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Bibliography of Well-Log Applications

1999 Annual Update

Compiled by Stephen E. Prensky

Consultant, Silver Spring, Maryland

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TABLE OF CONTENTS

TOPIC                                    PAGE

Introduction........... .............................

 

Part A: Basic Well Logging.................. .............................

 

1. Fundamentals of Well Logging and Well-Log Interpretation .....................

              I. Books and General Review Papers        

            II. General Log Interpretation, Reservoir Characterization,Wireline Testing    

           III.    General Petrophysics Including Core Analysis, Core Imaging and Image

                  Analysis (includes DSDP and ODP data)                 

           IV. Electromagnetic Logging (Including Resistivity, and Paleomagnetic)               

                        V. NMR Applications in Well Logging and Rock Characterization    

           VI.     MWD (Measurement While Drilling), Horizontal Wells/Drilling               

          VII. Cased-Hole and Production Logging,Determination of ROS.      

        VIII.  Acoustic Logging (Including P and S, Full Waveform, Borehole Seismic, AVO and VSP)          

           IX.    Nuclear Logging, Geochemical Logging (Elemental Analysis)                   

            X. Shaly Sands (Including Thin-Bed Evaluation and Low Resistivity, Low-Contrast Pay)           

           XI.  Borehole Gravimetry                

         XII. Permeability and Determination of Permeability from Logs                   

        XIII.  Borehole Imaging, Downhole Video, Nearwell and Crosswell Imaging and Tomography

                Time-Lapse Reservoir Monitoring                

        XIV. Temperature Logging, Determination of Static BHT, Applications of BHT Data,

                Heat-Flow and Geothermics                 

         XV. Conditions and Special Situations Affecting Tool Response                   

        XVI. Crossplot Techniques and Applications                 

       XVII. Computer and Programmable Calculator Programs for Log Analysis    

     XVIII. Schlumberger International Well Evaluation Conferences                   

        XIX.    Reprint Volumes     

         XX. Bibliographies               

        XXI. Well-Log-Response Charts        

 

Part B: Applications........ ...........................

 

   2.    General Geological Applications, Mechanical Properties, Logging  for Environmental

          Applications (includes DSDP and ODP data).....          

   3.          Determination of Facies and Depositional Environment; Flow Units              

   4.          Identification of Depositional Environments by SP and GR Pattern, Sequence Stratigraphy.            

   5.          Dipmeter Applications          

   6.          Applications of Artificial Intelligence (AI), Expert Systems, Fuzzy Logic and Neural Networks.......          

   7.    Well-Log Data Computer Methods (including Automated Log Correlation, Analyses, Geostatistics)          

   8.    Natural Gamma-Ray Spectrometry.          

   9.    Organic Carbon and Source Rock Determination          

 10.    Tight (Low-Permeability) Gas Sandstones.....          

 11.          Abnormal Pressure Detection and Evaluation......          

 12.    Oil and Gas Shales.....          

 13.    Heavy Oil and Tar Sandstones.....          

 14.    Coal and Coalbed Methane........          

 15.    Fracture Detection and Evaluation, Wellbore Breakouts, In-Situ Stress and Borehole Stability.........          

 16.          Permafrost and Gas Hydrates........          

 17.          Evaporites                  

 18.    Mineral Exploration and Evaluation                     

 19.          Groundwater Applications..          

 20.    Igneous and Metamorphic Rocks (including DSDP and ODP results).          

 21.          Geothermal Well-Log Evaluation......          

 

Part C: Listing of Citations by First Author................... .............................

 

 

Introduction

 

The purpose of this bibliography is to emphasize the application and various uses of well-log data.  The following general criteria are applied to papers to determine whether they will be included: 1) the paper must be written in English, 2) it must be obtainable by a research library, and 3) most of the paper should discuss a particular application of well-log data or have immediate impact on the use of such data.   For lack of space, abstracts are excluded (except for extended abstracts) and cross-indexing has been kept to a minimum.  This update contains 1200 new and updated citations.

Readers who have followed the development of this bibliography will note that it has expanded and evolved with time.  Subject headings have been split and additional headings have been added as warranted.  In addition, I have tended towards a broader viewpoint than when I first began this project 12 years ago.  Many papers, while not strictly log-application papers, have been added to provide additional background or supporting information for a fuller understanding and improved interpretation of the logging data.  This year's update contains special emphasis on borehole imaging, NMR principles and logging, and gas hydrates.

I wish to acknowledge the assistance of the U.S. Geological Survey which provided access to its library resources, a factor that has added significant value to this work.

 

PART A:  BASIC WELL LOGGING

 

 

1. FUNDAMENTALS OF WELL LOGGING AND WELL-LOG INTERPRETATION

 

I. Books and General Review Papers

 

 

American Petroleum Institute, 1998, Recommended practices for core analysis, second edition:  Recommended Practice RP40, variously paginated

 

Anonymous, 1999, Formation evaluation—logging and testing:  Journal of Petroleum Technology, v. 51, no. 11, p. 20-26.

 

Brown, G., and Woodhouse, R., editors, 1999, Advances in petrophysics [five years of DiaLog 1993-1997]:  London Petrophysical Society Reprint Volume, 149 p.

 

Coates, G.R., Xiao, L.Z., and Prammer, M.G., 1999, NMR logging; principles and applications:  Halliburton.

 

Douma, M., Hunter, J.A., and Good, R.L., 1999, Borehole geophysical logging, in Gilbert, R., compiler, A handbook of geophysical techniques for geomorphic and environmental research:  Geological Survey of Canada Open-File Report No. 3731, p. 57-68.

 

Jahn, F., Cook, M., and Graham, M., 1998, Reservoir description, chapter 5, in Hydrocarbon exploration and production:  Elsevier, Amsterdam, Developments in Petroleum Science No. 46, p. 125-170.

 

Jones, E.J.W., 1999, Geophysical observations in offshore boreholes, chapter 11, in Marine geophysics:  John Wiley and Sons, Ltd, New York, p. 259-286.

 

Leonardon, E.G., 1961, Logging, sampling, and testing, chapter 8, in History of petroleum engineering:  American Petroleum Institute, p. 493-578.

 

Lovell, M.A., Williamson, G., and Harvey, P.K., editors, 1999, Borehole imaging—applications and case histories:  Geological Society [London] Special Publication No. 159, 305 p.

 

Schlumberger, 1999, Multimedia Oilfield Review archive (1992-1998):  1 CD-ROM

 

Snyder, D.D., and Fleming, D.B., 1985, Well logging—a 25-year perspective:  Geophysics, v. 50, no. 12, p. 2504-2529.

 

Society of Professional Well Log Analysts, 1999, Transactions of the SPWLA, v. 1-10, 1960 through 1969:  1 CD-ROM.

 

Society of Professional Well Log Analysts, 1999, Transactions of the SPWLA, v. 11-20, 1970 through 1979:  1 CD-ROM.

 

Theys, P.P., 1999, Log data acquisition and quality control, 2nd edition:  Editions Technip, Paris.

 

Timur, A., 1982, Open hole well logging, SPE-10037, in International petroleum conference [Beijing] proceedings:  Society of Petroleum Engineers, p. 639-674.  Later published 1982 in condensed form as, Advances in well logging:  Journal of Petroleum Technology, v. 34, no. 6, p. 1181-1185.

 

 

II. General Log Interpretation, Reservoir Characterization, and Wireline Testing

(See also III. General Petrophysics, IV. Electromagnetic Logging, X. Shaly Sands,

18. Mineral Evaluation)

 

Abdallh, A.A., Keleman, Z, and Szigeti, G., 1997, Application of principal component method for estimation of porosity and shale content in Memouniat Sandstone, in 5th Mediterranean petroleum conference proceedings:  International Energy Foundation, p. 305-312.

 

Adcock, G., 1990, Estimating sonic travel times in Texas wellbores using electrical resistivity and gamma ray measurements:  University of Houston, unpublished M.S. thesis.

 

Alixant, J-L., and Collie, D.A.L., 1999, Spectral gamma ray measurement on cuttings—an alternative to MWD, SPE/IADC-57550, in SPE/IADC Middle East drilling technology conference proceedings:  Society of Petroleum Engineers, p. 101-110.

 

Ambastha, A.K., and Moynihan, T.J., 1996, A simple and accurate method for an integrated analysis of core and log data to describe reservoir heterogeneity:  Journal of Canadian Technology, v. 35, no. 1, p. 40-46.

 

Anonymous, 1999, One solution to logging wells in HPHT deep environments:  Offshore International, v. 59, no. 8, p. 68, 188.

 

Anselmetti, F.S., and Eberli, G.P., 1999, The velocity-deviation log—a tool to predict pore type and permeability trends in carbonate drill holes from sonic and porosity or density logs:  AAPG Bulletin, v. 83, no. 3, p. 450-466.

 

Asakura, S., Ashida, Y., Eida, H., Brie, A., Kida, M., Imayoshi, A., and Fujikawa, T., 1999, A new saturation equation for thinly laminated formations, paper D, in 5th well logging symposium of Japan proceedings:  Society of Professional Well Log Analysts, Japan Chapter, 8 p.

 

Asquith, G.B., Hardage, B.A., Lancaster, D., and Pendelton, V.M., 1998, Petrophysics of the Mississippian limestones in the Waha/west Waha area Reeves and Pecos Counties, Texas, in West Texas fall symposium proceedings:  West Texas Geological Society Publication 98-105, p. 173-180.

 

Ausbrooks, R., Hurley, N.F., May, A., and Neese, D.G., 1999, Pore-size distributions in vuggy carbonates from core images, NMR, and capillary pressure, SPE-56506, in 1999 SPE annual technical conference and exhibition proceedings, v. omega, Formation evaluation and reservoir geology:  Society of Petroleum Engineers, p. 139-152.

 

Ayan, C., and Nicolle, G., 1998, Reservoir fluid identification and testing with a modular formation tester in an aging field, SPE-49528, in 8th Abu Dhabi international petroleum exhibition and conference proceedings:  Society of Petroleum Engineers, p. 640-649.

 

Baird, T., Fields, T., Drummond, R., Mathison, D., Langseth, B., Martin, A., and Silipigno, L., 1998, High-pressure, high-temperature well logging, perforating and testing:  Schlumberger Oilfield Review, v. 10, no. 2, p. 50-57.

 

Baxter, M.F.W., Aabdullah, Z., and Pearson, M.R., 1999, Operational procedures and applications of a wireline formation tester to accurately characterise the gas composition of stacked multiple pools in the North Malay Basin, SPE-54333, in 1999 SPE Asia Pacific oil and gas conference and exhibition proceedings:  Society of Petroleum Engineers, 13 p. (CD-ROM).

 

Beda, G., Quagliaroli, R., Segalini, G., Barraud, B., and Mitchell, A., 1999, Gas while drilling (GWD); a real time geologic and reservoir interpretation tool, paper D, in 40th annual well logging symposium transactions:  Society of Professional Well Log Analysts, 14 p.

 

Bennion, D.B., 1999, UBD technology offers pathway to solving complex reservoir problems:  American Oil and Gas Reporter, v. 42, no. 2, p. 49-54, 84.

 

Bernasconi, G., Rampa, V., Abramo, F., and Bertelli, L., 1999, Compression of downhole data, SPE/IADC-52806, in 1999 SPE/IADC drilling conference proceedings, v. 1:  Society of Petroleum Engineers, p. 351-359.

 

Bhullar, A.G., Karlsen, D.A., Lacharpagne, J.C., and Hom, K., 1999, Reservoir screening using Iatroscan TLC-FID and identification of palaeo-oil zones, oil-water contacts, tar-mats and residual oil saturations in the Froy and Rind petroleum accumulations:  Journal of Petroleum Science and Engineering, v. 23, no. 1, p. 41-63.

 

Breda, E., and Minetto, C., 1999, Improved Swi determination and producibility estimation using NMR, dielectric and induction array systems in San Jorge Basin, SPE-53720, in 6th Latin American and Caribbean petroleum engineering conference proceedings:  Society of Petroleum Engineers, 12 p. (CD-ROM).

 

Brown, A., 1998, Porosity variation in carbonates as a function of depth—Mississippian Madison Group, Williston Basin, paper 3, in Kupecz, J.A., Gluyas, J., and Bloch, S., editors, Reservoir quality prediction in sandstones and carbonates:  AAPG Memoir No. 69, p. 29-46.

 

Brown, G., and Woodhouse, R., editors, 1999, Advances in petrophysics [five years of DiaLog 1993-1997]:  London Petrophysical Society Reprint Volume, 149 p.

 

Buffin, A.J., Sutherland, A.J., and Gorski, J.A., 1995, Gas detection in the onshore Otway Basin using array sonic waveform data:  APEA [Australian Petroleum Exploration Association] Journal, v. 35, part 1, p. 507-516.

 

Byrom, T.G., 1999, Coiled-tubing drilling in perspective, SPE-51792:  Journal of Petroleum Technology, v. 51, no. 6, p. 57-61.

 

Cannon, D. and Kienitz, C., 1999, Interpretation of asymmetrically invaded formations with azimuthal and radial LWD data, paper G, in 40th annual well logging symposium transactions:  Society of Professional Well Log Analysts, 12 p.

 

Capello de Passalacqua, M.A., 1995, Geology and rock physics of the San Andres Formation in Vacuum field, New Mexico:  Colorado School of Mines, Golden, unpublished M.S. thesis, 153 p.

 

Carr, T.R., Green, D.W., and Wilhite, G.P., 1996, Improved oil recovery in Mississippian carbonate reservoirs of Kansas (near term Class 2):  U.S. Department of Energy Report DOE/BC/14987-5, 52 p.

 

Carrara, E., Mazzacca, A., Pece, R., Roberti, N., and Vanorio, T., 1999, Evaluation of porosity and saturation degree by laboratory joint measurements of velocity and resistivity—a model improvement:  Pure and Applied Geophysics, v. 154, p. 211-255.

 

Chawathe, A., 1999, DeepLook—toward the common goal of reservoir characterization through collaboration, OTC-10785, in 31st annual offshore technology conference proceedings, v. 1 Geology, earth sciences, and environmental factors:  Society of Petroleum Engineers, p. 309-318.  Also published in 1999 in brief format:  Journal of Petroleum Technology, v. 51, no. 11, p. 50-51.

 

Cheng, M.L., Leal, M.A., and McNaughton, D., 1999, Productivity prediction from well logs in variable grain size reservoirs, Cretaceous Qishn Formation, Republic of Yemen:  The Log Analyst, v. 40, no. 1, p. 24-32.

 

Clark, B., 1997, Emerging technologies at Schlumberger, in 5th symposium on unconventional methods in exploration for petroleum and natural gas proceedings:  Institute for the Study of Earth and Man, Southern Methodist University Press, Dallas, TX, p. 234-257.

 

Coates, G.R., Xiao, L.Z., and Prammer, M.G., 1999, NMR logging; principles and applications:  Halliburton.

 

Coll, C., Jing, X.D., and Muggeridge, A.H., 1999, Integration of core and log information to improve the representation of small/medium-scale heterogeneity, SPE-56804, in 1999 SPE annual technical conference and exhibition proceedings, v. omega, Formation evaluation and reservoir geology:  Society of Petroleum Engineers, p. 829-844.

 

Collins, D.R., 1998, Visualization of subsurface geology from wireline logs, in Soller, D.R., editor, Digital mapping techniques ’98, workshop proceedings:  U.S. Geological Survey Open-File Report OF 98-0487, p. 61-66.

 

Corona, W.W., and Mavko, G., 1999, Predicting clay content and porosity from gamma-ray and conductivity logs, in Symposium on the applications of geophysics to engineering and environmental problems (SAGEEP) proceedings (Powers, M.H., Cramer, L., and Bell, R.S., editors):  Environmental and Engineering Geophysical Society, p. 425-433.

 

Crombie, A., Halford, F., Hashem, M., McNeil, R., Thomas, E.C., Melbourne, G., and Mullins, O.C., 1998, Innovations in wireline fluid sampling:  Schlumberger Oilfield Review, v. 10, no. 3, p. 26-41.

 

Da Prat, G., Colo, C., Martinez, R., Cardinali, G., and Conforto, G., 1996, A new approach for evaluating layer productivity before well completion, SPE-36559, in Annual technical conference and exhibition proceedings, v. omega, Formation evaluation and reservoir geology:  Society of Petroleum Engineers, p. 737-747.  Later published in 1999 as, SPE-54672:  Reservoir Evaluation and Engineering, v. 2, no. 1, p. 75-84.

 

Davies, D.K., Hara, P.S., and Mondragon, J.J., 1999, Geometry, internal heterogeneity and permeability distribution in turbidite reservoirs, Pliocene California, SPE-56819, in 1999 SPE annual technical conference and exhibition proceedings, v. omega, Formation evaluation and reservoir geology:  Society of Petroleum Engineers, p. 845-859.

 

Davies, D.K., and Vessell, R.K., and Auman, J.B., 1997, Improved prediction of reservoir behavior through integration of quantitative geological and petrophysical data, SPE-38914, in Annual technical conference and exhibition proceedings, v. sigma, Reservoir engineering and production:  Society of Petroleum Engineers, p. 725-740.  Later published in 1999 as, SPE-55881:  Reservoir Evaluation and Engineering, v. 2, no. 2, p. 149-160.

 

De Blundun, M.A., and Munoz, A., 1999, Core-log correlations for rock mechanical analysis of Lake Maracaibo deep reservoirs, SPE-54010, presented at 6th Latin American and Caribbean petroleum engineering conference :  Society of Petroleum Engineers [not in proceedings].

 

Deakin, M., and Manan, W., 1998, Petrophysical data integration increases reserves in low contrast pay, IPA 98-2, in 26th annual convention proceedings, v. 2:  Indonesian Petroleum Association, Jakarta, p. 13-32.

 

Delaune, P.L., Spilker, K.K., Hanson, S.A., Wright, A.C., and Quagliaroli, R., 1999, Enhanced wellsite technique for oil detection and characterization, SPE-56802, in 1999 SPE annual technical conference and exhibition proceedings, v. omega, Formation evaluation and reservoir geology:  Society of Petroleum Engineers, p. 801-816.

 

Denis, A., Cremoux, F., and Breysse, D., 1997, Enhancing well log interpretation by using a geostatistical approach [in French]:  Revue de l’Institut Francais du Petrole, v. 52, no. 4, p. 389-406.

 

Douma, M., Hunter, J.A., and Good, R.L., 1999, Borehole geophysical logging, in Gilbert, R., compiler, A handbook of geophysical techniques for geomorphic and environmental research:  Geological Survey of Canada Open-File Report No. 3731, p. 57-68.

 

Dutta, D.J., Madhavan, S., and Sundaram, K.M., 1999, Characterization of dual porosity system in carbonates using sonic and resistivity measurements, paper C, in 40th annual well logging symposium transactions:  Society of Professional Well Log Analysts, 7 p.

 

Eaton, B.A., and Eaton, T.L., 1997, Fracture gradient prediction for the new generation:  World Oil, v. 218, no. 10, p. 93-94, 96-100.  Later reprinted in 1999, in Pore pressure and fracture gradients:  Society of Petroleum Engineers Reprint Series No. 49, p. 108-112.

 

Ekrann, S., 1999, Water saturation modeling—an upscaling point of view, SPE-56559, in 1999 SPE annual technical conference and exhibition proceedings, v. sigma, Reservoir engineering, part 1:  Society of Petroleum Engineers, p. 545-557.

 

Elshahawi, H., Fathy, K., and Hiekal, S., 1999, Capillary pressure and rock wettability effects on wireline formation tester measurements, SPE-56712, in 1999 SPE annual technical conference and exhibition proceedings, v. omega, Formation evaluation and reservoir geology:  Society of Petroleum Engineers, p. 499-514.

 

Elsharkawy, A.M., 1999, An expert system for efficient prediction of reservoir fluid properties, SPE-54000, in 6th Latin American and Caribbean petroleum engineering conference proceedings:  Society of Petroleum Engineers [not in proceedings].

 

Engelder, T., and Leftwich, J.T., 1997, A pore-pressure limit in overpressured south Texas oil and gas field, paper 15, in Surdam, R.C., editor, Seals, traps, and the petroleum system:  AAPG Memoir No. 67, p. 255-268.

 

Evans, B.J., 1999, Developments in pore pressure prediction using seismic-while-drilling technology:  APPEA [Australian Petroleum Production and Exploration Association] Journal, v. 39, part 1, p. 461-474.

 

Evans, H.B., and Pickett, G.R., 1969, Formation evaluation—status and developments, SPE-2743, in 40th annual California regional meeting proceedings:  Society of Petroleum Engineers.

 

Fair, P.S., Kikani, J., and White, C.D., 1996, Modeling high angle wells in laminated pay reservoirs, SPE-36027, in Annual technical conference and exhibition proceedings, v. sigma, Reservoir engineering:  Society of Petroleum Engineers, p. 19-28.  Later published in 1999 as, SPE-54656:  Reservoir Evaluation and Engineering, v. 2, no. 1, p. 46-52.

 

Ferguson, R.J., and Stewart, R.R., 1998, Sand/shale differentiation using shear-wave velocity from P-S seismic data:  Journal of Seismic Exploration, v. 7, no.2, p. 117-127.

 

Fields, T., 1998, Experiences and developments in HPHT wireline logging, in Progress in HP/HT fields conference proceedings:  IBC UK Conferences, Ltd., 14 p.

 

Flolo, L., Menard, W., Weissenburger, K., Kjaerefjord, J., and Arnesen, D., 1999, Revealing the petrophysical properties of a thin-bedded rock in a Norwegian Sea reservoir by the use of logs, core, and miniperm data, paper PP, in 40th annual logging symposium transactions:  Society of Professional Well Log Analysts, 14 p.

 

Fowler, M.L., Johnson, W.I., Safley, L.E., Schatzinger, R.A., Sharma, B., and Szpakiewicz, M.J., 1999, Field demonstration of logging technologies for reservoir characterization, final report:  U.S. Department of Energy Report DOE/PC/91008-0379,  266 p.

 

Frykman, P., and Deutsch, C.V., 1999, Geostatistical scaling laws applied to core and log data, SPE-56822, in 1999 SPE annual technical conference and exhibition proceedings, v. omega, Formation evaluation and reservoir geology:  Society of Petroleum Engineers, p. 887-898.

 

Gianzero, S., 1999, The paradox of anisotropy revisited:  The Log Analyst, v. 40, no. 6, p. 485-491.

 

Gluyas, J.G., 1998, Poroperm prediction for reserves growth exploration—Ula trend, Norwegian North Sea, paper 13, in Kupecz, J.A., Gluyas, J., and Bloch, S., editors, Reservoir quality prediction in sandstones and carbonates:  AAPG Memoir No. 69, p. 201-210.

 

Gluyas, J.G., and Cade, C.A., 1998, Prediction of porosity in compacted sands, paper 2, in Kupecz, J.A., Gluyas, J., and Bloch, S., editors, Reservoir quality prediction in sandstones and carbonates:  AAPG Memoir No. 69, p. 19-28.

 

Gluyas, J.G., and Witton, T., 1998, Poroperm prediction for wildcat exploration prospects—Miocene Epoch, southern Red Sea, paper 11, in Kupecz, J.A., Gluyas, J., and Bloch, S., editors, Reservoir quality prediction in sandstones and carbonates:  AAPG Memoir No. 69, p. 163-176.

 

Gonclaves, C.A., 1998, Lithologic interpretation of downhole logging data from the Cote d’Ivoire-Ghana transform margin—a statistical approach, in Proceedings of the Ocean Drilling Program, scientific results, v. 159:  Ocean Drilling Program, Texas A&M University, College Station, p. 157-170.

 

Goode, P.A., Pietsch, A.P., Williams, N.V., and Sibbit, A.M., 1995, Determination of petrophysical parameters using wireline logs in low salinity reservoirs, SPE-29272, presented at SPE Asia Pacific oil and gas conference:  Society of Petroleum Engineers, 14 p.[not in proceedings]

 

Griffin, A., Andrea, M., and Fish, P., 1999, Integrated petrophysical analysis and sequence stratigraphy of the Palaeocene interval, Faeroes-Shetland Basin, paper S, in 40th annual well logging symposium transactions:  Society of Professional Well Log Analysts, 13 p.

 

Grim, G.K., Jr., 1995, Computer-aided statistical analysis of the correlation between shaly sand analysis using old logs (pre-porosity) and modern logs—Pennsylvanian Hoover Sand, Harper and Beaver Counties, Oklahoma:  Texas Tech University, Lubbock, unpublished M.S. thesis, 104 p.

 

Grutzner, J., and Mienert, J., 1999, Physical property changes as a monitor of pelagic carbonate diagenesis—an empirically derived diagenetic model for Atlantic Ocean basins:  AAPG Bulletin, v. 83, no. 9, p. 1485-1501.

 

Guzman, J.H., 1999, Enhanced drill cuttings analysis for drill-in fluids design, SPE-53947, in 6th Latin American and Caribbean petroleum engineering conference proceedings:  Society of Petroleum Engineers, 5 p. (CD-ROM).

 

Hamada, G.M., 1999, An integrated approach to determine shale volume and hydrocarbon potential in shaly sands in the Gulf of Suez:  The Log Analyst, v. 40, no. 3, p. 218-225.

 

Hamada, G.M., Al-Blehed, M.S., and Al-Awad, M.N.J., 1999, Determining petrophysical properties of low resistivity reservoirs using nuclear magnetic resonance logs, SPE-56789, in 1999 SPE annual technical conference and exhibition proceedings, v. omega, Formation evaluation and reservoir geology:  Society of Petroleum Engineers, p. 695-708.

 

Hanson, S.A., 1998, Integrating QGM with downhole data improves formation evaluation:  GasTips [Gas Research Institute], v. 5, no. 1,  p. 16-20.

 

Harrold, T.W.D., Swarbrick, R.E., and Goulty, N.R., 1997, Fluid pressure studies of SE Asia mudrocks using wireline logs, paper IPA97-PO-03, in Petroleum systems of Southeast Asia and Australasia conference proceedings:  Indonesian Petroleum Association, Jakarta, p. 867-872.

 

Hashem, M.N., Thomas, E.C., McNeil, R.I., and Mullins, O.C., 1997, Determination of producible hydrocarbon type and oil quality in wells drilled with synthetic oil-based muds, SPE-39093, in Annual technical conference and exhibition proceedings, v. omega, Formation evaluation and reservoir geology, part 2:  Society of Petroleum Engineers, p. 353-366.  Later published in 1999 as, SPE-55959:  Reservoir Evaluation and Engineering, v. 2, no. 2, p. 125-133.

 

Hassan, A.A., and Saleh, A.E.-D., A., 1990, Lithostatistical study of Kharita Formation, Western Desert, Egypt:  Geophysical Transactions, v. 35, no. 4, p. 301-313.

 

Hawker, D., 1999, Direct gas in mud measurement at the well site:  Petroleum Engineer International, v. 72, no. p. 31-33.

 

Haynes, F., Bergslien, D., Burtz, O., and Munkhom, M., 1999, Thin bed reservoir characterization in the Balder gas cap, Norwegian North Sea, paper NN, in 40th annual logging symposium transactions:  Society of Professional Well Log Analysts, 9 p.