首页> 外文会议>SPE/ICoTA Coiled Tubing Well Intervention Conference Exhibition >An E-Line Solution to Sand and Scale Remediation in High-Angle Wells
【24h】

An E-Line Solution to Sand and Scale Remediation in High-Angle Wells

机译:E-Line解决方案,用于高角度井的除砂和除垢

获取原文

摘要

Sand accumulations in high angle wellbores inhibits production, plugs completions, erodes hardware and blocks access to downhole jewelry, such as valves and sliding sleeves. Bailing on sick line wire is the preferred, low cost method to clean sand and debris in vertical wells but slick line can not often reach in high angles. Conventional remediation methods for high angles use either Coiled Tubing or an expensive rig to remove sand and debris. This paper presents a rigless alternative to sand, debris or scale removal utilizing a combination of well tractor technology and a new vacuum/bailer system all conveyed on electric wireline. Tractor technology is a proven tool as a conveyor of services in high angle wells. Combining a tractor with a well cleaning system provides the means of accessing and removing debris either selectively in one run or over a general area in multiple runs. These electric line powered tools can be mobilized quickly with less crew, and for far less cost than a coiled tubing mobilization. Following the sand removal, evaluation of the source of the sanding problem can then be performed with E-line inspection services during the same rig up. Three case examples will be presented demonstrating the three different cleaning methods: liquid environment vacuum system, dry environment auger system and scale milling system. Each example will detail the unique cleaning head and bailer system used for the given completion and problem.
机译:大角度井眼中的砂粒堆积会抑制生产,堵塞完井,腐蚀硬件并阻止进入井下珠宝,例如阀门和滑套。在生病线钢丝上打捞是清理垂直井中沙子和碎屑的首选,低成本方法,但光滑的管线通常无法以大角度到达。常规的大角度修复方法是使用卷管或昂贵的钻机来清除沙子和碎屑。本文介绍了一种结合了牵引车技术和新的真空/除尘器系统的无钻替代沙,杂物或水垢的解决方案,这些系统全部通过电线传输。拖拉机技术是一种公认​​的工具,可作为大角度井中服务的输送器。将拖拉机与井清洁系统结合使用,可以在一次运行中或在多次运行的整个区域内选择性地进入和清除碎屑。这些电动工具可以快速动员,所需人员更少,并且成本比连续油管动员少得多。去除砂粒后,可以在同一装配期间使用E-line检查服务对打磨问题的根源进行评估。将以三个案例为例,说明三种不同的清洁方法:液体环境真空系统,干燥环境螺旋钻系统和水垢研磨系统。每个示例都将详细说明用于给定的完工和问题的独特清洁头和清洗系统。

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