holoSeis™
holoSeisTM provides the latest technology in stereographic volume visualization.
- Unique interactive user interface
- Large data volumes
- Runs without restriction on a variety of platforms
Provides immersive visualization technology on every desk and also when traveling.
- Pre-survey planning and modeling
- Acquisition QC
- Processing QC
- Interpretation or production monitoring
- Well planning
Multi-Client Library Visualization
Can be used to view large regional datasets or to analyze smaller data volumes in more detail.
Acquisition QC
Acquisition QC attributes can be generated in a geological model in holoSeisTM, based on navigation data transferred via a satellite link. In this collaborative environment, the client can make decisions together with PGS, based on these attributes.
Model Building
Model building is useful from pre-survey planning, to acquisition, through to processing and interpretation.
Extensive autotracking features can be used to automatically define and edit horizons within holoSeisTM. The models can be used for horizon based acquisition QC in holoSeisTM, for pre-stack depth migration (PSDM) projects, or true 3D interpretation. Horizon definition can be performed very efficiently in this system and subsequently exported to a traditional workstation interpretation system.
Data Processing QC
Seismic processors can visualize the data throughout the entire workflow, encompassing several datasets simultaneously. This is useful in a parameter decision phase, when the collaborative environment makes decision making fast and accurate.
Any type of data can be visualized in holoSeisTM, including field data gathers, data volumes, seismic attribute volumes, model horizons, well log data, well trajectories, velocity semblances and cubes, the list is endless.
Well Planning
Well trajectories can easily be imported and visualized in holoSeisTM along with and well logs. This gives users the possibility to discuss wells and their future paths supported by the advanced visualization. Results can be exported to other specialized well planning packages for detailed management.
Reference: "Interpretation advances in noisy data areas" (ASEG 2004)