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Geosteering Practices

Assessment Geosteering Practices

1. Selection and communication of targets is critical for a successful horizontal well. Choose the best method below for communicating targets.

A .The Panic Method
B .The Point in Space Method
C .The Drill the Plan Method
D .The Centerline Method ✔

2. Biosteering provides reservoir-scale stratigraphic control thus helping the Geosteering Team ascertain where a high-angle or horizontal well is within the stratigraphic column.

A .True ✔
B .False

3. Which of the following is the critical data requirement of biosteering?

A .LWD resistivity and gamma ray
B .Pre-drill structural model that is based on offset wells
C .Formation cuttings, collected at the shale-shaker ✔
D .Seismic data (preferably 3-D data volumes)

4. A synthetic seismogram of a measured depth horizontal log is quite useless because the measured depth log does not represent a model of the stratigraphic section.

A .True ✔
B .False

5. When drilling in the Lateral section of the horizontal wellbore one should

A .Make steering decisions only when the geology changes
B .Make bailout or sidetrack contingencies, and then abide by them.
C .Make steering decisions only after all of the critical data has been examined.
D .Admit mistakes in judgment, recover, and continue.
E .All of the above ✔

6. The True Vertical Depth is an extremely accurate measurement and should be depended upon to keep the well in target.

A .True
B .False ✔

7. The data from LWD logs is critical for successfully steering a horizontal well with little or no requirement for interpretation.

A .True
B .False ✔

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