Borehole Imaging
Formation Microresistivity Images in both Water-Base and Nonconductive Muds
Our borehole imaging services deliver microresistivity formation images in both water-base and nonconductive muds. Borehole images are the preferred approach for determining net pay in the laminated sediments of fluvial and turbidite depositional environments. Visualizing sedimentary features lets you define important reservoir geometries and petrophysical reservoir parameters, and the interpretation of image-derived sedimentary dip data helps you better understand sedimentary structures. With geological information from the FMI fullbore formation microimager you can stochastically model your sand-shale distribution.
Image formation microresistivity in water-base mud, including deviated and horizontal wellbores.
Analyze fractures, stress, and borehole stability with advanced borehole imaging independent of mud type.
Visualize the reservoir with microresistivity imaging in nonconductive invert-emulsion mud systems.
Determine formation dip and azimuth along with hole diameter and inclination in nonconductive mud systems.
Determine drilling performance and analyze stress with precise borehole-shape evaluation.
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