Paper submitted to IMAGE 2026, by Indranil Samanta, Yannick Cobo, Darrell Armentrout, Rodolfo Hernandez, Tiago Alcantara, Aurora Rodriguez-Castelan, Ika Novianti, Khaled Abdelaziz, Mohammed Hegazy (TGS), Qingsong Li, Caoana Williams, Dhananjay Kumar (bp).
Abstract
Broadband seismic data is fundamental to achieving reliable imaging and quantitative interpretation in complex deep-water environments. However, true broadband recovery requires more than extending the frequency spectrum; it demands a carefully designed processing workflow that preserves amplitude, stabilizes wavelets, and controls spatial consistency across offsets and azimuths. This paper presents careful application of a comprehensive wide azimuth (WAZ) broadband reprocessing strategy applied to the deepwater field, leveraging multiple orthogonal wide-azimuth surveys acquired with differing acquisition philosophies.
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