An article summarizing CGG's recent Multi-Client seismic acquisition in the West of Shetland. Article covers the exploration history, key petroleum systems, geological challenges for seismic imaging and interpretation and identification of exploration opportunities within the data.
This article is related new pyrolysis method developed by CGG. This new method is called “unconventional pyrolysis method” for bitumen-rich source rock samples from shale oil plays. This novel technique applies a different temperature program to the Rock-Eval pyrolysis 6 equipment, using the multi-heating ...
This article will mainly focus on the fracture/fault analysis of CGG’s multi-client 3D seismic data to highlight the potential flow pathways and contribution of excess formation water in unconventional lateral well development. By using CGG’s InsightEarth (FractureFaultSpark) software, major intra-formational and through-going formational faults ...
New high-quality seismic datasets and regional prospectivity study brings greater understanding of the distribution and extent of resource plays throughout the Banda Arc.
Risto Siliqi, CGG, France, explains how the largest multi-client ocean bottom node survey in the UK Central North Sea will deliver unprecedented seismic data quality to identify remaining reservoir potential.
This article highlights some important outcomes from an integrated study in the Anadarko Basin. Newly generated data is presented and discussed across the study area. The main aspects discussed here focus on 1) basin evolution, which has played an important role in source maturity ...
CGG, together with TGS, recently acquired a multi-client TopSeis™ 3D seismic survey in the Barents Sea. The survey, known as “Greater Castberg” was acquired and imaged using the latest advances from CGG's proprietary TopSeis solution. The latest advances include a wide distribution of five ...
Paper designed to focus on new technology - our specific focus is on the use of modern processing sequences applied to 2D legacy data in Peru (GeoSpec). There are links drawn from previous geological study of the area.
The heterogeneity in geological properties of carbonate rocks makes their acoustical behaviour more difficult to model and predict than siliciclastics. This uncertainty in prediction normally is attributed to their pore structure complexity and heterogeneity. Pore structure in carbonate is a result of the place ...