SOFTWARE SOLUTIONS

Forward Seismic Modeling in a North Sea Reservoir

Forward Seismic Modeling in a North Sea Reservoir

Improved, flexible and faster access to critical data is vital for fully informed decision making in today’s multidisciplinary asset development teams. It is also imperative to include the highest fidelity quantitative temporal data when building reservoir models to improve development plans and maximize returns on investment.
Common Risk Segment Mapping for Cuttings Reinjection

Common Risk Segment Mapping for Cuttings Reinjection

Drilling scenarios such as infill drilling, water flood optimization, cuttings reinjection and CO2 injection often require an in-depth study of a field to determine the optimal drilling location within a set of restrictions. Quantifying the decision making around the process requires the integration of dozens of diverse datasets, often containing dynamic information and spanning a range of realizations.
Well Location Optimization with Visual and Quantitative Analysis

Well Location Optimization with Visual and Quantitative Analysis

An onshore team was tasked with producing a list of potential well landing locations based on attributes in a ...
Oil Reservoir Compaction; Risk Reduction for Drilling Infill Wells

Oil Reservoir Compaction; Risk Reduction for Drilling Infill Wells

During production, North Sea chalk reservoirs are commonly prone to severe compaction due to reduction in pore pressure—this increases the load on the rock matrix, resulting in compaction. In some extreme cases the result is seabed subsidence on the order of 10 meters. This magnitude of subsidence causes challenges to the existing production infrastructure, including the integrity of the drilled wells, and leads to geomechanical changes in the subsurface which can impact seismic travel times.
Monitoring CO2 Injection Volumes in the Subsurface—The Sleipner Field

Monitoring CO2 Injection Volumes in the Subsurface—The Sleipner Field

Subsurface CO2 injection and storage is a proven technology for keeping carbon dioxide out of the atmosphere and ...
Flight Planning and Route Analysis Via 4D Scene Building

Flight Planning and Route Analysis Via 4D Scene Building

The state-of-the-art CoViz 4D software from Dynamic Graphics is extremely powerful for data ingestion/integration, and quantitative spatiotemporal visualization across multiple data types. These unique capabilities are already leveraged by users across many disciplines and industries. Recently DGI has also been focusing on aerospace / military applications, with particular attention to 4D scene building and route / flight planning.

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