首页> 外文会议>IADC/SPE symposium on Asia Pacific drilling technology >Hybrid coiled tubing system for offshore re-entry drilling and workover
【24h】

Hybrid coiled tubing system for offshore re-entry drilling and workover

机译:用于海上重新入口钻井和管理的混合卷管系统

获取原文

摘要

In coiled tubing offshore re-entry drilling and workover operations, a jack-up pulling unit or an independent mast has traditionally been used to pull pipe out of the wellbore before the coiled tubing services could be employed. This method of operation often becomes cumbersome and costly. An innovative coiled tubing (CT) drilling system that offers an alternative method to the conventional techniques has been introduced to the oilfield. LTh new system, the hybrid coiled tubing system (HCTS), integrates the coiled tubing injector, the power unit and the reel into a transportable rig with a mast. The concept and design of the methods and equipment were developed to respond to the need for servicing shallow to moderate-depth oil or gas wells in teh Gulf of Mexico. In this area, typical well specifications range to 10,000 ft measured depth; and wells are usually directionall drilled from multiple-well, fixed paltform structures or in shallow inland waters. A specific case history is outlined to show the utility of using hybrid CT instead of a conventional rig for the type of work required. Operational efficiency and safety advantages are evident in mobilization, demobilization, speed of rig-up and rig-down, and in the reduction of time needed for tripping into and out of the well. This system provides a cost efficient solution to the need for a er-entry system for offshore use.
机译:在盘绕的管道近海重新进入钻井和工作服操作中,传统上,升降装置或独立的桅杆传统上用于在采用盘绕的管道服务之前将管道拉出井筒。这种操作方法通常变得麻烦且昂贵。一种创新的盘管(CT)钻孔系统,提供了向油田引入了传统技术的替代方法。 LTH新系统,混合卷管油管系统(HCT),将线圈管注射器,动力单元和卷轴集成到具有桅杆的可移动式钻机中。制定了方法和设备的概念和设计,以应对墨西哥湾的浅层到中度深度油或气井的需求。在该领域,典型的井规格范围为10,000 ft测量深度;井通常是从多井,固定的帕特形结构或浅内部水域钻的舵机。概述了具体情况历史,以显示使用混合CT而不是传统钻机的效用,以便为所需的工作类型。操作效率和安全优势在动员,复员,装备速度和钻井平台的速度方面是显而易见的,并且在减少进出井中所需的时间。该系统提供了一种成本效益的解决方案,需要对海上使用的ER进入系统。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号