Electromagnetic Seabed Logging: A new tool for geoscientists

Seabed logging (SBL) gathers the electromagnetic methods of marine subsoil exploration and more specifically those dedicated to the exploration of oil and gas at sea.

Appeared in 2000, these techniques, with more than 500 industrial jobs, present after 15 years of commercial success a discovery record rate of nearly 90 % and seem now to turn the world in the offshore exploration field.

Proposing a serious index of the presence of hydrocarbons , electromagnetic SBL coupled with seismic reflection survey is probably the first reliable method for direct detection of hydrocarbons. Complementing the structural concepts of oil exploration used since the 1920s, the SBL now radically modifies the approach and the philosophies of exploration especially those then including drilling and well logging activities. 

Electromagnetic Seabed Logging: a new tool for oil and gas prospecting, which original publication in French was in 2012, presents these methods, its principles, advantages, limitations, instruments, modeling and applications. 

It is also designed to be a tool for a reflection on the use of electromagnetic energy for the exploration in a conductive medium as sea water thus setting the theoretical and practical limits of these investigations for future developments. 

This book is intended of course for the geophysicists and the petroleum geologists, but also for the earth scientists, the reservoir engineers and the log analysts


"1124400872"
Electromagnetic Seabed Logging: A new tool for geoscientists

Seabed logging (SBL) gathers the electromagnetic methods of marine subsoil exploration and more specifically those dedicated to the exploration of oil and gas at sea.

Appeared in 2000, these techniques, with more than 500 industrial jobs, present after 15 years of commercial success a discovery record rate of nearly 90 % and seem now to turn the world in the offshore exploration field.

Proposing a serious index of the presence of hydrocarbons , electromagnetic SBL coupled with seismic reflection survey is probably the first reliable method for direct detection of hydrocarbons. Complementing the structural concepts of oil exploration used since the 1920s, the SBL now radically modifies the approach and the philosophies of exploration especially those then including drilling and well logging activities. 

Electromagnetic Seabed Logging: a new tool for oil and gas prospecting, which original publication in French was in 2012, presents these methods, its principles, advantages, limitations, instruments, modeling and applications. 

It is also designed to be a tool for a reflection on the use of electromagnetic energy for the exploration in a conductive medium as sea water thus setting the theoretical and practical limits of these investigations for future developments. 

This book is intended of course for the geophysicists and the petroleum geologists, but also for the earth scientists, the reservoir engineers and the log analysts


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Electromagnetic Seabed Logging: A new tool for geoscientists

Electromagnetic Seabed Logging: A new tool for geoscientists

by Stéphane Sainson
Electromagnetic Seabed Logging: A new tool for geoscientists

Electromagnetic Seabed Logging: A new tool for geoscientists

by Stéphane Sainson

eBook1st ed. 2017 (1st ed. 2017)

$156.99  $209.00 Save 25% Current price is $156.99, Original price is $209. You Save 25%.

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Overview

Seabed logging (SBL) gathers the electromagnetic methods of marine subsoil exploration and more specifically those dedicated to the exploration of oil and gas at sea.

Appeared in 2000, these techniques, with more than 500 industrial jobs, present after 15 years of commercial success a discovery record rate of nearly 90 % and seem now to turn the world in the offshore exploration field.

Proposing a serious index of the presence of hydrocarbons , electromagnetic SBL coupled with seismic reflection survey is probably the first reliable method for direct detection of hydrocarbons. Complementing the structural concepts of oil exploration used since the 1920s, the SBL now radically modifies the approach and the philosophies of exploration especially those then including drilling and well logging activities. 

Electromagnetic Seabed Logging: a new tool for oil and gas prospecting, which original publication in French was in 2012, presents these methods, its principles, advantages, limitations, instruments, modeling and applications. 

It is also designed to be a tool for a reflection on the use of electromagnetic energy for the exploration in a conductive medium as sea water thus setting the theoretical and practical limits of these investigations for future developments. 

This book is intended of course for the geophysicists and the petroleum geologists, but also for the earth scientists, the reservoir engineers and the log analysts



Product Details

ISBN-13: 9783319453552
Publisher: Springer International Publishing
Publication date: 03/30/2017
Sold by: Barnes & Noble
Format: eBook
Pages: 536
File size: 9 MB

About the Author

Stéphane Sainson obtained his Ph.D. degree in geophysics in 1984 (Applied Geophysics Laboratory of the Ecole Normale Supérieure de Paris). After working several years as a diver and as a prospector, Dr. Sainson subsequently held the positions of research engineer in wireline logging, project leader in borehole seismic (Schlumberger) and finally R&D manager for special offshore operations on pipelines (Challenger of Vinci group). S. Sainson exercises his independent consulting engineering profession since 1997.

Table of Contents

Introduction.- Preamble.- Economic environment.- Elements of geology and oil exploration.- Electrical resistivity and geology.- The electromagnetic seabed logging (SBL): its place in the modern petroleum exploration.- Historic landmarks on the sea bottom SBL.-
SBL methods philosophies and interests.- SBL industry and environmental impact.- Overview of the book.- Principles and methods.- Introduction.- Physical laws and principles.- Different methods and associated devices.- Operational limitations: detection problems.- Advantages and disadvantages compared to the seismic investigations.- Hybrid and combined methods.- Conclusion and synthesis.- Metrology and sea environment.- Introduction.- Electromagnetic properties of propagation media.- Frequential and temporal aspects of the method.- Theoretical evaluation and measurement of EM fields.- Acquisition systems definition and operational procedures.- Conclusion.- Instrumentation and equipment.- Introduction.- Measuring instruments qualities.- History of measuring equipments.- The transmitter.- The receivers.- Operational capabilities.- Conclusion.- Interpretation and modeling.- Introduction.- Reminders and general methods of interpretation.- Analytical models.- Numerical models.- Inversion techniques.-Analog models.- Conclusion.- Geological applications.- Introduction.- North Atlantic: Ramesses III (oceanic ridge).- West Africa: Angola basin (oil).- North Sea: Troll field (gas).- North Sea: Frigg field (gas pipelines).- Barents Sea: basin Nordkapp (diapir).- Malaysian gisement monitoring.- Example of DC prospecting.- Conclusion.- Overall conclusion and perspectives.
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