UHR3D
Ultra-high-resolution 3D (UHR3D) imaging of the subsurface is achieved by sampling the seismic wavefield at a high spatial and temporal rate. This is perfect for planning offshore wind farms and exploring for marine minerals.
Accurate Characterization of the Subsurface
TGS offers UHR3D seismic acquisition, imaging, and interpretation to support high-resolution understanding of the shallow subsurface. Ultra-high resolution 3D (UHR3D) technology captures fine-scale detail using short streamers, shallow tow depths, and high-frequency sources. This approach is ideal for identifying near-surface features critical to offshore wind development, including geohazards, soil variability, and buried obstructions.
- Unrivaled ultra-high-resolution 3D (UHR3D) imaging for site characterization
- Modular hardware can be installed on a variety of vessel platforms
- Robust processing and imaging workflows
Applications for UHR3D
UHR3D has applications from hydrocarbon exploration, appraisal, and 4D reservoir monitoring, to high-resolution mapping of the shallow subsurface for wind farm development.
- Site surveys
- Deep and shallow geohazards
- Marine mineral and geology studies
- Carbon storage (CCS)
- Offshore wind farms
- Offshore nuclear facilities
- Reservoir monitoring (in highly congested areas)
Acquisition Configurations & Targets
Dense, detailed UHR3D data is ideal for smaller areas and complex targets in commercial surveying using this efficient seismic technology.
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Discuss Your Seismic Data Needs
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