filtrate=1.37 ohm met  ers@25C. #5:from bottom recovery.consisted of a clear filtrate recovered form

Remarks:
mud.Resist. of filtrate=1.27 ohm meters @25c.                                   #6: from dhs.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DRITY SALT WATER.           SAMPLE #1:FROM TOP RECOVERY.CONSISTED OF CLEAR FILTRATE RECOVERY FROM MUD.      RESISTIVITY OF FILTRATE:1.04 OHM METERS @25C. #2:FROM BOTTOM RECOVERY.CONSSITE  D OF CLEAR FILTRATE RECOVERED FROM DIRTY WATER.RESIST.OF FILTRAT:0.272 OHM MET  ERS @25C. #3:FROM BOTTOM RECOVERY.CONSISTED OF A CLEAR FILTRATE RECOVERED FROM   DIRTY SALT WATER. RESIST.OF FILTRATE:0.272 OHM METERS @25C.

Remarks:
#4; FROM DHS DRAINES ON SITE. CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIR  T SALT WATER.


Sample_appearance:
COLORLESS FILTRATE RECOVERED FROM SLIGHTLY SOUR SALT WATER CONTAINING           SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM WATER CONTAINING SEDIM  ENT IN SAMPLER


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM MUD.  INSUFFICIENT RECOVE  RABLE WATER FOR FURTHER ANALYSIS.  SEE SUMMARY PAGE FOR SAMPLER CONTENTS.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 18ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD


Sample_appearance:
A COLORLESS FILTRATE CONTAINING FINE BLACK SUSPENDED MATTER                 REC'D FROM A SOUR WATER CONTAINING BLACK SUSPENDED MATTER.


Sample_appearance:
A PALE YELLOW COLORED FILTRATE REC'D FROM SOUR WATERY MUD.

Remarks:
FE PRESENT. SAMPLE #3 RESIS OF THE FILTRATE: 1.75 OHM/M @ 25 C.               SAMPLE #4 RESIS OF THE FILTRATE: 1.08 OHM/M @ 25 C. SAMPLE #3 AND #4          A PALE YELLOW COLORED FILTRATE REC'D FROM WATERY MUD.                           SAMPLE #5 DHS #213, A BAKER TOOLS DHS RECEIVED WITH AN OPENING            PRESSURE OF 4100 KPA @ 18 C. IT CONTAINED 108.42 L OF GAS ONLY.


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM A FRESH WATER CONTAINING              SUSPENDED MATTER.


Remarks:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 11ML.  THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD.  SALINITY = 0.08%                              THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%, HOWEVER THE ANALYSIS HAS BEEN CO  NFIRMED.  THE IMBALANCE IS CAUSED BY ANIONS NOT ANALYZED IN THE ROUTINE ANALYS  IS.


Sample_appearance:
ANALYSIS PERFORMED ON A CLERA FILTRATE RECOVERED FROM WATER CONTAINING SEDIMET  N IN SAMPLER


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL CUT SALT WAT  ER CONTAINING SUSPENDED MATTER.  ION BALANCE = 97.02%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL CUT SALT WAT  ER CONTAINING SUSPENDED MATTER.  ION BALANCE = 98.42%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL CUT SALT WAT  ER CONTAINING SUSPENDED MATTER.                                                 ION BALANCE = 99.55%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL CUT SALT WAT  ER CONTAINING SUSPENDED MATTER.  ION BALANCE = 96.09%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.  ION   BALANCE = 92.73%. J **ANALYSIS CONFIRMED**


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.  ION   BALANCE = 96.85%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.  ION   BALANCE = 98.93%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.  ION   BALANCE = 91.26%.  *ANALYSIS CONFIRMED*


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.  A BA  KER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE OF 1000KP  A @18C.  IT CONTAINED 6.16L OF GAS AND 1.60 L OF MUD.  ION BALANCE = 95.86%


Sample_appearance:
THE SAMPLE CONSISTED OF VISCOUS DARK FILTRATE RECOVERED FROM INHIITOR CUT MUDD  Y WATER


Sample_appearance:
THE SAMPLE CONSISTED OF A DARK FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
A PALE YELLOW FILTRATE REC'D FROM MUDDY WATER.


Sample_appearance:
MILKY WHITE FILTRATE RECOVERED FROM FRESH WATER.


Remarks:
ANALYSIS PERFORMED ON A COLOURLESS FILTRATE RECOVERED FROM A SOUR FRESH WATER   CONTAINING SUSPENDED MATTER.  ANALYSIS CONFIRMED H2S INTERFERENCE MAY HAVE AFF  ECTED IONIC BALANCE.


Remarks:
ANALYSIS PERFORMED ON PALE GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING   SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM OIL FLECKED MUD IN SAMPL  ER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FORM WATER CONTAINING SEDIMEN  T IN SAMPLER ANALYSIS CONFIRMED.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T IN SAPMLER


Remarks:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM WATER CONTAINING SED  IMENT.


Sample_appearance:
ANALYSIS PERFORMED ON A DARK GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINI  NG SEDIMETN


Remarks:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM A SOUR WATER CONTAIN  ING DARK SUSPENDED SOLIDS.


Sample_appearance:
ANALSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A SOUR WATER CONTAINING   DARK SUSPENDED SOLIDS


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A VERY FRESH WATE  R CONTAINIG SUSPENDED MATTER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINI  G SEDIMENT


Sample_appearance:
A BAKER OIL TOOLS DHS #510 WAS RECEIVED AT ATMOSPHERIC PRESSURE @ 18C. IT CONT  AINED 2.00L OF WTERY MUD


Sample_appearance:
A BAKER OIL TOOLS DHS #270 WAS RECEIVED WITH AN OPENING PRESSURE OF 4000 KPA %   AND 18C. IT CONTAINED 54.226 LITRES OF GAS. 1.50 LITRES OF OIL AND 0.30 LITRE  S OF WATER


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A SALT WA  TER.


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE.CONTAINED IN THE CH  AMBER WAS 2.25 LITRES OF MUDDY WATER.WATER ANALYSIS PERFORMED ON A CLEAR FILTR  ATE RECOVERED FROM MUDDY WATER.Sample #1:from #1.consisted of muddy water. Sam  ple #2:from #2.Consisted of muddy water. Sample #3:from #3.consisted of muddy   water. Sample #4:from DHS. (Water analysis f94-9455-4)                          For samples #1,2,3 *no analysis as requested


Sample_appearance:
ANALYSIS DETERMIEND ON A YELLOW FILTRATE RECOVERED FROM A SAMPLE CONSISTING OF   0.22L OIL AND 0.82L WATER.A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING   PRESSURE OF 1700KPA @18C. IT CONTAINED 14.60L GAS 0.22L OIL 0.82L WATER. GAS/O  IL RATIO:82.00m3m3 @ 101.325 KPA & 15C.


Sample_appearance:
ANALYSIS DETERMINED ON A CLOUDY LIGHT BROWN FILTRATE RECOVERED FROM MUDDY WATE  R. A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1100 KPA @18  C. IT CONTAINED 12.74 L OF GAS AND 0.75 L OF MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM AN OIL AND WATER   MISTURE


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM AN OIL-FLECKED WA  TERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM MUD. A BAKER OIL T  OOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0 KPA @18C. IT CONTAINED 2.0  0 L MUD


Sample_appearance:
analysis determined on a light brown filtrate recovered from muddy water


Sample_appearance:
ANALYSIS PERFOMRED ON A BROWN FILTRATE RECOVERED FROM OIL CUT MUD. ION BALANCE   AND HIGH ALKALINITY INIDCATIVE OF AMMONIA CONTAMINATOIN


Sample_appearance:
A PALE YELLOW FILTRATE REC'D FROM OIL CUT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
ANLAYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL CUT WATER


Sample_appearance:
ANALYSIS PERFOMRED ON A GRAY FILTRATE RECOVERED FROM WATER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFOMRED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON CLEAR FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SEDIME  NT IN SAMPLER                                                                   SAMPLE #1:NO ANALYSIS OF MUDDY WATER AS REQUESTED. SAMPLES #2,3,4:NO ANALYSIS   OF WATER AS REQUESTED.                                                          DHS AWS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 2.4 L  ITRES OF WATER CONTAINING SEDIMENT


Sample_appearance:
ANLAYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMP  LER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFOMRED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMP  LER.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10 ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 3.68%


Sample_appearance:
ANALYSIS DETERMINED ON AN ORANGE FILTRATE RECOVERED FROM OIL CUT SALT WATER CO  NTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM CONDENSATE-CUT MUDDY WA  TER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FLITRATE RECOVERED FROM CONDENSATE-CUT MUD  DY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A DARK GREEN FILTRATE RECOVERED FROM SOUR WATER WITH SUS  PENDED MATTER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAM  PLER.                                                                           #1: TOP. NO ANALYSIS OF WATERY MUD AS REQUESTED. #2: BOTTOM. NO ANALYSIS OF WA  TERY MUD AS REQUESTED. DHS #102 WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBI  ENT TEMPERATURE. IT CONTAINED 3.0 LITRES OF WATERY MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM SOUR SALT WATER CO  NTAINING SUSPENDED MATTER


Sample_appearance:
GREEN FILTRATE REOCVERED FROM A SAMPLE CONTAINING A TRACE SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A DARK GREEN FILTRATE RECOVERED FROM SALT WATERY


Sample_appearance:
ANALYSIS DETERMINED OA GRAY FILTRATE RECOVERED FROM AN OIL-WATER MIXTURE


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM AN OIL-WATER MIXTURES


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 22ML. THE ABOVE RESULTS PERTAIN TO TEH   WATER EXTRACTED FROM TEH MUD. SAILNITY - 0.18


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 86ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 3.15


Sample_appearance:
A BAKER OIL TOOLS DHS #314 WAS RECEIVED WITH AN OPENING PRESSURE OF 95KPA @18C  . IT CONTAINED A SMALL AMOUNT OF GAS AND 0.15 L. OF WATER


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM OIL-FLECKED WATERY MUD.  A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0 KPA @18C.IT C  ONTAINED 2.00L OF OIL-FLECKED WATER MUD


Sample_appearance:
PALE YELLOW COLORED FILTRATE RECOVERED FROM A SLIGHTLY SOUR SALT                WATER CONTAINING SUSPENDED MATTER.                                A SCHLUMBERGER DHS WAS REC'D WITH AN OPENING PRESSURE OF 850 K  PA @18 C. IT CONTAINED A SMALL AMOUNT OF GAS AND 1.75 L OF        WATER.


Sample_appearance:
SAMPLE CONSISTED OF A DARK COLORED FILTRATE RECOVERED FROM WATERY MUD.  #1: GA  S SAMPLED FROM FLARELINE, NO ANA.  #2: MUD TANK, CONSISTED OF MUDDY WATER, NO   ANA.  #3: TOP OF RECOVERY, CONSISTED OF MUDDY WATER, NO ANA.  #4: MID OF RECOV  ERY, CONSISTED OF MUDDY WATER, NO ANA.  #5: BOT OF RECOVERY, CONSISTED OF A DA                                                                                  #6:DHS, SCHLUMBERGER TESTERS DHS #116894 RECEIVED @550KPA PRESS CONTAINED IN T

Remarks:
HE CHAMBER WAS A SMALL AMOUNT OF GAS, GAS ANA G94-6998-6


Remarks:
A SCHLUMBERGER TESTERS DOWNHOLE SAMPLER #529 WAS RECEIVED AT 1000 KPA PRESSURE  CONTAINED IN THE CHAMBER WAS A SMALL AMOUNT OF GAS AND 0.15 LITRES OF WATER.    ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRAT RECOVERED FROM OIL CUT SALT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED HYDROCARBON CUT SALT W  ATER CONTAINING SUSPENDED MATTER


Sample_appearance:
A CLEAR FILTRATE REC'D FROM A SAMPLE CONTAINING SEDIMENT.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM SALT WATER CONTAINING S  USPENDED MATTER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SALT WATER CONTAINING SE  DIMENT


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING SED  IMENT


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD. LOW ION BLA  NCE MAY BE DUE TO THE PRESENCE OF AN UNIDENTIFIED CONTAMINANT


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD. LOW ION BAL  ANCE MAY BE DUE TO THE PRESENCE OF AN UNIDENTIFIED CONTAMINANT.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING SED  IMENT.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SEDIME  TN


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL CUT SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM AN OIL CUT SATL WT  ER


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRA  CE SEDIMENT


Sample_appearance:
BROWN COLORED FILTRATE REC'D FROM MUD. AMMONIA PRESENT.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD. INSUFFICIENT RECOVE  RALBE WATER FOR FURTHER ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON GREEN FILTRATE RECOVERED FROM A SAMPLE CONTAINING SEDIME  NT


Sample_appearance:
YELLOW FILTRATE REC'D FROM A SAMPLE CONTAINING SEDIMENT.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER.   INSUFFIIENT SAMPLE FOR COMPLETE ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM OIL FLECKED WATERY   MUD IN  SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL STAINED SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A BLACK FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A BLACK FILTRATE RECOVERED FROM WATERY MUD. DHS #271 WAS   RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 1.25 LITRES   OF WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUD. SPOT TEST INDICATE  S THE PRESENCE OF AMMONIA CONTAMINATION


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MU. INSUFFICIENT   SAMPLE FOR COMPLETE ANALYSIS.                                                   #1:top recovery.resist.of a clear filtrate taken from watery mud:1.09 ohm M@25  C.                                                                              #2:middle recovery.Resist. of clear filtrate taken from muddy water:1.66 ohm m  @25C.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 8ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.20%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.08%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL STAINED WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD .INSUFFICITE   SAMPLE FOR COMPLETE ANLAYSIS


Sample_appearance:
THE IONIC BALANCE FOR THIES WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY NO2,  N03 ANIONS. NOT ANALYZED. SALINITY =0.19


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 13ML. TEH ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.3%


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM WATER IN SAMPLER.DHS #  70 WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 2.45 L  ITRES OF WATER WITH SEDIMENT


Sample_appearance:
ANALYSIS PERFOMRED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SUSPEN  DED MATTER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD


Remarks:
ANALYSIS PERFORMED ON BROWN FILTRATE RECOVERED FROM MUD IN SAMPLER.  INSUFFICI  ENT RECOVERABLE WATER FOR COMPLETE ANALYSIS.  SEE SUMMARY PAGE FOR SAMPLER CON  TENTS.


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT.  SEE SUMMARY PAGE FOR SAMPLER CONTENT.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A HYDROCARBON CUT   WATER. LOWER RELATIVE DENSITY DUE TO POSSIBLE ALCOHOL CONTAMINATION


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED  FROM SALTWATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM OIL FLECKED SALT W  ATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL FLECKED SALT WATER


Sample_appearance:
PALE YELLOW FILTRATE REC'D FROM TURBID SALT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECVOERED FROM AN OILL-FLECKED SALT AW  TER


Sample_appearance:
SMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM OIL STAINED AMMONIA CUT SOU  R WTAER


Sample_appearance:
ANLAYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL CUT SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM AN OIL CUT SALT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRA  CE SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING A TRACE   OF SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER. LOW ION BAL  NCE MAY BE DUE TO THE PRESENCE OF HIGH NITRATE                                  #1:TOP RECOVERY. #2: MIDDLE 1 OF RECOVERY. #3:MIDDLE 2 OF RECOVERY. #4: MIDDLE   3 OF RECOVERY. #5: MIDDLE 4 OF RECOVERY.                                       #6: BOTTOM REOCVERY.                                                            SAMPLE # 1,2,3 NO ANALYSIS OF MUDDY WATER AS REQUESTED.

Remarks:
SAMPLE # 4,5 NO ANALYSIS OF WATER AS REQUESTED


Sample_appearance:
ANALYSIS DONE ON A PALE YELLOW FILTRATE RECOVERED FROM SAMPLE CONTAINING  TRAC  E SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD IN SAMPLER. NITRATE   WAS DETECTED IN SAMPLE


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 11ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.10%


Remarks:
THE SAMPLE CONSISTED OF A PALE GREEN COLORED FILTRATE RECOVERED FROM A DIRTY W  ATER.


Remarks:
THE SAMPLE CONSISTED OF A PALE YELLOW COLORED FILTRATE RECOVERED FROM DIRTY     WATER (ACID WATER).


Remarks:
ANALYSIS DETERMINED ON A LIGHT GREEN COLORED FILTRATE RECOVERED FROM A SOUR SA  LT HYDROCARBON STAINED WATER.


Remarks:
ANALYSIS DETERMINED ON A LIGHT GREEN COLORED FILTRATE RECOVERED FROM A SOUR SA  LT WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
GREY FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE SEDIMENT AND HYDROGEN S  ULPHIDE


Sample_appearance:
analysis performed on a dark green filtrate recovered from a sour salt water c  ontaining suspended matter.\


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING SEDI  EMNT


Sample_appearance:
ANALYSIS PERFORMED ON A DARK GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINI  NG SUSPENDED MATTER


Sample_appearance:
ANALYSIS PERFORMED ONA DARK GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAININ  G SUSPENDED MATTER


Remarks:
THE SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM MUD.


Remarks:
ANALYSIS PERFORMED ON PALE GREEN FILTRATE RECOVERED FROM A SAMPLE CONTAINING T  RACE SEDIMENT.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY **CAT  IONS** NOT ANALYZED. SALINITY = 1.78%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM A SOUR SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FORM WATER CONTAINING SEDIMEN  T


Sample_appearance:
SAMPLE CONSISTED OF A PALE GREEN FILTRATE RECOVERED FROM SOUR WATER


Sample_appearance:
ANLAYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FROM A SOUR WATER F  CONTAINING BLACK PARTICLES


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM SOUR SALT WATER


Sample_appearance:
GREEN FILTRATE RECOVERED FROM SOUR WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE REOCVERED FROM A SAMPLE CONTAININ  G TRACE SEDIMENT.ANALYSIS CONFIRMED


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SAMPLE CONTAINING TRACE   SEDIMENT AND H2S


Sample_appearance:
ANALYSIS PERFORMED ON GREEN FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM SOUR WATER CONTAINING SEDIMENT  .


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING SE  DIMNET


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT AWTER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE CONTAINING FINE BLACK PARTICLES RECOVER  ED FROM SOUR WATER CONTAINING SEDIMENT                                          ANALYSIS CONFIRMED


Remarks:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 18ML.  THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD.  SALINITY = 0.13%                              DST: #1  OPENING PRESSURE: 0 KPA  RECOVERY: 2 L WATER/500CC GAS


Remarks:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER.


Sample_appearance:
A CLEAR FILTRATE RECOVERED FROM SALT WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM SOUR WATERY MUD. A BAKE  R OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 2950 KPA @18C. IT CON  TAINED 20.52 L GAS AND 1.25L SOUR WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A DARK GREEN FILTRATE RECOVERED FROM A WATER WITH SUSPE  NDED PARTICLES


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM A WATER CONTAINING SUS  PENDED PARTICLES


Sample_appearance:
ANALYSIS DETERMINED ON A DARK GREEN FILTRATE RECOVERED FROM A SOUR SALT WATER   CONTAINING SUPENDED MATTEER


Sample_appearance:
COLORLESS FILTRATE REC'D FROM A SOUR WATER CONTAINING SUSPENDED               MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM SOUR WATER CONTAININ  G SUSPENDED MATTER


Sample_appearance:
A NORTHSTAR TESTERS DHS #103 WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.IT CONT  AINED 1.75L OF WATERY MUD. ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FR  OM MUD


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAININGS E  DIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FORM WATER CONTAINING SEDIME  TN


Sample_appearance:
A PLAE YELLOW COLORED FILTRATE RECOVERED FROM A SALT WATER.


Sample_appearance:
A PALE YELLOW COLORED FILTRATE RECOVERED FROM A SALT WATER.


Sample_appearance:
GREEN FILTRATE RECOVERED FROM SOUR KCL WATER.


Sample_appearance:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY WATER.


Remarks:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 11ML.  THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD.  SALINITY = 0.15%


Remarks:
ANALYSIS PERFORMED ON A YELLOW COLOURED FILTRATE RECOVERED FROM A WATER CONTAI  NING SUSPENDED MATTER.  SPOT TEST INDICATES THE PRESENCE OF AMMONIA.


Remarks:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SUSPEN  DED MATTER.


Remarks:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SUSPEN  DED MATTER.  SPOT TEST INDICATES THE PRESENCE OF AMMONIA.


Sample_appearance:
THE SAMPLE CONSISTED OF A PALE YELLOW FILTRATE RECOVERED FROM MUD


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM WATERY MUD IN SAMPLER.

Remarks:
FE NIL. TOP, COLORLESS FILTRATE REC'D FROM MUD. RESIS: 1.42 OHM/M @ 25 C.   MIDDLE, COLORLESS FILTRATE REC'D FROM MUD. RESIS: 1.34 OHM/M @ 25 C.            BOTTOM, COLORLESS FILTRATE REC'D FROM MUD. RESIS: 1.23 OHM/M @ 25 C.      MUD TANK, COLORLESS FILTRATE REC'D FROM MUD. RESIS: 2.22 OHM/M @ 25 C.      THE DHS RECEIVED WITH ATM. PRESSURE AT AMBIENT. IT CONTAINED .45 L OF     WATERY MUD. (G97-10963-07)


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY ANION  S NOT ANALYZED. SALINITY  = 0.12%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING A TRACE   OF FINE BLACK SUSPENDED PARTICLES


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WATER CONTAINING A TRACE   OF FINE BLACK SUSPENDED PARTICLES.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAININ  G SUSPENDED MATTER.


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATER CONTAINING   SUSPENDED MATTER.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAININ  G BLACK SUSPENDED MATTER.


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.        *ANALYSIS CONFIRMED*


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD. A SCH  LUMBERGER DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE OF 2100KPA @1  8C. IT CONTAINED 40.96L OF GAS AND 0.20L OF WATERY MUD.  *ANALYSIS CONFIRMED*


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM AN ALCOHO  L CONTAMINATED SOUR SALT WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 9.0 MLS. THE ABOVE RESULTS PERTAIN TO H  THE WATER EXTRACTED FROM THE MUD. SALINITY = 0.09%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 9.0 ML. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM THE MUD.SALINITY = 010%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 17ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM TEH MUD. SALINITY = 0.11%


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY CATIO  NS NOT ANALYZED. SALINITY = 0.27%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 24ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUID. SALINITY = 0.06%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 12ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.09%


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM SALT WATER CONTAINIG SY  SPENDED MATTER


Sample_appearance:
THE SAMPLE CONSISTED OF A DARK FILTRATE RECOVERED FROM DIRTY SALT WATER


Sample_appearance:
THE 30 MINUTE API MUD FILTRAET LOSS IS 9 ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.05%


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 8 ML. THE ABOVE RESULTS PERTAIN TO THE   WATE EXTRACTED FROM THE MUD. SALINITY = 0.09%


Sample_appearance:
THE SAMPLE CONSISTED OF A DARK FILTRATE RECOVERED FROM IDRTY SALT WATER


Sample_appearance:
ANLAYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM A MUD


Sample_appearance:
PALE YELLOW COLORED FILTRATE REC'D FROM A SAMPLE CONTAINING TRACE               SEDIMENT AND HYDROGEN SULPHIDE.


Sample_appearance:
A YELLOW FILTRATE REC'D FROM SOUR WATER CONTAINING SEDIMENT.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 20ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD


Sample_appearance:
HALLIBURTON RESERVOIR SERVIES DHS WAS RECEIVED AT 5100 KPA PRESSURE.CONTAINED   IN THE CHAMBER WAS 2.700 L OF SOUR WATER.NO RECOVERABLE GAS PRESNT


Sample_appearance:
TEH HALIBURTON RESERVOIR SERVICES DHS #414 WS RECEIVE AT 4900KPA PRESSURE.CCON  TAINED IN THE CHAMBER WAS 2.700 LITRES OF WATER.NO RECOVERABLE GAS WAS PRESENT


Sample_appearance:
ANLAYSIS DETERMINED ON A DARK GREEN COLRED FILTRATE RECOVERED FROM A SOUR SALT   WATER CONTAINING SUSPENDED PARTICLES


Sample_appearance:
ANLAYSIS DETERMINED ON A DARK GREEN FILTRATE REDCOVERED FROM A SOUR SALT WATER   CONTAINING SUSPENDED PARTICLES


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRAE RECOVERED FROM MUD.ION BALANCE=98  .11%.The stiff&davis stablility index is an extension of the langlier index.it  s used as an indicator of the calcium carbonate scaling tendencies of oilfield   brine.A [+] index shows scaling tendencies.A [-] index shows corrosive tenden  cies.An index of 0 means water is in chemical equilibrium and will neither deo  sit nor dissolve calcium carbonate.NOTE:water is a precarisouly balanced syste

Remarks:
m of ions.changes may occur from time of sampling to anlaysis.                  higher temperatures also increase calcium carbonate precipitation.


Sample_appearance:
analysis determined on a pale yellow filtrate recovered from mud.ion balance=9  6.42%.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE TAKEN FROM WATERY MUD.A BAKER OI  L TOOL DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.IT CONTAINED 1.10L OF WAT  ERY MUD.ION BALANCE=96.03%. THE STIFF&DAVIS INDEX IS AN EXTENSION OF THE LANGL  IER INDEX.ITS USED AS AN INDICATOR OF THE CALCIUM CARBONATE SCALING TENDENCIES   OF OILFIELD BRINE.A [+] INDEX SHOWS SCALING TENDENCIES.A [-] INDEX SHOWS CORR  OSIVE TENDENCIES.INDEX OF 0 SHOWS WATER IS IN CHEMICAL EQULIBRIUM AND WILL NEI

Remarks:
THER DEPOSIT NOR DISSOLVE CALCIUM CARBONATE.NOTE:WATER IS A PRECARIOUSLY BALAN  CED SYSTEM OF IONS AND CHANGES CAN OCCUR FROM TIME OF SAMPLING TO ANALYSIS.EX:  LOSS OS DISOLVED CO2 RESULTS IN HGIHER PH LEVELS.CALCIUM CARBONATE SCALING TEN  DENCIES INCREASE AS PH LEVELS INCREASE.HIGHER TEMPERATURES CAN ALSO INCREASE C  ALCIUM CARBONATE PRECIPITATION.


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM FRESH WATER. ION BALANC  E = 95.78%


Sample_appearance:
SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM MUD


Sample_appearance:
sample consisted of a yellow filtrate recovered from mud. ion balance = 88.53%  The stiff&davis stabillity index is an extension of the langlier index.its use  d as an indicator of the calcium carbonate scaling tendencies of oilfield brin  e.A [+] index shows scaling tendencies.A [-] index show corrosive tendencies.I  ndex of 0 shows water is in chemical equilibrium and will neither deposit nor   disolved calcium carbonate.NOTE:water is a precariously balanced system of ion

Remarks:
s.changes may occur from time of sampling to analysis.EX:loss os dissolved CO2   results in higher ph levels.Calcium carbonate scaling tendencies increase as   ph levels increase.higher temp. can also increase calcium carbonate precipitat  ion.calculated solubility = 19.54 meg/L. actual concentration:6.9500 meg/L


Sample_appearance:
SAMPLE CONSISTED OF YELLOW FILTRATE TAKEN FROM MUD.ION BALANCE=90.25%. ION BAL  ANCE CONFIRMED.ANNONIA DETECTED IN SAMPLE.The Stiff&Davis Stability Index is a  n extension of the Langlier index.its used as an indicator of the calcium carb  onate scaling tendencies of oilfield brine.A [+] index shows scaling tendencie  s.A [-] index shows corrosive tendencies.index of 0 shows water is in chemical   equilibrium & will neither deposit nor dissolve calcium carbonate.NOTE:water

Remarks:
is a precariously balanced system of ions & changes may occur from time of sam  pling to analysis.EX:the loss of dissolved co2 results in higher ph levels.Cal  cium carbonate scaling tendencies increase as ph levels increase.higher temps.  can also increase calcium carbonate precipitaion.


Sample_appearance:
SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM MUD.ION BALANCE=81.74%     ION BALANCE CONFIRMED. AMMONIA DETECTED IN SAMPLE


Sample_appearance:
Analysis determined on a pale yellow filtrate recovered from mud.a baker oil t  ools dhs was received with an opening pressure of 0 kpa. @18c.it contained 2.0  0l of mud


Sample_appearance:
ANALYSIS DONE ON A PALE YELLOW FILTRATE TAKEN FROM MUD.A BAKER OIL TOOLS DHS W  AS RECEIVED WITH AN OPENING PRESSURE OF 0 KPA @18C. IT CONTAINED 2.00L OF MUD


Sample_appearance:
ANALYSIS DONE ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD. A BAKER OIL   TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0 KPA @18C.IT CONTAINED 1.  80L OF WATERY MUD


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT GREEN FILTRATE RECOVERED FROM SOUR MUDDY WATER   A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 3700 KPA @18C.   IT CONTAINED 16.95L OF GAS AND 1.60 L OF SOUR MUDDY WATR


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.  INSUFFICIENT MUD FIL  TRATE FOR FURTHER ANALYSIS.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CO  NTAINED 1200ML OF MUD. ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM M  UD.  INSUFFICIENT MUD FILTRATE FOR FURTHER ANALYSIS.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.  INSUFFICIENT MUD FIL  TRATE FOR FURTHER ANALYSIS.                                                     SAMPLE #1:SAMPLED FROM TOP OF RECOVERY. SAMPLE CONSISTED OF A CLEAR FILTRATE    RECOVERED FROM MUD.(WATER ANALYSIS G94-6937-1)  SAMPLE #2: SAMPLED FROM BOTTOM   OF RECOVERY. SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.  (WATER  ANALYSIS G94-6937-2).

Remarks:
SAMPLE #3: SAMPLED FROM DOWNHOLE SAMPLER.  A BAKER OIL TOOLS DOWNHOLE SAMPLER   #238 WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CONTAINED A TRACE OF MUD.  INSUF  FICIENT SAMPLE FOR ANALYSIS.


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM WATER CONTAINING SEDIMENT.


Sample_appearance:
ANALYSIS CONSISTED OF A DARK FILTRATE RECOVERED FROM MUD


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 11.0MLS. THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD. SALINITY = 0.05%


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A CLEAR LIGHT YELLOW FILTRATE.*INSUFFI  CIENT WATER FOR COMPLETE ANALYSIS. ANALYSIS DONE A PER DAVE OAKLEY


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A CLEAR LIGHT YELLOW FILTRATE.*INSUFFI  CIENT WATER FOR COMPLETE ANALYSIS. ANALYSIS DONE AS PER DAVE OAKLEY


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A CLEAR LIGHT YELLOW FILTRATE.*INSUFFI  CIENT WATER FOR COMPLETE ANALYSIS. ANALYSIS DONE A SPER DAVE OAKLY


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A CLEAR LIGHT YELLOW FILTRATE. ION BLA  ANCE = 95.48%


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A LIGHT YELLOW FILTRATE.ION BALANCE =   93.44%                                                                          INSUFFICIENT SAMPLE FOR COMPLETE ANALYSIS, ANALYSIS AS PER DAVE OAKLEY


Sample_appearance:
THE SAMPLE CONSISTED OF MUDDY WATER WITH A LIGHT YELLOW FILTRATE                ION BALANCE = 45.52%                                                            ANALYSIS INDICATIVE OF HIGH CONTAMINATION BY AMMONIA,


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A LIGHT YELLOW FILTRATE. ION BALANCE =   94.47%


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A LIGHT YELLOW FILTRATE. ION BALANCE =   97.20%


Sample_appearance:
THE SAMPLE CONSISTED OF SOUR WATER WITH A LIGHT YELLOW FILTRATE. ION BALANCE =   97.26%                                                                         ALPINE TESTERS DHS WAS RECEIVED AT ATMOSPHERIC PRESSRUE.CONTAINED IN THE CHAMB  ER WAS 2.450 LITRES OF SOUR WATER


Sample_appearance:
The sample consisted of watery mud with a light yellow filtrate.ion balance =   99.83%. alpine testers dhs #1 was received at 350 kpa pressure.contained in th  e chamber was 2.700 l of watery mud.insufficient sample for complete analysis


Sample_appearance:
THE SAMPLE CONSISTED OF WATERY MUD WITH A LIGHT YELLOW FILTRATE. ION BALANCE =   97.15%. INSUFFICIENT WATER FOR COMPLETE ANALYSIS. ANALYSIS AS PER DAVE OAKLEY


Sample_appearance:
THE SAMPLE CONSISTED OF WATEY MUD WITH A LIGHT YELLOW FILTRATE ION BALANCE = 9  8.31%                                                                           INSUFFICIENT SAMPLE FOR COMPLETE ANALYSIS


Sample_appearance:
analysis determined on a clear filtrate recovered from mud. ion balance = 98.3  8%                                                                              *higher detection level recorded due to small volume of recoverable filtrate.


Sample_appearance:
ANALYSIS DONE ON CLEAR FILTRATE TAKEN FROM MUD.ION BALANCE=97.37%. *HIGHER DET  ECTION LEVEL RECODED DUE TO SMALL VOLUME OF RECOVERABLE FILTRATE.The Stiff&Dav  is Stability Index is an extension of the Langlier Index and is used as an ind  icator of the calcium carbonate scaling tendencies of oilfield brine.A [+] ind  ex shows scaling tendencies.A [-] index shows corrosive tendencies.An index of   [0] shows the water is in chemical equilibrium and will neither deposit nor d

Remarks:
isolve calcium carbonate.NOTE:water is a precariously balanced sytem of ions a  nd changes can occur from time of sampling to analysis.EX:the loss of disolved   CO2 results in higher PH levels.Calcium carbonate scaling tendencies increase   as ph levels increase.Higher temp. also increas calcium carbonate precipitati  on


Remarks:
THE SAMPLE CONSISTED OF A BROWN COLOURED FILTRATE RECOVERED FROM DIRTY WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING BL  ACK SUSPENDED SOLIDS


Remarks:
THE SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING SE  DIMENT. NOTE ACID CONTAMINATION. ANALYSIS CONFIRMED


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOUR WATER CONTAININA SE  DIMENT AMMONIA WAS DETECTED IN SAMPLER


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 9ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTACTED FROM THE MUD. SALINITY = 0.11%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOUR WATER CONTAINING     SEDIMENT


Sample_appearance:
ANALYSIS DETERMINED ON A CLOUDY ORANGE FILTRATE RECOVERED FROM A KC1 CONTAMINA  TED HYDROCARBON CUT WATER


Sample_appearance:
AN ALPINE TESTERS DOWNHOLE SAMPLER #413 WAS RECEIVED AT ATMOSPHERIC PRESSURE.   CONTAINED IN THE CHAMBER WAS 0.850 LITRES OF MUD.  SAMPLE #1: SAMPLED FROM TOP  OF RECOVERY. SAMPLE CONSISTED OF MUD.  NO ANALYSIS AS REQUESTED.  SAMPLE #2:    SAMPLED FROM  BOTTOM OF RECOVERY.  SAMPLE CONSISTED OF MUD.  NO ANALYSIS AS     REQUESTED.                                                                      SAMPLE #3: SAMPLED FROM DOWNHOLE SAMPLER.  AN ALPINE TESTERS DOWNHOLE SAMPLER

Remarks:
#413 WAS RECEIVED AT ATMOSPHERIC PRESSURE.  CONTAINED IN THE CHAMBER WAS 0.850  LITRES OF MUD.  (WATER ANALYSIS G94-6843-3)


Remarks:
ANALYSIS PERFORMED ON PALE GREEN COLORED FILTRATE RECOVERED FROM A SAMPLE CONT  AINING TRACE SEDIMENT.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD.  NITR  ATE TRACER PRESENT IN SAMPLE AS PER HUSKY OIL.


Remarks:
ANALYSIS DETERMINED ON A DARK YELLOW FILTRATE RECOVERED FROM A SOUR WATER CONT  AINING SUSPENDED MATTER.


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM WATER IN SAMPLER.  NITRAT  E AS NO3: 57.1 MG/L                                                             SEE SUMMARY PAGE FOR SAMPLER CONTENTS


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRAET RECOVERED FROM MUDDY WATER. NITRATE:73  80MG/L                                                                          MRSC 14 WAS RECEIVED AITH AN OPENING PRESSURE OF 11750KPA @18C.IT CONTAINED GA  S AND 0.10 LITRES OF WATER. REISSURED TO CORRECT MDT COMMENT


Remarks:
THE SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM SLIGHTLY SALT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTREAT RECOVERED FROM A SAMPLE CONTAINING SED  IMENT. SAMPLE CONSISTED OF 83% AIR. NO ANALYSIS REPORTED.


Remarks:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER.


Sample_appearance:
ANALYSIS DETERMINED ONA BROWN FILTRATE RECOVERED FROM A WATERY MUD. NITRATE NI  TROGEN:206.ML/L AS N                                                            *ANALYSIS CONFIRMED*


Remarks:
ANALYSIS DETERMINED ON A LIGHT BROWN COLORED FILTRATE RECOVERED FROM A MUDDY W  ATER.


Remarks:
ANALYSIS DETERMINED ON A LIGHT BROWN COLORED FILTRATE RECOVERED FROM A MUDDY W  ATER.  NITRATE NITROGEN: 245. MG/L AS N


Remarks:
ANALYSIS DETERMINED ON A LIGHT BROWN COLORED FILTRATE RECOVERED FROM A SALT WA  TER CONTAINING SUSPENDED MATTER.  NITRATE NITROGEN: 79.9 MG/L AS N


Sample_appearance:
ANALYSIS DETERMINED ON A ORANGE COLORED FILTRATE RECOVERED FROM A SALT WATER C  ONTAINING A SUSPENDED MATTER.

Remarks:
A SCHLUMBERGER DS WAS RECEIVED WITH AN OPENING PRESSURE OF 5250KPA @18C.  IT C  ONTAINED 38.01L OF GAS, AND 2.00L OF WATER.  NITRATE NITROGEN: 15.1 MG/L AS N    *ANALYSIS CONFIRMED*


Sample_appearance:
A BAKER OIL TOOLS DHS REC'D WITH AN OPENING PRESSURE OF 380 KPA AT 18 C.        IT CONTAINED 4.38 L OF GAS AND .07 L OF MUDDY WATER. INSUFFICIENT       MUD FILTRATE FOR COMPLETE ANALYSIS.


Sample_appearance:
A DARK COLORED FILTRATE REC'D FROM WATERY MUD.


Sample_appearance:
A DARK COLORED FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
A DARK FILTATRE RECOVERED FROM WATERY MUD.


Remarks:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL STAINED WATER.


Sample_appearance:
A CLEAR FILTRATE REC'D FROM DIRTY SALT WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SLIGHTLY SALTY WA  TER.


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM A SLIGHTLY SALTY WATER CONTAINING             SUSPENDED BLACK MATTER.


Sample_appearance:
THE SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM DIRTY WATER.


Sample_appearance:
AN ALPINE TESTERS DHS #402 WAS RECEIVED AT ATMOPHERIC PRESSUR AT AMBIENT TEMP.  THE CHAMBER CONTAINED 1.2 L OF WATER.ANALYSIS PERFORMED ON A YELLOW FILTRATE R  ECOVERED FROM DIRTY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD. ION BALANCE   = 71%. LOW ION BALANCE AND RELATIVE DENSITY DUE TO UNIDENTIFIED CONTAMIANT


Sample_appearance:
SAMPLE CONSISTED OF A PALE YELLOW FILTRATE RECOVERED FROM MUD


Sample_appearance:
A PALE YELLOW COLORED FILTRATE REC'D FROM A WATER CONTAINING  SEDIMENT.


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A WATER CONTAINING SUSP  ENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SUSPEN  DED MATTER. Sample#1:from top recovery.consisted of a clear friltrate taken fr  om mud.Resistivity of Filtrate=2.01ohm meters @25c.Sample#2:from middle #1.con  sisted of a clear filtrate taken from water containing suspended matter.Resist  ivity of Filtrate=1.52 ohm meters @25c.Sample#3:from middle #2. consisted of a   clear filtrate taken water containing suspended matter.Resistivity of Filtrat

Remarks:
e=1.52 ohm meters @25c. Sample #4: sampled from bottom recovery.consisted of a   clear filtrate recovered from a water containing suspended matter. water anal  ysis g92-5499-4


Sample_appearance:
A COLORLESS FILTRATE RECOVERED FROM A FRESH WATER CONTAINING              SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD. IN SAMPLER. NITRATE   DETECTED IN SAMPLE/                                                            #1:MAIN FLOW. GAS ANALYSIS G98-1236-1                                           #2:TOP. NO ANALYSIS OF MUD AS REQUESTED.                                        #3:BOTTOM. NO ANALYSIS OF MUD AS REQUESTED.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM MUD


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM MUD. A SCHLUMBERG  ER OF CANADA DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1100 KPA @18C. IT CO  NTAINED 10.41 L OF GAS AND 1.20 L MUD


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM MUD\


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOWISH FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOWISH FILTRATE RECVOERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOWISH FILTRATE RECOVERED FROM WATERY MUD\


Sample_appearance:
ANALYSIS PERFORMED ON A LIGHT BROWN FILTRATE RECVOERED FROM WATERY MUD. ANALYS  IS CONFIRMED. DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 2000KPA. AT AMBIENT   TEMP.IT CONTAINED GAS AND 0.5 L OF WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A LIGHT BROWN FILTRATE RECOVERED FROM WATERY MUD. ANALYS  IS CONFIRMED. DHS WAS RECIEVED WITH AN OPENING PRESSURE OF 1700KPA. AT AMBIENT   TEMP. IT CONTAINED GAS AND 0.5 L OF WATERY MUD


Sample_appearance:
THE SAMPLE CONSISTED OF A CLEAR FITLRATE RECOVERED FROM DIRYT WATER


Sample_appearance:
ANLAYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING SE  DIMENT


Sample_appearance:
ANALYSIS DETERMINED ON A MILKY GRAY COLORED FILTRATE RECOVERED FROM A SALTY WA  TER


Remarks:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINI  NG SEDIMENT.


Sample_appearance:
ANALYSIS PERFORMED ON A CLOUDY FILTRATE RECOVERED FROM SOUR SALT WATER CONTAIN  ING BALCK SUSPENDED SOLIDS


Sample_appearance:
ANALYSIS DETERMINED ON A MILKY WHITE FILTRATE RECOVERED FROM A SOUR WATER CONT  AINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM SOUR WATER CONTAINING S  EDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER CONTAINING S  EDIMENT


Sample_appearance:
ANALYSIS DETERMINED ON A GREY COLORED FILTRATE RECOVERED FROM A WATER CONTAINI  NG SUSPENDED PARTICLES


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM WTER CONTAINING SEDIEMTN


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%.THE IMBALANCE IS CAUSED BY *CATIO  NS* NOT ANALYSED. SALINITY = 0.80%


Sample_appearance:
ANALYSIS DETERMINED ON COLORLESS FILTRATE RECOVERED FROM SALT WATER CONTAINING  SUSPENDED MATTER. A BAKER OIL TOOLS DS WAS RECEIVED AT ATMOSPHERIC PRESSURE @1  8C. CONTAINED 1.15L OF WATER. SAMPLE #1: SAMPLED TOP OF TOOL. CONSISTED OF MUD  DY WATER. PH OF FILTRATE=9.8 CHLORIDE OF FILTRATE=393MG/L RESISTIVITY OF FILTR  ATE=1.99OHM M@25C. SAMPLE #2:SAMPLED FROM MIDDLE #1. CONSISTED OF GAS CUT WATE  R. PH OF FILTRATE=8.7 CHLORIDE OF FILTRATE=869MG/L RESISTIVITY OF FILTRATE = 2

Remarks:
.30OHM M @25C. SAMPLE #3:SAMPLED MIDDLE#2. CONSISTED OF GAS CUT WATER. PH OF F  =8.5 CHLORIDE OF F=873MG/L RESISTIVITY OF F=2.37OHM M @25C. SAMPLE #4: SAMPLED  FROM MIDDLE #3.CONSISTED OF WATER. PH OF F=8.3 CHLORIDE OF F=875MG/L RESISTIVI  TY OF F=2.38OHM M @25C. SAMPLE #5: SAMPLED FROM BOTTOM. PH OF F=8.6 CHLORIDE O  F F=904MG/L RESISTIVITY OF F=2.47 OHM M@25C. SAMPLE #6: SAMPLED FROM DS. BAKER  OIL TOOLS DS RECEIVED AT ATMOS PRESSURE @18C - 1.15L.WATER ANAL F94-8512-6


Remarks:
SAMPLE CONSISTED OF A TURBID FILTRATE RECOVERED FROM DIRTY WATER.  NITRATE NIT  ROGEN: 788. MG/L


Remarks:
SAMPLE CONSISTED OF A TURBID FILTRATE RECOVERED FROM DIRTY WATER.  NITRATE NIT  ROGEN: 375. MG/L


Remarks:
SAMPLE CONSISTED OF A TURBID FILTRATE RECOVERED FROM DIRTY WATER.  NITRATE NIT  ROGEN: 1444. MG/L


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #94 WAS RECEIVED AT 600 KPA PRESSURE.  CONT  AINED IN THE CHAMBER WAS A SMALL AMOUNT OF GAS AND 2.3 LITRES OF WATER.         NITRATE NITROGEN: 47.1 MG/L


Sample_appearance:
TEH IONIC BALANCE FOR THIS WATER EXCEEDS 10%.THE IMBALANCE IS CAUSED BY **CATI  ONS** NOT ANALYSED SALINITY = 1.21%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 15ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.13R%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD. INSUFFICIENT   SAMPLE FOR COMPLETE ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD. INSUFFICIENT   SAMPLE FOR COMPLETE ANALYSIS. DHS WAS RECIEVED WITH ATMOSPHERIC PRESSURE AT A  MBIENT TEMPERATURE. IT CONTAINED 1.3 LITRES OF WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD IN SAMPLER


Sample_appearance:
A DARK GREEN FILTRATE REC'D FROM A SOUR HYDROCARBON FLECKDED WATERY MUD.


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.                        ION BALANCE = 77.05%                                                            ANALYSIS CONFIRMED.                                                             ION BALANCE AFFECTED BY THE PRESENCE OF A CONTAMINANT (POSSIBLE AMMONIA COMPOU  ND)


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.                        ION BALANCE = 83.19%                                                            ANALYSIS CONFIRMED.                                                             ION BALANCE AFFECTED BY THE PRESENCE OF A CONTAMINANT (POSSIBLY AN AMMONIA COM  POUND).


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.                        ION BALANCE = 86.16%                                                            ANALYSIS CONFIRMED.                                                             ION BALANCE AFFECTED BY THE PRESENCE OF A CONTAMINANT (POSSIBLY AN AMMONIA COM  POUND).


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.                        ION BALANCE = 98.04%


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER.           ION BALANCE = 98.12%


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SAT WATER.            ION BALANCE =98.75%


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM A SALT WATER CONTAINING SUSPENDED           MATTER.


Sample_appearance:
ANALYSIS DONE ON A PALE GREEN FILTRATE TAKEN FROM SOUR SALT WATER CONTAINING S  UPENDED MATTER.A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE.@18C  .CONTAINED 2.25L WATER.SAMPLE#1:gas sampled form bubble hose.Sample#2:from mud   tank.consisted of watery mud.Sample#3:from top of recovery.consisted of muddy   water.Sample#4:from middle recovery.consisted of water.Sample#5:from top of t  ool.consisted of water.Sample#6:from dhs.

Remarks:
from samples # 1,2,3,4,5 no analysis as requested.Sample #6 (water analysis F9  4-8807-6


Sample_appearance:
ANALYSIS DETERMINED ON A DARK GREEN FILTRATE RECOVERED FROM SOUR SALT WATER CO  NTAINING.SUSPENDED MATTER.A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING P  RESSURE OF 680KPA @18C.IT CONTAINED A SMALL AMOUNT OF GAS AND 2.00L OF OIL FLK  ECKED WATER


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 6.0 ML. TEH ABOVE RESULTS PERTAIN TO TE  H WATER EXTRACTED FROM TEH MUD. SALINITY = 0.09%


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER. INSUFFICIE  NT RECOVERALBE WATER FOR FURTHER ANALYSIS/


Sample_appearance:
A MCMALLISTER PETRO SERVICES DHS WAS RECEIVED AT 78KPA.IT CONTAINED GAS AND 30  0 MLS OF DIRTY SALT WATER. ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FR  OM DIRTY SALT WATER


Sample_appearance:
YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING A TRACE OF SEDIMENT.         REISSUED TO CORRECT WELL INFORMATION.


Sample_appearance:
YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE            SEDIMENT AND LAYER OF HYDROCARBONS.                                                                                                         REISSUED TO CORRECT WELL INFORMATION.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 7.0ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD.SALINITY = 0.07%                                  THE IONIC BALANCE FOR THIES WATER EXCEEDS 10%. HOWEVER THE ANALYSIS HAS BEEN C  ONFRIMED.THE IMBALANCE IS CAUSED BY ANIONS NOT ANALYZED IN THE ROUTINE ANALYSI  S


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COORED FILTRATE RECOVERED FROM AN OIL CUT   SALT WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A HYDROCARBON CUT   SALT WATER CONTAINING SUSPENDED MATTER


Sample_appearance:
DARK BROWN FILTRATE RECOVERED FROM A SLIGHTLY SALTY WATER.


Remarks:
ANALYSIS PERFORMED ON A TURBID YELLOW FILTRATE RECOVERED FROM OIL STAINED SALT   WATER.


Remarks:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 18ML.  THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD.  SALINITY = 0.80%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL FLECKED SOUR   SALT WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SALT WATER IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SEDIME  BT


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATE


Sample_appearance:
ANALYSIS PERFORMED ON BROWN FILTRATE RECOVERED FROM MUD.INSUFFICIENT RECOVEREA  BLE WATER FOR FUTHER ANLAYSIS


Sample_appearance:
ANLAYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM MUDDY WATER


Remarks:
ANALYSIS PERFORMED ON COLOURLESS FILTRATE RECOVERED FROM A SAMPLE CONTAINING T  RACE SEDIMENT.  SEE SUMMARY PAGE FOR SAMPLER CONTENTS.


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM A SALT WATER CONTA  INNIG SUSPENDED MATTER.A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESS  URE @18C.IT CONTAINED 2.20L OF MUDDY WATER                                      SAMPLE #1: SAMPLED FROM DRILLSTEM.SAMPLE CONSISTED OF MUDDY WATER.(NO ANALYSIS   AS REQUESTED)                                                                  SAMPLE #2:SAMPLED FROM DHS #308.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY ANION  S NOT ANALYZED. SALINTY = 0.18


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM MUDDY WATER. NITRAT  E WAS DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.   SEE SUMMARY PAGE FOR SAMPLER CONTENTS.

Remarks:
F94-0174-1: SAMPLE #1.  NO ANALYSIS OF MUDDY WATER AS REQUESTED.                F94-0174-2: SAMPLE #2.  NO ANALYSIS OF MUDDY WATER AS REQUESTED.                BAKER OIL TOOLS DOWNHOLE SAMPLER #159 WAS RECEIVED WTIH ATMOSPHERIC PRESSURE A  T 18C.  IT CONTAINED 2.10 LITRES MUDDY WATER (ANALYSIS F94-0174-3).


Sample_appearance:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.    SEE SUMMARY PAGE FOR SAMPLER CONTENTS.

Remarks:
F94-0175-1: SAMPLE #1.  NO ANALYSIS OF MUDDY WATER AS REQUESTED.                F94-0175-2: SAMPLE #2.  NO ANALYSIS OF MUDDY WATER AS REQUESTED.                F94-0175-3: SAMPLE #3.  NO ANALYSIS OF MUDDY WATER AS REQUESTED.                BAKER OIL TOOLS DOWNHOLE SAMPLER #265 WAS RECEIVED WITH ATMOSPHERIC PRESSURE A  T 18C.  IT CONTAINED 2.00 LITRES MUDDY WATER (ANALYSIS F94-0175-4).


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SOUR SALT WATER       SAMPLE#1:FROM TOP OF RECOVERY.CONSISTED OF WATERY MUD.SAMPLE#2:FROM MIDDLE #1   OF RECOVERY.CONSISTED OF WATERY MUD.SAMPLE #3:FROM MIDDLE #2 OF RECOVERY.CONSI  STED OF A CLEAR FILTRATE RECOVERED FROM DIRTY SOUR SALT WATER.(WATER ANALYSIS   G94-7133-3).SAMPLE #4:FROM DHS.AN ALPINE TESTERS DHS #5842 WAS RECEIVED AT ATM  OSPHERIC PRESSURE.CONTAINED IN THE CHAMBER WAS 2.500L OF SOUR BLACK WATER.

Remarks:
FOR SAMPLES #1,2,4 HAVE NO ANALYSIS AS REQUESTED.


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM MUDDY WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMP  LER.                                                                            MUD TANK:NO ANALYSIS OF WATERY MUD AS REQUESTED                                 TOP RECOVERY:"                                "                                 MIDDLE RECOVERY:NO ANALYSIS OF MUD AS REQUESTED.                                BOTTOM RECOVERY:"                            "

Remarks:
DHS WAS RECIEVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 2.55   LITRES OF WTAERY MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR SALT WATER IN SAMPL  ER.                                                                             MAIN FLOW:NO ANALYSIS OF GAS AS REQUESTED                                       TOP RECOVERY:NO ANALYSIS OF WATERY MUD AS REQUESTED                             MIDDLE RECOVERYL:"                               "                              BOTTOM RECOVERY:"                                "

Remarks:
DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1000KPA AT AMBIENT TEMP. IT CONTI  NED A SMALL AMOUNT OF GAS


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 8ML. THE ABOVE RESULTS PERTAIN TO THE A  TER EXTRACTED FROM THE MUD. SALINITY = 0.10%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLES FILTRAET RECOVERED FROM MUD.

Remarks:
A BAKER O IL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE @ 18C   IT CONTAINED 2.00L OF WATERY MUD


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 11ML. THE ABOVE RESULTS PERTAIN TO THE    WATER EXTRACTED FROM THE MUD. SALINITY = 0.30%


Remarks:
SAMPLE CONSISTED OF A DARK BROWN COLOURED FILTRATE RECOVERED FROM MUD.  INSUFF  ICIENT SAMPLE FOR COMPLETE ANALYSIS.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #40 WAS RECEIVED AT ATMOSPHERIC PRESSURE.    AND CONTAINED 1950ML OF MUD.  ANALYSIS PERFORMED ON A DARK COLORED FILTRATE RE  COVERED FROM MUD.  INSUFFICIENT SAMPLE FOR COMPLETE ANALYSIS.


Remarks:
THE '30 MINUTE' API MUD FILTRATE LOSS IS 8ML.  THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM THE MUD.  SALINITY = 0.12%.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM A SAMPLE CONTAINING SEDI  MENT.


Sample_appearance:
ANALYSIS PERFORMED ON AMBER FILTRATE RECOVERED FROM MUDDY WATER. *ANLAYSIS CON  FIRMED*


Sample_appearance:
YELLOW FILTRATE REC'D FROM A SAMPLE CONTAINING TRACE SEDIMENT.


Sample_appearance:
ANALYSIS PERFORMED ON AMBER FILTRATE RECOVERED FROM MUDDY WATER. *ANALYSIS CON  FIRMED*. G95-8650-1 bubble valve Gas analysis G95-8650-1                        G95-8650-2 top of recovery, no analysis of water as requested.                  G95-8650-3 middle recovery, no analysis of water as requested.                  G95-8650-4 bottom recovery, no analysis of water as requested/                  G95-8650-5 dhs #501 drained on site, water analysis G95-8650-5


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 5ML. THE ABOVE RESULTS PERTAIN TO THE A  BOVE RESULTS PERTAIN TO THE WATER EXTRACTED FROM THE MUD. SALINITY = 0.06%


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM OIL CUT SALT WATER


Sample_appearance:
A CLEAR FILTRATE RECOVERED FROM OIL CUT SALT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL CUT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM AN OIL/WATER MIXT  URE. A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0 KPA @18C  . IT CONTAINED 1.20L OF OIL AND 0.26L OF MUDDY WATER


Sample_appearance:
A BAKER OI L TOOLS DHS #224 WAS RECEIVED AT 450 KPA. CONTAINED IN THE CHAMBER   WAS 5.38 L OF GAS AT 75C AND 101.325 KPA. ALSO CONTAINED IN THE CHAMBER WAS 0.  35L OF WATERY MUD


Remarks:
THE SAMPLE CONSISTED OF A BROWN FILTRATE RECOVERED FROM SLIGHTLY OIL STAINED D  IRTY SALT WATER.


Remarks:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM A SAMPLE CONTAINING SE  DIMENT.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE BROWN FILTRATE RECOVERED FROM A WATERY MUD. *ANA  LYSIS CONFIRMED*


Remarks:
AN ALPINE TESTERS DOWNHOLE SAMPLER #410 WAS RECEIVED AT 1000KPA PRESSURE.  CON  TAINED IN THE CHAMBER WAS 7.80L OF GAS AT 101.325 KPA & 15C.  ALSO CONTAINED    IN THE CHAMBER WAS 1.1L OF MUD.  INSUFFICIENT MUD FILTRATE FOR COMPLETE WATER   ANALYSIS.


Sample_appearance:
the dhs was received with atmospheric pressure and contained 2.30L of watery m  ud.analysis performed on amber filtrate recovered from watery mud


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM AN INHIBITOR CONTA  MINATED MUDDY WATER


Sample_appearance:
analysis determined on a brown filtrate recovered from a watery mud.*analysis    confirmed*


Sample_appearance:
ANALYSIS DETERMINED ON A BROWN FILTRATE RECOVERED FROM A MUD. *ANALYSIS CONFIR  MED*


Remarks:
THE SAMPLE CONSISTED OF A YELLOW FILTRATE RECOVERED FROM OIL STAINED MUDDY WAT  ER.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SOUR SALT WATER  .


Sample_appearance:
A YELLOW COLORED FILTRATE REC'D FROM DIRTY SALT WATER.


Remarks:
ANALYSIS PERFORMED ON A DARK COLOURED FILTRATE RECOVERED FROM MUD.  AN ALPINE   TESTERS DS #412 WAS RECEIVED AT ATMOSPHERIC PRESSURE.  CONTAINED IN THE CHAMBE  R WAS 0.650 LITRES OF MUDDY WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WOUR SALT WATER


Remarks:
SAMPLE CONSISTED OF A CLEAR GREEN FILTRATE RECOVERED FROM DIRTY, SOUR SALT WAT  ER.


Remarks:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM DIRTY SALT WATER.    AN ALPINE TESTERS DS #411 WAS RECEIVED AT 4300KPA.  CONTAINED IN THE CHAMBER   WAS 0.350 LITRES WATER AND 96.67 LITRES GAS AT 101.325 KPA @15C.


Remarks:
THE SAMPLE CONSISTED OF A PALE GREEN FILTRATE RECOVERED FROM SOUR DIRTY SALT W  ATER.


Sample_appearance:
ORANGE FILTRATE RECOVERED FROM A SAMPLE CONTAINING SEDIMENT.


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE REOCVERED FROM SOUR SALT WATER.


Sample_appearance:
ANLAYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM A SLIGHTLY SOUR S  ALT WATER


Sample_appearance:
A GREEN FILTRATE REC'D FROM AN OI/WATER MIXTURE.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM AN OIL/WATER MIXTURE


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECVOERED FROM AN OIL/WATER MIXTURE


Remarks:
ANALYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FROM A SOUR SLIGHTL  Y OIL FLECKED WATERY MUD.  ION BALANCE = 95.22%                                 A SCHLUMBERGER RFT WAS RECEIVED WITH AN OPENING PRESSURE OF 8900KPA @18C.  ITO   CONTAINED 614.07 OF GAS AND 3.00L OF SOUR SLIGHTLY OIL FLECED WATERY MUD.


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM A SOUR MUDDY WATER, IO  N BALANCE = 98.72%


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM SLIGHTLY OIL FLECKED MUDD   Y WATER


Remarks:
ANALYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FROM A SOUR SLIGHTL  Y OIL STAINED WATERY MUD.  ION BALANCE = 95.14%                                 A SCHLUMBERGER MDT WAS RECEIVED WITH AN OPENING PRESSURE OF 7000KPA @18C.  IT   CONTAINED A SMALL AMOUNT OF GAS AND 0.02 L OF SOUR MUDDY WATER.


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FROM A SOUR MUDDY W  ATER. ION BALANCE = 95.24%


Remarks:
ANALYSIS DETERMINED ON A PALE GREEN COLORED FILTRATE RECOVERED FROM SOUR OIL    CUT SALT WATER CONTAINING SUSPENDED MATTER.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A MUDDY W  ATER.  ION BALANCE = 64.79%  *ANALYSIS CONFIRMED*  ION BALANCE AFFECTED BY AN   UNKNOWN CONTAMINANT.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A MUDDY W  ATER.  ION BALANCE = 57.37%.  ANALYSIS CONFIRMED/                               ION BALANCE AFFECTED BY AN UNKNOWN CONTAMINANT.


Remarks:
ANALYSIS DETERMINED ON A GREEN COLORED FILTRATE RECOVERED FROM A OIL CUT SALT   WATER CONTAINING SUSPENDED WATER. ION BALANCE = 97.82%.


Remarks:
ANALYSIS DETERMINED ON A GREEN COLORED FILTRATE RECOVERED FROM A SLIGHTLY SOUR  OIL CUT SALT WATER CONTAINING SUSPENDED MATTER.  ION BALANCE = 97.81%


Remarks:
ANALYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FROM A WATER CONTAI  NING SUSPENDED BLACK MATTER. ION BALANCE = 53.50%.  *ANALYSIS CONFIRMED*  A BA  KER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE OF 1550KP  A @18C.  IT CONTAINED 26.55 L OF GAS AND 1.0L OF WATER.


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL CUT WATER.


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A OIL CUT WATER.  I  ON BALANCE = 97.81%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 5ML. THE ABOVE RESULTS PERTAIN TO TEH W  ATER EXTRACTED FROM THE MUD. SALINITY = 15.24


Sample_appearance:
ANALYSIS PERFORMED ON ORANGE FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT. ANALYSIS CONFIRMED. A LOW RELATIVE DENSITY AND A HIGH REFRACTIVE IN  DEX INDICATES ALCOHOL CONTAMINATION


Sample_appearance:
ANALYSIS DETERMINED ON AN ORANGE FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A GASIFIED MUD. A B  AKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 580 KPA @18C. IT C  ONTAINED A SAMLL AMOUNT OF GAS AND 1.10L OF GASIFIED MUD


Sample_appearance:
ANALYSIS DETERMINED ON A GREEN FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRA  CE SEDIMENT AND A LAYER OF HYDROCARBONS.


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID ORANGE FILTRTE RECOVERED FROM A SAMPLE CONTAINI  NG SEDIMENT. METHANOL CONTENT: 35.5% BY WT.                                     LOW RELATIVE DENSITY MAY BE DUE TO METHANOL CONTAMINATION


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR GREEN FILTRATE RECOVERED FROM SOUR SALT WATER IN   SAMPLER


Sample_appearance:
AN ALPINE TESTERS DHS WAS RECIEVED AT 3200 KPA. IT CONTAINED GAS AND      800 ML OF MUD. A DARK COLORED FILTRATE RECOVERED FROM MUD.

Remarks:
FE TRACE. SAMPLE #1: TOP, DARK COLORED FILTRATE REC'D FROM MUD.     RES. OF FILTRATE: 2.04 OHM/M @ 25 C. SAMPLE #2: MIDDLE, DARK COL  ORED FILTRATE REC'D FROM MUD. RES. OF FILTRATE: 1.83 OHM/M @ 25 C.            SAMPLE #3: TOP OF TOOL, A DARK COLORED FILTRATE REC'D FROM MUD.               RES. OF FILTRATE: 1.59 OHM/M @ 25 C.


Sample_appearance:
A COLORLESS FILTRATE RECOVERED FROM A SALT WATER CONTAINING SUSPENDED     MATTER.

Remarks:
FE TRACE. SAMPLE #1: SWAB FLOWBACK. SAMPLE CONSISTED OF WATER.                  RES OF THE FILTRATE: 0.076 OHM/M @ 25 C. SAMPLE #2 SWAB FLOWBACK.               SAMPLE #2 SWAB FLOWBACK. SAMPLE CONSISTED OF WATER. RES OF THE      FILTRATE: 0.075 OHM/M @ 25 C.


Remarks:
ANALYSIS DETERMINED ON A TURBID PALE YELLOW FILTRATE RECOVERED FROM A SALT WAT  ER WITH A HYDROCARBON SHEEN.


Remarks:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING   SEDIMENT.


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM WATERY MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAININ  G TRACE SEDIMENT.


Sample_appearance:
ANALYSIS PERFORMED ON A DARK YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMP  LER.


Sample_appearance:
ANALYSIS PERFORMED ON A PURPLE FILTRATE RECOVERED FROM OIL CUT SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.   NITRATE WAS DETECTED IN SAMPLER


Sample_appearance:
sample #1:no analysis of watery mud as requested. dhs 306 was received with at  mospheric pressure at ambient temp. in contained 0.4 litres of mud. dark brown   filtrate recovered from mud


Sample_appearance:
ANALYSIS PERFORMED ON A DARK FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A DARK FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
A CLEAR YELLOW FILTRATE REC'D FROM MUDDY WATER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAIN  ING SEDIMENT WITH A LAYER OF HYDROCARBONS


Sample_appearance:
ANALYSIS PERFORMED ON A WAXY BROWN FILTRATE RECOVERED FROM WATER CONTAINING SE  DIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A BLACK FILTRATE RECOVERED FROM OIL STAINED SALT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER'


Sample_appearance:
ANALYSIS PERFORMED ON A BLACK FILTRATE RECOVERED FROM SALT WATER


Sample_appearance:
ANLAYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM SALT WATER CONTAI  NING SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM MUD. *ANALYSIS CO  NFIREMD*


Sample_appearance:
A DARK BROWN FILTRATE REC'D FROM MUD. FE TRACE.                         G99-13548-6 DHS #GP-1 REC'D WITH AN OPEINING PRESSURE OF 2000   KPA AT AMBIENT TEMP. CONTAINED GAS AND 1.3 L OF MUD. DARK BROWN FILTRATE        REC'D FROM MUD. DENSITY @ 15 C: 1.006, REFRACTIVE INDEX 1.3336                PH @ 21 C: 8.8, CHLORIDE 450 MG/L. G99-13548-8 DHS #GP-2 RECEIVED WITH      ATM. PRESSURE AT AMBIENT TEMP. IT CONTAINED 1.1 L OF MUD. DARK BROWN

Remarks:
FILTRATE REC'D FROM MUD. CHLORIDE 425 MG/L.


Sample_appearance:
AN ALPINE TESTERS DHS #107 WAS RECEIVED AT ATMOSPHERIC PRESSURE.CONATINED IN T  HE CHAMBER WAS 0.550L OF MUD.ANALYSI PERFORMED ON A DARK FILTRATE RECOVERED FR  OM MUD.SAMPLE#1:FROM TOP OF RECOVERY.CONSISTED OF MUD. NO ANALYSIS AS REQUESTE  D.Sample#2:from bottom recovery.consisted of mud.no analysis as requested       sample #3:from downhoel sampler


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM SALT WATER. AN AL  PINE DHS WAS RECEIVED WITH AN ATMOSPHERIC OPENING PRESSURE@18C. IT CONTAINED 2  .00L OF WATER


Remarks:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING SED  IMENT.  *LOW DENSITY - DUE TO METHANOL CONTAMINATION.


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM WATER CONTAINING SEDIM  ENT                                                                                                                                                             ANALYSIS IS INDICATIVE OF ALCOHOL CONTAMINATION


Remarks:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A SALT WATER CONTA  INING SPENT ACID CONTAMINATION.


Remarks:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM AN OIL CUT SALT WA  TER CONTAINING SPENT ACID CONTAMINATION.


Remarks:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM SALT WATER.


Remarks:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD.  INSUF  FICIENT RECOVERABLE WATER FOR FURTHER ANALYSIS.


Remarks:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM MUDDY WATER.  INSUFF  ICIENT RECOVERABLE WATER FOR FURTHER ANALYSIS.


Remarks:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING   APPROX 20% SEDIMENT.


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM MUDDY WATER.  INSUFFICIEN  T RECOVERABLE WATER FOR FURTHER ANALYSIS.


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM WATERY MUD.  INSUFFICIENT   RECOVERABLE WATER FOR FURTHER ANALYSIS.


Remarks:
ANALYSIS PERFORMED ON YELLOW COLOURED FILTRATE RECOVERED FROM WATERY MUD IN SA  MPLER.  INSUFFICIENT RECOVERABLE WATER FOR FURTHER ANALYSIS.  SEE SUMMARY PAGE   FOR SAMPLER CONTENTS.


Remarks:
ANALYSIS PERFORMED ON YELLOW COLOURED FILTRATE RECOVERED FROM MUDDY WATER.  IN  SUFFICIENT RECOVERABLE WATER FOR FURTHER ANALYSIS.  SEE SUMMARY PAGE FOR SAMPL  ER CONTENTS.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 3ML. THE ABOVE RESULTS PERTAIN TO THE M  UD. SALINITY = 0.09%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 3ML. THE ABOVE RESULTSE PERTAIN  TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.04%


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER, NITRATE WA  S DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM MUD. NITRATE WAS DE  TECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAP  LER                                                                             SAMPLE BOTTLE#1:NO ANALYSIS OF SLIGHTLY OIL CUT MUD AS REQUESTED.               SAMPLE BOTTLE#2:"                                              "                SAMPLE BOTTLE#3:"                                              "                SAMPLE BOTTLE #4:INSUFFICIENT RECOVERABLE OIL FOR ANALYSIS.

Remarks:
DHS WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMPERATURE. IT CONTAINE  D 0.99 LITRES OF MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUD.                      NITRATE WAS DETECTED.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE TAKEN FROM THE MUD IN SAMPLER


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 13ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.12%


Sample_appearance:
ANALYSIS PERFORMED ON BROWN FILTRATE RECOVERED FROM WATERY MUD.  INSUFFICIENT   RECOVERABLE WATER FOR FURTHER ANALYSIS.  SEE SUMMARY PAGE FOR SAMPLER CONTENTS  .                                                                               G94-8296-1: TOP OF RECOVERY.  RESISTIVITY OF BROWN FILTRATE RECOVERED FROM WAT  ERY MUD: 2.33 OHM M @25C.  CHLORIDE: 243 MG/L                                   G94-8296-2: MIDDLE OF RECOVERY.  RESISTIVITY OF BROWN FILTRATE RECOVERED FROM

Remarks:
WATERY MUD: 2.23 OHM M @25C.  CHLORIDE: 235 MG/L.                               G94-8296-3: BOTTOM OF RECOVERY.  RESISTIVITY OF BROWN FILTRATE RECOVERED FROM   WATERY MUD: 1.77 OHM M @25C.  CHLORIDE: 410 MG/L.                               DOWNHOLE SAMPLER #B100 WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMPE  RATURE.  IT CONTAINED 1.75 LITRES WATERY MUD (ANALYSIS G94-8296-4).


Sample_appearance:
ANALYSIS PERFORMED ON BROWN FILTRATE RECOVERED FROM WATERY MUD.  INSUFFICIENT   RECOVERABLE WATER FOR FURTHER ANALYSIS.  SEE SUMMARY PAGE FOR SAMPLER CONTENTS  .                                                                               G94-8296-1: TOP OF RECOVERY.  RESISTIVITY OF BROWN FILTRATE RECOVERED FROM WAT  ERY MUD: 2.33 OHM M @ 25C.  CHLORIDE: 243 MG/L.                                 G94-8296-2: MIDDLE OF RECOVERY.  RESISTIVITY OF BROWN FILTRATE RECOVERED FROM

Remarks:
WATERY MUD: 2.23 OHM M @ 25C.  CHLORIDE: 235 MG/L.                              G94-8296-3: BOTTOM OF RECOVERY.  RESISTIVITY OF BROWN FILTRATE RECOVERED FROM   WATERY MUD: 1.77 OHM M @ 25C.  CHLORIDE: 410 MG/L                               DOWNHOLE SAMPLER #B100 WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMPE  RATURE.  IT CONTAINED 1.75 LITRES WATERY MUD (ANALYSIS G94-8296-4).


Sample_appearance:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FOM A WATERY MUD IN SAMPLER.IN  SUFFICIENT RECOVERABLE WATER FOR FURTHER ANALYSIS.SEE SUMARY PAGES FOR SAMPLER   CONTENTS.


Sample_appearance:
THE SAMPLE CONSISTED OF A BROWN COLOURED FILTRATE RECOVERED FROM WATERY MUD.

Remarks:
F94-0216-1: 57 METERS ABOVE TOOL.  RESISTIVITY OF BROWN FILTRATE RECOVERED FRO  M MUD: 0.782 OHM M @25C.                                                        F94-0216-2: 37 METERS ABOVE TOOL.  RESISTIVITY OF BROWN FILTRATE RECOVERED FRO  M MUD: 0.774 OHM M @25C.                                                        F94-0216-3: 0 METERS ABOVE TOOL. RESISTIVITY OF BROWN FILTRATE RECOVERED FROM   MUD: 0.721OHM M @25C. F94-0216-4: DS (DEPLETED) WATER ANALYSIS F94-0216-4


Sample_appearance:
THE SAMPLE CONSISTED OF A BROWN COLOURED FILTRATE RECOVERED FROM MUD.

Remarks:
F94-0217-1: 27 METERS ABOVE TOOL.  RESISTIVITY OF BROWN FILTRATE RECOVERED FRO  M MUD: 0.763 OHM M @25C.                                                        F94-0217-2: 0 METERS ABOVE TOOL.  WATER ANALYSIS F94-0217-2


Sample_appearance:
ANALYSIS DETERMINED ON AN ORGANE FILRATE TAKEN FROM A SALT WATER.               THE STIFF&DAVIS STABILITY INDEX IS AN EXTENSION OF THE LANGLIER INDEX.ITS USED   AS AN INDICATOR OF THE CALCIUM CARBONATE SCALING TENDENCIES OF OILFIELD BRINE  .A [+] INDEX SHOWS SCALING TENDENCIES. A [-] INDEX SHOWS CORROSIVE TENDENCIES.   AN INDEX OF 0 SHOWS WATER IS IN CHEMICAL EQUILIBRIUM AND WILL NEITHER DEPOSIT   NOR DISOLVE CALCIUM CARBONATE.NOTE:WATER IS A PRECAIOUSLY BALANCED SYSTEM OF

Remarks:
IONS AND CHANGES MAY OCCUR FROM TIME OF SAMPLING TO TIME OF ANLAYSIS


Sample_appearance:
SAMPL CON SISTED OF A PALE YELLOW FILTRATE RECOVERED FROM MUD


Sample_appearance:
SAMPL CONSISTED OF PALE YELLOW FILTRATE RECOVERED FROM MUD


Sample_appearance:
SAMPLE CONSISTED OF A PALE YELLOW FILTRATE RECOVERED FROM MUDDY SALT WATER


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CONTAINED 1300M  LS OF MUDDY SALT WATER


Sample_appearance:
SAMPLE HAD A PALE YELLOW FILTRATE TAKEN FROM MUD.*HIGHER DETECTION LEVEL DUE T  O SAMLL AMMOUNTS OF FILTRATE OBTAINED.SAMPLE#1:FROM PREFLOW.#2:FROM VALAVE OPE  N. #3:FROM TOP OF FLUID.HAD A PALE YELLOW FILTRATE TAKEN FROJM MUD. #4:FROM BO  TTOM FLUID.IT HAD A PALE YELLOW FILTRATE TAKEN FROM MUD. #5:FOM MUD TANK.CONSI  STED OF A PALE YELLOW FILTRATE REDFERED FROM MUD.


Sample_appearance:
SAMPLE CONSISTED OF A PALE YELLOW FILTRATE RECOVERED FROM MUD.HIGHER DETECTION   LEVEL DUE TO SMALL AMOUNT OF FILTRATE OBTAINED.


Sample_appearance:
A QUINN TESETERS DHS #1517 WAS RECEIVED AT 2600 KPA PRESSURE.CONTAINED IN TEH   CHAMBER WAS 39.57 LITRES OF GAS AT 15C AND 101.325 KPA. ALSO CONTAINED IN THE   CHAMBER WAS 0.15 LITRES OF WATERY MUD.HIGHER DETECTION LEVEL DUE TO THE SMALL   AMOUNT OF FILTRATE OBTAINED.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM DIRTY SALT WATER


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 12ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.07%


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUD IN SAMPLER. INSUFFI  CIENT SAMPLE FOR COMPLETE ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD. LOW ION BAL  ANCE MAY BE DUE TO THE PRESENCE OF NITRATE.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CONTAINING A LAYE  R OF HYDROCARBON ON TOP


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 11ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.19


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 8ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.08%


Sample_appearance:
THE 3O MINUTE API MUD FILTRATE LOSS IS 9ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.06%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 6ML. THE ABOVE RESULTS PERTAIN TO TEH W  ATER EXTRACTED FROM TEH MUD. SALINITY = 012%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 5ML. TEH ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.06^


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD. INSUFFICIENT   SAMPLE FOR COMLETE ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CUT OIL


Sample_appearance:
ANALYSIS PERFOMRED ON A PALE YELLOW FILTRATE RECOVERED FROM OIL FLECKED WATER   . ANALYSIS INDICATES FORMATION WATER CONTAMINATION WITH KCL.


Sample_appearance:
SAMPLE CONSISTED OF MUDDY WATER. SAMPLE #1: SAMPLED FROM MUD TANKS.CONSISTED O  F MUD. SAMPLE #2:FROM TOP OF RECOVERY. CONSISTED OF MUDDY WATER. SAMPLE #3:FOR  M MIDDLE RECOVERY.CONSISTED OF MUDDY WATER. SAMPLE #4: FROM BOTTOM RECOVERY.CO  NSISTED OF MUDDY WATER. SAMPLES #1 TO #3 HAVE NO ANALYSIS REQUESTED.


Remarks:
THE SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM OIL CUT MUD.    INSUFFICIENT MUD FILTRATE FOR COMPLETE ANALYSIS.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM AN OIL CUT WATER


Sample_appearance:
SAMPLE AS RECEIVED CONSISTED OF 600MLS OF OIL AND 500MLS OF PALE YELLOW FILTRA  TE


Sample_appearance:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT.


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW COLORED FILTRAET RECOVERED FORM A HYDROCARBON   CUT SAT WATER CONTAINING SUSPENDED MATER. ION BALANCE =99.98%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUD.               ION BALANCE = 98.62%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUD.               ION BALANCE = 97.72%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUD.               ION BALANCE = 96.82%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUD.               ION BALANCE = 97.85%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM WATERY MUD.          ION BALANCE = 98.21%


Remarks:
ANALYSIS DETERMINED ON A PALE ORANGE COLORED FILTRATE RECOVERED FROM A SALT WA  TER CONTAINING SUSPENDED MATTER.                                                A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE OF 24  50 KPA@18C. IT CONTAINED 47.96L. OF GAS AND 0.45L. OF WATER                     ION BALANCE = 97.11%


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A HYDROCARBON CUT   SALT WATER CONTAINING SUSPENDED MATTER. ION BALANCE=97.03%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SLIGHTLY SOUR HYD  ROCARBON CUT SALT WATER CONTAINING SUSPENDED MATTER. ION BALANCE = 96.98%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN OIL CUT SALT WAT  ER CONTAINING SUSPENDED MATTER. ION BALANCE=97.62%


Sample_appearance:
ANALYSIS PERFORMED ON A CLOUDY FILTRATE RECOVERED FROM WATER CONTAINING SEDIME  NT. ANALYSIS CONFIRMED


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID FILTRATE RECOVERED FROM OIL CUT SOUR WATER


Sample_appearance:
ANALYSIS PERFORMED ON AMBER FILTRATE RECOVERED FROM WATERY MUD.INSUFFICIENT RE  COVEREABLE WATER FOR FURTHER ANLAYSIS.


Sample_appearance:
ANALYSIS PERFORMED ON AMBER COLOURED FILTRATE RECOVERED FROM WATERY MUD. INSUF  FICIENT RECOVERABLE WATER FOR FURTHER ANALYSIS.


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER. INSUFFICI  ENT RECOVERABLE WATER FOR FURTHER ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER.    *NITRATE WAS DETECTED IN SAMPLE                                                 #2:NO ANALYSIS OF WATERY MUD AS REQUESTED.                                      THE DHS WASA RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. CONTAINED 1.5   LITRES OF WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A LIGHT BROWN FILTRATE RECOVERED FROM WATER CONTAINING S  EDIMENT. CONTAMINANT DETECTED


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM OIL STAINED DIRTY SALT WAT  ER.


Remarks:
ANALYSIS DETERMINED AN PALE YELLOW COLORED FILTRATE RECOVERED FROM A WATERY MU  D.                                                                              ION BALANCE = 94.36%


Remarks:
ANALYSIS DETERMINED ON PALE YELLOW COLORED FILTRATE RECOVERED FROM A WATERY MU  D.                                                                              ION BALANCE = 95.97%


Sample_appearance:
analysis determined on pale yellow filtrate recovered from watery mud.ion bala  nce=95.66%.the stiff & davis stability index is an extension of the Langlier I  ndex & used as an indicator of calcium carbonate scaling tendencies of oilfeil  d brine.A posi.index=scaling tendencies.A neg.index=corrosive tendencies.An in  dex of 0=the water is in chemical equilibrium of ions and changes can occur fr  om time of sampling to time of anlysis.Ex:the loss of dissolved carbon dioxide

Remarks:
=higher pH levels.calcium carbonate scaling tendencies increase as pH levels i  ncrease.higher temp. can also increase calcium carbonate precipitation.


Remarks:
ANALYSIS DETERMINED ON PALE YELLOW COLORED FILTRATE RECOVERED FROM A WATERY MU  D.                                                                              ION BALANCE = 94.3%


Remarks:
ANALYSIS DETERMINED ON PALE YELLOW COLORED FILTRATED RECOVERED FROM A MUD.      ION BALANCE = 85.29%                                                            BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C. IT   CONTAINED 1.9L. OF MUD                                                         ANALYSIS CONFIRMED


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.        ION BALANCE = 88.36%                                                            ANALYSIS CONFIRMED


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.        ION BALANCE = 84.09%                                                            ANALYSIS CONFIRMED


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.        ION BALANCE = 83.37%                                                            ANALYSIS CONFIRMED


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUD.               ION BALANCE = 85.42%                                                            A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE OF 23  00KPA @ 18C.  IT CONTAINED 28.63 L. OF GAS AND .75L. OF MUD.


Sample_appearance:
SAMPLE CONSISTED OF A CLERA FILTRATE RECOVERED FROM OIL STAINED DIRTY SALT WAT  ER. DUPLICATE ANALYSIS


Remarks:
ANALYSIS DETERMINED ON A YELLOW COLOURED FILTRATE RECOVERED FROM AN ACID WATER   CONTAINING SUSPENDED MATTER.                                                   ION BALANCE = 99.89%


Remarks:
ANALYSIS DETERMINED ON A PALE BROWN COLORED FILTRATE RECOVERED FROM A WATERY M  UD.  ION BALANCE = 99.47%                                                       INSUFFICIENT RECOVERABLE WATER FOR BROMIDE AND IODIDE DETERMINATIONS.


Remarks:
ANALYSIS DETERMINED ON A PALE BROWN COLORED FILTRATE RECOVERED FROM A WATERY M  UD.  ION BALANCE = 95.01%                                                       INSUFFICIENT RECOVERABLE WATER FOR BROMIDE AND IODIDE DETERMINATIONS.


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN COLORED FILTRATE REOCOVERED FROM MUD. ION   BALANCE = 99.02%


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM MUD. ION BALANBCE   = 99.30%


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM MUD. ION BALANCE   = 95.37%


Remarks:
ANALYSIS DETERMINED ON A LIGHT BROWN COLORED FILTRATE RECOVERED FROM MUD.  ION   BALANCE = 97.60%


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT BROWN FILTRATE RECOVERED FROM MUD. ION BALANCE   = 95.95%                                                                        A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @ 18C. IT CONTAINED   2.00L OF MUD


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM MUD. ION BALANCE   = 97.29%


Sample_appearance:
ANLAYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM GAS-CUT MUD. ION BALAN  CE = 97.34%


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM SLIGHTLY GAS-CUT MUD.   ION BALANCE = 99.15%


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM DIRTY WATER. ION BALANCE =   95.95%


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM WATERY MU  D.


Remarks:
ANLAYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A MUD.  I  ON BALANCE: 97.31%


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A MUD.  I  ON BALANCE: 95.10%                                                              A BAKER OIL TOOLS DS WAS RECEIVED WITH AN OPENING PRESSURE OF 420KPA @18C.  IT   CONTAINED A SMALL AMOUNT OF GAS AND 0.65L OF MUD.  INSUFFICIENT SAMPLE FOR CO  MPLETE ANALYSIS.


Remarks:
ANALYSIS DETERMINED ON A DARK BRWON COLORED FILTRATE RECOVERED FROM A WATERY    MUD.  ION BALANCE = 98.88%


Remarks:
ANALYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FROM A WATERY MUD.   ION BALANCE = 97.19%.


Remarks:
ANALYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FROM A WATERY MUD.   ION BALANCE = 96.13%


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A WATERY   MUD.  A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE  OF 430KPA @18C. IT CONTAINED 6.20L OF GAS AND 0.80 L OF WATERY MUD.  ION BALAN  CE = 94.95%.


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM AN OIL AN  D WATER MIX.  ION BALANCE =95.10%.  CONSISTED OF A COLORLESS FILTRATE RECOVERD   FROM AN OIL AND WATER MIX.  CL=47900MG/L  NA=26345MG/L  K=336MG/L  CA=2531MG/  L  MG=826MG/L  PH=6.3@20C  INSUFF SAMPLE FOR COMPLETE ANA. AS MUCH AS POSS WAS   DONE ON THE AVAILABLE WATER, AS PER REQUEST BY NORM SCHONHOFFER.


Sample_appearance:
Analysid determined on a dark brown filtrate taken from watery mud.Ion Balance  =95.86%.REMARKS:the stiff&davis stability index is an extension of the langlie  r index & is used as an indicator of the calcium carbonate scaling tendencies   of oilfield brine.-A positiv index shows scaling tendencies -A negative index   shows corrosive tendencies.An index of 0 shows the water is in chemical equili  brium and will neither deposit nor dissolve calcium carbonate.NOTE:that water

Remarks:
is a percariously balanced system of ions & changes can occure from time of sa  mpling to time of analysis.EX:the loss of dissolved CO2 results in higher PH.c  alcium carbonate scaling tendencies increase as Ph increases.high temps.can al  so increase calcium carbonate precipitation.


Sample_appearance:
BROWN COLORED FILTRATE RECOVERED FROM A WATERY MUD.


Sample_appearance:
ANALYSIS DONE ON A DARK BROWN FILTRATE RECOVERED FROM WATERY MUD.A BAKER OIL T  OOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.IT CONTAINED 1.75L OF WATER  Y MUD.ION BALANCE=95.95%.The Stiff&Davis Stability Index is an extension of th  e Langlier Index & is used as an indicator of the calcium carbonate scaling te  ndencies of oilfield brine.-A [+] index shows scaling tendencies.-A [-] index   shows corrosive tendencies.An index of 0 shows the water is in chemical equil

Remarks:
ibrium & will neither deposit nor dissolve calicum carbonate.NOE:water is a pr  ecariously balanced system of ions and changes can occur from time of sampling   to time of analysis.EX;the loss of dissolved CO2 results in higher PH.Calcium  Carbonate scaling tendencies increase as PH levels increase.Higher temp.can al  so increase calcium carbonate precipitaion.


Sample_appearance:
DARK BROWN COLORED FILTRATE RECOVERED FROM A WATERY MUD.


Sample_appearance:
Analysis done on a dark brown filtrate taken from oil flecked mud.ion balance=  99.98%.The Stiff&Davis Stability Index is an extension of the Langlier index a  nd is used as an indicator of the calcium carbonate scaling tendencies of oilf  ield brine.-A [+] index indicates scaling tendencies.-A [-] index indicates co  rrosive tendencies.An index of 0 indicates the water is in chemical equilibriu  m and will neither deposit nor dissolbe calcium carbonate.NOTE:water is a per

Remarks:
cariously balanced ssystem of ions and changes can occure from time of samplin  gto time of analysis.EX:the loss of dissolved CO2 results in higher PH levels.  Calcium carbonate scaling tendencies increase as ph levels increase.Higher tem  p.can also increase calcium carbonate precipitation. Calculated solubility:22.  22. actual concentraton:2.70 -  indicates calcium sulphate scale formation is   unlikely


Sample_appearance:
DARK BROWN COLORED FILTRATE RECOVERED FROM AN OIL FLECKED MUD.


Sample_appearance:
Analysis done on a dark brown filtrate taken from oil flecked mud.Ion balance=  97.47%.The Stiff&Davis Stability Index is an extension of the Langlie Index an  d is used as an indicator of the calcium carbonate scaling tendencies of oilfi  eld brine. A [+] index indicates scaling tendencies.A [-] index indicates corr  osive tendencies. An index of 0 shows the water is in chemical equilibrium and   will neither deposit nor dissolve calcium carbonate.NOTE:water is precariouly

Remarks:
balanced system of ions and changes can occure from time of sampling to time o  f analysis.EX:the loss of dissolved carbon dioxide will result in higher ph le  vels.calcium carbonate scaling tendencies increase as ph levels increase.highe  r temp.can also increase calcium carbonate precipitation. Calculated solubilit  y:25.30. actual concentration:2.30 - indicates calcium suphate scale formation   is unlikely


Sample_appearance:
Analysis done on a brown filtrate taken from oil flecked gasified mud.A baker   oil tools dhs was received at atmospheric pressure @18c.it contained 3          .10 of oild flecked gasified mud.ion balance=95.59%. the stiff&davis stability   index,an extension of the lanlier index, and is used as an indicator of the c  alcium carbonate scaling tendencies of oilfeild brine.A [+] index shows scalin  g tendencies.A [-]index shows corrosive tendencies.An index of 0 show water is

Remarks:
in chemical equilibrium and will neither deposit nor dissolve calcium carbonat  e.NOTE:water is a percariously balanced system of ions and changes can occur f  rom time of sampling to analysis.EX:loss of dissolved CO2 results in higher PH  .Calcium Carbonate scaling tendencies rise as ph increase.Higher temp.can also   raise calcium carbonate precipitation.Calculated slubility:33.25. actual conc  entration:4.60


Sample_appearance:
Analysis done on a dark brown filtrate taken from watery mud.Ion balance=97.86  %.The Stiff&Davis stability index is an extension of the langlier index and is   used as an indicator of the calcium carbonate scaling tendencies of oilfield   brine.-A [+] index shows scaling tendencies.-A [-] index shows corrosive tende  ncies.An index of 0 shows the water is in chemical equilibrium and will neithe  r dposit nor dissolve calcium carbonte.NOTE:water is a precariously balanced

Remarks:
system of ions and changes can occure from time of sampling to time of analyis  .EX; the loss of dissolved Co2 will result in hight Ph levels.Calcium carbonat  e scaling tendencies increase as Ph levels increase. Higher temp. can also inc  rease calcium carbonate precipitaion. Calculated solubility:21.16               actual concentration:3.40.-indicates calcium sulphate scale formation is unlie  ky


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.ION BALANCE=96.28%      The Stiff&Davis Stability Index is an extension of the Langlier Index and is u  sed as an indicator of the calcium carbonate scaling tendencies of oilfield br  ine.A [+] index shows scaling tendencies.A [-] index shows corrosive tendencie  s.An index of 0 shows the water is in chemical equilibrium and will neither de  posit nor dissolve calcium carbonate.NOTE:water is precariously balanced syste

Remarks:
m of ions and changes can occur from time of sampling to analysis.EX:loss of d  issolved carbon dioxide will result in higher ph levels.calcium carbonate scal  ing tendencies as ph levels increas.higher temp.can also increase calcium carb  onate precipitation.Calculated solubility:17.27 actual concentration:2.20       indicates calicium sulphate scale formation is unlikely.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.ION BALANCE=95.06%      The Stiff&Davis Stability Index is an extension of the Langlier Index and is u  sed as an indicator of the calcium carbonate scaling tendencies of oilfield br  ine.A [+] index shows scaling tendencies.A [-] index shows corrosive tendencie  s.An inex of 0 shows the water is in chemical equilibrium and will neither dep  osit nor dissolve calcium carbonate.NOTE:water is a precariously balance syste

Remarks:
m of ions and changes can occur from time of sampling to time of analysis.EX:l  oss of disolved CO2 results in higher ph.calcium carbonate scaling tendencies   increase as ph levels increase.Higher temperatures can also increase calcium c  arbonate precipitation.caluclated solubility:17.37 actual concentration:1.20


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUD.ION BALANCE=96.94%      The Stiff&Davis Stability INdex is an extension of the Langlier Index and is u  sed as an indicator of the calcium carbonate scaling tendencies of oilfield br  ine.A [+] index shows scaling tendencies.A [-] index shows corrosive tendencie  s.An index of 0 shows the water is in chemical equilibrium and will neither de  posit nor dissolve calcium carbonate.NOTE:water is a precariously balanced

Remarks:
system of ions and changes may occur from time of sampling to time of analysis  .EX:the loss of disolved CO2 results in higher ph levels.Calcium carbonate sca  ling tendencies increase as ph levels increase.higher temperatures can also in  crease calcium carbonate precipitation.calculated solubility=18.00              actual concentration=1.00


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE REOCVERED FROM MUD.ION BALANCE=98.04%      THE STIFFL&DAVIS STABILITY INDEX IS AN EXTENSION OF THE LANGLIER INDEX AND IS   USED AS AN INDICATOR OF THE CALCIUM CARBONATE SCALING TENDENCIES OF OILFIELD O  BRINE.A [+] INDEX SHOWS SCALING TENDENCIES.A [-] INDEX SHOWS CORROSIVE TENDENC  IES.AN INDEX OF 0 SHOWS THE WATER IS IN CHEMICAL EQUILIBRIUM AND WILL NEITHER   DEPOSIT NOR DISSOLVE CALCIUYM CARBONATE.NOTE:WATER IS A PRECARIOUSLY BALANCED

Remarks:
SYSTEM OF IONS AND CHANGES CAN OCCUR FROM TIME OF SAMPLING TO TIME OF ANALYSIS  .EX:LOSS OF DISSOLVED CARBON DIOXIDE WILL RESULT IN HIGHER PH.CALCIUM CARBONAT  E SCALING TENDENCIES INCREASE AS PH LEVELS INCREASE. HIGHER TEMP.CAN ALSO INCR  EASE CALCIUM CARBONATE PRECIPITATION


Sample_appearance:
A PALE YELLOW COLORED FILTRATE REC'D FROM A OIL FLECKED SALT                WATER CONTAINING SUSPENDED MATTER. ION BALANCE 97.35%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM MUD. ION BALANCE =   98.64%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUD.ION BALANCE =   95.13%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUD.ION BALANCE =   95.04%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM MUD.ION BALANCE = 9  5.31%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM MUD.ION BALANCE = 9  9.62%


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM MUD. ION BALANCE =       96.45%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM MUD.ION BALANCE = 9  9.06%


Sample_appearance:
A COLORLESS FILTRATE RECOVERED FROM AN OIL AND WATER MIXTURE.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A MUD.ION BALANCE=9  4.90%. THE STIFF&DAVIS STABILITY INDEX IS AN EXTENSION OF THE LAGLIER INDEX AN  D IS USED AS AN INDICATOR OF THE CALCIU, CARBONATE SCALING TENDENCIES OF OILFI  LED BRINE.A [+] INDEX SHOWS SCALING TENDENCIES.A [-] INDEX SHOWS CORROSIVE TEN  DENCIES.AN INDEX OF 0 INDICATES WATER IS IN CHEMICAL EQUILIBRIUM AND WILL NEIT  EHR DEPOSIT NOR DISSOLVE CALCIUM CARBONATE.NOTE:WATER IS A PERCARIOUSLY BALAN

Remarks:
CED SYSTEM OF IONS AND CHANGES CAN OCCUR FROM TIME OF SAMPLING TO ANALYSIS.EX:  LOSS OF DISSOLVED CARBON DIOXIDE WILL RESUTL IN HIGHER PH.CALCIUM CARBONATE SC  LING TENDENCIES INCREASE AS PH INCREASE.HIGH TEMP.CAN ALSO INCREASE CALCIUM CA  RBONATE PRECIPITATION.CALCULATED SOLUBILITY:18.68. ACTUAL CONCENTRATION:41.83


Sample_appearance:
ANALYSIS DONE ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.ION BALANCE=  97.16%.THE STIFF&DAVIS STABILITY INDEX IS AN EXTENSION OF THE LANGIER INDEX AN  D IS USED AS AN INDICATOR OF THE CALCIUM CARBONATE SCALING TENDENCIES OF OILFI  ELD BRINE.A [+] INDEX SHOWS SCALING TENDENCIES.A [-] INDEX INDICATES CORROSIVE   TENDENCIES.AN INDEX OF 0 shows the water is in chemical equilibrium of ions a  nd chnges can occur from time of sampling to analysis.EX:loss of dissolved CO2

Remarks:
results in higher ph.calcium carbonate scaling tendencies increase as ph level  s increas. higher temp.can also increase calcium carbonate precipitation.Calcu  lated slubility:18.02. actual concentration:0.30. indicates calcium sulphate s  cale formation is unlikely


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM MUD.ION BALANCE=96.  47%.THE STIFF&DAVIS STABILITY INDEX IS AN EXTENSION OF THELANGLIER INDEX AND I  S USED AS AN INDICATOR OF THE CALCIUM CARBONATE SCALING TENDENCIES OF OILFIELD   BRINE.A [+] INDEX INDICATES SCALING TENDENCIES.A [-] INDEX INDICATES CORROSEI  V TENDENCIES.INDEX OF 0 INDICATES WATER IS IN CHEMICAL EQUILIBRIUM AND WILL NI  ETHER DEPOSIT NOR DISSOLVE CALCIUM CARBONATE.NOTE:WATER IS A PRECARIOUSLY BALA

Remarks:
NCED SYSTEM OF IONS AND CHANGES CAN OCCUR FROM TIME OF SAMPLING TO ANALYSIS.EX  :LOSS OF DISSOLVED CO2 RESULTS IN HIGHER PH.CALCIUM CARBONATE SCALING TENDENCI  ES INCREASE AS PH LEVELS INCREASE.HIGH TEMP.CAN ALSO INCREASE CALCIUM CARBONAT  E PRECIPITATION.CALCULATED SOLUBILITY:19.68. ACTUAL CONCENTRATION:0.60          INDICATES CALCIUM SULPHATE SCALE FORMATION IS UNLIKELY


Sample_appearance:
COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.                       A BAKER DHS WAS RECEIVED AT ATM. PRESSURE @ 18 C. IT CONTAINED 1.85 L OF      WATERY MUD.


Sample_appearance:
COLORLESS FILTRATER REC'D FROM AN OIL CUT SALT WATER CONTAINING SU  SPENDED MATTER.


Sample_appearance:
COLORLESS FILTRATE RECOVERED FROM AN OIL CUT SALT WATER CONTAINING  SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTREAT RECOVERED FROM WTAER CONTAINING SEDIME  NT


Sample_appearance:
ANALYSIS DONE ON A CLEAR FILTRATE TAKEN FROM HYDROCARBON-FLECKED WATER WITH SU  SPENDED MATTER.ION BALANCE=95.00%.the stiff&davis stability index is an extens  ion of the langlier index and is used as an indicator of the calcium carbonate   scaling tendencies of oilfield brine.A [+] index shows scaling tendencie.A [-  ] index shows corrosive tendencies.index of 0 shows water is in chemical equil  ibrium.it wont deposit nor dissolve calcium carbonate.NOTE:water is a precario

Remarks:
usly balanced system of ions and changes can occur from time of sampling to ti  me of analysis.EX:loss of dissolved CO2 will result in high ph levels.calcium   carbonate scaling tendencies increase as ph increases.higher temps. can also i  ncrease carbonate precipitation.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SLIGHTLY OIL CUT WATER


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM AN OIL CUT SALT WATER.I  ON BALANCE=95.30%.The stiff&davis stability index is an extension of the langl  ier index.its used as an indicator of the calcium carbonate scaling tendencies   of oilfield brine.a [+] index shows scaling tendencies.a [-] inex show corros  ive tendencies.index of 0 shows that water is in chemical equilibrium and will   not deposit nor dissolve calcium carbonate.NOTE:water is a precariously

Remarks:
balanced system of ion.changes can occur from time of sampling to analysis.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SALT WATER CONTAI  NING SUSPENDED MATTER. ION BALANCE = 95.37%


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A OIL CUT SALT WATE  R


Remarks:
ANALYSIS DETERMINED ON A DARK BROWN COLORED FILTRATE RECOVERED FROM A WATERY M  UD.                                                                             A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.    IT CONTAINED 2.2L. OF WATERY MUD.


Sample_appearance:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY WATER.


Remarks:
ANALYSIS PERFORMED ON ORANGE FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT AND TRACE HYDROCARBONS.


Remarks:
ANALYSIS PERFORMED ON COLOURLESS FILTRATE RECOVERED FROM A SAMPLE CONTAINING T  RACE SEDIMENT AND A LAYER OF HYDROCARBONS.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 7ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 1.60%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 9ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.10%


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD          DD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T IN SAMPLER                                                                    AMMONIA WAS DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL CUT WATE


Sample_appearance:
A DARK BROWN FILTRATE REC'D FROM WATERY MUD IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD. INSUFF  ICIENT RECOVERABLE WATER FOR FURTHER ANALYSIS.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #158 WAS RECEIVED AT ATMOSPHERIC PRESSURE @  18C.  IT CONTAINED 2.10L. OF WATERY MUD.


Sample_appearance:
ORANGE COLORED FILTRATE RECOVERED FROM A SALT WATER CONTAINING                  SUSPENDED MATTER.


Sample_appearance:
ORANGE COLORED FILTRATE RECOVERED FROM A SALT WATER CONTAINING        SUSPENDED MATTER.


Sample_appearance:
A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESSURE @18C.IT CONTAINED 1  .90L OF WATERY MUD. SAMPLE #1:SAMPLED FROM TOP OF TOOL.CONSISTED OF MUD. NO AN  ALYSIS AS REQUESTED.                                                            SAMPLE#2:SAMPLED FROM DHS #51.A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERI  C PRESSURE @18C. IT CONTAINED 1.90L OF WATERY MUD. WATERY ANALYSIS F94-8681-2


Sample_appearance:
ANALYSIS DONE ON A DARK BROWN FILTRATE TAKEN FORM A WATERY MUD.*ANALYSIS CONFI  RMED* A BAKER OIL TOOLS DHS WAS RECEIVED AT ATMOSPHERIC PRESURE @18C.IT CONTAI  NED 0.20L. OF WATERY MUD.SAMPLE #1: SAMPLED FROM DRILLSTEM. CONSISTED OF WATER  Y MUD.NO ANALYSIS AS REQUESTED. SAMPLE #2: FROM DHS. WATER ANALYSIS F94-8800-2


Sample_appearance:
Analysis done on a dark brown filtrate taken from watery mud.*analysis confirm  ed*.a baker oil tools dhs was received at atmospheric pressure @18c.it contain  ed 1.50L of watery mud.Sample #1:from mud tank. consisted of watery mud.Sample   #2:from drillstem. consisted of watery mud. Sample #3:from dhs #308. For samp  le #1&2 no analysis as requested.


Remarks:
THE SAMPLE CONSISTED OF A DARK COLOURED FILTRATE RECOVERED FROM MUD.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #306 WAS RECEIVED AT ATMOSPHERIC PRESSURE C  ONTAINED IN THE CHAMBER WAS 2.150 LITRES OS MUD.  WATER ANALYSIS PERFORMED ON   A DARK COLOURED FILTRATE RECOVERED FROM MUD.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #209 WAS RECEIVED AT ATMOSPHERIC PRESSURE.   CONTAINED IN THE CHAMBER WAS 2.550 LITRES OF MUD.  WATER ANALYSIS PERFORMED ON  A DARK COLOURED FILTRATE RECOVERED FROM MUD.


Remarks:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM OIL CUT WATER.


Remarks:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM AN OIL CUT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMN  PER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER.


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM WATER CONTAINING A TRACE OF SEDIMENT.


Sample_appearance:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM WATER CONTAINING A T  RACE OF SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRAET RECOVERE FROM WATERY MUD


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 14ML. THE ABOVE RESUTLS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.40%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAM  PLER\


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD IN SAMPLER. INSUFFIC  IENT SAMPLE FOR COMPLETE ANALYSIS


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 4ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.84%


Sample_appearance:
ANALYSIS PERFORMED ON A DARK BROWN FILTRATE RECOVERED FROM WATERY MUD IN SAMPL  ER. NITRATE WAS DETECTED IN SAMPLE                                              TOP OF TOOL NO ANALYSIS OF WATERY MUD AS REQUESTED.                             DHS WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 2.15   LITRES OF WATERY MUD


Sample_appearance:
ANALYSIS PERFOMRED ON A YELLOW FILTRATER RECOVERED FROM OIL STAINED WATE


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUD IN SAMPLER. INSUFFII  ENT SAMPLE FOR COMPLETE ANALYSIS.                                               DHS WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMPERATURE. IT CONTAINE  D 1.7 LITRES OF MUD. WATER ANALYSIS G99-12812-3


Remarks:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAMPL  ER.  SEE SUMMARY PAGE FOR SAMPLER CONTENTS.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECVOERED FROM MUDDY WAER


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T


Remarks:
ANALYSIS PERFORMED ON AMBER FILTRATE RECOVERED FROM MUD.  INSUFFICIENT RECOVER  ABLE WATER FOR COMPLETE ANALYSIS.


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A HYDROCARBON BUT WATER   CONTAINING SUSPENDED MATTER. ION BALANCE = 95.35%


Remarks:
ANALYSIS DETERMINED ON A LIGHT BROWN COLORED FILTRATE RECOVERED FROM A MUD.  I  ON BALANCE = 96.33%


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A MUD.     ION BALANCE = 96.37%


Remarks:
ANALYSIS DETERMINED ON A PALE ORANGE COLORED FILTRATE RECOVERED FROM A WATERY   MUD.  ION BALANCE = 96.15%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATERY MUD.  ION   BALANCE: 98.82%


Remarks:
ANALYSIS DETERMINED ON A ORANGE COLORED FILTRATE RECOVERED FROM A MUDDY WATER.  ION BALANCE = 98.11%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECVOERED FROM WATER CONTAINING SEDIMEN  T


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRAET RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM MUDDY WATE


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD. DHS 303 WAS   RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 2.2 LITRES OF   WATERY MUD


Remarks:
SAMPLE CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #52 WAS RECEIVED AT 650 KPA PRESSURE.  CONT  AINED IN THE CHAMBER WAS 1.80 LITRES OF MUDDY WATER.  ANALYSIS PERFORMED ON A   CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER


Remarks:
A BAKER OIL TOOLS SOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE OF 43  00KPA@18C. IT CONTAINED 92.22L. OF GAS AND 0.30L. OF OIL FLECKED WATER. PERFOR  MED ON A CLEAR FILTRATE RECOVERED FROM DIRTY WATER.


Remarks:
A BAKER OIL TOOLS DOWNHOLE SAMPLER #158 WAS RECEIVED AT ATMOSPHERIC PRESSURE @  18C. IT CONTAINED 2.20L. OF OIL FLECKED SALT WATER. ANALYSIS PERFORMED ON A CL  EAR FILTRATE RECOVERED FROM OIL FLECKED SALT WATER.


Remarks:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A SALT WATER CONTA  INING SUSPENDED MATTER.


Remarks:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING   TRACE SEDIMENT AND A LAYER OF HYDROCARBONS.


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT AND A THIN LAYER OF HYDROCARBONS.


Remarks:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM SAMPLE CONTAINING TR  ACE SEDIMENT AND A THIN LAYER OF HYDROCARBON.


Remarks:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM A SAMPLE CONTAINING TR  ACE SEDIMENT AND TRACE HYDROCARBONS.


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRAC  E SEDIMENT


Remarks:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING   TRACE SEDIMENT AND A THIN LAYER OF HYDROCARBONS.


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM WATER CONTAINING SUSPENDE  D MATTER.


Remarks:
PALE YELLOW COLORED FILTRATE RECOVERED FROM A SAMPLE CONTAINING A TRACE SEDIME  NT AND A LAYER OF HYDROCARBONS.


Remarks:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRA  CE SEDIMENT AND A THIN LAYER OF HYDROCARBONS.


Sample_appearance:
analysis performed on a clear filtrate recovered from water containing sedimen  t in sampler


Sample_appearance:
A TURBID FILTRATE REC'D FROM A SAMPLE CONTAINING SEDIMENT.                    DHS #519 REC'D WITH AN OPENING PRESSURE OF 2900 KPA AT                AMBIENT TEMP. IT CONTAINED A SMALL AMOUNT OF GAS AND 2.10 L OF WATER.


Sample_appearance:
ANALYSIS PERFORMED ONA CLOUDY FILTRATE RECOVERED FROM A SLIGHTLY OIL CUT WATER   CONTAINING SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL FLECKED SOUR WATER


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL FLECKED MUD


Sample_appearance:
ANALYSIS PERFORMEF ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID YELLOW FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM OIL STAINED SALT WATER I  NSAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A DRITY BROWN FILTRATE RECOVERD FROM WATER CONTAINING SE  DIMENT IN SAMPLER.


Sample_appearance:
A CLEAR FILTRATE REC'D FROM WATERY MUD.                               INSUFFICIENT SAMPLE FOR COMPLETE ANALYSIS.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD                S


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY *CATI  ONS*NOT ANALYZED SALINITY = 3.87%


Sample_appearance:
ANALYSIS PERFORMED ON CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON CLEAR FILTRATE RECOVERED FROM MUD


Sample_appearance:
ANALYSIS PERFORMED ON CLEAR FILTRATE RECOVERED FROM MUD IN SAMPLER.


Sample_appearance:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM WATERY MUD IN SAMPLER.


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCER IS CAUSED BY ANIO  NS NOT ANALZED.


Sample_appearance:
ANALYSIS DONE ON A CLOUDY LIGHT BROWN FILTRATE TAKEN FROM A SALT WATER.BAKER O  IL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 0KPA @18C. IT CONTAINED   2.0L OF WATER CONTAINING SUSPENDED PARTICLES


Sample_appearance:
ANALYSIS DETERMINED ON A CLOUDY LIGHT BROWN FILTRATE RECOVERED FROM A SALT WAT  ER. A BAKER OIL TOOLS DHS WAS RECIEVED WITH AN OPENING PRESSURE OF 0 KPA. @18C   IT CONTAINED 2.0L OF WATER CONTAINING SUSPENDED PARTICLES.


Remarks:
ANALYSIS PERFORMED ON A COLORLESS FILTRATE RECOVERED FROM SOUR WATER CONTAININ  G SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A GREY FILTRATE RECOVERED FORM WOUR WATER


Sample_appearance:
ANALYSIS PERFORMED ON A PALE GREEN FILTRATE RECOVERED FORM A SOUR WATER CONTAI  NING SUSPENDED MATTER                                                           '


Sample_appearance:
ANALYSIS PERFORMED ON A GREY FILTRATE RECOVERED FROM SOUR WATER


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%. THE IMBALANCE IS CAUSED BY *CATI  ONS* NOT ANALYSED. SALINTY = 2.12%


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SALT WATER.A BA  KER OIL TOOLS DHS WAS RECEIVED WTIH AN OPENING PRESSURE OF 380KPA @18C. IT CON  TAINED A SMALL AMOUNT OF GAS AND 0.90 L OF WATER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A SALT WATER.A BK  ER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 12750 KPA @18C. IT C  ONTAINED 108.76L OF GAS AND 0.13L OF WATER.


Sample_appearance:
analysis performed on a grey filtrate recovered from a sample containing sedim  ent


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SALT WATER


Remarks:
THE CATIONS AN ANIONS ARE NOT BALANCED IN THIS WATER. INDICATING THE PRESENCE   O OTHER IONS OR CHEMICALS THAT ARE NOT TESTED FOR THIS STANDARD PACKAGE ANALYS  IS


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM SLIGHTLY SOUR WATER CON  TAINING SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SLIGHTLY SOUR WATER CONT  AINING SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERE FROM WATER CONTAINING SEDIMENT


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM GAS CUT MUDDY WAT  ER.A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSURE OF 1180 KPA @18  C. IT CONTAINED GAS AND 1.45 L OF GAS CUT WATER


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM WTER CONTAINING SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A GREEN FILTRATE RECOVERED FROM SOUR WATER CONTAINING SE  DIMENT. ANALYSIS INDICATIVE OF ACID CONTAMINATION. ANALYSIS CONFIRMED


Sample_appearance:
ANALYSIS DETERMIEND ON A YELLOW FILTRATE RECOVERED FROM SLIGHTLY AMMONIA CONTA  MINATED MUDDY WATER.A BAKER OIL TOOLS DHS WAS RECEIVED WITH AN OPENING PRESSUR  E OF 1300KPA @18C.IT CONTAINED A SAMLL AMOUNT OF GAS AND 2.20L OF MUDDY WATER.  *ANALYSIS CONFIRMED*


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM SLIGHTLY AMMONIA CONTA  MINATED MUDDY WATER. *ANALYSIS CONFIRMED*


Sample_appearance:
ANALYSIS DONE ON A GREEN WATER TAKEN FROM SOUR SALT WATER.A BAKER OIL TOOLS DH  S WAS RECEIVED WITH ATMOSPHERIC PRESSURE @18C.CONTAINED 2.00L OF SOUR MUDDY WA  ter.Sample#1:from mud system.consisted of mud.#2:from drill string on trip out   sample 1.consisted of watery mud.#3:from drill string on trip out smaple 3.co  nsisted of watery mud.#4:from drill string on trip out sample 3. #5:from drill   string on tripout sample 4.consisted of watery mud.

Remarks:
#6:from drill string on trip out sample 5.consisted of muddy water.             #7:from drill string on trip out sample 6.consisted of muddy water.             for samples #2,3,5,6. no analysis as requested.


Sample_appearance:
ANALSIS DETEMINED ON A PALE GREEN FILTRATE RECOVERED FROM A SOUR SALT WATER


Sample_appearance:
A BROWN COLORED FILTRATE REC'D FROM A MUD.


Remarks:
SAMPLE CONSISTED OF A TURBID VISCOUS FILTRATE RECOVERED FROM INHIBITOR.


Remarks:
A QUINN TESTERS DOWNHOLE SAMPLER #15310 WAS RECEIVED AT ATMOPHERIC PRESSURE. C  ONTAINED IN THE CHAMBER WAS 2.300 LITRES OF INHIBITOR.  ANALYSIS DETERMINED ON  FILTRATE RECOVERED FROM THE INHIBITOR.


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SOUR SALT WATER    CONTAINING SUSPENDED MATTER.  A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED   WITH AN OPENING PRESSURE OF 1600 KPA @18C.  IT CONTAINED A SAMLL AMOUNT OF GAS  AND 2.25L OF WATER.


Remarks:
A BAKER OIL TOOLS DS #161 WAS RECEIVED AT ATMOSPHERIC PRESSURE.  CONTAINED IN   THE CHAMBER WAS 2.00 LITRES OF MUDDY WATER.


Remarks:
S1: SAMPLED TOP OF RECOVERY.  CONSISTED OF MUDDY WATER.  NO ANALYSIS.  S2: SAM  PLED MIDDLE #1 OF RECOVERY.  CONSISTED OF MUDDY WATER.  NO ANALYSIS.  S3: SAMP  LED MIDDLE #2 OF RECOVERY.  CONSISTED OF MUDDY WATER.  NO ANALYSIS.  S4: SAMPL  ED MIDDLE #3 OF RECOVERY.  CONSISTED OF MUDDY WATER.  NO ANALYSIS.  S5: SAMPLE  D BOTTOM OF RECOVERY.  CONSISTED OF A CLEAR FILTRATE RECOVERED FROM MUDDY SALT   WATER.


Remarks:
ANALYSIS DETERMINED ON A PALE YELLOW COLORED FILTRATE RECOVERED FROM A SALT WA  TER CONTAINING SUSPENDED MATTER.


Remarks:
ANALYSIS DETERMINED ON A MILKY COLORED FILTRATE RECOVERED FROM A SOUR SALT WAT  ER CONTAINING SUSPENDED MATTER.


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM A SALT WATER CONTAINING                       SUSPENDED MATTER.


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM A COLORLESS WATER CONTAINING              SUSPENDED MATTER.


Sample_appearance:
A COLORLESS FILTRATE REC'D FROM A COLORLESS WATER CONTAINING        SUSPENDED MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A CLEAR WATER CONTAININ  G SUSPENDED MATTER


Sample_appearance:
ANLAYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A SOUR WATER CONTAINING   BLACK SUSPENDED MATTE                                                          R


Sample_appearance:
ORANGE WATER WITH FINE SUSPENDED PARTICLES.A SCHLUMBERGER DHS WAS RECEIVED WIT  H AN OPENING PRESSURE OF 3000 KPA @18C. IT CONTAINED 4.42 L GAS AND 2.00 L WAT  ER.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE REOCVERED FROM A WATER CONTAINING   SUSPENDED PARTICLES.


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM A SALT WATER CONTAINING   SUSPENDED MATTER


Sample_appearance:
ANALYSIS PERFORMED ON YELLOW FILTRATE REOCVERED FROM MUDDY WATER IN SAMPLER.SE  E SUMMARY PAGE FOR SAMPLE CONTENTS


Remarks:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING   TRACE SEDIMENT.                                                                 SEE SUMMARY PAGE FOR SAMPLER CONTENTS.


Sample_appearance:
ANALYSIS DONE ON A DARK YELLOW FILTRATE TAKEN FROM SOUR WATER.NOTE:THE H2O CON  TENT INTERFERES WITH THE ALKALINITY TITRATION.THE RESULTS DO NOT REFLECT TRUE   alkalinity.*analysis confirmed*.Sample#1:sampled from preflow.consisted of gas  .contained 78.57% air. #2:from top.consisted of a dark yellow filtrate taken f  rom sour water. #3:from middle.consisted of a yellow filtrate taken from sour   muddy water.Resistivity of water = 1.50 hm meters @25c.

Remarks:
#4: from top of tool. consisted of a pale yellow filtrate recovered from sour   muddy water. resistivity of the filtrate = 1.28 ohm meters @25C.'


Sample_appearance:
ANALYSIS PERFORMED ON A GREY FILTRATE RECOVERED FROM OILY MUD.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A WATER CONTAINING   SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A LIGHT GREEN FILTRATE RECOVERED FROM A WATER CONTAININ  G SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FORM A WATER CONTAINING   SUSPENDED MATTER


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW FILTRATE RECOVERED FROM A WATER CONTAINING SUS  PENDED MATTER


Sample_appearance:
SAMPLE CONSISTED OF SLIGHTLY SOUR SALT WATER


Sample_appearance:
SAMPLE CONSISTED OF A DARK BROWN FILTRATE RECOVERED FROM MUD


Sample_appearance:
SAMPLE CONSISTED OF A RECOVERED FROM MUDDY WATR


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%.THE IMBALANCE IS CAUSED BY *CATIO  NS*NOT ANALYZED.SALINITY  = 4.91%


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAININ  G SUSPENDED MATTER. SPOT TEST INDICATES THE PRESENCE OF AMMONIA


Sample_appearance:
ANLAYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAINING   SUSPENDED MATTER


Remarks:
THE SAMPLE CONSISTED OF A PALE YELLOW COLOURED FILTRATE RECOVERED FROM MUD.


Remarks:
AN ALPINE TESTERS DS #501 WAS RECEIVED AT ATMOSPHERIC PRESSURE AND CONTAINED 0  .150 LITRES OF WATER.  ANALYSIS PERFORMED ON A PALE YELLOW COLOURED FILTRATE R  ECOVERED FROM WATERY MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A TURBID YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAIN  ING SEDIMENT


Remarks:
A SCHLUMBERGER TESTERS DOWNHOLE SAMPLER #113789 WAS RECEIVED AT 200 KPA.  CONT  AINED IN THE CHAMBER WAS A SMALL AMOUNT OF GAS AND 0.200 LITRES OF WATER.  ANA  LYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY SALT WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A PALE YELLOW FILTRATE RECOVERED FROM SALT WATER CONTAIN  ING SUSPENDED MATTER


Sample_appearance:
ANALSIS PERFORMED ON CLEAR FILTRATE FROM SALT WATER CONTAINING SUSPENDED MATTE  R


Sample_appearance:
SAMPLE RECEIVED CONSISTED OF PALE YELLO WATER


Sample_appearance:
THE IONIC BALANCE FOR THIS WATER EXCEEDS 10%.THE IMBALANCE IS CAUSED BY CATION  S NOT ANALYZED. SLINITY = 0.06%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 5ML. THE ABOVE RESULTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.04%


Sample_appearance:
SAMPLE CONSISTED OF A DARK YELLOW COLORED FILTRATE RECOVERED FROM A WATERY MUD


Sample_appearance:
SAMPLE CONSISTED OF A DARK YELLOW COLORED FILTRATE RECOVERED FROM A MUDY WATER  .                                                                               *ANALYSIS CONFIRMED*


Remarks:
ANALYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FROM A WATERY MUD.    A BAKER OIL TOOLS DOWNHOLE SAMPLER WAS RECEIVED WITH AN OPENING PRESSURE OF 1  20KPA @18C.  IT CONTAINED NO RECOVERABLE GAS AND 2.0L OF WATERY MUD.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 7.5ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.23%


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN ALCOHOL CONTAMIN  ATED SALT WATER CONTAINING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM AN ALCOHOL CONTAMIN  ATED SALT WATER CONTAININED SUSPENDED MATTER.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL STAINED WATER


Sample_appearance:
ANALYSIS PERFORMED ON AN ORANGE FILTRATE RECOVERED FROM WATER CUT OIL IN SAMPL  ER.


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 4ML. THE ABOVE REUSLTS PERTAIN TO THE W  ATER EXTRACTED FROM THE MUD. SALINITY = 0.03%


Sample_appearance:
ANALYSIS DETERMINED ON A PALE GREEN FILTRATE RECOVERED FROM MUDDY WATER. A BAK  ER OIL TOOLS DHS WSA RECEIVED WITH AN OPENING PRESSURE OF 8200 KPA @18C. IT CO  NTAINED 210.86 L GAS AND 0.25L MUDDY WATER


Sample_appearance:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM MUDDY WATR


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM WATER WITH SUSPEN  DED MATTER


Sample_appearance:
ANALYSIS PERFORMED ON A CLAER FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T IN SAMPLER


Sample_appearance:
ANALYSIS PERFORMED ON A BROWN FILTRATE RECOVERED FROM WATERY MUD


Sample_appearance:
A PALE BROWN FILTRATE REC'D FROM WATERY MUD.


Sample_appearance:
ANALYSIS PERFORMED ON A LIGHT BROWN FILTRATE RECOVERED FROM DRILLING MUD


Remarks:
ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECOVERED FROM A SALT WATER CONTAI  NING SUSPENDED MATTER.


Sample_appearance:
ANALYSIS DETERMINED ON A YELLOW COLOURED FILTRATE RECOVERED FROM MUDDY WATER.   SAMPLE #1: SAMPLED FROM TOP.  ANALYSIS DETERMINED ON A COLORLESS FILTRATE RECO  VERED FROM A MUDDY WATER. CHLORIDE OF FILTRATE = 1616 MG/L.  SAMPLE #2: SAMPLE  D FROM MIDDLE.  ANALYSIS DETERMINED ON A YELLOW COLORED FILTRATE RECOVERED FRO  M A MUDDY WATER.  CHLORIDE OF FILTRATE = 21570 MG/L.  SAMPLE #3: SAMPLED FROM   TOP OF TOOL.  SAMPLE CONSISTED OF MUDDY WATER.  (WATER ANALYSIS F93-8163-3).


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T. AMMONIA WAS DETECTED IN SAMPLE


Sample_appearance:
ANALYSIS PERFORMED ON A CLAR FILTRATE RECOVERED WITH WATERY COLD AGS


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUC


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FITLRAET REOCVERED FROM WATERY MUD


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATER CUT OIL


Sample_appearance:
ANALYSIS PERFORMED ON PALE YELLOW FILTRATE RECOVERED FROM MUDDY WATER.INSUFFIC  IENT RECOVERABLE WATER FOR COMPLETE ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.I  NSUFFICIENT RECOVERABLE WATER FROM COMPLETE ANALYSIS


Remarks:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL FLECKED WATER.  LOW   ION BALANCE MAY BE DUE TO THE PRESENCE OF HIGH NITRATE.


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM OIL FLECKED WATER.  LOW   ION BALANCE MAY BE DUE TO THE PRESENCE OF HIGH NITRATE.

Remarks:
G96-9736-1 TOP OF RECOVERY.  NO ANALYSIS OF WATER AS REQUESTED.                 G96-9736-2 BOTTOM OF RECOVERY.  WATER ANALYSIS G96-9736-2                       DOWNHOLE SAMPLER #55 WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMPERA  TURE.  IT CONTAINED 2.60 LITRES OF WATERY MUD.  NO ANALYSIS AS REQUESTED.


Remarks:
ANALYSIS PERFORMED ON A CLEAR FILTRTE RECOVERED FROM WATERY MUD IN SAMPLER.  S  EE SUMMARY PAGE FOR SAMPLER CONTENTS.


Sample_appearance:
ANALYSIS DETERMINED ON A DARK BROWN FILTRATE RECOVERED FROM A SLAT WATER CONTA  INING SUSPENDED MATTER


Sample_appearance:
A LIGHT BORWN COLORED FILTRATE REC'D FROM A SOUR SALT WATER CONTAINING          SUSPENED MATTER. A BAKER OIL TOOLS DHS RECEIVED WITH AN OPENING PRESSURE      OF 1000 KPA @ 18 C. IT CONTAINED A SMALL AMOUNT OF GAS AND 2.25 L             OF WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATERY MUD. *INSUFFICIEN  T SAMPLE FOR COMPLETE ANALYSIS


Sample_appearance:
ANALYSIS PERFORMED ON A YELLOW FILTRATE RECOVERED FROM WATERY MUD. ANALYSIS CO  NFIRMED


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRAC  E SEIDMENT.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 14.5ML. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM THE MUD. SALINITY = 0.17


Sample_appearance:
#1: top of recovery. EC (ds/m):4.50  RESISTIVITY (ohm/m): 2.22                  #2: middle recovery. "       ":4.70  "                 ": 2.13                  33: bottom recovery. "       ":4.68  "                 ": 2/14


Sample_appearance:
ANLAYSIS DETERMINED ON AN AMBER FILTRATE RECOVERED FROM A SAMLE CONTAINING TRA  CE SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON AMBER COLOURED FILTRATE RECOVERED FROM MUDDY WATER


Sample_appearance:
analysis performed on a clear filtrate recovered from oil cu water. low ion bl  anace could be due to an unidentified interferant


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING SEDI  MENT.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRAC  E SEDIMENT AND A LAYER OF HYDROCARBONS.ANALYSIS CONFIRMED.


Sample_appearance:
ANALYSIS PERFORMED ON CLEAR FILTRATE RECOVERED FROM A SAMPLE CONTAINING A TRAC  E OF SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM SOUR WATER CONTAINNIG SD  IMENT


Sample_appearance:
ANALYSIS PERFORMED ON A DARK FILTRATE RECOVERED FROM WATERY MUD. LOW ION BALAN  CE MAT BE DUE TO PRESENCE OF HIGH ORGANICS.


Sample_appearance:
ANALYSIS DETERMINED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIME  NT


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAINNG   SUSPENDED MATTER. NOTE:SAMPLE HAD A SLIGHT CHEMICAL ODOR. *ANALYSIS CONFIRMED  *


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAININ  G SUSPENDED MATTER. ION BALANCE = 95.00%


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAINNG   SUSPENDED MATTER. ION BALANCE = 90.87%


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAININ  G SUSPENDED MATTER, ION BALANCE = 99.01%


Sample_appearance:
ANALYSIS DETERMINED ON A PALE YELLOW FILTRATE RECOVERED FROM A WATER CONTAINIG   SUSPENDED MATTER. ION BALANCE = 98.24%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T. ANLAYSIS CONFIRMED


Sample_appearance:
PALE YELLOW FILTRATE RECOVERED FROM A SAMPLE CONTAINING A TRACE SEDIMENT AND A  IR OXIDIZED IRON


Sample_appearance:
ANALYSIS PERFORMED ON A LIGHT BROWN FILTRATE RECOVERED FROM MUD


Sample_appearance:
analysis performed on a clear filtrate recovered from water containing sedimen  t


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM WATER CONTAINING SEDIMEN  T. DHS WAS RECIEVED WITH AN OPENING RPESSURE OF 13000 KPA AT AMBIENT TEMP. IT   CONTAINED GAS AND 1.4 LITRES OF WATER CONTAINING SEDIMENT


Sample_appearance:
A GREEN FILTRATE REC'D FROM WATER CONTAINING SEDIMENT.


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 25ML. THE ABOVE RESULTS PERTAIN TO THE   WATER EXTRACTED FROM THE MUD. SALINITY = 0.60%


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTATE RECOVERED FROM A SAMPLE CONTAINING SEDIM  ENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM A SALT WATER CONTAINING   SEDIMENT


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE REOCVERED FROM OIL CUT WATER


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 12.0MLS. THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD. SALNITY = 0.31%


Sample_appearance:
TEH 30 MINUTE API MUD FILTRATE LOSS IS 10.0 MLS. THE ABOVE RESULTS PERTAIN TO   THE WATER EXTRACTED FROM THE MUD. SALIINITY = 0.18%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10.0MLS. TEH ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD.SALININTY = 0.9%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 8.0MLS.THE ABOVE RESULTS PERTAIN TO TEH   WATER EXTRACTED FROM THE MUD.SALINITY = 0.13%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 8.0MLS. THE ABOVE RESULTS PERTAIN TO TH  E WATER EXTRACTED FROM THE MUD. SALINITY = 0.14%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 8.0MLS. THE ABOVE RESULTS PERTAIN TO TH  E WATE EXTRACTED FROM THE MUD.SALINITY = 0.16%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 8.0 MLS. THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD. SALINITY = 0.17%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 9.0 MLS. THE ABOVE RESULTS PERTAIN TO T  HE WATER EXTRACTED FROM THE MUD. SALINITY = 0.13%


Sample_appearance:
THE 30 MINUTE API MUD FILTRATE LOSS IS 10.3 MLS. THE ABOVE RESULTS PERTAIN TO   THE WATER EXTRACTED FROM THE MUD. SALINITY = 0.17%


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM MUD.


Remarks:
ANALYSIS PERFORMED ON YELLOW FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.    THE DOWNHOLE SAMPLER WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMPERA  TURE.  IT CONTAINED 1.75 LITRES OF MUDDY WATER.


Remarks:
ANALYSIS PERFORMED ON ORANGE FILTRATE RECOVERED FROM WATERY MUD.


Remarks:
ANALYSIS PERFORMED ON ORANGE FILTRATE RECOVERED FROM MUDDY WATER.


Remarks:
ANALYSIS PERFORMED ON ORANGE FILTRATE RECOVERED FROM MUD.


Remarks:
ANALYSIS PERFORMED ON ORANGE FILTRATE RECOVERED FROM A SAMPLE CONTAINING TRACE   SEDIMENT.  THE DOWNHOLE SAMPLER WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMB  IENT TEMPERATURE.  IT CONTAINED 2.40 LITRES OF WATER.


Sample_appearance:
ANALYSIS PERFORMED ON A CLEAR FILTRATE RECOVERED FROM MUDDY WATER IN SAMPLER.   INSUFFICIENT SAMPLE FOR COMPLETE ANALYSIS.                                      SAMPLE'S #1-4 NO ANALYSIS OF DRILLING FLUID AS REQUESTED.                       DHS WAS RECEIVED WITH ATMOSPHERIC PRESSURE AT AMBIENT TEMP. IT CONTAINED 1.0 L  ITRES OF MUDDY WATER


# Wells

Well_name:
ALLENBEE   SOUTH BRAZEAU NO. 1 D- 068-F/092-G-02


Well_name:
PHILLIPS   DAIBER A NO. 1 A- 045-D/094-B-16


Well_name:
PEACE RIVER ALLIED  FORT ST JOHN NO. 1  01-09-08


Well_name:
PACIFIC ACT  KISKATINAW NO. 1  07-15-081-15


Well_name:
PACIFIC ATLANTIC  FLATHEAD NO. 1 D- 034-E/082-G-


Well_name:
PEACE RIVER ALLIED  FORT ST JOHN NO. 2  08-27-08


Well_name:
PACIFIC   FORT ST JOHN NO. 15  08-31-083-17


Well_name:
SAMSON ET AL  FT ST JOHN SE  04-10-083-17


Well_name:
PACIFIC   CECIL LAKE NO. 1  04-11-085-17


Well_name:
PACIFIC   FORT ST JOHN NO. 11  04-23-086-21


Well_name:
SAMSON ET AL  FT ST JOHN SE  08-05-083-17


Well_name:
PACIFIC   FORT ST JOHN NO. 21  07-24-083-19


Well_name:
PACIFIC   FORT ST JOHN NO. 25  01-02-084-19


Well_name:
SUNCOR ET AL  BLUEBERRY C- 065-D/094-A-13


Well_name:
PACIFIC   FORT ST JOHN NO. 28  09-03-084-18


Well_name:
PACIFIC   FORT ST JOHN NO. 33  04-36-082-16


Well_name:
PACIFIC   FORT ST JOHN NO. 29  16-17-085-19


Well_name:
SOUTHERN PRODUCT   ATLANTIC B7-1  12-33-085-16


Well_name:
SUNCOR ET AL  BLUEBERRY B- 038-C/094-A-13


Well_name:
TEXACO NFA  NIG CREEK NO. 4 D- 021-L/094-H-03


Well_name:
AMARILLO   ENDERBY NO. 1 D- 059-I/082-L-06


Well_name:
PACIFIC   BUICK CREEK NO. 5 A- 086-K/094-A-11


Well_name:
SOUTHERN PRODUCTION CANADA.  ATLANTIC B4-1  10-0


Well_name:
SINCLAIR CANADIAN  ATLANTIC NO. B13-L B- 090-G/0


Well_name:
TEXACO NFA  BEATTON RIVER NO. 1 D- 003-D/094-H-1


Well_name:
PACIFIC   AITKEN CREEK NO. 1 D- 038-K/094-A-11


Well_name:
IMPERIAL SIKANNI  CHIEF NO. 1 B- 092-D/094-I-04


Well_name:
IMPERIAL   KAHNTAH NO. 1 B- 029-C/094-I-07


Well_name:
PENN WEST NUMAC  TWO RIVERS  02-27-082-16


Well_name:
PACIFIC   FORT ST JOHN NO. 40 A07-08-088-21


Well_name:
TEXACO NFA  BUICK CREEK NO. 7  06-26-087-21


Well_name:
PACIFIC   FORT ST JOHN NO. 41  06-27-084-20


Well_name:
GULF STATES   EVIE LAKE NO. 1 B- 090-G/094-J-14


Well_name:
PACIFIC   FORT ST JOHN NO. 42  08-33-082-16


Well_name:
ROYAL CAN-VAN TOR-BIG  HORN KUHN NO. 4 A- 017-B/


Well_name:
HUDSONS BAY BA UNION  MILLIGAN NO. 2 A- 050-C/09


Well_name:
TALISMAN ET AL  W MILLIGAN C- 071-F/094-H-02


Well_name:
HUDSONS BAY BA UNION  MILLIGAN NO. 3 A- 016-F/09


Well_name:
HERCON KEY  EVANS NO. 1 C- 011-D/092-G-01


Well_name:
FARGO ET AL  HALFWAY NO. 2  06-23-087-25


Well_name:
SAMSON ET AL  FT ST JOHN SE  10-04-083-17


Well_name:
SUNCOR ET AL  BLUEBERRY A- 034-D/094-A-13


Well_name:
PACIFIC   FORT ST JOHN NO. 63  07-25-083-19


Well_name:
SUNCOR ET AL  BLUEBERRY D- 082-L/094-A-12


Well_name:
IMPERIAL PACIFIC  SIPHON CREEK  01-26-086-16


Well_name:
UNION   AITKEN CREEK NO. 2 C- 087-E/094-A-14


Well_name:
SAMSON ET AL  FT ST JOHN SE  10-10-083-17


Well_name:
GULF STATES   KWOKWULLIE NO. 1 D- 076-D/094-P-07


Well_name:
TRIAD   CONROY CREEK NO. 1 D- 033-C/094-H-12


Well_name:
TEXACO NFA  BEATTON RIVER NO. 2 B- 027-B/094-H-1


Well_name:
HUDSONS BAY UNION BA  MILLIGAN NO. 4 B- 094-D/09


Well_name:
HUDSONS BAY UNION IMPERIAL  GUTAH CREEK NO. 2 B-


Well_name:
HUDSONS BAY UNION-BA  MILLIGAN NO. 5 D- 056-C/09


Well_name:
BERKLEY ET AL  W BLUEBERRY D- 019-L/094-A-12


Well_name:
TEXACO NFA  BOUNDARY LAKE NO. 4  03-18-087-13


Well_name:
TEXACO NFA  BOUNDARY LAKE NO. 6  14-22-088-15


Well_name:
PHILLIPS   SIKANNI NO. 1 B- 045-H/094-G-07


Well_name:
PACIFIC   RED CREEK NO. 87  14-11-085-21


Well_name:
PHILLIPS   SIKANNI NO. 1 D- 047-A/094-B-09


Well_name:
IMPERIAL PACIFIC  CAMERON RIVER  03-17-087-23


Well_name:
PACIFIC IMPERIAL  CACHE CREEK NO. 1  05-01-085-2


Well_name:
GULF STATES  W GUNDY CREEK D- 035-B/094-B-16


Well_name:
CALPINE ET AL  BEATTON B- 038-J/094-H-02


Well_name:
PHILLIPS   BEATTON A NO. 1 A- 031-K/094-A-15


Well_name:
CAMPION ENERMARK  TOWN C- 069-J/094-B-16


Well_name:
PACIFIC SCURRY  DAWSON CREEK NO. 5  10-16-079-15


Well_name:
GULF STATES  KOTCHO LAKE NO. 2 D- 079-K/094-I-14


Well_name:
BA SHELL  KLUA CREEK NO. 2 A- 056-H/094-J-09


Well_name:
UNION RICHFIELD  HUNTER A- 077-I/094-H-02


Well_name:
UNION HUDSONS BAY  MILLIGAN CREEK N C- 016-H/094


Well_name:
SUNCOR ET AL  BLUEBERRY B- 036-C/094-A-13


Well_name:
IMPERIAL PAN AMERICAN  TATTOO NO. 26 A- 026-B/09


Well_name:
PACIFIC SCURRY  DAWSON CREEK NO. 6  12-23-079-15


Well_name:
SINCLAIR CANADIAN  ATLANTIC NO. B8-1 D- 043-C/09


Well_name:
HUDSONS BAY IMPERIAL  PADDY NO. 2 C- 074-B/094-H


Well_name:
UNION HUDSONS BAY  DOIG RIVER B- 023-D/094-A-16


Well_name:
PACIFIC   FORT NELSON NO. 2 A- 019-G/094-J-10


Well_name:
GULF STATES   FORT NELSON NO. 2 A- 095-J/094-J-1


Well_name:
HONOLULU IMPERIAL  PROGRESS NO. 7  07-34-077-18


Well_name:
FARGO ET AL  BLUEBERRY NO. 22 D- 047-C/094-A-13


Well_name:
FARGO ET AL  SOUTH BLUEBERRY # 24  10-12-088-23


Well_name:
IMPERIAL PACIFIC  WINDY CREEK NO. 11  11-23-081-


Well_name:
GULF STATES   POPLAR HILLS NO. 1 B- 097-A/094-O-


Well_name:
CALPINE ET AL  BEATTON D- 029-J/094-H-02


Well_name:
RICHFIELD MIC MAC HOMESTEAD  GOLD CREEK NO. 1 C-


Well_name:
PHILLIPS   UMBACH NO. 2 B- 066-G/094-A-14


Well_name:
PAN AM ET AL  A-1 SNAKE RIVER C- 028-D/094-O-01


Well_name:
UNION RICHFIELD  SCOT POINT D- 085-I/094-H-02


Well_name:
SINCLAIR PAC  MILLIGAN D- 071-B/094-H-02


Well_name:
SINCLAIR PAC  CHINCHAGA A- 034-L/094-H-08


Well_name:
GULF STATES IMP  CLARKE LAKE C- 064-I/094-J-10


Well_name:
GULF STATES IMP  CLARKE LAKE B- 018-D/094-J-16


Well_name:
CAMPION ET AL  BLUEBERRY D- 099-D/094-A-13


Well_name:
WOODLEY IMPERIAL  KLUA A- 027-G/094-J-08


Well_name:
CALPINE ET AL  BEATTON D- 040-J/094-H-02


Well_name:
SUNCOR ET AL HZ BLUEBERRY C-A029-K/094-A-12


Well_name:
TRIAD   NORTH BEATTON RIVER D- 079-C/094-H-07


Well_name:
PENN WEST ENCAL  SILVER C- 052-K/094-H-06


Well_name:
TEXACO NFA  NORTH OSBORN B- 077-L/094-A-09


Well_name:
SUNCOR ET AL  BLUEBERRY D- 097-D/094-A-13


Well_name:
GULF STATES  KATHY (1) A- 034-E/094-P-03


Well_name:
TRIAD   N BEATTON RIVER D- 004-C/094-H-07


Well_name:
WEST NAT ET AL  FORT NELSON D- 038-J/094-J-10


Well_name:
PACIFIC   NORTH KOTCHO D- 085-C/094-P-03


Well_name:
HB PACIFIC  POCKETKNIFE C- 080-L/094-G-07


Well_name:
SINCLAIR PAC  ROBERTSON CREEK D- 039-J/094-B-15


Well_name:
WEST NAT ET AL  FORT NELSON C- 070-I/094-J-10


Well_name:
TRIAD BP  CONROY CREEK C- 100-A/094-H-12


Well_name:
WEST NAT   PETITOT RIVER A- 081-L/094-P-12


Well_name:
STORM PC PHILLIPS  KOTCHO B- 030-F/094-P-03


Well_name:
SINCLAIR PACIFIC  LICHEN D- 031-A/094-I-14


Well_name:
SINCLAIR ET AL  DATCIN B- 046-G/094-I-15


Well_name:
TRIAD BP  N BEATTON RIVER D- 087-D/094-H-07


Well_name:
ATLANTIC PAC  E KOTCHO B- 019-G/094-P-03


Well_name:
SUNCOR ET AL  BLUEBERRY D- 030-K/094-A-12


Well_name:
SUNCOR ET AL  BLUEBERRY D- 040-K/094-A-12


Well_name:
PURE ET AL  W MILLIGAN D- 067-G/094-H-02


Well_name:
SINCLAIR ET AL  DATCIN A- 054-G/094-I-15


Well_name:
PACIFIC SR WEST CDN  W PEEJAY D- 011-J/094-A-15


Well_name:
RICHFIELD PURE  SUNNYSIDE B- 051-C/092-G-02


Well_name:
TEXACO NFA  TOWNSOITOI D- 044-C/094-I-10


Well_name:
SUNCOR ET AL  BLUEBERRY C- 071-L/094-A-12


Well_name:
UNION HB BA  ADSKWATIN B- 039-A/094-H-01


Well_name:
SINCLAIR PACIFIC  LICHEN C- 041-A/094-I-14


Well_name:
APACHE PACIFIC  FORT NELSON A- 091-C/094-J-10


Well_name:
UNION KCL ROC  JUNIPER D- 030-A/094-H-07


Well_name:
MEDALLION CHARTER  RED WILLOW C- 064-L/094-A-15


Well_name:
UNION HB SINCLAIR  BULRUSH D- 077-F/094-A-16


Well_name:
RICHFIELD PURE  PT ROBERTS D- 007-A/092-G-03


Well_name:
SUNCOR ET AL  BLUEBERRY B- 024-D/094-A-13


Well_name:
SINCLAIR ET AL  DATCIN B- 039-H/094-I-15


Well_name:
WHITE ROSE IOE ET AL  SLAVE B- 057-B/094-H-14


Well_name:
WEST NAT ET AL  WILDBOY B- 006-A/094-P-14


Well_name:
WEST NAT ET AL  LOUISE D- 100-E/094-P-03


Well_name:
SUNCOR ET AL  BLUEBERRY D- 041-L/094-A-12


Well_name:
UNION HB SINC PAC  BULRUSH D- 057-F/094-A-16


Well_name:
WILLIAMSON PAC  BOUGIE D- 031-F/094-G-15


Well_name:
OLYMPIA SUNCOR  POCKETKNIFE D- 033-I/094-G-06


Well_name:
CDN-SUP FINA ALMINEX  TRUTCH A- 075-C/094-G-16


Well_name:
UNION HB BA  GROUNDPINE D- 056-K/094-H-01


Well_name:
CDR HB UNION  CHINCHAGA C- 002-B/094-H-09


Well_name:
SOHIO TRIAD  EVERGREEN B- 016-B/094-H-07


Well_name:
SOHIO TRIAD  EUCALYPTUS B- 003-E/094-H-07


Well_name:
TRIAD ROC CANDEL  LAPRISE C- 076-K/094-H-04


Well_name:
ALTAIR W MINERAL  BUICK B- 022-C/094-A-14


Well_name:
SINCLAIR PACIFIC  WOLF D- 083-B/094-A-15


Well_name:
PLACID FRONTIER  GUNNEL C- 098-L/094-I-12


Well_name:
JAMES PRP ET AL  GRIZZLY D- 002-A/093-I-15


Well_name:
UNION HB CDR  CHINCHAGA B- 044-A/094-H-09


Well_name:
SINCLAIR ET AL  WOLVERINE A- 059-G/094-A-16


Well_name:
SINCLAIR ET AL  WOLVERINE D- 083-F/094-A-16


Well_name:
DOME PROVO CEGO IOE  SENTINEL A- 011-L/094-I-06


Well_name:
WHITEHALL CDN SUP  E BUICK C- 072-D/094-A-15


Well_name:
JEFF LAKE ALTAIR  STODDART  06-23-086-19


Well_name:
WILLIAMSON ET AL  BLUEBERRY  11-19-088-24


Well_name:
SUNCOR ET AL  BLUEBERRY B- 022-D/094-A-13


Well_name:
JEFF LAKE ALTAIR  STODDART  06-06-086-18


Well_name:
UNION ET AL  BIG ARROW D- 072-E/094-H-02


Well_name:
MOSBACHER COX BA SHELL  KLUA A- 037-F/094-J-09


Well_name:
CALPINE ET AL  WOODRUSH D- 083-H/094-H-02


Well_name:
UNION HB ET AL  SNOWBERRY D- 060-D/094-H-01


Well_name:
SUNCOR ET AL  BLUEBERRY D- 038-K/094-A-12


Well_name:
WEST NAT ET AL  BLUEBERRY D- 006-D/094-A-13


Well_name:
PAN AM IOE  BEAVERSKIN D- 086-F/094-I-01


Well_name:
ENCAL ET AL  W CURRANT D- 033-D/094-A-16


Well_name:
CDN-SUP IOE ET AL  TEKLO A- 034-H/094-I-07


Well_name:
BANFF ET AL  BEAVERSKIN A- 075-G/094-I-01


Well_name:
AMARILLO ET AL  ANTELOPE D- 051-I/094-H-02


Well_name:
PACIFIC SR CANDEL  AKUE D- 018-B/094-J-11


Well_name:
COX ET AL BA SHELL  KLUA B- 021-D/094-J-09


Well_name:
ENERMARK MURPHY ET AL  INGA  16-07-086-23


Well_name:
CANDEL BARNWELL HB  HOSS D- 052-G/094-P-14


Well_name:
CANDEL BARNWELL HB  JON A- 085-J/094-P-14


Well_name:
HUSKY ALCON IOE  QUINTETTE A- 070-C/093-I-15


Well_name:
WEST NAT ET AL  E BLUEBERRY D- 028-C/094-A-13


Well_name:
WEST NAT ET AL  ALEXANDER D- 045-K/094-A-12


Well_name:
HOMESTEAD ET AL  TWO RIVERS  06-16-083-16


Well_name:
PENN WEST ET AL  SILVER D- 081-L/094-H-06


Well_name:
SINCLAIR PACIFIC  S SIERRA A- 037-K/094-I-11


Well_name:
MARATHON LL&E  BIGFOOT A- 026-C/094-I-04


Well_name:
ACEL ET AL  W BLUEBERRY A- 007-L/094-A-12


Well_name:
CALPINE ANADARKO  DAHL D- 011-J/094-H-07


Well_name:
WEST NAT ET AL  ORIOLE D- 068-L/094-A-11


Well_name:
BURLINGTON ET AL  FLATROCK A10-27-084-16


Well_name:
ACEL ET AL  W BLUEBERRY D- 039-L/094-A-12


Well_name:
ENERMARK MURPHY ET AL  INGA  06-07-086-23


Well_name:
BVX PACIFIC ET AL  BLACK C- 038-F/094-H-06


Well_name:
BANFF ET AL  STANISLAS C- 028-H/094-O-16


Well_name:
PLACER CEGO ET AL  HELMET B- 002-K/094-P-07


Well_name:
IOE SCURRY ET AL  DAHL A- 089-B/094-H-10


Well_name:
DIASHAM SUPTST  W JEANS D- 037-I/094-A-12


Well_name:
TALISMAN ET AL  GRASSY A- 075-D/094-G-07


Well_name:
GPD NOEL ET AL  POPLAR D- 035-G/094-O-04


Well_name:
PENZL WEST PROD HB  NIG A- 005-E/094-H-03


Well_name:
UNOCAL ET AL  N AITKEN C- 060-D/094-H-04


Well_name:
LRI DOME HOMESTEAD  HELMET D- 041-F/094-P-07


Well_name:
FINA MANA HB  CALENDAR D- 020-I/094-P-10


Well_name:
DIASHAM MOBIL  SAHTANEH C- 036-I/094-I-12


Well_name:
TENN MONSANTO  W WEASEL D- 061-C/094-H-02


Well_name:
UNION ET AL  SCOT POINT A- 081-I/094-H-02


Well_name:
CALPINE ET AL  BEATTON D- 011-K/094-H-02


Well_name:
UNION HB PINE PASS  AITKEN D- 071-I/094-B-16


Well_name:
PACIFIC ET AL  BULRUSH D- 063-F/094-A-16


Well_name:
BRALORNE ET AL  S CURRANT B- 082-K/094-A-09


Well_name:
PACIFIC ET AL  WOLVERINE D- 100-B/094-A-16


Well_name:
QUASAR AM HESS  W BOUNDARY  06-17-086-14


Well_name:
CALPINE ET AL  BEATTON D- 021-K/094-H-02


Well_name:
WAINOCO PENNZOIL  KYKLO D- 068-G/094-I-11


Well_name:
CDN-SUP SUN  STEAMBOAT A- 069-J/094-J-12


Well_name:
MOBIL ET AL  DONNAMARIE B- 021-G/094-O-06


Well_name:
WAINOCO PENNZOIL  KYKLO C- 080-H/094-I-11


Well_name:
QUINTANA PACIFIC  SHEKILIE C- 076-A/094-I-16


Well_name:
TALISMAN ET AL  FIREWEED A- 043-H/094-A-13


Well_name:
PACIFIC ET AL  JACKFISH C- 097-H/094-J-07


Well_name:
PACIFIC ET AL  WOLVERINE C- 030-G/094-A-16


Well_name:
PACIFIC CIGOL  N BUBBLES C- 036-G/094-G-08


Well_name:
ANADARKO ET AL  GRAHAM B- 021-D/094-B-09


Well_name:
ASHLAND PACIFIC  OSPREY D- 027-J/094-A-15


Well_name:
WAINOCO SIERRA  E BULRUSH D- 015-K/094-A-16


Well_name:
WAINOCO ET AL  E OSBORN B- 064-I/094-A-09


Well_name:
BCSTAR QUINTANA  ADSETT B- 014-G/094-J-02


Well_name:
CDN RES QUINTANA PAC  KOTCHO B- 066-I/094-I-14


Well_name:
CDN RES QUINTANA PAC  KOTCHO A- 001-I/094-I-14


Well_name:
CDN RES QUINTANA  JUNIOR C- 063-H/094-I-12


Well_name:
BUTTES GAO GEOG  HELMET C- 012-L/094-P-07


Well_name:
PENN WEST ET AL  THETLAANDOA C- 034-L/094-P-06


Well_name:
AQUIT AMMIN  WINDFLOWER C- 024-H/094-O-11


Well_name:
OAKWOOD IOE ET AL  SCATTER D- 098-F/094-N-10


Well_name:
CANDEL ET AL LL&E  TRUTCH B- 002-K/094-G-10


Well_name:
CALPINE ET AL  W WEASEL B- 081-C/094-H-02


Well_name:
PENN WEST ET AL  THETLAANDOA C- 030-K/094-P-06


Well_name:
SCURRY BALLINDERRY  N PINE  06-21-085-18


Well_name:
CDN RES QUINTANA PAC  KOTCHO A- 046-E/094-I-15


Well_name:
PACIFIC ET AL  LAPRISE C- 034-D/094-H-05


Well_name:
LAMAR HUNT ET AL  UMBACH D- 039-J/094-A-14


Well_name:
NUMAC ET AL  W CURRANT D- 042-D/094-A-16


Well_name:
CDN RES QUINTANA  HILLER C- 092-J/094-I-14


Well_name:
PENN WEST ET AL  THETLAANDOA C- 089-G/094-P-06


Well_name:
CDN RES SIEBENS  KWOKWULLIE D- 095-D/094-P-07


Well_name:
CNRES ET AL  WOLVERINE D- 089-K/093-I-15


Well_name:
PACIFIC UNION  E KOTCHO A- 083-G/094-I-14


Well_name:
TALISMAN ET AL  BULLMOOSE D- 077-E/093-P-03


Well_name:
TALISMAN DOMCAN  E RIGEL D- 035-L/094-A-09


Well_name:
CDN RES QUINTANA PAC  KOTCHO D- 007-I/094-I-14


Well_name:
HUSKY ET AL  HORSESHOE C- 045-B/094-B-10


Well_name:
AEC ET AL  S THETLAANDOA A- 058-F/094-P-06


Well_name:
HESS AQUIT ET AL  WINDFLOWER D- 067-A/094-O-11


Well_name:
LAMAR HUNT SOC  AIKMAN B- 002-C/094-B-09


Well_name:
AEC ET AL  S THETLAANDOA C- 012-E/094-P-06


Well_name:
WAINOCO ET AL  CURRANT D- 031-D/094-A-16


Well_name:
QUASAR ET AL  BULLMOOSE A- 086-K/093-P-03


Well_name:
WEST NAT ET AL  FIREWEED D- 077-A/094-A-13


Well_name:
PACIFIC CIGOL  LAPRISE B- 053-I/094-G-08


Well_name:
ASHLAND ANADARKO  E BUICK D- 011-D/094-A-15


Well_name:
CNRES ET AL  S GRIZZLY B- 077-A/093-I-15


Well_name:
CANHUNTER ET AL  GUNDY A- 008-H/094-B-16


Well_name:
FRIO QUINTANA  HORSERANGE A- 032-D/094-G-16


Well_name:
WESTCOAST HOMESTEAD  UMBACH D- 047-F/094-H-03


Well_name:
AMOCO PCP  THETLAANDOA A- 089-B/094-P-06


Well_name:
PACIFIC ARCO  BEAVERTAIL A- 001-F/094-A-15


Well_name:
PACIFIC ET AL  WILDMINT D- 096-I/094-A-15


Well_name:
WESTCOAST DIASHAM  KYKLO A- 034-F/094-I-11


Well_name:
WESTCOAST ET AL  TOMMY B- 042-A/094-G-16


Well_name:
ATKINSON CDN RES ET AL  HELMET A- 001-F/094-P-07


Well_name:
CDN RES ET AL  PETITOT B- 065-D/094-P-13


Well_name:
HOMESTEAD ET AL  GREEN C- 055-I/094-G-07


Well_name:
QUINTANA FRIO  W PETITOT B- 049-L/094-P-12


Well_name:
WESTMINSTER ET AL  HELMET A- 035-K/094-P-07


Well_name:
CAMPION ENERMARK  TOWN B- 090-J/094-B-16


Well_name:
WESTCOAST CANHUNTER  ELM B- 024-F/094-H-07


Well_name:
DOME CANDEL  SAHDOANAH C- 040-E/094-P-07


Well_name:
PENN WEST   N THETLAANDOA D- 035-C/094-P-11


Well_name:
CAMPION ENERMARK  TOWN D- 091-K/094-B-16


Well_name:
PEX NORCEN  TOMMY LAKES A- 026-A/094-G-09


Well_name:
WESTCOAST HB ET AL  BOUGIE A- 009-F/094-G-15


Well_name:
CANHUNTER ET AL  S JULIENNE B- 082-L/094-B-16


Well_name:
SUNDANCE   N BLUEBERRY D- 073-H/094-B-16


Well_name:
CZAR ET AL  N BLUEBERRY C- 040-E/094-A-13


Well_name:
TALISMAN ET AL  BULLMOOSE C- 020-L/093-P-03


Well_name:
CHEVRON CCL IMP  HELMET B- 031-G/094-P-07


Well_name:
WESTMINSTER ET AL  HELMET C- 060-G/094-P-07


Well_name:
ANADARKO MARATHON  GRAHAM C- 032-D/094-B-09


Well_name:
ANADARKO CRESTAR  W BUICK C- 074-E/094-A-14


Well_name:
OLYMPIA SUNCOR  POCKETKNIFE D- 064-I/094-G-06


Well_name:
CHEVRON CCL IMP  HELMET C- 084-B/094-P-07


Well_name:
PENN WEST ET AL  NITEAL A- 023-I/094-I-04


Well_name:
DECL GLOBEX  COMMOTION A- 023-D/093-P-12


Well_name:
ENERMARK CANHUNTER  E OSBORN D- 051-J/094-A-09


Well_name:
WESTCOAST NUMAC  SILVER D- 051-C/094-H-11


Well_name:
PACIFIC ET AL  E TOOGA C- 067-H/094-P-02


Well_name:
CANHUNTER ET AL  S JULIENNE B-A082-L/094-B-16


Well_name:
WESTCOAST ET AL  S WARGEN D- 013-J/094-H-03


Well_name:
PACIFIC ET AL  SWAMPFIRE A- 086-B/094-P-02


Well_name:
ANADARKO CRESTAR  W BUICK D- 017-E/094-A-14


Well_name:
ENCO ET AL  N TOWNSEND A-A001-J/094-B-09


Well_name:
COSEKA WESCENT  W BUICK D- 093-E/094-A-14


Well_name:
ANADARKO ET AL  N BUICK C- 053-F/094-A-14


Well_name:
COSEKA EXALTA ET AL  CLARKE D-A091-L/094-J-09


Well_name:
CANHUNTER   N JULIENNE B- 022-H/094-G-02


Well_name:
BARRINGTON ET AL  BUICK C- 018-E/094-A-15


Well_name:
CNRL ET AL  S JULIENNE C- 092-L/094-B-16


Well_name:
CANHUNTER ET AL  W GUNDY B- 013-B/094-B-16


Well_name:
ANADARKO CDN-SUP  BUICK D- 055-J/094-A-11


Well_name:
DOMCAN ET AL  BEAVERTAIL C- 097-C/094-A-15


Well_name:
CANHUNTER ET AL  GUNDY C- 012-G/094-B-16


Well_name:
CANHUNTER   N JULIENNE A- 089-D/094-G-01


Well_name:
ANADARKO ET AL  N BOUNDARY  07-18-088-14


Well_name:
WESTCOAST ET AL  N SNYDER C- 083-K/094-A-14


Well_name:
COSEKA WESCENT  W BUICK C- 016-L/094-A-14


Well_name:
CNRES ET AL  WOLVERINE B- 064-L/093-I-15


Well_name:
WESTCOAST ET AL  REDEYE A- 083-I/094-H-06


Well_name:
CANHUNTER ET AL  GRAHAM B- 090-K/094-B-08


Well_name:
CANHUNTER ET AL  GUNDY A- 063-G/094-B-16


Well_name:
ACCLAIM ET AL  BEAVERDAM A- 027-L/094-A-16


Well_name:
CALPINE ET AL  WOODRUSH D- 093-H/094-H-02


Well_name:
CANHUNTER ET AL  BEARGRASS  10-04-088-25


Well_name:
CDN RES ET AL  E KOTCHO B- 071-E/094-I-15


Well_name:
CANHUNTER ET AL  N TOWNSEND B- 090-H/094-B-09


Well_name:
CALPINE ANADARKO  DAHL C- 100-H/094-H-07


Well_name:
TALISMAN AEG  W SUKUNKA C- 045-J/093-P-04


Well_name:
ANADARKO AMOCO  THUNDER D- 028-I/093-I-15


Well_name:
CANHUNTER   N TOWNSEND C- 054-J/094-B-09


Well_name:
CANHUNTER ET AL  SQUAW C- 074-E/093-I-16


Well_name:
CDN FOREST ET AL  W BUICK D- 071-E/094-A-14


Well_name:
CNRL ET AL  BEAVERTAIL C- 012-F/094-A-15


Well_name:
TALISMAN ET AL  BULLMOOSE A- 043-E/093-P-03


Well_name:
CNRL ET AL  W MILLIGAN A- 022-F/094-H-02


Well_name:
TRI LINK ET AL  WILDMINT D- 061-A/094-H-02


Well_name:
TRI LINK ET AL  HUNTER C- 076-I/094-H-02


Well_name:
WAINOCO CT RES ET AL  CRUSH D- 017-F/094-A-16


Well_name:
CDN OXY ET AL  PROPHET D- 026-L/094-J-07


Well_name:
BURLINGTON ET AL  SILVER B- 070-K/094-H-06


Well_name:
QUINTANA ET AL  HELMET C- 092-C/094-P-07


Well_name:
TALISMAN ET AL  SAHTANEH C- 035-J/094-I-12


Well_name:
PCP CEGO ET AL  W BEATTON D- 079-K/094-H-02


Well_name:
QUINTANA ET AL  W TOOGA C- 051-J/094-P-03


Well_name:
SIEBENS SOUTHLAND  REDEYE B- 002-H/094-H-11


Well_name:
BURLINGTON ET AL  PRESPATOU D- 017-A/094-H-03


Well_name:
RENAISSANCE ZEPHYR  BUICK C- 074-D/094-A-15


Well_name:
DOME COLUMBIA  FIREWEED D- 051-B/094-A-13


Well_name:
DOMCAN ET AL  BEAVERTAIL D- 071-D/094-A-15


Well_name:
CNRL ET AL  BUCKINGHORSE A- 025-I/094-G-07


Well_name:
LANDOVER SEARCH  S STODDART  16-19-085-19


Well_name:
ANADARKO ET AL  FALCON B- 008-C/094-H-02


Well_name:
CANHUNTER   N JULIENNE B- 002-H/094-G-02


Well_name:
HOME SUN UNO-TEX  SUNDOWN D- 013-H/093-P-10


Well_name:
CANHUNTER PETROMARK  CAMERON C- 074-K/094-B-09


Well_name:
SUNDANCE ET AL  N BLUEBERRY B- 062-H/094-B-16


Well_name:
PEX NORCEN  TOMMY LAKES D- 055-A/094-G-09


Well_name:
CANHUNTER   N TOWNSEND C- 058-J/094-B-09


Well_name:
CANHUNTER ET AL  KELLY B- 082-B/093-P-01


Well_name:
ANADARKO ET AL  W GUNDY A- 034-B/094-B-16


Well_name:
CANHUNTER ESSO  N BUBBLES B- 057-G/094-G-08


Well_name:
BURLINGTON ET AL  BUICK A- 007-E/094-A-14


Well_name:
RENAISSANCE ET AL  LAPRISE D- 064-C/094-H-05


Well_name:
CZAR GULF ET AL  PEPPERMINT C- 016-E/094-H-04


Well_name:
WESTCOAST NUMAC  SILVER A- 089-K/094-H-06


Well_name:
CANHUNTER ESSO  DAIBER B- 050-E/094-B-16


Well_name:
NORTHSTAR ET AL  KESTRELL C- 094-K/094-A-15


Well_name:
BEARCAT ET AL  SIKANNI D- 099-L/094-G-02


Well_name:
NUMAC CANHUNTER  KOTCHO A- 041-C/094-P-03


Well_name:
DORSET ET AL  LADYFERN A- 047-H/094-H-01


Well_name:
ZEPHYR ET AL  BEAVERDAM D- 033-L/094-A-16


Well_name:
COSEKA ZEPHYR ET AL  ELM D- 059-B/094-H-07


Well_name:
ENERMARK ANDERSON  PAPOVE D- 066-I/094-I-16


Well_name:
STAR ET AL  THETLAANDOA D- 099-F/094-P-06


Well_name:
CANHUNTER ESSO  JACKPINE A- 057-C/093-P-07


Well_name:
CANHUNTER IMP  CUTBANK A- 043-B/093-P-08


Well_name:
HUSKY ET AL  W KISKATINAW D- 046-G/093-P-02


Well_name:
CANHUNTER ESSO  CUTBANK B- 046-H/093-P-08


Well_name:
CANHUNTER ESSO  W BRASSEY D- 069-C/093-P-10


Well_name:
BURLINGTON ET AL  FLATROCK  11-26-084-16


Well_name:
MERLAND ET AL  POCKETKNIFE C- 050-D/094-G-10


Well_name:
CANHUNTER ET AL  KELLY A- 085-A/093-P-01


Well_name:
CANHUNTER ESSO  CUTBANK C- 012-A/093-P-08


Well_name:
HAMILTON SUNCOR  PEEJAY D- 086-D/094-A-16


Well_name:
CDN FOREST ET AL  SQUIRREL  08-34-087-19


Well_name:
CANHUNTER ET AL  SUNDOWN A- 049-J/093-P-07


Well_name:
UNOCAL ET AL  N AITKEN A- 039-D/094-H-04


Well_name:
CANHUNTER ET AL  BLACKHAWK A- 043-D/093-P-01


Well_name:
BOWRIO ET AL  GREWATSCH A- 073-K/094-H-04


Well_name:
BOWRIO ET AL  PRESPATOU A- 025-A/094-H-03


Well_name:
PRECAMBRIAN ET AL  TRUTCH D- 037-I/094-G-10


Well_name:
DOME PENNZOIL  JACKFISH D- 039-K/094-J-08


Well_name:
PENSIONFUND ET AL  WILLOW B- 088-A/094-H-02


Well_name:
CANHUNTER ESSO  CUTBANK D- 053-G/093-P-08


Well_name:
BRINCO ET AL  COURVOISER A- 075-C/094-P-04


Well_name:
CANHUNTER ET AL  KELLY C- 040-F/093-P-01


Well_name:
CHEVRON ET AL  N PETITOT A- 064-H/094-O-16


Well_name:
WESTCOAST ET AL  KYKLO B- 044-F/094-I-11


Well_name:
CALPINE ET AL  SUNDOWN B- 057-K/093-P-07


Well_name:
CANHUNTER SCURRY  RING C- 020-J/094-H-16


Well_name:
MAXX CHARTER ET AL  DRAKE D- 013-L/094-H-01


Well_name:
CANHUNTER SCURRY  RING A- 078-K/094-H-16


Well_name:
ESSO EAGLE ET AL  BOUNDARY  06-09-084-14


Well_name:
BURLINGTON ET AL  SUKUNKA A- 019-H/093-P-05


Well_name:
MOBIL ET AL  POCKETKNIFE B- 070-E/094-G-07


Well_name:
EL PASO ET AL  MILLIGAN D- 077-G/094-H-02


Well_name:
CANHUNTER SCURRY  RING D- 053-K/094-H-16


Well_name:
CALPINE ET AL  W MILLIGAN D- 084-F/094-H-02


Well_name:
IMPACT PC GLOBEX  N THETLAANDOA D- 057-C/094-P-1


Well_name:
SERENPET ET AL  HELMET D- 080-B/094-P-07


Well_name:
MOBIL ET AL  KWOKWULLIE D- 023-K/094-P-02


Well_name:
CANTERRA WESTAR  PETITOT D- 057-L/094-P-12


Well_name:
APACHE ET AL  N THETLAANDOA D- 015-C/094-P-11


Well_name:
CANHUNTER UNION  KELLY A- 043-H/093-P-01


Well_name:
CANHUNTER UNION  KELLY D- 033-I/093-P-01


Well_name:
IMC TANGRAM ET AL  N BIRCH D- 077-J/094-A-13


Well_name:
PCP NUMAC  THETLAANDOA D- 081-B/094-P-06


Well_name:
MOBIL ET AL  KWOKWULLIE D- 095-F/094-P-02


Well_name:
BURLINGTON QUINTANA  AITKEN D- 004-L/094-A-13


Well_name:
GULF AEC  E THETLAANDOA D- 029-J/094-P-06


Well_name:
BURLINGTON ET AL  W FLATROCK  06-12-085-17


Well_name:
SHELL   N KOOTENAY PASS B- 067-H/082-G-07


Well_name:
CANHUNTER UNION  KELLY B- 028-G/093-P-01


Well_name:
CANHUNTER UNION  KELLY B- 050-H/093-P-01


Well_name:
BURLINGTON ET AL  SUKUNKA D- 055-A/093-P-05


Well_name:
ABERFORD TOTAL  AIKMAN A- 087-G/094-B-09


Well_name:
TALISMAN   LAUREL HARMAC C- 036-F/092-G-04


Well_name:
CALPINE ET AL  BEATTON C- 059-J/094-H-02


Well_name:
ACEL ET AL  W BLUEBERRY A- 039-L/094-A-12


Well_name:
BURLINGTON ET AL  W FLATROCK  07-13-085-17


Well_name:
PETROREP ET AL  N BOUNDARY  06-13-087-14


Well_name:
CHEVRON SHELL  MANSFIELD C- 072-D/082-G-15


Well_name:
CANHUNTER ET AL  CUTBANK A- 023-H/093-P-08


Well_name:
WESTBURNE ET AL  CURRANT D- 082-K/094-A-09


Well_name:
CANHUNTER ET AL  KELLY B- 010-I/093-P-01


Well_name:
ENCAL UNOCAL  W PETITOT D- 100-E/094-P-13


Well_name:
NORTHCOR ET AL  PEEJAY D- 091-G/094-A-15


Well_name:
OLYMPIA ET AL  POCKETKNIFE C- 091-H/094-G-06


Well_name:
CANHUNTER ET AL  SUNDOWN D- 079-J/093-P-07


Well_name:
SCURRY WESTCOAST  KAHNTAH D- 077-J/094-H-15


Well_name:
ENCO RC CAMPION  CLARKE D- 056-K/094-J-09


Well_name:
CANHUNTER ET AL  KELLY D- 033-A/093-P-01


Well_name:
BURLINGTON ANDERSON  S GRIZZLY A- 008-A/093-I-15


Well_name:
BEARCAT STAMPEDE ET AL  GRASSY C-B095-D/094-G-07


Well_name:
CNRL ET AL HZ N HELMET A- 083-K/094-P-07


Well_name:
TALISMAN ET AL  W BULLMOOSE C- 088-H/093-P-04


Well_name:
TALISMAN ET AL  CLARKE C- 088-K/094-J-09


Well_name:
NUMAC SCEPTRE  POCKETKNIFE D- 075-H/094-G-06


Well_name:
ANDERSON ET AL  BUBBLES C- 058-I/094-G-01


Well_name:
BURLINGTON ENCAL ET AL HZ MEL C- 058-J/094-P-04


Well_name:
TALISMAN AMOCO  SUKUNKA C- 062-D/093-P-05


Well_name:
NORTHSTAR PHOENIX ET AL  BOUGIE C- 036-F/094-G-1


Well_name:
UNOCAL TEXACO  S MASON C- 020-B/094-G-07


Well_name:
BURLINGTON NORTHSTAR  SUKUNKA B- 086-I/093-P-04


Well_name:
CALPINE ET AL  ALTARES B- 082-G/094-B-08


Well_name:
PIONEER ET AL  CHINCHAGA B- 082-H/094-H-08


Well_name:
SCURRY WESTCOAST  GUTAH B- 073-C/094-I-03


Well_name:
PROGRESS ET AL HZ MILO B- 077-H/094-J-11


Well_name:
CALPINE ET AL  BEATTON B-A068-J/094-H-02


Well_name:
SAMSON NORTHSTAR  W BUICK B-A070-E/094-A-14


Well_name:
BURLINGTON PENN WEST  BOULDER A- 061-K/093-O-08


Well_name:
ANADARKO MARATHON HZ CHOWADE B- 048-L/094-B-09


Well_name:
CALPINE SUNCOR  BEATTON B- 033-K/094-H-02


Well_name:
CANHUNTER ET AL  SUNDOWN B- 024-J/093-P-07


Well_name:
CANHUNTER ET AL  KELLY B- 021-A/093-P-01


Well_name:
BEARCAT STAMPEDE ET AL  GRASSY D- 095-D/094-G-07


Well_name:
CDN FOREST ET AL  RIGEL A- 083-I/094-A-10


Well_name:
OLYMPIA HUSKY  POCKETKNIFE A- 081-H/094-G-06


Well_name:
QUINTANA WESTCOAST  N HELMET A- 083-G/094-P-07


Well_name:
TALISMAN ET AL  CYPRESS A- 077-K/094-B-15


Well_name:
CANHUNTER ET AL  W BLUEBERRY A- 067-I/094-B-09


Well_name:
CALPINE ET AL  W MILLIGAN A- 063-F/094-H-02


Well_name:
CANHUNTER ET AL  KELLY A- 063-G/093-P-01


Well_name:
CALPINE ET AL  ALTARES A- 063-G/094-B-08


Well_name:
DOMCAN ET AL  W MINAKER A- 048-H/094-G-11


Well_name:
TALISMAN ET AL  BULLMOOSE C- 039-F/093-P-03


Well_name:
CALPINE SUNCOR  BEATTON A- 023-K/094-H-02


Well_name:
CANHUNTER ET AL  SUNDOWN A- 025-L/093-P-08


Well_name:
CANHUNTER ET AL  JACKPINE A- 027-C/093-P-07


Well_name:
CANHUNTER ET AL  SUNDOWN A- 021-J/093-P-07


Well_name:
CANHUNTER ET AL  MOOSE A- 007-H/093-P-06


Well_name:
DUVERNAY ET AL  GROUNDBIRCH  16-29-078-19


Well_name:
TALISMAN ET AL  TWO RIVERS  15-19-083-15


Well_name:
TALISMAN ET AL  W FLATROCK  05-34-084-17


Well_name:
TALISMAN ET AL  W FLATROCK  10-28-085-17


Well_name:
WESTCOAST ET AL  TWO RIVERS  10-32-082-15


Well_name:
WESTCOAST ET AL  CLAYHURST  10-18-083-13


Well_name:
TALISMAN ET AL  W FLATROCK  09-03-085-17


Well_name:
PETROREP ET AL  N BOUNDARY  07-19-087-13


Well_name:
TALISMAN ET AL  W FLATROCK  06-34-084-17


Well_name:
BURLINGTON ET AL  FLATROCK  07-06-085-16


Well_name:
CANHUNTER ET AL  HORSESHOE  07-07-080-19


Well_name:
PETROREP ET AL  W STODDART  06-28-086-20


Well_name:
INTERACTION ET AL  PARKLAND  06-06-082-14


Well_name:
CALAHOO CDN FOREST  MUSKRAT  03-28-087-18


Well_name:
TALISMAN ET AL  W FLATROCK  03-34-084-17


Well_name:
SAMSON ET AL HZ FT ST JOHN SE  15-32-082-17


Well_name:
SAMSON ET AL HZ FT ST JOHN SE  14-04-083-17


Well_name:
SAMSON BERKLEY  FT ST JOHN A14-15-083-18


Well_name:
SAMSON BERKLEY HZ FT ST JOHN A04-29-083-18


Well_name:
TALISMAN PENN WEST  FLATROCK  02-29-084-15


Well_name:
CELSIUS CDN FOREST  FLATROCK  11-16-084-16


Well_name:
CDN FOREST INVERNESS  FLATROCK  01-35-084-16


Well_name:
CALPINE ET AL HZ W FLATROCK A10-35-084-17


Well_name:
TALISMAN CDN FOREST  W FLATROCK  05-36-084-17


Well_name:
CDN FOREST INVERNESS  FLATROCK  07-09-085-16


Well_name:
TALISMAN ET AL HZ W FLATROCK  05-02-085-17


Well_name:
TALISMAN COMETRA  W FLATROCK  04-16-085-17


Well_name:
TALISMAN ET AL  W FLATROCK  02-17-085-17


Well_name:
TALISMAN COMETRA  W FLATROCK  08-17-085-17


Well_name:
TALISMAN COMETRA  W FLATROCK  15-17-085-17


Well_name:
TALISMAN COMETRA  W FLATROCK  15-18-085-17


Well_name:
TALISMAN COMETRA  W FLATROCK  05-20-085-17


Well_name:
TALISMAN COMETRA  W FLATROCK  07-20-085-17


Well_name:
TALISMAN COMETRA  W FLATROCK  11-20-085-17


Well_name:
TALISMAN COMETRA  W FLATROCK  15-20-085-17


Well_name:
TALISMAN ET AL  W FLATROCK  02-29-085-17


Well_name:
BURNER DEENA ET AL  W EAGLE  08-15-085-19


Well_name:
CDN FOREST ET AL  W FLATROCK  09-10-086-17


Well_name:
PENN WEST CALAHOO  MUSKRAT  02-17-087-18


Well_name:
NORTHSTAR TALISMAN  W STODDART  04-13-087-21


Well_name:
CDN FOREST REMINGTON  RIGEL  06-08-088-16


Well_name:
CHIRRIPO HUNT ET AL  E RIGEL  08-35-088-16


Well_name:
CONOCO DYNAMIC STATESIDE  MURRAY CK A- 097-A/092


Well_name:
CONOCO DYNAMIC  MUD BAY D- 095-D/092-G-02


Well_name:
CANHUNTER   SOUTH GRIZZLY B- 055-A/093-I-15


Well_name:
TALISMAN ET AL  MURRAY C- 022-E/093-I-15


Well_name:
CANHUNTER ET AL  HIDING C- 063-B/093-I-16


Well_name:
CANHUNTER ET AL  HIDING A- 066-B/093-I-16


Well_name:
CANHUNTER ET AL  HIDING C- 073-B/093-I-16


Well_name:
CANHUNTER ET AL  HIDING B- 004-G/093-I-16


Well_name:
CANHUNTER ET AL  HIDING D- 100-H/093-I-16


Well_name:
CANHUNTER ET AL  HIDING C- 044-J/093-I-16


Well_name:
ESSO CHEVRON  W BOULDER B- 097-F/093-O-08


Well_name:
TALISMAN NUMAC  BOULDER D- 072-G/093-O-08


Well_name:
TALISMAN NUMAC  BOULDER A- 011-J/093-O-08


Well_name:
BURLINGTON  HZ BOULDER C- 039-J/093-O-08


Well_name:
TALISMAN OEI  WOLVERINE B- 030-C/093-P-03


Well_name:
TALISMAN ET AL  W BULLMOOSE D- 077-D/093-P-03


Well_name:
TALISMAN ET AL  BULLMOOSE B- 078-E/093-P-03


Well_name:
BURLINGTON   W BULLMOOSE D- 083-G/093-P-04


Well_name:
TALISMAN ET AL  SUKUNKA D- 028-I/093-P-04


Well_name:
TALISMAN OCELOT  SUKUNKA D- 098-J/093-P-04


Well_name:
TALISMAN AMOCO  SUKUNKA C- 027-B/093-P-05


Well_name:
TALISMAN AMOCO  SUKUNKA D- 039-C/093-P-05


Well_name:
TALISMAN AMOCO  SUKUNKA A- 062-C/093-P-05


Well_name:
TALISMAN AMOCO  SUKUNKA B- 087-C/093-P-05


Well_name:
TALISMAN AMOCO  SUKUNKA B- 002-E/093-P-05


Well_name:
TALISMAN AMOCO  SUKUNKA A- 006-F/093-P-05


Well_name:
TALISMAN NUMAC  SUKUNKA C- 008-K/093-P-05


Well_name:
TALISMAN NUMAC  SUKUNKA B- 011-L/093-P-05


Well_name:
CANHUNTER ET AL  JACKPINE D- 095-D/093-P-07


Well_name:
CANHUNTER ET AL  SUNDOWN A- 069-F/093-P-07


Well_name:
CANHUNTER ET AL  CUTBANK B- 025-A/093-P-08


Well_name:
CALPINE ET AL  CUTBANK D- 007-B/093-P-08


Well_name:
CALPINE ET AL HZ TUPPER D- 042-J/093-P-08


Well_name:
APACHE ANDERSON  CURRANT B- 064-K/094-A-09


Well_name:
APACHE ANDERSON  CURRANT C- 099-K/094-A-09


Well_name:
CNRES ET AL  W CURRANT D- 064-L/094-A-09


Well_name:
CDN FOREST ET AL  RIGEL D- 027-J/094-A-10


Well_name:
CDN FOREST ET AL  RIGEL B- 032-J/094-A-10


Well_name:
CDN FOREST ENCAL  RIGEL C- 048-J/094-A-10


Well_name:
TALISMAN ET AL HZ BUICK C- 037-I/094-A-11


Well_name:
NORTHSTAR ET AL  W BUICK B- 088-K/094-A-11


Well_name:
SUNCOR ET AL  BLUEBERRY C- 006-K/094-A-12


Well_name:
SUNCOR ET AL  BLUEBERRY C- 008-K/094-A-12


Well_name:
SUNCOR ET AL  BLUEBERRY D- 008-K/094-A-12


Well_name:
SUNCOR ET AL  BLUEBERRY B- 029-K/094-A-12


Well_name:
SUNCOR ET AL  BLUEBERRY B-A036-K/094-A-12


Well_name:
SUNCOR ET AL  BLUEBERRY C- 039-K/094-A-12


Well_name:
SUNCOR ET AL  E BLUEBERRY D- 096-K/094-A-12


Well_name:
CNRL ET AL HZ FIREWEED C- 016-A/094-A-13


Well_name:
SAMSON ET AL HZ FIREWEED D- 067-A/094-A-13


Well_name:
SUNCOR ET AL  E BLUEBERRY D-A047-C/094-A-13


Well_name:
CANHUNTER   E BLUEBERRY C- 055-C/094-A-13


Well_name:
SUNCOR ET AL  BLUEBERRY B- 023-D/094-A-13


Well_name:
SUNCOR ET AL  BLUEBERRY C- 041-D/094-A-13


Well_name:
SUNCOR ET AL  BLUEBERRY B- 044-D/094-A-13


Well_name:
SUNCOR ET AL HZ BLUEBERRY C- 086-D/094-A-13


Well_name:
CAMPION ET AL  BLUEBERRY A- 098-D/094-A-13


Well_name:
ACEL ENERMARK HZ BIRCH D-A009-I/094-A-13


Well_name:
SAMSON NORTHSTAR  W BUICK D- 039-E/094-A-14


Well_name:
CDN FOREST ET AL  BUICK A- 025-J/094-A-14


Well_name:
CDN FOREST ENCAL  RIGEL B- 002-A/094-A-15


Well_name:
CALAHOO NEWPORT  RIGEL C- 003-A/094-A-15


Well_name:
CDN FOREST ET AL  RIGEL D-A004-A/094-A-15


Well_name:
CDN FOREST ET AL  RIGEL B- 022-A/094-A-15


Well_name:
SAMEDAN DEMINEX  RIGEL A- 007-C/094-A-15


Well_name:
CNRL CANADA SOUTHERN  PEEJAY C- 099-H/094-A-15


Well_name:
APACHE ANDERSON  CURRANT B- 009-C/094-A-16


Well_name:
APACHE ANDERSON  CURRANT A- 020-C/094-A-16


Well_name:
SAMEDAN ET AL  W CURRANT D- 055-D/094-A-16


Well_name:
CALAHOO NEWPORT  W CURRANT C- 057-D/094-A-16


Well_name:
ANADARKO MARATHON  BUTLER D- 065-C/094-B-08


Well_name:
MURPHY PENNZOIL  S GRAHAM D- 089-E/094-B-08


Well_name:
ANADARKO MARATHON  GRAHAM B- 055-F/094-B-08


Well_name:
MARATHON UPRI ET AL  GRAHAM A- 087-F/094-B-08


Well_name:
ANADARKO MARATHON  GRAHAM C- 098-F/094-B-08


Well_name:
ANADARKO MARATHON  GRAHAM B- 004-K/094-B-08


Well_name:
ANADARKO MARATHON  GRAHAM A- 037-K/094-B-08


Well_name:
ANADARKO MARATHON  GRAHAM A- 085-K/094-B-08


Well_name:
ANADARKO ET AL  GRAHAM A- 095-K/094-B-08


Well_name:
ANADARKO MARATHON HZ GRAHAM C- 072-L/094-B-08


Well_name:
ANADARKO MARATHON  GRAHAM D- 006-C/094-B-09


Well_name:
ANADARKO ET AL  GRAHAM B- 014-C/094-B-09


Well_name:
ANADARKO ET AL HZ GRAHAM A- 027-C/094-B-09


Well_name:
ANADARKO ET AL  GRAHAM B- 037-C/094-B-09


Well_name:
ANADARKO MARATHON  GRAHAM B- 048-C/094-B-09


Well_name:
ANADARKO ET AL  GRAHAM D- 050-C/094-B-09


Well_name:
ANADARKO MARATHON HZ GRAHAM B- 070-C/094-B-09


Well_name:
ANADARKO MARATHON HZ GRAHAM A- 033-D/094-B-09


Well_name:
ACEL ET AL  W BLUEBERRY C- 082-I/094-B-09


Well_name:
ANADARKO MARATHON  CHOWADE C- 068-L/094-B-09


Well_name:
TALISMAN AEC  HORSESHOE C- 049-H/094-B-10


Well_name:
RIGEL CONWEST  ROBERTSON B- 088-G/094-B-15


Well_name:
TALISMAN AEC  ROBERTSON D- 055-J/094-B-15


Well_name:
ANADARKO MARATHON  DAIBER A- 040-D/094-B-16


Well_name:
ANADARKO MARATHON  BLAIR D- 058-F/094-B-16


Well_name:
CANHUNTER MARK  HIGHWAY D- 034-I/094-B-16


Well_name:
CANHUNTER ET AL  JEDNEY B- 033-J/094-G-01


Well_name:
NUMAC ROXY  POCKETKNIFE D- 067-I/094-G-06


Well_name:
TALISMAN BERKLEY  GRASSY A- 085-D/094-G-07


Well_name:
BEARCAT STAMPEDE ET AL  GRASSY B- 015-E/094-G-07


Well_name:
BEARCAT STAMPEDE WNG ET AL  GRASSY C- 025-E/094-


Well_name:
CANHUNTER ET AL  GREEN D- 065-I/094-G-07


Well_name:
IMPACT OILTEC  LAPRISE C- 023-A/094-G-08


Well_name:
EL PASO ET AL  BUBBLES B- 073-B/094-G-08


Well_name:
ANADARKO  HZ N BUBBLES A- 099-F/094-G-08


Well_name:
ANADARKO  HZ N BUBBLES A- 098-F/094-G-08


Well_name:
CNRL NUMAC  POCKETKNIFE D- 005-A/094-G-11


Well_name:
SUMMIT ET AL  WOODRUSH B- 039-E/094-H-01


Well_name:
CALPINE ET AL  WOODRUSH C- 050-E/094-H-01


Well_name:
MURPHY APACHE  LADYFERN D- 035-H/094-H-01


Well_name:
MURPHY APACHE  LADYFERN C- 066-H/094-H-01


Well_name:
MURPHY APACHE  LADYFERN B- 070-H/094-H-01


Well_name:
MURPHY BEAU APACHE  LADYFERN B- 088-H/094-H-01


Well_name:
MURPHY  BEAU SHELL  LADYFERN A- 097-H/094-H-01


Well_name:
MURPHY APACHE  LADYFERN A- 098-H/094-H-01


Well_name:
CNRES ET AL HZ WILDMINT B- 028-A/094-H-02


Well_name:
CALPINE SUNCOR  W MILLIGAN C-A080-G/094-H-02


Well_name:
STRATABOUND ET AL  BEATTON B- 047-J/094-H-02


Well_name:
CALPINE ET AL  W BEATTON D- 016-K/094-H-02


Well_name:
ANADARKO  HZ PRESPATOU C- 067-B/094-H-03


Well_name:
ANADARKO  HZ PRESPATOU C- 069-B/094-H-03


Well_name:
CANHUNTER RENAISSANCE  NIG C- 039-D/094-H-03


Well_name:
MURPHY ET AL  S WARGEN B- 026-J/094-H-03


Well_name:
ANDERSON MURPHY  WARGEN D- 062-K/094-H-03


Well_name:
ANADARKO MARATHON  LAPRISE D- 051-C/094-H-05


Well_name:
PIONEER NUMAC HZ BLACK A- 093-J/094-H-05


Well_name:
PIONEER ANADARKO  MARTIN B- 085-D/094-H-06


Well_name:
CALPINE ET AL  ZAREMBA D- 053-I/094-H-06


Well_name:
CALPINE ET AL  ZAREMBA A- 085-I/094-H-06


Well_name:
PENN WEST ET AL  SILVER C- 054-K/094-H-06


Well_name:
PENN WEST ET AL  SILVER C- 090-L/094-H-06


Well_name:
CANHUNTER MURPHY  DAHL A- 072-H/094-H-07


Well_name:
MURPHY CANADA  HZ CHINCHAGA C- 072-A/094-H-08


Well_name:
MURPHY CANADA ET AL  CHINCHAGA D- 076-A/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA C- 080-A/094-H-08


Well_name:
MURPHY CANADA ET AL  CHINCHAGA D- 085-A/094-H-08


Well_name:
DEVON ET AL  CHINCHAGA A- 009-B/094-H-08


Well_name:
BAYTEX BEAU  CHINCHAGA D- 073-B/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA D- 094-B/094-H-08


Well_name:
SIGNALTA EXXONMOBIL HZ VELMA D- 055-C/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA B- 041-G/094-H-08


Well_name:
BAYTEX BEAU  CHINCHAGA C- 041-G/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA B- 058-G/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA A- 069-G/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA B- 002-H/094-H-08


Well_name:
MURPHY CANADA  HZ CHINCHAGA C- 004-H/094-H-08


Well_name:
MURPHY CANADA   CHINCHAGA D- 006-H/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA C- 017-H/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA D- 029-H/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA D- 058-H/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA A- 097-H/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA C- 007-I/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA A- 028-I/094-H-08


Well_name:
PIONEER ET AL  CHINCHAGA D- 049-I/094-H-08


Well_name:
CHEVRON LIGHTENING  DAHL A- 031-D/094-H-09


Well_name:
CANHUNTER CHAUVCO  RING D- 081-F/094-H-09


Well_name:
CANHUNTER CHAUVCO  RING C- 021-G/094-H-09


Well_name:
CALPINE ET AL  MERCURY A- 018-A/094-H-11


Well_name:
CALPINE ET AL  MERCURY C- 023-B/094-H-11


Well_name:
CALPINE ET AL  MERCURY B- 053-B/094-H-11


Well_name:
CANHUNTER ET AL  KAHNTAH C- 074-G/094-H-15


Well_name:
HUNT PCP ET AL  BIGFOOT A- 067-D/094-I-04


Well_name:
AEC ENCAL ET AL  SAHTANEH D- 039-I/094-I-12


Well_name:
TALISMAN ET AL  N ELLEH C- 008-K/094-I-12


Well_name:
BURLINGTON COMETRA HZ SAHTANEH C-B036-B/094-I-13


Well_name:
BURLINGTON COMETRA HZ SAHTANEH C-A036-B/094-I-13


Well_name:
AEC WESTMINSTER  GUNNELL B- 012-K/094-I-13


Well_name:
PENN WEST MURPHY CNRL  YOYO D- 010-L/094-I-14


Well_name:
PC BERKLEY ET AL PATRY B- 066-H/094-O-05


Well_name:
PARA ANADARKO  DEER LAKE C- 023-I/094-O-06


Well_name:
PENN WEST   THETLAANDOA A- 001-K/094-P-06


Well_name:
CNRL ET AL HZ N HELMET A- 020-E/094-P-09


Well_name:
CNRL ET AL HZ N HELMET D- 022-J/094-P-10


Well_name:
PENN WEST EXP   HELMET A- 004-B/094-P-11


Well_name:
PENN WEST EXP   N THETLAANDOA B- 068-A/094-P-12


Well_name:
CNRL ET AL HZ MIDWINTER B- 072-B/094-P-15


Well_name:
CNRL ET AL HZ MIDWINTER A- 041-D/094-P-15


Well_name:
CNRL ET AL HZ MIDWINTER B- 006-F/094-P-15


Well_name:
CNRL ET AL HZ MIDWINTER D- 011-E/094-P-15


