... brought by this data enabled more sophisticated well planning and increased reservoir exposure in the subsequent laterals. When available in real-time, 3D EM inversion will facilitate azimuthal, as well as inclination, changes in a well path for optimal placement. The improved reservoir cognizance...

... further reservoir understanding, because they can demonstrate that the formations dip across the wellbore and that some of the faults cross the well path at an oblique angle. Even where the subsurface geology is very complex, as in this case study, the 1D ultra-deep resistivity inversion results...

...-to-receiver spacing and decreases in frequency. With ultra-deep tools, the configuration enables the investigation of resistivity changes at a significant distance from the well. Combining the DOI of the various images with the measured depth along the well path where a resistivity change can be identified...

... fracture Reservoir Characterization history matching pre-drill expectation action item timely integration breakthrough reservoir management new well injector porosity producer well path model update water cut drilling operation completion possible future production performance issue...

... Abstract An integrated completion design modeling approach has been implemented for development wells in a giant offshore field to maximize asset value and recovery. The modeling approach enables the selection of lower completion inflow control devices and well path compartmentalization...

... drilling trajectory upstream oil & gas lateral section target reservoir porosity th layer drilling operation down-up throw spe 161430 sweet spot well path landing point multilateral well carbonate reservoir resistivity society of petroleum engineers reservoir Introduction...

... Abstract Directional Drilling System «ARIADNE» is an advanced multi-functional computerized tool aimed to the optimum 3-dimensional well path design and to the real-time control of conventional or more complex types of highly deviated and horizontal wells. Based on effectively designed...