This paper presents a method for integrating information obtained from ultradeep azimuthal
electromagnetic (EM) technology, and processed during geosteering activity, to update a 3D …

Recently introduced deep directional electromagnetic (EM) measurements, along with real-
time borehole imaging, enable proactive geosteering, which allows drillers to optimize the …

The most recently developed deep directional electromagnetic technology is capable of
investigating reservoir resistivity profiles more than 150 ft away from the wellbore. The …

The reservoir scale deep-directional electromagnetic (EM) logging-while-drilling technology
is now routinely being used to map boundaries and fluid contacts for strategic geosteering …

A new azimuthal electromagnetic (EM) logging-while-drilling (LWD) tool has been
developed with multiple tilted antennas to measure three-dimensional (3D) electromagnetic …

Ultra-Deep electromagnetic (EM) azimuthal measurements provide critical data for well
placement operations, allowing real-time assessment of resistivity boundaries over 100ft …

Drilling horizontal wells in mature fields undergoing enhanced oil recovery programs
requires advanced high-resolution reservoir mapping to optimise well placement. Ultra-deep …

Deep-directional electromagnetic (EM) logging-while-drilling technology can map reservoir
boundaries and fluid contacts for strategic geosteering, reservoir navigation, and more …

Ultra-deep azimuthal electromagnetic (EM) logging-while-drilling (LWD) tools are frequently
used during landing operations for early detection of the reservoir top. This enables …

In the development of a reservoir, optimizing the well placement in the desired formations
from pre-well modeling techniques is a challenging task. Existing well-planning techniques …