Techlog TechCore

Core data interpretation solution. TechCore effectively combines data from log and core domains. It allows you to partition core data into reservoir rock types or petrophysical groups with similar storage or transmissivity characteristics. It is also an important tool to assist in upscaling.

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Overview

Integration

The TechCore module effectively synthesizes and combines both log and core domains. The module therefore serves as a unique tool to reconcile core and log data.

Displaying data from routine and special core analysis at log scale (left) with expanded-scale fully detailed core photographs (right).

Creating petrophysical groups using Techlog TechCore.

Displaying capillary pressure versus saturation for different petrophysical groups.

Creating petrophysical groups using Techlog TechCore.

Conducting capillary pressure closure correction in Techlog TechCore.

Generating clay-bound water correction using Techlog TechCore.

Using Buckley-Leverett frontal displacement as a measure of oil recovery from relative permeability.

Applications

Processing

Using this module, you can incorporate robust and validated methods of data manipulation complete with new, state-of-the-art statistical techniques. This powerful combination is available within a fully interactive graphical user interface.

Specific processing tasks can be performed within a single user environment, such as the calculation of capillary functions (Thomeer, Buckley-Leverett, Lambda, Wright-Wooddy-Johnson, and Hyperbolic Tangent methods), grain size, and pore throat distributions.

Other applications of the TechCore module include:

Relative permeability
XRD transformation
Closure correction
Stress correction.

Benefits

Outputs

The TechCore module allows you to partition the core data into “reservoir rock types” or “petrophysical groups” that reflect zones in which storage and transmissivity of fluids are likely to be similar.

Displaying capillary pressure versus saturation for different petrophysical groups.

Features

Upscaling

Combine the maximum amount of data available to generate “petrophysical logs”; these are representative of the variation in core data, upscaled by rigorous methods to be comparable to the LWD log data or wireline scale.

Upscaling can be performed by reference to either continuous core description data or to the most finely resolved quantitative measurements on the core (e.g., mini-K and core-gamma) by 1D kriging interpolation; several external drifts are possible.

Training