The 3D imaging used for prediction while drilling in the 3D drill-bit reverse vertical seismic profile (RVSP) is discussed. The goal of this application was achieved by careful organization and day-by-day tuning of the resources and team work. In the 3D migrated data, at a depth of about 2,980 m, an evident reflection was observed. It was concluded that 3D drill-bit imaging results were achieved while drilling, and were demonstrated to be beneficial for drilling and geological interpretation.
The 3D imaging used for prediction while drilling in the 3D drill-bit reverse vertical seismic profile (RVSP) is discussed. The goal of this application was achieved by careful organization and day-by-day tuning of the resources and team work. In the 3D migrated data, at a depth of about 2,980 m, an evident reflection was observed. It was concluded that 3D drill-bit imaging results were achieved while drilling, and were demonstrated to be beneficial for drilling and geological interpretation.
Prediction and 3D imaging while drilling by drill-bit 3D RVSP
Petronio L;Schleifer A;Corubolo P;Bellezza C;
2004-01-01
Abstract
The 3D imaging used for prediction while drilling in the 3D drill-bit reverse vertical seismic profile (RVSP) is discussed. The goal of this application was achieved by careful organization and day-by-day tuning of the resources and team work. In the 3D migrated data, at a depth of about 2,980 m, an evident reflection was observed. It was concluded that 3D drill-bit imaging results were achieved while drilling, and were demonstrated to be beneficial for drilling and geological interpretation.| File | Dimensione | Formato | |
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