Properties can be computed or imported from tables and easily verified with the built-in visualization capabilities of the Techlog platform.
TECHLOG YOUTUBE INTERACTIVE SUITE FULL
Reservoir PVT data can be employed to its full capability by using the extensive Schlumberger library of fluid correlations.
There is extensive control over the stacking methodology, including the optional use of statistical inputs. The data-stacking utility enables combining multiple passes into one final dataset and averaging multiple curves within a logging pass. After calibration, the apparent velocity is computed for each pass. The slopes, intercepts, and thresholds are computed automatically and can be manually changed or recomputed following simple editing. This user-friendly interface enables the analyst to determine the best calibration results regardless of the situation. The majority of production logging interpretations require the calibrating the spinners by plotting recorded measurements against cable velocity. Image logs can be created from probe data to better visualize the downhole environment. Different runs can be automatically depth-aligned and sections of bad data flagged to be ignored in subsequent processing steps. The first stage is viewing the raw data in an interactive setting to identify which logging runs provide the most dependable data and which have anomalies. Data visualization and quality controlĭata QC is a fundamental part of any production logging workflow.
Numerous tool configurations are built in and are customizable as needed. The module handles both depth- and time-based production data and rapidly organizes it for immediate use in the visualization and processing workflows. Techlog Production Logging incorporates an automated suite of sequential workflows to streamline the preparation of raw log data from any service provider.
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