Gather real-time, high-quality data while drilling for improved subsurface insight, increased ROP, and enhanced wellbore stability
Talk to an expertIntelligent drilling operations are necessary to ensure optimal well placement, avoid hazards, and maximize production. Halliburton solutions use industry-leading technology to gather high-quality reservoir data in real-time, which allows operators to proactively make decisions that improve wellbore stability and hole quality and ultimately boost ROP.
Our logging while drilling solutions include fully digital, web-enabled tools that let you monitor and control drilling and logging operations from anywhere and support automation, machine learning, and artificial intelligence. High-definition measurements and advanced data science techniques help you place your wellbore in the most productive zones and accurately estimate reservoir conditions and production potential.
Reservoir mapping solutions improve reservoir insight in real-time and intersect multiple carbonate reservoirs
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Customized suite of logging-while-drilling and measuring-while-drilling (LWD/MWD) solutions accurately identify coring point
read case studyEvaluate subsurface formations in real-time, even in challenging wellbores. Halliburton’s logging-while-drilling solutions provide immediate information for timely adjustments during drilling, helping you enhance operations through better wellbore placement and drilling performance.
iStar® Intelligent Drilling and Logging Platform
From accurate and comprehensive reservoir evaluation to safe, fast, and efficient drilling, with a predictability that helps minimize flat time and maximize value, the platform allows operators to stay one step ahead by controlling drilling and logging operations from anywhere.
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Fully digital and web-enabled to monitor and control drilling and logging operations from anywhere.
Near-bit, shallow, and ultra-deep resistivity service that enables accurate reserves evaluation to help place wells in the productive zone of the most complex reservoirs.
Fluid identification and sampling solution.
Reliable M/LWD directional data and formation evaluation measurements.
Designed for extreme high-temperature and high-pressure environments.
Nuclear magnetic resonance measurements.
