哈里伯顿和Aker BP在挪威大陆架首次使用增强型远程操作控制系统（eROCS）和Optime油管悬挂器定向系统（OTHOS）进行作业。该方法简化了规划和接口要求，降低了操作复杂性，降低了风险和成本，并提高了Aker BP钻井平台的灵活性。
eROCS 是海上无脐带油管悬挂器安装的解决方案。数字液压控制和 OTHOS 系统的应用，使得垂直采油树油管悬挂器无需脐带管、常规油管悬挂器定位工具或标准防喷器对准设备即可实现精确安装和定位。
哈里伯顿和Aker BP在挪威大陆架首次使用增强型远程操作控制系统（eROCS）和Optime油管悬挂器定向系统（OTHOS）进行作业。该方法简化了规划和接口要求，降低了操作复杂性，降低了风险和成本，并提高了Aker BP钻井平台的灵活性。
eROCS 是海上无脐带油管悬挂器安装的解决方案。数字液压控制和 OTHOS 系统的应用，使得垂直采油树油管悬挂器无需脐带管、常规油管悬挂器定位工具或标准防喷器对准设备即可实现精确安装和定位。
Halliburton and Aker BP executed the first operation using the Enhanced Remote Operated Control System (eROCS) and Optime Tubing Hanger Orientation System (OTHOS) in the Norwegian continental shelf. The approach simplified planning and interface requirements, reduced operational complexity, lowered risks and costs and increased rig flexibility for Aker BP.
eROCS is a solution for umbilical-less tubing hanger installation in offshore regions. The use of digital hydraulic control and the OTHOS allowed the precise installation and orientation of the vertical Christmas Tree tubing hanger without umbilicals, conventional tubing hanger orientation tools or standard blowout preventer alignment equipment.