OSLO, Norway (28 June 2022) - TGS, a global provider of energy data and intelligence, today announced a new seismic reprocessing project designed to secure exploration success in the Western Margins of the Central North Sea.
This project will see the reprocessing of 3,500 square kilometers of data in the Greater Catcher Area covering quads 21, 28, and 29 of the North Sea on the margins of the UK Central Graben. Acquired in 2011 and 2012, the original data will be reprocessed through a fully comprehensive broadband PSTM processing flow, focused on maintaining the AVO character of the data to allow for an inversion-based Quantitative Interpretation (QI) workflow to follow.
Highlights of the flow include TGS' leading inversion-based deghosting technique, comprehensive shallow water demultiple routines, and a high fidelity migration algorithm to provide the robust AVO-compliant regional benchmark dataset for the innovative interpretation and Inversion workflow.
This newly-enhanced data and interpretative QI output, combined with TGS' existing seismic coverage in the area, will augment understanding of the subsurface. This insight will enable the targeting of prolific Tay sandstone reservoirs with a view to future development in an area with excellent prospectivity and Infrastructure-Led Exploration (ILX) opportunities.
Will Ashby, Executive Vice President, Eastern Hemisphere at TGS, commented, "TGS is excited to embark on this project supporting the future success of new field development and infrastructure-led exploration in this region. Our inversion-led processing and interpretation efforts are designed to solve the challenges of this mature region and maximize opportunities for our clients".
This project is supported by the industry.
TGS provides scientific data and intelligence to companies active in the energy sector. In addition to a global, extensive and diverse energy data library, TGS offers specialized services such as advanced processing and analytics alongside cloud-based data applications and solutions.
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