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Imaging through gas-filled sediments using marine shear-wave data
Marine multicomponent sea-floor data of excellent quality have been acquired over the Tommeliten Alpha field. The most dominating wave modes are interpreted to be conventional compressional PP-wavesExpand
Mapping lithofacies and pore‐fluid probabilities in a North Sea reservoir: Seismic inversions and statistical rock physics
Reliably predicting lithologic and saturation heterogeneities is one of the key problems in reservoir characterization. In this study, we show how statistical rock physics techniques combined withExpand
Maturing broadband 3D CSEM for improved reservoir property prediction in the Realgrunnen Group at Wisting, Barents Sea
In this paper we describe the highlights from a wide range of CSEM applications and developments in the Wisting area. At an initial stage, by including higher frequencies in 3D CSEM inversion atExpand
Near and far offset impedances: Seismic attributes for identifying lithofacies and pore fluids
Reliably predicting lithologic and saturation heterogeneities is a key problem in reservoir characterization. This study shows how near and far offset seismic impedance can be used to classifyExpand
Seismic Modeling of a Strongly Emergent Thrust Front, West Spitsbergen Fold Belt, Svalbard
To improve our understanding of the seismic signature of contractional structures in foreland fold-and-thrust belts, seismic modeling of a strongly emergent thrust front was carried out. The modeledExpand
Applying statistical rock physics and seismic inversions to map lithofacies and pore fluid probabilities in a North Sea reservoir.
Summary Reliably predicting lithologic and saturation heterogeneities is one of the key problems in reservoir characterization. In this study we show how statistical rock physics techniques combinedExpand
Preparing for Geophysical Surveillance at Wisting
Summary The Wisting discovery is a shallow oil field in the Norwegian Barents Sea, located approximately 300km north of Hammerfest. Water injection is an important part of the current drainageExpand
Quantitative comparison of deep-reading well resistivity to 3D CSEM at Wisting
We compare resistivity results from 3D CSEM and deep directional well measurements at the Wisting discovery in the Barents Sea. Measurements from the horizontal appraisal well Wisting Central IIExpand
The Wisting Discovery - Integrating Acoustic Measurements at Different Scales
The Wisting discovery is a shallow (250m below seabed) oil field in the Norwegian Barents Sea. The reservoir has been buried deep and later uplifted, and this has altered the rock properties of theExpand
Imaging Through Gas-filled Sediments With Marine S-wave Data
This paper shows how multicomponent marine data acquired using three component geophones planted into the seafloor could be used to image through a gas filled overburden. Data from the TommelitenExpand
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