This document discusses using images from geological sources like core chips, logs, and samples to extract value. It highlights how mobile devices can introduce a visual language for communication and knowledge transfer in fields. Images can be captured, catalogued, searched, and viewed in context or downhole when modeling. Integrating numerical, categorical, and image data through cognitive computing can provide more insights in a non-subjective and fast and inexpensive way. The value of thousands of geological pictures is to gain insights that words alone cannot provide.

1. Rig To Model
Abril 5, 2016

2. Compile Transform Connect
Extract Value From
Geoscientific Images

3. Core Chips
Logs
Televiewer
Mobile
App
UG Faces Hand
Samples
Thin
Sections
Minalyzer
Hyper
spectral
Compile

4. Splice
Transform
Compare
Analyze
Texture
Combine Comment

5. acQuire ArcGIS
Fusion TableauGOCAD
Datamine
Sharepoint
Connect
Leapfrog Vulcan
Geobank

6. Drilling Progress Field Reporting

7. The availability of mobile devices with cameras opens up the possibility to introduce a visual
language for communication and knowledge transfer
Visibility for Everyone
A picture is worth a
thousand words

8. Streamlined Core Tray Photography

9. No fancy hardware

10. Capture Better Images

11. Cataloguing and Searching Imagery

12. View Context

13. Downhole Visualization when Modeling

14. Downhole Visualization when Modeling

15. Access Imagery Where you Use It

16. Predictive Geology
Unit A
Unit B
Unit C
Unit D

17. Categorical Data
Visual Core Logging
Geology Model

18. Numerical Data
Sensors
Isosurface Model

19. Numerical Data
Sensors
Isosurface Model
Categorical Data
Visual Core Logging
Geology Model

20. Numerical
Data
Predictive
Categorical
Data
+
Image
Data
=Cognitive
Computing+

21. More Insights
Non-subjective
Fast and inexpensive

22. A picture is worth a
thousand words
What is the value of thousands of pictures?