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Geology 510 Computer Aided Subsurface Interpretation Fall 2013

Geology 510 Computer Aided Subsurface Interpretation Fall 2013. Skill assessment activity. The objectives of the activities undertaken in the next two classes provide you with the opportunity to reinforce basic workflows used to create a project and interpret well and 3D seismic data.

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Geology 510 Computer Aided Subsurface Interpretation Fall 2013

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  1. Geology 510Computer Aided Subsurface InterpretationFall 2013 Tom Wilson, Department of Geology and Geography

  2. Skill assessment activity The objectives of the activities undertaken in the next two classes provide you with the opportunity to reinforce basic workflows used to create a project and interpret well and 3D seismic data. Task efforts focus on prospect development. This is a stratigraphic play, but consider possible structural plays and other target zones. Tom Wilson, Department of Geology and Geography

  3. Create the Project > Settings Define coordinates Tom Wilson, Department of Geology and Geography

  4. Set the datum Tom Wilson, Department of Geology and Geography

  5. Bring in the Sooner wells and well tops:>Import wellheads Tom Wilson, Department of Geology and Geography

  6. Import wellheads Tom Wilson, Department of Geology and Geography

  7. Import new well tops Tom Wilson, Department of Geology and Geography

  8. Import well tops Tom Wilson, Department of Geology and Geography

  9. Messages along the way Tom Wilson, Department of Geology and Geography

  10. Open a new 3D display window; display wells and well tops; format Tom Wilson, Department of Geology and Geography

  11. Import Sooner sgy (3D seismic) Sooner.sgy from your G:\Drive Tom Wilson, Department of Geology and Geography

  12. Interpret the top of the Niobrara Tom Wilson, Department of Geology and Geography

  13. Niobrara picks Tom Wilson, Department of Geology and Geography

  14. Niobrara will need some peak removal and smoothing Tom Wilson, Department of Geology and Geography

  15. A new oil shale play in the Denver basin Robert Bayless producer LLC Tom Wilson, Department of Geology and Geography

  16. Initial production rate 1000 BOPD Tom Wilson, Department of Geology and Geography

  17. Check well tops spreadsheet to make sure tops are associated with individual wells Tom Wilson, Department of Geology and Geography

  18. Import CheckShots Tom Wilson, Department of Geology and Geography

  19. We will use the Dixon1-28Dix checkshot survey Tom Wilson, Department of Geology and Geography

  20. Shared check shot from the Dixon1-28Dix well Run > OK Tom Wilson, Department of Geology and Geography

  21. Display wells and well tops in TWT Tom Wilson, Department of Geology and Geography

  22. Bringing in the las files: Wells > Import on selection Tom Wilson, Department of Geology and Geography

  23. Associate the wells using well name and file name Tom Wilson, Department of Geology and Geography

  24. OK for all … Tom Wilson, Department of Geology and Geography

  25. TWT display with some logs and tops turned on Tom Wilson, Department of Geology and Geography

  26. Create well section display Tom Wilson, Department of Geology and Geography

  27. Reinterpret the top and base of B-Sand base. Modify existing top and add B Sand Base yi Tom Wilson, Department of Geology and Geography

  28. Some information on the Niobrara http://www.searchanddiscovery.com/documents/2011/50469luneau/ndx_luneau.pdf Tom Wilson, Department of Geology and Geography

  29. Instantaneous Frequency on the D Sand Tom Wilson, Department of Geology and Geography

  30. Sweetness Tom Wilson, Department of Geology and Geography

  31. Complete the project build effort and prepare nominal maps for submission Tom Wilson, Department of Geology and Geography

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