Drill Stem Tests Database
Specific Well--15-119-20998

API: 15-119-20998 Operator: Miller Energy, Inc. Field: Wildcat Lease: Zimmerman Well 1-16

Location: T31S R30W, Sec. 16, S2 SE SW 330 North, 1800 East, from SW corner Longitude: -100.5919601 Latitude: 37.3448545 County: Meade Status: D&A

Spud Date: 29-MAR-99 Completion Date: 12-APR-99 Plugging Date: 12-APR-99 Total Depth: 6000 Form. at depth: MISSISSIPPIAN Elevation: 2765 KB

Test Number: 1	Data Source: TRILOBITE
Interval: 5368 to 5530 Formation tested: Morrow/Chester	Date, Time: 07-APR-99; 21:40:53
Initial Hydro Pressure: 2654 PSI First Initial Flow Pressure: 52 PSI First Final Flow Pressure: 63 PSI Initial Shut-in Pressure: 687 PSI Second Initial Flow Pressure: 55 PSI Second Final Flow Pressure: 69 PSI Final Shut-in Pressure: 1402 PSI Final Hydro Pressure: 2645 PSI	Tool Data Hole Size: 7.78 in. Drill Collar ID: 2.25 in. Drill Pipe ID: 3.8 in. Drill Collar Length: 176 ft. Drill Pipe Length: 5188 ft.
Initial Flow: Fair 2"" built to strong off bottom of bucket in 5 mins. Initial Shut-in: No blow back Final Flow: Strong immediatley cracked 2"" slightly strong throughout Final Shut-in: No blow back
Bottom Hole Temperature: 122 DEG F Percent Porosity: 8 Samples: None Gas Recovery: Comments:
Recovery 135 of Total Fluid 135 of Fluid in Drill Collars 135 of Slight Gas cut Mud 4% Gas 96% Mud 2100 of Salinity (PPM)
View Pressures	No Recovery Gas data.
Download original data ZIP file contains the orignal DST data supplied to the KGS by Trilobite Testing LLC . Four files are in each archive. The .flg file is an ascii file that has time and pressure at change points (open, shutin, etc.). The .csv is the original data extracted into a comma delimited file. The last two files (the .inf file and a file with a variable extension) are binary files that require Alpine DST software for display.
Test Number: 2	Data Source: TRILOBITE
Interval: 5765 to 5790 Formation tested: St. Louis	Date, Time: 09-APR-99; 09:45:18
Initial Hydro Pressure: 2841 PSI First Initial Flow Pressure: 20 PSI First Final Flow Pressure: 25 PSI Initial Shut-in Pressure: 142 PSI Second Initial Flow Pressure: 26 PSI Second Final Flow Pressure: 30 PSI Final Shut-in Pressure: 261 PSI Final Hydro Pressure: 2820 PSI	Tool Data Hole Size: 7.78 in. Drill Collar ID: 2.25 in. Drill Pipe ID: 3.8 in. Drill Collar Length: 176 ft. Drill Pipe Length: 5588 ft.
Initial Flow: Very weak surface blow throughout Initial Shut-in: No blow-back. Final Flow: 1/4"" blow, built to 1"" in 30 min. Stabilized. Final Shut-in: No blow-back. Remark: Est. 15 ft. of pay.
Bottom Hole Temperature: 128 DEG F Percent Porosity: 11 Samples: None Gas Recovery: Comments:
Recovery 30 of Total Fluid 30 of Fluid in Drill Collars 30 of Slightly Oil cut Mud 5% Oil 95% Mud 2700 of Salinity (PPM) 38 of Gravity (API)
View Pressures	No Recovery Gas data.
Download original data ZIP file contains the orignal DST data supplied to the KGS by Trilobite Testing LLC . Four files are in each archive. The .flg file is an ascii file that has time and pressure at change points (open, shutin, etc.). The .csv is the original data extracted into a comma delimited file. The last two files (the .inf file and a file with a variable extension) are binary files that require Alpine DST software for display.
Test Number: 3	Data Source: TRILOBITE
Interval: 5830 to 5862 Formation tested: St. Louis ""D""	Date, Time: 10-APR-99; 09:28:10
Initial Hydro Pressure: 2895 PSI First Initial Flow Pressure: 22 PSI First Final Flow Pressure: 27 PSI Initial Shut-in Pressure: 56 PSI Second Initial Flow Pressure: 27 PSI Second Final Flow Pressure: 29 PSI Final Shut-in Pressure: 42 PSI Final Hydro Pressure: 2850 PSI	Tool Data Hole Size: 7.78 in. Drill Collar ID: 2.25 in. Drill Pipe ID: 3.8 in. Drill Collar Length: 176 ft. Drill Pipe Length: 5650 ft.
Initial Flow: Weak surface blow died in 12 mins. Initial Shut-in: No blow-back. Final Flow: No blow. Remark: Est. 4 ft. of pay.
Bottom Hole Temperature: 127 DEG F Percent Porosity: 12 Samples: None Gas Recovery: Comments:
Recovery 10 of Total Fluid 10 of Fluid in Drill Collars 10 of Very slight Oil cut Mud 1% Oil 99% Mud 2350 of Salinity (PPM)
View Pressures	No Recovery Gas data.
Download original data ZIP file contains the orignal DST data supplied to the KGS by Trilobite Testing LLC . Four files are in each archive. The .flg file is an ascii file that has time and pressure at change points (open, shutin, etc.). The .csv is the original data extracted into a comma delimited file. The last two files (the .inf file and a file with a variable extension) are binary files that require Alpine DST software for display.
Test Number: 4	Data Source: TRILOBITE
Interval: 5888 to 5935 Formation tested: St. Louis ""D""	Date, Time: 12-APR-99; 01:11:09
Initial Hydro Pressure: 2954 PSI First Initial Flow Pressure: 28 PSI First Final Flow Pressure: 56 PSI Initial Shut-in Pressure: 1758 PSI Second Initial Flow Pressure: 63 PSI Second Final Flow Pressure: 102 PSI Final Shut-in Pressure: 1741 PSI Final Hydro Pressure: 2949 PSI	Tool Data Hole Size: 7.78 in. Drill Collar ID: 2.25 in. Drill Pipe ID: 3.8 in. Drill Collar Length: 176 ft. Drill Pipe Length: 5714 ft.
Initial Flow: Surface blow built to 1 1/4"" in 30 mins. Initial Shut-in: No blow back Final Flow: No blow for 5 mins. surface blow built to 4 1/2"" in 90 mins. Final Shut-in: No blow back Remark: 8 ft. of pay.
Bottom Hole Temperature: 133 DEG F Percent Porosity: 10 Samples: None Gas Recovery: Comments:
Recovery 140 of Total Fluid 140 of Fluid in Drill Collars 220 of Gas in pipe 80 of Oil and gas cut water mud 60 of Slight oil and mud cut water 34000 of Salinity (PPM)
View Pressures	No Recovery Gas data.
Download original data ZIP file contains the orignal DST data supplied to the KGS by Trilobite Testing LLC . Four files are in each archive. The .flg file is an ascii file that has time and pressure at change points (open, shutin, etc.). The .csv is the original data extracted into a comma delimited file. The last two files (the .inf file and a file with a variable extension) are binary files that require Alpine DST software for display.