Get ahead on your UK 33rd Offshore Licensing Round awards with CGG's high-quality multi-client data
Backed by decades of cumulative geoscience expertise in the region, our best-in-class seismic imaging covers a significant number of North Sea licensing round blocks to help you confidently de-risk opportunities.
Advanced seismic coverage for the 33rd licensing round
Our multi-client data library offers the most recent and most advanced seismic coverage of the Central North Sea (CNS), North Viking Graben (NVG), Southern North Sea (SNS) and West of Shetlands (WOS) for the NSTA 33rd Offshore Licensing Round.
Central North Sea
With decades of sustained investment in this core area, CGG offers the most recent and most advanced seismic coverage of the Central North Sea (CNS) for the 33rd licensing round, helping you improve understanding of existing assets, better evaluate new exploration targets, identify near-field exploration opportunities and aid reservoir development.
Northern Viking Graben
On top of >44,000 km2 of high-quality PSDM data in the Northern North Sea, CGG has acquired approximately 26,000 km2 of East-West 3D data in order to provide a dual-azimuth volume over the NVG. Across quads 211 and 003 of the UK sector on offer for the 33rd licensing round, latest data acquired perpendicular to the strike, and with a triple-source configuration, caters to the complexities of the area, enabling deep illumination of prospective Jurassic play targets.
Southern North Sea
Our long-offset 3D seismic data in the Southern North Sea provides an in-depth look at the area to enhance your exploration decisions for the 33rd licensing round. Identify prospect potential and missed pay with our Lodestone seismic survey, reprocessed through PSDM using our latest TomoML velocity modeling and bandwidth extension with ghost wavefield elimination (GWE).
West of Shetland
Rely on 23 years of CGG experience and knowledge in providing best-in-class imaging of the complex West of Shetlands region for the 33rd licensing round. The most recent survey in 2019 was acquired using an innovative rich azimuth (RAz) geometry to address the complex fractured Devono-Carboniferous reservoirs by undershooting the volcanic sills.
Questions?
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