During hydrocarbon exploration and development operations, vast amounts of subsurface data are collected and generated. The amount of disparate data collected makes it difficult to obtain subsurface data management for precise decision-making. The accuracy and timeliness of the decision process can be greatly enhanced using software capable of viewing all data in a single platform.
Visualization software not only merges multiple channels of subsurface data but also produces crisp, geological renderings of subsurface conditions. Using 3D or 4D capacity, visualization software allows users to see how management decisions affect energy campaigns, allowing engineers to implement course-correction strategies that maximize hydrocarbon extractions. Users can merge all types of subsurface data while making the information easily readable to all members within a team.
Combining Subsurface Data Types for Greater Analysis
Four-dimensional (4D) seismic data is most effective when paired with other subsurface data types. Managers can make better decisions based on 4D seismic responses when the temporal data is integrated with other dynamics from the field. Visualization software can be used to process these constant data streams and extract the most pertinent information.
Permanent reservoir management (PRM), for example, provides vast quantities of data, but interpreting such a large volume of streaming data can complicate workflows. And since subsurface datasets are collected over time, the software must integrate the streaming data into subsurface models.
The solution is 4D seismic data that can manifest in the form of seismic history matching (SHM), which augments the reservoir flow model when compared with pressure and fluid variations based on time-lapse seismic shifts. Such comparables lead to smarter management decisions that maximize asset exploitation of the reserves.
Since 4D seismic data is only one component of time-variant data streams, analysts need viable software that can integrate diverse datasets from other disciplines. When combined with other data, such as reservoir simulation models, geological models, microseismic data and repeated well log data, a time-aware visualization system could provide a much better understanding of reservoir conditions.
The Importance of Subsurface Data Management
Engineers can have the latest drilling equipment on hand, but subpar data management strategies render the best technologies useless. Often, engineers utilize different software types for various datasets, but separate data streams can foster added confusion. Engineers know the complexities of data interpretation, especially when conveying that information to management.
Engineers may think that separate software packages are a necessary part of the process, but they stand the risk of missing important datasets and losing productivity. Due to the overwhelming amount of data that streams over time, data integration helps analysts consolidate valuable data that can lead to efficient extraction strategies.
Helpful information can derive from a variety of subsurface data streams, such as:
- structural models
- production logging data
- reservoir simulation
Obtaining Collaborative Efficiency
An integrated software solution can highlight all relevant data points and enhance data migration patterns that trim workflows. Further, it merges data into a central viewing hub, allowing ease-of-use for pertinent information.
An integrated software solution can highlight all relevant data points and enhance data migration patterns that trim workflows.
Analysts can simultaneously view various datasets using 4D georeferencing, plugging any visual gaps that could leave out vital information. More importantly, it keeps the datasets evergreen, integrating new information into the system that allows operators to make quick decisions based on accurate data.
Visualization software fosters a collaborative environment that displays spatial and temporal data such as property grids, geological models, seismic models, and fluid production. The integration of all these datasets creates a manageable daily workflow that saves time and reduces correspondence between geoscience and engineering departments.
The Most Effective Subsurface Data Management Strategy
CoViz 4D merges different data streams from a wide array of disciplines. When it comes to obtaining subsurface data management through CoViz 4D, engineers don’t have to spend more to improve data migration. Rather, this single piece of software can help departments stay in budget while reducing the hours needed to process separate data streams. This integrated software solution hastens data integration and condenses vital information necessary for implementing precise campaign strategies during field operations.