Innovating Subsurface Intelligence
  Innovating Subsurface Intelligence
  Innovating Subsurface Intelligence

EMPOWERING OFFSHORE EXCELLENCE

Powering Progress Through Efficiency

Meet UgeoSeis, our specialised seismic data processing software focused on geohazard analysis.

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Completed Projects

Completed
Projects

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Regions (Malaysia, Taiwan, Australia, Korea)

Regions (Malaysia, Taiwan, Australia, Korea)

Key Features

Broadband Processing
Pseudo 3D Processing
Depth velocity model building & Imaging
Broadband Processing

Broadband processing for high-resolution site surveys involves a series of advanced techniques to enhance the full frequency range of seismic data, leading to superior near-surface imaging. Key steps include velocity modelling and processing (deghosting & designature) to improve the final image quality. These methods allow for both deeper penetration from low frequencies and higher resolution from high frequencies.

Stack QC: Final Stack vs Final Stack Onboard

Final Stack Onboard Processing

Final Stack Broadband Processing

Final Stack Onboard Processing

Final Stack Broadband Processing

Pseudo 3D processing

Pseudo-3D seismic processing in a site survey uses high-resolution 2D acquired data to create a 3D data volume, to improve subsurface characterization and aid interpretation, especially in shallow-depth environments. This is a cost-effective alternative to full 3D surveys, particularly for geohazard assessments or shallow reservoir analysis

Time-slice Map Before Regularisation

Time-slice Map After Regularisation

Time-slice Map Before Regularisation

Time-slice Map After Regularisation

Depth velocity model building & Imaging

Accurately map subsurface geological structures by converting seismic data from a time-based representation to a depth-based one. This process is crucial for correctly positioning geological layers, which avoids distortions like velocity pull-up and sag, and allows for a geologically realistic interpretation of the subsurface, enabling reliable hydrocarbon exploration and resource management.

Imaging Techniques :

Before Tomography

After Tomography

Before Tomography

After Tomography