HALLIBURTON’S TECHNOLOGY AIDS OPTIMIZATION OF WELL PLACEMENT
Sperry Drilling Services, a brand of Halliburton’s (NYSE: HAL) Drilling and Evaluation Division, used its new InSite ADR™ Azimuthal Deep Resistivity Sensor to assist Norsk Hydro ASA in the optimization of well placement on its Oseberg Field development project in the North Sea.Hydro’s challenge was to drill in a thin, heterogeneous reservoir setting. The InSite ADR sensor helped Hydro to steer the well through the most productive part of the reservoir while maintaining a desired distance away from the adjacent formations, thus ensuring maximum production from the well.
Rolf Smedal, Hydro Geology & Geophysics team leader, said: “The InSite ADR sensor certainly helped us to make better geosteering decisions, resulting in improved well placement. We were able to maximize productive sand intervals and avoid potentially unstable formations.
“Nowadays,” Smedal continued, “most easy spots have already been drilled, but there is a huge potential for similar challenging reservoirs. Hydro has planned numerous wells to target such reserves and I see azimuthal resistivity technology as an important breakthrough that will help us to succeed with future well programs.”
Sperry’s geosteering specialists collaborated with Hydro’s drilling and geology & geophysics (G&G) team to interpret sensor data and to make recommendations for real-time course corrections. “The InSite ADR sensor is part of Sperry’s new InSite™ Generation logging-while-drilling sensors,” said Brady Murphy, vice president of Sperry Drilling Services. “It detects approaching beds, up to 18 feet from the wellbore, and enables new understanding of formations not possible with legacy systems.”
Azimuthal deep resistivity sensor tools, in high demand, are being deployed globally to assist Sperry customers with optimal well placement. The InSite ADR sensor is on display at Halliburton Booth 301 at the Society of Petroleum Engineers’ Annual Technical Conference and Exhibition in Anaheim, California, now through Nov. 14.
