首页> 外文会议>Offshore technology conference;OTC 10 >Integrating Lessons Learned from over 20 years of One-trip Tubing-conveyed Perforating and Frac Pack/gravel Pack Applications
【24h】

Integrating Lessons Learned from over 20 years of One-trip Tubing-conveyed Perforating and Frac Pack/gravel Pack Applications

机译:整合从20多年的单程油管输送射孔和压裂充填/砾石充填应用中汲取的经验教训

获取原文

摘要

The one-trip system was introduced to industry in the early 1980s; since then, many jobs have been performed worldwide. One-trip perforating and gravel-packing techniques have proven to save rig time and costs, and can be applied to hard and soft rock formations, offering operators some key advantages: As much as two days of rig time can be saved, at deepwater rates, and the new system enables operators to reduce fluid loss from the formation and completion time.This paper addresses a new technology will describe the tools and procedures that have evolved over time to reduce related risks, such as:1. High underbalance - Excessive sand influx around guns2. Gun shock - Inability to unset perforating packer (mechanical shock) and pre-setting of gravel pack packer (pressure wave)3. Excessive fluid loss - Swab off of gravel pack packer elements when unsetting lower packer and repositioning assemblyThe paper also describes the new version of the one-trip system and its advantages, which include:4. Integrates lessons learned from over 20 years of one-trip tubing-conveyed perforating and gravel packing applications5. Incorporates latest perforating and frac packing technologies6. Perforating uses field-proven hydraulic bottom gun anchors7. Gravel packing uses frac tools designed specifically for frac pack applications.
机译:单程系统是在1980年代初期引入工业的。从那时起,全球范围内开展了许多工作。实践证明,单程射孔和砾石充填技术可以节省钻机时间和成本,并且可以应用于硬岩层和软岩层,为操作人员提供一些关键优势:在深水速率下,最多可以节省两天的钻机时间,新系统使操作员能够减少因地层和完井时间而造成的流体损失。 本文着眼于一种新技术,将描述随着时间的推移而发展以降低相关风险的工具和程序,例如: 1.高度不平衡-喷枪周围大量沙子涌入 2.枪震-无法解开射孔封隔器(机械震动)和预设砾石封隔器(压力波) 3.过多的液体流失–取消下部封隔器和重新定位组件的位置,将其从砾石封隔器封隔器上擦掉 本文还介绍了新版本的单程系统及其优势,其中包括: 4.整合从20多年的单程油管输送射孔和砾石充填应用中汲取的经验教训 5.结合最新的射孔和压裂填充技术 6.射孔使用经过现场验证的液压底枪锚 7.砾石填充使用专门为压裂包装应用设计的压裂工具。

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