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Haltenbanken
Fast local primary-and-multiple orthogonalization for surface-related multiple leakage estimation and extraction
Resolution limits of fluid overpressures from mineralogy, porosity, and sonic velocity variations in North Sea mudrocks
Importance of evolving fault seals on petroleum systems: Southern Halten terrace, Norwegian Sea
Relationships between bright amplitudes in overburden rocks and leakage from underlying reservoirs on the Norwegian Continental Shelf
Basin analysis and sequence stratigraphy of the synrift Tilje Formation (Lower Jurassic), Halten terrace giant oil and gas fields, offshore mid-Norway
AVO inversion in exploration — Key learnings from a Norwegian Sea prospect
Budge–Fudge method of pore-pressure estimation from wireline logs with application to Cretaceous mudstones at Haltenbanken
Regional variation in Cretaceous mudstone compaction trends across Haltenbanken, offshore mid-Norway
Tide- and wave-generated fluid mud deposits in the Tilje Formation (Jurassic), offshore Norway
Velocity-depth trends in Mesozoic and Cenozoic sediments from the Norwegian Shelf: Discussion
Velocity-depth trends in Mesozoic and Cenozoic sediments from the Norwegian Shelf: Reply
When do faults in sedimentary basins leak? Stress and deformation in sedimentary basins; examples from the North Sea and Haltenbanken, offshore Norway
Velocity-depth trends in Mesozoic and Cenozoic sediments from the Norwegian Shelf
Quantifying the Impact of Fault Modeling Parameters on Production Forecasting for Clastic Reservoirs
Abstract Recent developments in structural modeling allow the detailed representation of the fault geometries, and their impact on reservoir behavior can be fully assessed. However, it is unclear how much the most advanced developments, such as sub-seismic fault and fault-seal modeling, contribute to a better understanding of a field. This study was designed to set up a workflow for assessing the impact of structural uncertainty and to test the workflow on a synthetic model to analyze the production response to this uncertainty. A synthetic oil reservoir model was built, using a simplified tilted block structure, which was then modified with different groups of faults, and three different sedimentary models for building the facies and property model. Two experiments were conducted, where both sedimentary model and structural settings would vary. Experiment 1 included the sedimentary model as a varied input, whereas experiment 2 focused on the structural factors in each defined sedimentary model. The models were built using a combination of RMS ™ and Havana software systems, and then the results were imported into a reservoir simulator, Eclipse ™ . Production results were extracted and analyzed using statistical methods, to determine the impact of each input variable. The results pointed out that apart from varying reservoir properties, some of the structural factors had a significant impact on production history (in particular fault-seal model and fault pattern). In addition, experiment 2 showed that different sedimentary settings do not respond in the same way to different structural settings, thus demonstrating the potential value of conducting this type of study in the early phases of field development.