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Preface; 1. Introduction; 2. Fundamentals; 3. Seismic wavelets and resolution; 4. Well ties; 5. AVO and rock properties; 6. Seismic processing issues; 7. Amplitude and AVO interpretation; 8. Rock physics analysis; 9. Seismic inversion; 10. Reservoir characterisation; 11. Prospect evaluation; References; Index.
Rob Simm is a Senior Geophysical Adviser for Cairn Energy PLC and has worked in the oil and gas industry since 1985. He spent the early part of his career working as a seismic interpreter for British independent oil companies including Britoil, Tricentrol and Enterprise Oil. After working in exploration, production and field equity teams, Dr Simm established his own consultancy (Rock Physics Associates Ltd) in 1999, providing project and training services to oil and gas companies. He runs an internationally renowned training course on 'The Essentials of Rock Physics for Seismic Amplitude Interpretation'. Mike Bacon is a Principal Geoscientist for Ikon Science Ltd, having worked for 30 years in the oil industry with Shell, Petro-Canada and Ikon Science. During that time he has interpreted seismic data from various basins around the world, with particular emphasis on extracting useful information from seismic amplitudes. Dr Bacon has served as Publications Officer of the EAGE (European Association of Geoscientists and Engineers), chairing the editorial board of the journal First Break. He has also co-authored a number of practical texts, including, with Rob Simm and Terry Redshaw, 3-D Seismic Interpretation (Cambridge University Press, 2003).
'This will be a welcome addition to the library of any geoscientist wanting a firm foundation in state-of-the-art seismic reservoir characterization. Simm and Bacon cover all of the important topics, in a style that is not overly mathematical, and also illustrate each method with well thought out and illustrated geological examples from around the world. I highly recommend this book to anyone wishing to understand this important area of geoscience.' Brian Russell, Vice President, Hampson-Russell Software 'The authors have provided a coherent, comprehensive and, above all, practical guide for interpreters to exploit the information contained in the amplitudes of seismic data. They compare different approaches, highlighting advantages and potential pitfalls, and also explain the terminology. This book will be an invaluable guide for both beginners and experienced professionals and I'd recommended it for all geoscientists working with seismic data.' Patrick Connolly, Senior Advisor, Geophysical Analysis, BP '... this book is well written and nicely organized. The authors provide a comprehensive, detailed, yet practical reference for interpreting seismic amplitudes in terms of lithology and fluid presence, which are crucial in detection, characterization and evaluation of hydrocarbon reservoirs. ... The book contains a plethora of high-quality illustrations, all in color, that effectively convey the concepts presented. The authors also include numerous examples of real data that demonstrate the methods and potential issues, which have been discussed within the text. This book has many levels of reading, being reachable to beginners and graduate students, but also valuable to experienced researchers and professionals in various fields, such as explanation seismology, structural geology, hydrocarbon engineering, petrology and petrophysics.' Petros Bogiatzis, Pure and Applied Geophysics 'Unlike traditional handbooks which provide concise, ready reference, this is in fact an influential, comprehensive and interdisciplinary piece of work in a relatively young field of geosciences about the use of seismic amplitude for hydrocarbon detection. It is a self-contained attempt comprising everything that is needed to do and know about the topic, covering from essential to specific issues encountered in the field ... the authors confidently demonstrate their expertise in the field. ... this book broadly cites past work conducted in the field as it contains more than 450 references throughout its ten chapters, providing a complete and particularly didactic treatment of seismic amplitude for hydrocarbon detection. As the book is multidisciplinary in nature, it can be of interest for beginners as well as experienced practitioners and researchers in geology, geophysics, geotechnics, engineering seismology, petrophysics, reservoir engineering, and even other engineering fields dealing with seismics, such as structural and earthquake engineering.' Carlos Medel-Vera, Contemporary Physics