Full-Waveform Inversion
High-resolution velocity models
Derive high-resolution velocity and anisotropy models from seismic data using a two-way wave equation.
The E-Wave advanced imaging project covers over 1,800 OCS blocks across four protraction areas, spanning some of the most prospective acreage in the subsalt Middle to Lower Miocene, Lower Tertiary (Wilcox), and subsalt Pliocene plays.
Notable fields and discoveries in the area include Tahiti, K2, Heidelberg, Shenandoah, Buckskin, Moccasin, Lucius, and Hadrian.
The region is characterized by a variety of structural styles and complex salt geometries, including deep suprasalt minibasins, amalgamated salt stock systems, and tabular salt canopies.
Advanced data processing technologies used to address these geophysical challenges include
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