Page 6 - The Geological Interpretation of Well Logs

ACKNOWLEDGEMENTS

Permission to adapt and redraw the following material is Figure 9.4: Ellis, D., Flaum, ©., Rowlet, C., Marienbach, E. and Seeman, 8. The
gratefully acknowledged. Litho-Density Tool Calibration, Paper SPE 12048. SPE Aon. Tech. Conf. and
Exhibition, 1983. Figure 10.3 pp. 208, by permission of Elsevier Science
Figure 2,1): from Theys, Ph., Log data acquisition and quality control, io Publishing Co. Inc.
Editions Technip. pp. 330, Figure 4.15, by permission of Editions Technip. Figure 9.11: from Jackson, M.P.A., and Talbot, CJ. (1986), pp. 305-323. Bull.
Figure 2.14: from Dewar, (1983) in Essentials of Modera Open Hole Log Geol. Soc. of America by permission of the Geological Society of America.
(nterpretation, Figure 3.14, by permission of Penn Well Books. Figure 9.29: from Log Loterpretation Principles/Applications, (1989). Figure 6.4,
Figure 3.10: from Hill A.D. (1990) Production logging - theoretical and inter- by permission of Schlumberger.
pretative elements. Monograph (14), Figure 4.10, from McKinley, R.M. Production Figure 9.30: from Humpbreys B. and Lott, G.K. An investigation into nuclear
Logging, paper SPE 10035 presented al the 1982 SPE [otl. Petroleum Exhibition log responses of North Sea Jurassic sandstones using mineralogical analysis.
and Technical Symposium, Beijing. March 18-26, by permission of Society of Geological Applications of Wireline Logs, eds. Hurst, A., Lovell, M.A. and Morton,
Petroleurn Engineers. A.C., 1990 by permission of the Geological Society.
Figure 3.1L: from Hill, A.D. (1990) Production logging - theoretical and inter- Figure 10.3: from Ellis. D.V. (1987) Well Logging for Earth Scientisis, Figure
pretative elements. Monograph (14), Figure 4.33, from Dobkins, T.A. Improved ILL. pp. 238. oy permission of Elsevier Science Publishing Co. Inc.
Methods to Determine Hydraulic Practurc Height, JPT (April, 1981) pp. 719-26, by Figure 12.1: from Cameron, G.I.F,, Collinson, J.D., Rider, M.H., and Li Xu,
permission of Society of Petroleum Engineers. Analogue dipmeter logs through a prograding deltatic sandbody from Advances in
Figure 4.11: from Yassir and Dusseault., Stress trajectory determinations in S.W. Reservoir Geology, ed., Ashton, M. Figure A2, pp. 215, by permission of the
Ontario from borehole logs, Figure 2, Geological Applications of Wireline Logs J]. Geological Society.
Sp. Pub. ne. 65, pp 169-177 by permission of the Geological Society. Figure 12.9: from Cameron, G.1.F, Collinson, J.D., Rider, M.H., and Li Xu,
Figure 6.5: from Jackson, P.P., Taylor-Smith, D. and Stanford, P.N., 1978, in Analogue dipmeter logs through a prograding deltaic sandbody from Advances in
Geophysics 43(6), pp. 1250-1268, Figure 8, by permission of the Society of Reservoir Geology, ed., Ashton, M. Figure A2. pp. 215, by permission of the
Exploration Geophysicists. Geological Society.
Figure 6.19: from Ellis, D.V, (1987) Well Lagging for Earth Scientists, pp, 532, Figure 12.21: from Cameron, G.I, Collinson, J.D. Rider, M.H., and Li Xu.
Figure 6.5, by permission of Elsevier Science Pub. Co. Inc. Analogue dipmetet logs through a prograding deltaic sandbody from Advances in
Figure 6.29: from Theys, Ph., Log data acquisition and quality control, in Reservoir Geology, ed., Ashton, M. Special publication 69, Figure 4, pp. 199,
Editions Technip, pp. 330, Figure 22.18, by permission of Editions Technip. Figure 6, pp. 201 and Figure 7, pp. 202 all combined, by permission of the
Figure 6.38: from Passey, Q.R.. Creaney, §., Kula, J.B., Morenti, FJ. and Geological Society.
Stroud, J.D. (1990) in AAPG 74{12) pp.1777-1794, Figure 6, by permission of the Figure 12.27: from Phillips, S., Dipmeter Interpretation of Turbidite-Channel
American Association of Petroleum Geologists. Reservoie Sandstones, Indian Draw Field, New Mexico from Reservoir
Figure 6.39: from Hillis. R.R.. Quantification of Tertiary Exhumation in the UK Sedimentology. eds. Tillman, R.W. and Weber, KJ, special publication 40, Figure
southern North Sea using Sonic Velocity Data, in AAPG 79(1) pp. 130-152, Figure 14, pp. 123 by permission of Society of Economic Paleontologists and
1, by permission of the American Association of Petroleum Geologists. Mineralogists.
Figure 7.5: from Serra, O. (1979), Diagraphies différées — bases de l"interpréta- Figure 12.36: from Adams, J.T., Ayodele, 1.K., Beedford, J, Kaars-Sijpesteijn,
tion. Tome |: Acquisition des données diagraphiques. Bull. Cent. Rech. C.H., and Watts, N.L. Application of dipeter data in structural interpretation, Niger
Explor.-Prod. E?f- Aquitaine. Mém. I, Figure 138, by permission of Editions Delta from Geological Applications of Wireline Logs Il, eds. Hurst et aé., special
Technip. publication 65, Figure 10, op. 256, by permission of the Geological Soctety.
Figure 7.15: from Dresser Alas (1982), Well Logging and Interpretation Figure 13.6: from Serta, O. Formation MicroScanner Image Interpretation,
Techniques, Figure 7.13, by permission of Dresser Auas. Figure 6, page 6, by permission of Schlumberger.
Figure 7,26: from Scherer (1980) AAPG Memoir 30, pp. 436 by permission of Figure 13.13: from FMI Fullbore Formation Microlmager, page & (too) dia-
the American Association of Petroleum Geologists. gram), by permission of Schlumberger.
Figure 7.27: from Quirein et a?., (1982) in 1982 Annual Technical Conference Figure 13.25: from Zemanck, J., Caldwell, LL, Glean, E.E., Holcomb, S.¥.,
and Exhibition, paper SPE 11143, Figure 2, pp. 2, by permission of Society of Norton, L.J., and Strauss, AJ.D. (1969). The borehole televiewer - a new logging
Petroleum Engineers. concept for fracture location and other types of borehole inspection. IPT, 21, 762-
Figure 8.2: from Ellis, D.¥. (1987), Well Logging for Earth Scientists, Figure 774, Figure 1, page 255, by permission of Society of Petroleum Engineers.
16.12, pp. 371, after Schlumberger. by permission of Elsevier Science Publishing Figure 13.26: from Adas Wireline Services (1992) in Digital Circumferential
Co, Inc. Borehole [maging Log (CBIL) tool brochure, by permission of Dresser Atlas.
Figure 8.19: from Hillis, R.R., Quantification of Tertiary Exhumation in the UK Figure 13.29: from Tyouiller et al., Thin-Bed Reservoir Analysis from Borehole
southern North Sea using Sonic Velocity Data, in AAPG 79(1) pp. 130-152, Figure Electrical Images. SPE 19578, pp. 61-72, Figure 9, by permission of Society of
2. by permission of the American Association of Petroleum Geologists. Petroleum Engineezs.
Figure 8.23: from Passey, Q.R., Creaney, S., Kula, J.8., Moretti, FJ., and Figure 14.6; from Pky, RJ. and Tyler, N. Geological Characterization of
Stroud, J.D. A practical mode] for Organic Richness from Porosity and Resistivity Sandstone Reeservoirs from Reservoir Characterization, eds. Lake. L.W. and
Logs. AAPG 74(12). Figure 12, pp.1789, by permission of the American Carrou, Jr., Figure 4, by permission of the Bureau of Economic Geology.
Association of Petroleum Geologists. Figure 14.7: from Van Wagoner et af, (1990), Siliclastic Sequence Stratigraphy
Figure 8.30: from DSI Dipole Shear Sonic imager, Figure 10, by permission of in Well Logs, Cores, and Outcrops: Concepts for High-Resolution Correlation of
Schlumberger, Time and Facies, Figure 8. by permission of the American Association of
Figure 8.25: from Zemanek, J., Williams, D.M., Schmin. D.P., Shear-Wave Petroleum Geologists.
Logging using Multipole Sources. Log Analyst, 32(3), Figures | and 2, pp. 234, by Figure 14.12: from Statt et af., (1992), Outcrop gamma-ray logging to improve
permission of the American Association of Petroleum Geologists. understanding of subsurface well log correlations, from Geological Applications of
Figure 8.31: from Smith, M.L., Sondergeld, C.H., Norris, J.0., The Amoco Wireline Logs 0, ed. Hurst et al., special publication 65, pp. 3-19, Figure 8 by
Array Sonic Logger, Log Analyst, 32(3), Figure 1, pp. 202, by permission of the permission of the Geological Society.
American Association of Petroleum Geologists. Figure 15.8: from Loutit et al., (1988) Condensed Sections: The Key w Age
Figure 8.32: from Hsuk and Chang Shu-Kong, (987. Multiple short processing Determination and Correlation of Continental Margin Sequences from Sea-Level
of array sonic waveforms, in Geophysics 52(10), pp. 1376-1390, Figures | and 3, Changes: An Integrated Approach, ed. Wilgus et al., Figure 20, by permission of
by permission of the Society of Exploration Geophysicists. Society of Economic Paleontologists and Mineralogists.
Figure 8.34: from Smith, M.L., Sondergeld, C.H., Norris. J.0.. The Amoco Figure 15,10: from Ineson, J.R.. The Lower Cretaceous chalk play in the Danish
Array Sonic Loggez, Log Analyst, 32(3). Figure 9 pp. 208, by permission of the Central Trough from Petroleum Geology of Northwest Europe: Proceedings of the
Afnerican Association of Petroleum Geologists. 4th Conference, |, ed., Parker, J.2.. Figures 1 and 3, by permission of the
Figure 8.36: by permission of the Compagnie Générale de Geophysique. Geological Society.
Figure 8.37: from Bunch, A.W.H. and Dromgoole, P.W. Lithology and fluid Figure 15.13: from Vail, PR. and Wormardi, W.W., Well Log-Seismic Sequence
prediction from seismic and well data. [, 1995, pp. 49-57, by permission of the Stratigraphy: an Integrated Tool for the 90s from Sequence Stratigraphy as an
Society of Exploration Geophysicists. Exploration Tool, eds. Armentrout, J.M. and Perkins, B.F., Figures 3, $, 7,9, 11,
Figure 9.3: Ellis, D., Flaum, C., Roulet, C., Marienbach, E. and Seeman, B. The by permission of Society of Economic Paleontologists and Mineralogists.
Litho-Density Tool Calibration, Paper SPE 12048, SP2 Ann. Tech. Conf. and
Exhibition, 1983, Figure 10.12 pp. 214, by permission of Elsevier Science
Publishing Co. [nc.