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BASIN ANALYSIS IN PETROLEUM EXPLORATION BASIN ANALYSIS IN PETROLEUM EXPLORATION A case study from the Bekes basin, Hungary edited by PAUL G. TELEKI U.S. Geological Survey, Res ton, Virginia, U.S.A. ROBERTE. MATTICK U.S. Geological Survey, Reston, Virginia, U.S.A. and JÄNOS KÖKAI Mining Bureau of Hungary, Budapest formerly Hungarian Oil and Gas Trust, Budapest, Hungary SPRINGER SCIENCE+BUSINESS MEDIA, B.V. Library of Congress Cataloging-in-Publicatino Data Basin analysi s 1n petroleu m exploratio n a case study fro m th e Bekes : basin, Hungary / edite d by Paul G. Telekl , Robert E. Mattick , and Janos Koka 1. p. cm. Includes Index. ISBN 978-94-010-4412-7 ISBN 978-94-011-0954-3 (eBook) DOI 10.1007/978-010-4412-7 1. Petroleum—Geology—Bekes Basin (Hungary and Romania) 2. Petroleum—Prospecting—Bekes Basin (Hungary and Romania) I. Telekl , P. G. (Paul G.) , 1930- . II .M attlck , Robert E. III . Kokal, Janos. TN271.P4B73 1994 553.2' 8* 09439—dc20 94-22321 ISBN 978-94-010-4412-7 Printed on acid-free paper All Rights Reserved © 1994 Springer Science+Business Media Dordrecht Originally published by Kluwer Academci Publishesr in 1994 Softcover reprint of the hardcover 1st edition 1994 No part of the material protected by this copyright notice may be reproducde or utilized in any form or by any mean,s electronci or mechanica, l including photocopying, recording or by any information storage and retrieval system, without written permission from the copyright owner. TABLE OF CONTENTS Foreword ............................................................................................................................................... xi Paul G. Teleki, Robert E. Mattick and Janos K6kai 1 Structure of the Bekes Basin Inferred from Seismic Reflection, Well and Gravity Data ......................................................................................................................... 1 John A. Grow, Robert E. Mattick, Anik6 Berczi-Makk, Csaba Per6, Denes Hajdu, Gyorgy Pogacsas, Peter Vamai and Ede Varga ABSTRACT .......................................................................................................................................................... . INTRODUCTION ................................................................................................................................................. 2 PREVIOUS SEISMIC REFLECTION STUDIES FROM THE PANNONIAN BASIN .................................... 6 MORPHOLOGY OF THE BEXES BASIN ......................................................................................................... 6 EXTENSIONAL AND OBLIQUE EXTENSIONAL FEATURES ..................................................................... 8 MESOZOIC BELTS .............................................................................................................................................. 12 Battonya-PusztafOldvar Mesozoic Trough ................................................................................................... 12 Bekes-Doboz Mesozoic Trough ................................................................................................................... 22 LISTRIC NORMAL FAULTS IN THE NEOGENE SECTION ......................................................................... 32 GRA VITY AND MAGNETIC INTERPRETA TION .......................................................................................... 34 TECTONIC INTERPRETATION ........................................................................................................................ 35 CONCLUSIONS ................................................................................................................................................... 36 REFERENCES ..................................................................................................................................................... 37 2 Sequence Stratigraphy of the Bekes basin .............................................................................. 39 Robert E. Mattick, Janos Rumpler, Antal Ujfalusy, Bela Szanyi, and Iren Nagy ABSTRACT ........................................................................................................................................................... 39 INTRODUCTION ................................................................................................................................................. 39 PRINCIPLES USED IN INTERPRETATION ..................................................................................................... 41 Basinally-Restricted Unit (BRU) .................................................................................................................. 42 Retrogradational Unit (RU) .......................................................................................................................... 42 Progradational Unit (PU) .............................................................................................................................. 42 Sequences ..................................................................................................................................................... 43 STRUCTURE MAP ON RU ................................................................................................................................. 44 MAJOR SEQUENCES OF PU 1 ..........•....................................................................•.•.......................................... 45 Sequences IN-6N .......................................................................................................................................... 45 Sequences INW-3NW .................................................................................................................................. 50 Sequence 1W ................................................................................................................................................. 51 Sequences 7N-9N and 4NW-6NW ............................................................................................................... 51 Sequences in the Battonya-Pusztafoldvar Area ............................................................................................ 55 WATER DEPTHS ................................................................................................................................................. 58 AGES AND DEPOSITIONAL RATES ............................................................................................................... 61 SUMMARY OF DEPOSITIONAL HISTORY .................................................................................................... 61 ACKNOWLEDGEMENTS ................................................................................................................................... 64 REFERENCES ..................................................................................................................................................... 64 vi 3 Lower Pannonian Deltaic-Lacustrine Processes and Sedimentation, Bekes Basin ........... 67 R. Lawrence Phillips, Istvan Revesz and Istvan Berczi ABSTRACT ........................................................................................................................................................... 67 INTRODUCTION ................................................................................................................................................ 68 METHODS ........................................................................................................................................................... 68 SUMMARY OF THE STRA TIGRAPHY ............................................................................................................ 68 PRE-NEOGENE (BASEMENT) ROCKS ............................................................................................................ 70 MIOCENE MARINE SEDIMENTARY ROCKS ................................................................................................ 70 MIOCENE AND YOUNGER LACUSTRINE SEDIMENTARY ROCKS ........................................................ 72 Basal Conglomerate ...................................................................................................................................... 72 Basal Marl ..................................................................................................................................................... 72 Prodelta Lacustrine Turbidites ...................................................................................................................... 72 Delta-Slope Deposits ..................................................................................................................................... 76 Delta-Plain Deposits ...................................................................................................................................... 79 SEDIMENTARY MODEL OF THE BEXES BASIN ......................................................................................... 79 REFERENCES ..................................................................................................................................................... 82 4 Facies and Depositional Environments of Miocene Sedimentary Rocks ............................ 83 Karoly SzentgyOrgyi and Paul G. Teleki ABSTRACT ........................................................................................................................................................... 83 INTRODUCTION ................................................................................................................................................. 84 STRATIGRAPHIC RELATIONS OF THE MIOCENE SEQUENCE ................................................................ 87 LITHOLOGY AND FACIES OF MIOCENE SEQUENCES .............................................................................. 87 Badenian Deposits ......................................................................................................................................... 87 Sarmatian Deposits ........................................................................................................................................ 94 PALEOGEOGRAPHY OF MIOCENE SEDIMENTATION .............................................................................. 95 HISTORY AND EVOLUTION ............................................................................................................................ 95 SUMMARY AND CONCLUSIONS .................................................................................................................... 96 ACKNOWLEDGEMENTS ................................................................................................................................... 96 REFERENCES ..................................................................................................................................................... 97 5 Stratigraphic Framework and Sandstone Facies Distribution of the Pannonian Sequence in the Bekes Basin ............................................................................................ 99 C. M. Molenaar, I. Revesz, I. Berczi, A. Kovacs, Gy. K. Juhasz, I. Gajdos, and B. Szanyi ABSTRACT ........................................................................................................................................................... 99 INTRODUCTION ................................................................................................................................................. 99 DEPOSITIONAL RELATIONS OF THE PANNONIAN SEQUENCE AS INDICATED BY SEISMIC PROFILES AND WELL-LOG CROSS SECTIONS .......................................................................... 101 Topset (Shallow Lake-Delta Plain-Alluvial Plain) Reflections ................................................................... 101 Clinoform (Prodelta Slope) Reflections ........................................................................................................ 102 Significance of the ShelfBreak .................................................................................................................... 105 Basin Slope and Water Depth Measurements ............................................................................................... 108 Bottomset (Basinal) Reflections ................................................................................................................... 108 The Basal Clayey Marl and Marl .................................................................................................................. 109 SUMMARY OF SANDSTONE FACIES AND DISTRIBUTION ...................................................................... 109 Basinal Turbidites (Szolnok Formation) ....................................................................................................... 109 Prodelta-Slope Sandstones (AlgyO Formation) ............................................................................................ 110 Delta-PlainlDelta-Front Sandstones (TOrtel Formation) .............................................................................. 110 VII Alluvial-Plain Sandstones (Zagyva and Nagyalf6ld Formations} ................................................................ 110 REFERENCES ..................................................................................................................................................... 110 6 High Resolution Polarity Records and the Stratigraphic and Magnetostratigraphic Correlation of Late Miocene and Pliocene (pannonian, s.l.) Deposits of Hungary ....................... 111 Donald P. Elston, Mikl6s Lantos and Tamas Hamor ABSTRACT ........................................................................................................................................................... 111 INTRODUCTION ................................................................................................................................................. 111 Pannonian Basin ............................................................................................................................................ III Assumptions Underlying Previous Correlations in the Pannonian Basin .................................................... 112 Advent of Seismic-Stratigraphic Profiles ..................................................................................................... 114 GEOLOGIC SETTING ......................................................................................................................................... 114 Structure ........................................................................................................................................................ 114 Stratigraphy ................................................................................................................................................... 115 Biostratigraphy .............................................................................................................................................. 119 Isotopic Ages ................................................................................................................................................. 119 MAGNETOSTRATIGRAPHY ............................................................................................................................. 120 Sampling ........................................................................................................................................................ 120 Laboratory Procedures .................................................................................................................................. 121 Polarity Zonations ......................................................................................................................................... 124 CORRELATIONS WITH POLARITY TIME SCALE ........................................................................................ 130 Assumptions and Tie Lines ........................................................................................................................... 130 Seismic Stratigraphy ..................................................................................................................................... 131 Comparison with Marine Core Records ....................................................................................................... 132 Correlations of Hungarian Sections with Polarity Time Scale ..................................................................... 133 DISCUSSION ........................................................................................................................................................ 134 Regional correlations .................................................................................................................................... 134 SUMMARY ........................................................................................................................................................... 139 ACKNOWLEDGEMENTS ................................................................................................................................... 140 REFERENCES ..................................................................................................................................................... 140 7 Correlation of Seismo-and Magnetostratigraphy in Southeastern Hungary .................... 143 Gytirgy Pogacsas, Robert E. Mattick, Donald P. Elston, Tamas Hamor, Aron Jambor, Laszlo Lakatos, Miklos Lan tos, Emti Simon, Gabor Vakarcs, Laszl6 Varkonyi and Peter Vamai ABSTRACT ........................................................................................................................................................... 143 INTRODUCTION ................................................................................................................................................. 144 PREVIOUS STUDIES .......................................................................................................................................... 148 PRESENT STUDIES ............................................................................................................................................. 150 PROFILE I ............................................................................................................................................................. 150 PROFILE II ............................................................................................................................................................ 153 PROFILE III .......................................................................................................................................................... 153 PROFILE IV .......................................................................................................................................................... 153 DISCUSSION OF RESULTS ............................................................................................................................... 155 Filling of Bekes Basin ................................................................................................................................... 155 Lake Level Changes ...................................................................................................................................... 158 REFERENCES ..................................................................................................................................................... 159 viii 8 Organic Geochemistry of Crude Oils and Source Rocks, Bekes Basin ............................... 161 J. L. Clayton, I. Koncz, J. D. King and E. Tatar ABSTRACT ........................................................................................................................................................... 161 INTRODUCTION ................................................................................................................................................. 162 ANALYTICAL PROCEDURES .......................................................................................................................... 162 RESULTS .............................................................................................................................................................. 164 Crude Oil Geochemistry ............................................................................................................................... 164 Source Rock Geochemistry ........................................................................................................................... 165 DISCUSSION ........................................................................................................................................................ 169 Oil Correlations ............................................................................................................................................. 169 thermal maturity ............................................................................................................................................ 171 Oleanane Content .......................................................................................................................................... 172 Oil migration ................................................................................................................................................. 172 Reservoir Temperatures ................................................................................................................................ 183 SUMMARY AND CONCLUSIONS .................................................................................................................... 183 ACKNOWLEDGMENTS ..................................................................................................................................... 184 REFERENCES ..................................................................................................................................................... 184 9 Geochemistry of Natural Gas and Carbon Dioxide in the Bekes Basin- Implications for Exploration ............................................................................................................... 187 J. L. Clayton and I. Koncz ABSTRACT ........................................................................................................................................................... 187 INTRODUCTION ................................................................................................................................................. 187 Geologic setting ............................................................................................................................................ 189 Previous studies ............................................................................................................................................. 189 ANALYTICAL PROCEDURES .......................................................................................................................... 189 RESULTS AND DISCUSSION ............................................................................................................................ 190 Source rock data ............................................................................................................................................ 190 Habitat and source of the gases ..................................................................................................................... 190 Carbon Dioxide ............................................................................................................................................. 191 Evidence for hydrocarbon gas migration ...................................................................................................... 194 IMPLICATIONS FOR EXPLORATION ............................................................................................................. 196 Szarvas-Endrod ............................................................................................................................................. 197 Sarkadkereszttir ............................................................................................................................................. 198 Pusztafoldvar-Battonya ................................................................................................................................. 198 Martftl, Mez6rur, Ocsod ................................................................................................................................ 198 SUMMARY AND CONCLUSIONS .................................................................................................................... 198 ACKNOWLEDGMENTS ..................................................................................................................................... 199 REFERENCES ..................................................................................................................................................... 199 10 Abnormal Pressure and Hydrocarbon Migration in the Bekes Basin ................................ 201 Charles W. Spencer, Arpad Szalay and Eva Tatar ABSTRACT ........................................................................................................................................................... 201 INTRODUCTION ................................................................................................................................................. 201 OVERPRESSURING ............................................................................................................................................ 203 CAUSES OF OVERPRESSURING ..................................................................................................................... 204 POROSITY AND PERMEABILITY .................................................................................................................... 209 TIMING OF HYDROCARBON GENERATION ................................................................................................ 210 ix MIGRATION MECHANISMS ............................................................................................................................. 211 SELECTED EXAMPLES OF HYDROCARBON MIGRATION AND ENTRAPMENT ................................ 214 SUMMARY AND CONCLUSIONS .................................................................................................................... 216 ACKNOWLEDGMENTS ..................................................................................................................................... 218 REFERENCES ..................................................................................................................................................... 218 11 Structural Control on Hydrocarbon Accumulation in the Pannonian Basin .................... 221 Gyorgy Pogacsas , Robert E. Mattick, Gabor Tari , and Peter Varnai ABSTRACT ........................................................................................................................................................... 221 INTRODUCTION ................................................................................................................................................. 221 WRENCH FAULTING, DERECSKE BASIN ..................................................................................................... 223 EXTENSIONAL BLOCK FAULTING IN THE NAGYLENGYEL AREA ...................................................... 227 POSITIVE BASEMENT WARPS, ALGYO AREA ............................................................................................ 227 BASEMENT HIGHS ASSOCIATED WITH THRUSTS, FOLDES AREA ....................................................... 228 STRUCTURAL INVERSION, BUDAF A ANTICLINE ..................................................................................... 230 GROWTH FAULTS, DEV AV A NY A AREA ...................................................................................................... 233 CONCLUSIONS ................................................................................................................................................... 233 REFERENCES ..................................................................................................................................................... 234 12 History of Oil and Natural Gas Production in the Bekes Basin ........................................... 237 Andras Kovacs and Paul G. Teleki ABSTRACT ........................................................................................................................................................... 237 INTRODUCTION ................................................................................................................................................. 237 EXPLORATION HISTORY ................................................................................................................................. 241 OIL AND GAS FIELDS ........................................................................................................................................ 242 Battonya ........................................................................................................................................................ 242 PusztafOldvar ................................................................................................................................................. 243 Sarkadkereszttir ............................................................................................................................................. 251 PRODUCTION AND RESERVES, BEKES BASIN .......................................................................................... 256 CONCLUSIONS ................................................................................................................................................... 256 ACKNOWLEDGEMENTS ................................................................................................................................... 256 REFERENCES ..................................................................................................................................................... 256 13 Vertical Seismic Profile Experiments at the Bekes-2 Well, Bekes Basin ............................ 257 M.W. Lee and Gabor Goncz ABSTRACT ........................................................................................................................................................... 257 INTRODUCTION ................................................................................................................................................. 257 DATA PROCESSING AND ANALYSIS ............................................................................................................ 258 Near-offset VSP Data .................................................................................................................................... 258 Far-Offset VSP Data ..................................................................................................................................... 260 Walk-away VSP Data ................................................................................................................................... 267 INTERPRETATION AND MODELING ............................................................................................................. 267 CONCLUSIONS ................................................................................................................................................... 274 REFERENCES ..................................................................................................................................................... 274 x 14 Modeling Seismic Reflection Data in the Vicinity of the Bekes-2 Well ............................... 277 John 1. Miller and Istvan Veges ABSTRACT ........................................................................................................................................................... 277 INTRODUCTION ................................................................................................................................................. 277 DATA ACQUISITION .......................................................................................................................................... 278 PROCESSING OF THE SURFACE DATA ......................................................................................................... 281 Reprocessing ................................................................................................................................................. 281 Processing of line Be-2 ................................................................................................................................. 281 MODELING .......................................................................................................................................................... 281 CONCLUSIONS ................................................................................................................................................... 294 REFERENCES ..................................................................................................................................................... 294 15 Geologic Model, Probabilistic Methodology and Computer Programs for Petroleum Resource Assessment ......................................................................................................... 295 Robert A. Crovelli and Richard H. Balay ABSTRACT ........................................................................................................................................................... 295 INTRODUCTION ................................................................................................................................................. 295 GEOLOGIC MODEL ............................................................................................................................................ 296 ANALYTICAL METHOD OF PLAY ANAL YSIS ............................................................................................. 297 ANALYTICAL METHOD OF PLA Y AGGREGATION ................................................................................... 302 APPLICABLE COMPUTER PROGRAMS ......................................................................................................... 303 CONCLUSIONS ................................................................................................................................................... 303 REFERENCES ..................................................................................................................................................... 303 16 Undiscovered Recoverable Oil and Gas Resources, Bekes Basin ........................................ 305 Ronald Charpentier, Laszl6 Volgyi, Gordon Dolton, Richard Mast, and Andras Palyi ABSTRACT ........................................................................................................................................................... 305 PLAY ANALYSIS APPROACH .......................................................................................................................... 305 Geologic Model ............................................................................................................................................. 305 Computer Programs ...................................................................................................................................... 306 APPRAISAL OF THE BEKES BASIN ................................................................................................................ 306 PLAY DESCRIPTIONS ........................................................................................................................................ 307 Play # 1: Fractured Crystalline Basement. .................................................................................................... 307 Play #2: Mesozoic Fractured Basement (Pre-Upper Cretaceous) ............................................................... 307 Play #3: Upper Cretaceous of North Bekes ................................................................................................. 308 Play #4: Overpressured Miocene ................................................................................................................. 309 Play #5: Lower Pannonian Basal Conglomerates ........................................................................................ 310 Play #6: Basal Lower Pannonian Fractured and Silty Marls ....................................................................... 310 Play #7: Basal Turbidite Onlap .................................................................................................................... 311 Play #8: Basal Turbidite Drape Structures ................................................................................................... 313 Play #9: Fans and Slumps ........................................................................................................................... 314 Play #10: Delta Slope ................................................................................................................................... 315 Play #11: Delta Front ................................................................................................................................... 315 Play # 12: Upper Pannonian Fluvial and Low-Relief Structures ................................................................. 316 RESULTS .............................................................................................................................................................. 317 ACKNOWLEDGMENTS ..................................................................................................................................... 318 REFERENCES ..................................................................................................................................................... 318 INDEX. ...................................................................................................................................................3 19 FOREWORD mid-Miocene time and continuing to the present (Stegena and others, 1975; Horvath and Royden, 1981; Royden, Basin analysis is a comprehensive approach to decipher 1988). The relatively undefonned cover of mid-Mio the geological evolution of a basin by constructing the cene to Recent sedimentary rocks, as thick as 7 km, hides stratigraphic framework and facies relationships, by a basement complex that was extensively defonned by mapping and understanding the geological structures in Mesozoic thrusting and subsequently by a complex sys light of their historical development, and by examining tem ofnonnal and wrench faults (Channel and Horvath, the physical and chemical properties of rocks and their 1976; Horvath and Royden, 1981; Royden and others, sedimentological and petroleum attributes. The purpose 1982; Balla, 1985, 1987; Royden, 1988). The structural of the analysis is to identify potential source rocks and complexity of the region is the result of Cretaceous to reservoir rocks, and to evaluate the maturation, genera Miocene convergence and collision oft he European plate tion, migration, and entrapment of hydrocarbons in a with several small continental fragments to the south sedimentary basin. (Royden and Baldi, 1988). These tectonic processes have strongly affected the occurrence of mineral re This book is a compendium of chapters reporting on the sources, including oil and natural gas (Pogacsas, Mattick, results of a basin analysis of the Bekes basin, a subbasin Tari, and others, this volume). of the Pannonian Basin system in Hungary. The study, carried out in 1986-87, was conducted at the request of Worldwide interest in the Pannonian Basin by geosci the Hungarian Oil and Gas Company (then called OKGT, entists increased during the past two decades. The rea and now MOL Ltd.) and the World Bank as part of a sons are four-fold: (I) the desire to increase the exchange broader program designed to improve oil and gas explo of infonnation between scientists of the West and those ration in Hungary. The work was accomplished by a of Central and Eastern Europe; (2) the interest in a unique joint effort of the Hungarian Oil and Gas Company and geological basin used as a model in the classification of the U.S. Geological Survey. basins (Bally and Snelson, 1987); (3) the increasing interest in testing and probing concepts of the earth's The original evaluation of the Bekes basin contained evolution on regional, as well as global scales; and (4) infonnation on possible structural and stratigraphic tar the economic need in Central and Eastern Europe to gets, but for reasons of confidentiality, this infonnation develop mineral resources requiring the use of modem is omitted in this volume. methods available through using Western sources. An example of (I) can be found in Killenyi and Teleki The Bekes basin covers an area of about 4000 km2 in (1985), (2) in Foldvary (1988), (3) in Royden and southeastern Hungary and continues eastward into Ro Horvath (1988), and (4) in this volume. mania (see Fig. 2, Kovacs and Teleki, this volume). In Hungary, the basin is bounded on the north, west and In this volume, we summarize the petroleum geology south by buried basement highs composed of igneous and of the Bekes basin with respect to its geological setting metamorphic rocks that range in age from Precambrian in the Pannonian Basin. In mid-1991, petroleum produc to Mesozoic. Seventeen oil and natural gas fields are tion in Hungary amounted to 1.89x103 metric tons/day associated with these peripheral basement highs. The of oil and 5.2x106 m3/day of natural gas, with the Bekes thickness of Neogene and younger sedimentary deposits basin contributing about 3% of the total oil production in the basin varies from 1000-2600 m along its periphery and 11.5% of the natural gas production. Although Hun to as thick as 6500 m in central parts of the basin. The gary's production of oil and gas is small by world stand area has an average surface elevation of 85-90 m above ards, the country is able to satisfy approximately 25% of sea level and is part of the Great Hungarian Plain. As its oil and 50% of its natural gas demand - significant this name implies, topographic relief is minor. percentages for a small country in the midst of economic change. The Bekes basin is one of many small subbasins in the larger Pannonian Basin (Royden and Horvath, 1988), The Pannonian Basin is highly explored by world most of which are bounded in the subsurface by basement standards. Exploration began in 1915, when the Eotvos blocks. The Pannonian Basin system, composed of these torsion balance was used to measure the earth's gravita subbasins, is a Mediterranean back- arc basin that fonned tional field (Kovacs and Teleki, this volume). Since that behind the Carpathian mountain chain (Horvath, 1988). time, more than 11,000 km of drilling in wildcat, stepout, The subbasins developed as a result of relatively rapid and production wells have been accomplished, and over differential subsidence of thinned crust, beginning in 40,000 km of multifold seismic-reflection profiles have xi

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Author:	John A. Grow, Robert E. Mattick (auth.), Paul G. Teleki, Robert E. Mattick, János Kókai (eds.)
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