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A multistep approach to multicomponent seismic image registration with application to a West Texas carbonate reservoir study
43
Citations
7
References
2005
Year
Unknown Venue
EngineeringMultiple ImagesSeismic Reservoir CharacterizationSeismic Image RegistrationInterval RatioGeological ModelingEarth ScienceImage AnalysisSeismic StratigraphyImage RegistrationSeismic AnalysisComputational ImagingReservoir CharacterizationRadiologyEarthquake EngineeringSeismic ImagingWest TexasRock PropertiesTectonicsStructural GeologySeismologySeismic Reflection ProfilingCivil EngineeringGeomechanicsMultistep Approach3D Imaging
Application of multicomponent seismic exploration produces multiple images of the same subsurface. For a successful interpretation of multicomponent images, it is crucially important to register them in the same coordinate frame. Accurate registration of time‐domain im‐ages also provides an effective estimate of the interval ratio, a major petrophysical attribute. We propose a multistep approach to im‐age registration, which consists of initial interpretation, amplitude and frequency balancing, registration scan, and least‐squares optimization. The approach is applied successfully to a 3C3D seismic dataset from West Texas, where multicomponent image registration provides an in‐sight into a targeted carbonate reservoir facies.
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