Figure 6 Main bore production latch seals and main bore junction assembly. More

Fig. 3 Temperature contours at the DH port along with the production/main bore. More

Fig. 8 WHS sensor window signature during the main bore logging. More

Fig. 6 A11 pilot hole and main-bore trajectory. More

Fig. 9 Drilling parameters of A11 main bore. More

Fig. 17 Drilling parameters for C1—main bore. More

Figure 5 Main bore and laterals M-14 and M-14z in the model. More

Fig. 2 Notation for main bore and laterals. More

Figure 6 Example of main bore section More

Fig. 12 3D inversion close-up toe section of the main bore; horizontal slice (plan view) along the wellbore. (Top) result from the isotropic 3D inversion; (middle) Rh from the anisotropic inversion; (bottom) Rh from the anisotropic inversion. More

Figure 9 Production profile along Well A; main bore, predrill evaluation. More

Figure 10 Outflow profile along Well A; main bore, predrill evaluation. More

Figure 11 Production profile along Well A—main bore, post-drill evaluation. More

Figure 5 Simulation test: Angle of articulation in the main bore More

Figure 4 Comparison of design and actual ECD when drilling ST#5 Main Bore of well #1 More

Figure 5 Results of hydraulic modeling of Well #1, ST#5 Main Bore drilling at the target bottom (ECD/ESD, flow velocity and flow regime, Hole Cleaning Index) More

Figure 5 Example of main bore section More

Figure 11 Results of logging interpretation of lateral well 1204 with main bore water saturation, porosity parameters and production profile matched. More

Figure 18 The difference between the main bore and sidetracked wellbore, well #4. The smaller GRS EOU is now capable of pinpointing the target and guarantees placement of the wellbore inside sweet spot of the reservoir. More

Fig. 4 Main bore profile More