In this land 3D example, the aim was to improve imaging in an area known for poor signal-to-noise ratio within the reservoir zones below the Neogene overburden.
In this land 3D example, the aim was to improve imaging in an area known for poor signal-to-noise ratio within the reservoir zones below the Neogene overburden.
The CRAM result more clearly images steeply dipping events and fault planes while suppressing noise, improving understanding of the basin architecture and compartmentalisation of the reservoir units.
Source: Deep Structural Imaging in the Vienna Basin, First Break, Volume 41, Issue 12, Dec 2023, p. 31–35
