Smart, fast, and reliable system to reduce well time and place wells accurately
Talk to an expertThe iCruise® intelligent rotary steerable system (RSS) helps reduce well time through fast drilling, fast tripping time and quicker casing drill outs. This accurately places the wells in the reservoir using precise steering capabilities, and reliably reaches total depth so you can drill longer wells, predictably, on time and on budget.
WORLD OIL 2024
Formation evaluation and drilling pose challenges on land. Offshore conditions are more complex, with HPHT stresses placed on equipment, due to deepwater and formation conditions. Halliburton addresses the complexities of drilling through unpredictable salt formations and harsh deepwater conditions by using advanced directional drilling profiles and automated steering technologies.
read articleiCruise® intelligent rotary steerable system, a breakthrough technology delivering faster, more accurate drilling.
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High-speed processors
Distinct survey packages
Measurements per second
Rotations per minute
iCruise® intelligent RSS includes advanced electronics, sophisticated algorithms, multiple sensors and survey packages, and high-speed processors with some of the highest mechanical specifications on the market. With up to 400 RPMs downhole, and thorough mechanical design, it maximizes penetration rates in unconventionals, deep water, and mature fields. The iCruise intelligent RSS can achieve doglegs with capabilities up to 18°/100 feet to deliver complex well paths and reach target reservoirs with precise directional control .
Real-time, autonomous steering and vibration commands deliver predictable and repeatable results to plan ahead and make decisions in real-time. Precise steering and accurate well placement reduce risks and NPT. Fully autonomous CruiseControl® technology allows the iCruise to drill gun barrel straight tangent sections whether vertical, tangent, or in the lateral without requiring any operator input. Autonomous drilling with iCruise helps maximize asset value by landing the curve and reaching target depths, while reducing risks and cost-per-BOE.
Advanced electronics, algorithms, and processors enable complex downhole calculations and precise, real-time measurements while drilling.
