Innovative Technical Solution in a Dynamically Changing Industry Unmanned Aerial Systems (UAS) have the potential to transform operational efficiency and technical solutions across the energy sector, and are providing an…
Francisco Bolivar, Richard Cooper and Lucy MacGregor, Rock Solid Images; Jacqueline O’Connor, Jeff Codd and David Kessler, SeismicCity Inc.
Combining depth imaging and inversion workflows into a single consistent process has the potential to provide more accurate models in a shorter time than achievable to date. The hydrocarbon industry…
A Complementary Monitoring Method? Would you like me to give you a formula for… success? It’s quite simple, really. Double your rate of failure… You can be discouraged by failure…
Ekofisk, Norwegian North Sea, was one of the first fields where time-lapse seismic proved an excellent tool for monitoring and mapping geomechanical changes in a producing field A stone is…
Christine Fichler, NTNU. Column Editors: Lasse Amundsen and Martin Landrø
How can a tiny mineral called magnetite help to unravel hydrocarbon seepage and subsurface petrology? It’s not MAGIC – it’s MAGNETICS… in integrated workflows! ‘Magnetism, as you recall from physics…
What is the value of systematic use of controlled source electromagnetic information in frontier exploration? The value of information (VOI) depends on the targeted decision, how the information is used…
Hongbo Zhou, Statoil; Lasse Amundsen and Martin Landrø
Once, artificial intelligence (AI) was science fiction. Today, it is part of our everyday lives. In the future, will computers begin to think for themselves? “We tend to overestimate the…
Advanced imaging in combination with regional rock physics analysis across the Haapet Dome suggests high porosity reservoirs in the Jurassic and a potential for prospectivity in the Triassic.
Foreward In Part I of this series of articles we discussed the development of time-lapse refraction seismic as a complementary monitoring method. Here we look at some field examples. The…