We provide a unique range of technologies, services and equipment designed to deliver geoscience solutions right across the Exploration & Production life cycle.
View all our multi-client data in your area. Explore the new and improved CGG GeoStore interactive map.
Get to know the mission, vision and values that drives us.
Learn how CGG's leaders and governance allow for successful operations.
Operating safely and with integrity in order to deliver sustainable performance.
CGG recognizes the 10 UNGC principles and publishes annually its communication on progress.
You’ll discover a place where you’ll continue to grow as you work with other talented professionals around the world.
Explore an extraordinary opportunity to help create the future solutions of geoscience challenges.
Our range of geoscience experience is unparalleled and leads us to invent and perfect technology and techniques unlike any other.
Our aim is to build a rebalanced geoscience group that is firmly anchored in its unique and high-tech positions in Equipment, Imaging-Reservoir and high-end Data Acquisition.
GeoTraining brings together the full breadth of CGG’s skill development programs to provide the E&P industry with comprehensive geoscience workforce learning path programs.
Expert, independent advice on the most appropriate satellite imagery (optical, radar) and elevation data products.
The benchmark for petrophysics, rock physics, facies analysis and statistical mineralogy. Collaborative multi-well log analysis made easy for better drilling decisions.
Discover regional trends, compare multiple attribute values with seismic gathers. Calculate AVO attributes as volumes and maps. Map fractures and predict stress. Observe azimuthal variations in the acoustic impedance seismic data. Analyze pre-stack azimuthally processed seismic data in terms of time and amplitude azimuthal variations attributed to anisotropic effects. Interactively explore azimuthal variations and generate azimuthal attributes. Condition azimuthal data. Interactively analyze amplitude data as a function of azimuth and offset. Extract azimuthal AVO attributes to detect and visualize anisotropy. Analyze fracture intensity through magnitude. Attributes use azimuth attributes to map fracture strike. Locate AVO anamolies. Compare multiple attribute values with seismic gathers.
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