Halliburton has entered into a framework agreement with Shell to deliver umbilical-less tubing hanger installation and retrieval services using its Remote Operated Controls Systems (ROCS) technology
The agreement follows a successful three-well technology phase in the Gulf of Mexico, which demonstrated ROCS's effectiveness in deepwater conditions.
The collaboration marks a significant advancement in deepwater operations. With its speed, precision, and safety benefits, ROCS offers operators a reliable and cost-effective alternative to traditional methods, paving the way for its broader adoption across global rig fleets.
Josh Sears, senior vice president of Halliburton’s Drilling and Evaluation division, explained that ROCS is a compact, umbilical-less control system that replaces conventional hydraulic setups, helping to reduce surface pressure risks and limit personnel exposure. Already deployed in the Norwegian Continental Shelf, West Africa, and the Gulf of Mexico, ROCS recently achieved a milestone with the installation of a tubing hanger at 8,458 ft, setting the record for the deepest umbilical-less operation to date.
Developed by Optime, a Halliburton service, ROCS technology enhances operational efficiency by enabling faster running-in and pulling-out-of-hole procedures compared to conventional systems. It improves downhole line tests and reduces deck operations by up to 75%, ensuring higher safety and productivity during installation.
With its proven performance and measurable results, ROCS is redefining well-completion standards in deepwater environments. As operators increasingly seek smarter and safer ways to complete wells in challenging conditions, ROCS stands out as a proven solution that meets the demands of modern deepwater operations.
