Place Your Wells Accurately, Maximize Reservoir Contact
Seeing what’s below the surface can allow you to geosteer through complex geology, minimize seismic uncertainty, and make informed geosteeering decisions to place your wells in the sweet spot.
Halliburton Sperry Drilling geosteering experts provide you with real-time reservoir insight to help you enhance reservoir understanding and get the most out your well at the lowest cost-per-BOE.
Real-Time Reservoir Insight, Timely Decisions
Our proprietary RoxC® real-time geosteering software features fast calculation speeds and a real-time visualization of the reservoir structure. Our latest LWD innovation delivers industry-leading, high-resolution 3D inversions of your reservoir structure in real time.
With this unmatched capability, geosteering experts can help you optimize well placement, reduce wellbore tortuosity, and maximize reservoir contact in all types of environments.
Plus, you can continue to refine your geological model to help you design the right completions and plan for future field development.
Let’s work together to truly understand what’s in your reservoir, place your wells accurately, and help you maximize the value of your assets in deep water, unconventionals, and mature fields.
Industry-leading, logging-while-drilling (LWD) service that is proven to map reservoir and fluid boundaries up to 225 feet (68 meters) from the wellbore – over twice the depth of investigation of the previous industry standard.
Consistent 'gas-in-mud' measurements you can rely on for formation fluid characterization: Provides true constant-volume, constant-temperature gas-in-mud extraction with consistent, repeatable results.
Industry-leading, logging-while-drilling (LWD) service that is proven to map reservoir and fluid boundaries up to 225 feet (68 meters) from the wellbore – over twice the depth of investigation of the previous industry standard.
The Radian® azimuthal gamma ray and inclination service provides high-quality borehole images for geosteering, and precise gamma-ray measurements for reservoir evaluation.
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