Real-time services and collaboration with our geoscientists provide accurate and timely subsurface insights to help maximize asset performance.
Talk to an expertFrom collaborative well planning and geosteering to completion and production monitoring and evaluation, Halliburton real-time technology helps you make decisions for safe, efficient production optimization and ultimate recovery quickly. Our real-time technologies go beyond viewing activity at a rig site and serve as essential tools that drive performance improvement in virtually every aspect of oilfield operations. We use advanced analytics tools, remote operations, and enhanced data visualizations to help you achieve optimal well placement and formation evaluation.
Our integrated multidisciplinary geoscience and production team helps you evaluate and manage simple to complex reservoirs in the most challenging environments. We help you reduce uncertainty and manage risk throughout the life of a reservoir using advanced downhole sensor technology, digital rock analysis, and surface logging data. Identifying hydrocarbon fluid, characterizing pores, and performing other evaluations enable accurate resource estimates and reservoir development planning.
We use our understanding of geoscience and reservoir engineering to provide a reservoir development plan that helps you achieve optimal production and ultimate recovery. Our petrotechnical experts collaborate with you to diagnose, design, and deliver safe and cost-effective solutions for production monitoring and potential remediation to maximize hydrocarbon production.
Transforming formation evaluation and production data into applied reservoir knowledge and solutions via integrated petrotechnical teams.
ExploreAccurate predictions of net-oil or gas in-place and game changing pore- to reservoir simulator- upscaling. Combines physical lab measures and simulation.
ExploreCoring systems that maximize recovery of high-quality core samples in the most extreme environments.
ExploreIncrease the consistency and performance of well construction operations by integrating subsurface automation, digital twins, and remote operations.
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