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Services

Borehole image log QC, processing and analysis

Example of a magnetometer QC plot for borehole image logs

Borehole image QC and processing

The QC of your image and related data is an essential step to build confidence in any interpretation carried out on the image. At ImageStrat we carry out a range of QC procedures, make corrections where necessary, and communicate our findings to you.

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We have open-file examples of our QC workflow available, also see the "examples of our work" page.

 

Get in touch to talk about the QC of your data.

Example of fracture dip data from borehole image logs

Structural interpretation of borehole images

Once your image is built we can identify features in your image that can be used to investigate the geological structure of your formation. We also identify faults and fractures to help you understand your deformation history.

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We have open-file examples of our structural interpretation available, also see the "examples of our work" page.

 

Get in touch to talk about structural interpretation with us.

Waukarlycarly-1 box model cartoon

Sedimentological interpretation of borehole images

At ImageStrat we work out your ImageStratigraphy! We can zone your well by identifying facies, facies associations and relate these to palaeodepositional environments through comparison to published studies of modern and ancient depositional systems. Borehole images also provide palaeocurrent data to help you with palaeogeographic reconstructions.

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We have open-file examples of our sedimentological interpretations, also see the "examples of our work" and "gallery" pages.

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Get in touch to talk about sedimentological interpretation of borehole images.

Example of how dip data can be used to identify slumped strata from borehole image logs

Advanced borehole image analysis

We offer a range of bespoke analyses.


Examples include:

  • thin-bed analysis,

  • vuggy porosity analysis,

  • fracture aperture analysis,

  • high-resolution porosity images, and

  • borehole shape analysis.  

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Please get in touch to find out how we can help.

Example of in-situ stress features in borehole image logs

Basic geomechanics image analysis

We provide a preliminary interpretation of features of geomechanical interest, specifically drilling-induced tension fractures (DITF) and borehole breakout (BO), as visible in your images. We carefully check and QC the image data to differentiate DITF and BO from other features such as natural fractures and washout. We provide the basic interpretation of the orientations of the in-situ stresses.

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We have open-file examples of our in-situ stress analysis, also see the "examples of our work" page.

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