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Extensive and careful processing of the combination of newly acquired 3D and 2D seismic data, in conjunction with incorporation of vintage 2D data, has resulted in a significant improvement of the understanding of the geological structure in the area of Qattara Depression Key advances included enhanced statics corrections, ground-roll suppression, interbed multiple attenuation, and effective data harmonization across source types and vintages. This study demonstrates the value of modern processing applied to challenging data environments and reinforces the importance of adaptive workflows when addressing the complexities of seismic imaging in structurally and geologically diverse settings like the area of the Qattara Depression in Egypt’s Western Desert.