On a single collar, MicroScope resistivity- and imaging-while-drilling service provides 360o, high-resolution electrical images and laterolog resistivity measurements in conductive mud environments. This service is suitable for use in diverse and challenging environments, including unconventional shale plays and carbonate and clastic reservoirs. The 4 3/4-in Microscope 475 tool can be used in hole sizes ranging from 5 7/8 to 6 1/2 in.
MicroScope azimuthally focused laterolog resistivity measurements are relatively unaffected by shoulder bed and anisotropy effects. The high-resolution data is acquired at four depths of investigation. These measurements help identify thin beds, run an invasion profile analysis, and develop better reserve estimates.
MicroScope LWD service produces high-resolution imaging in real-time and recorded modes. The real-time images enable critical geosteering decisions by identifying dipping beds, faults, and fractures. Full borehole coverage can be acquired with nearly any combination of drilling and rotational speed—even in stick/slip environments.
High-resolution images from MicroScope service are used to identify and understand fault and fracture networks. Combining fracture, fault, and structural analysis, helps optimize completion design and improve reservoir understanding.
High-Quality Images Provide In-Depth Understanding of Faulted Reservoir in Complex Shale Play
MicroScope Images Identify Geosteering Path Between Complex Faults to Reach TD in One Run
Real-Time Interpretation of High-Resolution Images Enables Quick Geosteering Decisions for Placement of Gas Storage Wells Italy