Paradoxes to Mississippian Production
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1 Goals Field Examples of Fracturing and Drainage by Kurt Rottmann Understand fracture patterns in the Mississippian Review older fracture identification logs Review fracture components to volumetric OOIP calculations Recommendations on mapping the Mississippian Review drainage patterns with possible frac implications Paradoxes to Mississippian Production Why do accumulations of oil and gas appear to follow no distinct law of gravitational separation? Do fracture systems connect the entire Mississippian section to create a common source of supply? Harp (1965) Rottmann 1
2 Hydrocarbon Separation Paradox as seen in the NE Enid Field Well #1 Well #2 Well #3 #4 IPF High GOR GAS IPF Low GOR IPF High GOR OIL GAS OIL Regional Dip Woodford BANKERDORF ROY A 1 T22N R6W S1 C NW NW 1, OSGE nd Perf and treated with acid, 6100 Meramec Ip 2,525 mcf/day, and 24 bbls of 54.5 api condensate, 26/64 choke, ftp 1025 psi and gor of 105,000/ st perf and treated Ip 160 bbls/day 37.5 api oil, 20/64 choke, ftp 100psi and gor of ,740 1,920,429 5/23/1962 Rottmann 2
3 ENCIE MCCUNE 1 T23N R10W S7 C NE SE H & H SUPPLY COMPANY 359MSSP Perf bbls/day 38 api oil, 220 Mcf, ftp perf bbls/day 38.2 api oil 68 bbls water 9,868 1,387 4/12/1964 7, IPF Low GOR <15,000/ IPF High GOR >200,000/ Rottmann 3
4 49,827 bbls 2,635,250 mcf 40,139 bbls 4,628,594 mcf 7,182 oil 4,794,539 mcf 121,678 bbls 1,633,861 mcf Lease prod 367,931 bbls 1,499,883 mcf Lease prod Rottmann 4
5 Paradoxes to Mississippian Production Why do accumulations of oil and gas appear to follow no distinct law of gravitational separation? Do fracture systems connect the entire Mississippian section to create a common source of supply? Harp (1965) Top Meramec Top Meramec Top Top Brittle rock Ductile rock Top Woodford Top Woodford Fracture Orientation and Extent Rottmann 5
6 T23N R5W S21 C SE SW 1, MSSP T23N R5W S21 C SE SE 1, MPLM T23N R5W S22 C SE SW 1, MPMC , ,977 10/17/ , ,427 12/30/ ,136 4/28/ ,062 Goals Field Examples of Fracturing and Drainage by Kurt Rottmann Understand fracture patterns in the Mississippian Review older fracture identification logs Review fracture components to volumetric OOIP calculations Recommendations on mapping the Mississippian Review drainage patterns with possible frac implications Rottmann 6
7 Hilchie, 1982, Fig 16-5, Reprinted by permission of Douglas W. Hilchie, Inc MARVEL L RYEL 1 T23N R11W S4 SE NE UNION TEXAS PETROLEUM CORPORATION 359MSSP Possible Fractures GR SP Laterolog Caliper Interval 20,679 Transit Time 5/7/1965 7, Delta T Amplitude Amplitude Rottmann 7
8 T23N R11W S2 C NE SW SHELL OIL CO 359MSSP GR SP SP Recip Laterolog Short Cond GR Acoustic 1 & 4 Induction Normal3/4/1964 7, Max Compressional Amplitude Possible Fractures Goals Field Examples of Fracturing and Drainage by Kurt Rottmann Understand fracture patterns in the Mississippian Review older fracture identification logs Review fracture components to volumetric OOIP calculations Recommendations on mapping the Mississippian Review drainage patterns with possible frac implications Rottmann 8
9 Hilchie, D.W., 1982 Density and neutron logs generally do not see fractures conclusively. The.5 to 1.5 % porosity increase is almost impossible to see on these logs unless the matrix porosity is very low and constant. Once in a while if the formation is badly fractured these logs will show an abnormally high porosity due to the streaming of the gamma rays and neutrons up toe fracture. This streaming phenomena has been noticed in surface test pits. The density log correction curve will sometimes pick up a fracture as an increase in correction. In any of these cases the identification is not conclusive. Volumetric Calculations 2% matrix porosity 30% water saturation 40 foot payzone 40 acre drainage FVF % por w/ frac 30% water saturation 40 foot payzone 40 acre drainage FVF 1.25 OOIP 139,023 BO 10% Rf ~14,000 BO OOIP 278,046 BO 10% Rf ~ 29,000 BO Rottmann 9
10 Goals Field Examples of Fracturing and Drainage by Kurt Rottmann Understand fracture patterns in the Mississippian Review older fracture identification logs Review fracture components to volumetric OOIP calculations Recommendations on mapping the Mississippian Review drainage patterns with possible frac implications 1962 IP 84 BO & 750 MCFG 1964 IP 81 BO & 652 MCFG 1982 IP 31 BO & 225 MCFG 1984 IP 90 BO & 900 MCFG Miss cum ~1.5 BCF Proposed Location IP 160 BO & MCFG 1965 IP 206 BO & 4958 MCFG 1965 Rottmann 10
11 Gamma Ray Hypothetical Porosity Log Of the Mississippian an Section Porosity Upper Porosity Middle Porosity Lower Porosity Proposed Location Upper Rottmann 11
12 Proposed Location Middle Proposed Location Lower Rottmann 12
13 Proposed Location Hypothetical Porosity Log Of the Mississippian an Section Caliper Density Compensation Minimum Gross Porosity Compensated Fractured Cumulative Production 40,000 BO BCFG Mud Cake Rottmann 13
14 Rottmann 14
15 Goals Field Examples of Fracturing and Drainage by Kurt Rottmann Understand fracture patterns in the Mississippian Review older fracture identification logs Review fracture components to volumetric OOIP calculations Recommendations on mapping the Mississippian Review drainage patterns with possible frac implications 1962 IP 84 BO & 750 MCFG 1964 IP 81 BO & 652 MCFG 1982 IP 31 BO & 225 MCFG 1984 IP 90 BO & 900 MCFG Miss cum ~1.5 BCF Proposed Location IP 160 BO & MCFG 1965 IP 206 BO & 4958 MCFG 1965 Rottmann 15
16 Natural Fracture Pattern Proposed Location Rottmann 16
17 References Harp, L.J., 1965, Mississippian Trend, Garfield, Major and Alfalfa Counties, Oklahoma, The Western Company, Oklahoma City, OK Hilchie, D.W., 1982, Applied Openhole Log Interpretation for Geologists and Engineers, Douglas W. Hilchie, Inc, Golden Colorado, page 16-8 Rottmann 17
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