Fishing in the subsea BOP

Tim Burns; John Shaughnessy; Brett Cocales

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Fishing in the subsea BOP

机译：在海底防喷器中钓鱼

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BP recently had to overcome a unique subsea fishing problem in 6,838 ft of water in the Gulf of Mexico.While drilling with a dynamically positioned (DP) semi-submersible drilling rig,the operator used available technology to recover a fish (piece of drill pipe) that,in years' past,would have not been recoverable.While the operation was time consuming and costly,attempting to move forward without recovery could have resulted in the well being lost or significant subsea equipment damage.

机译：BP最近不得不克服墨西哥湾6,838英尺水域中一个独特的海底捕捞问题。在使用动态定位（DP）半潜式钻机进行钻井时，操作员使用了可用的技术来取回一条鱼（一条钻杆）），这将是过去几年中无法恢复的。尽管该操作既耗时又昂贵，但是如果尝试不进行恢复就继续前进可能会导致油井损失或海底设备严重损坏。

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《World Oil》 |2006年第7期|共3页
作者
Tim Burns; John Shaughnessy; Brett Cocales;
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正文语种 eng
中图分类石油、天然气工业;
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1. Fishing in the subsea BOP [J] . Tim Burns, John Shaughnessy, Brett Cocales World Oil . 2006,第7期

机译：在海底防喷器中钓鱼
2. Subsea test valve in modified BOP cavity may help to minimize cost of required BOP testing [J] . Bob Judge, Gary Leach Drilling Contractor . 2006,第6期

机译：改进的防喷器腔体中的海底测试阀可能有助于最大程度地减少所需的防喷器测试成本
3. Lessons learned from qualification of 20,000-psi subsea BOP stack [J] . Drilling Contractor . 2020,第3期

机译：从20,000-PSI海底BOP堆栈的资格中汲取的经验教训
4. Using a New, Autonomous, and Easy to Install Strain Sensor for Monitoring of Dynamic Loads on a Subsea BOP in Order to Reduce Conservatism and Increase Service Life of Subsea Equipment. [C] . Harald Holden, Vegard Martinsen, Age Gronningsæter Offshore technology conference . 2020

机译：使用新的，自主，易于安装的应变传感器，用于监控海底BOP的动态负载，以减少保守主义和增加海底设备的使用寿命。
5. Quantifying the reliability of surface bops with subsea shut-off assembly and sub-surface bops, taking into account human reliability. [D] . Vaez, Seyedeh Najmeh. 2014

机译：考虑到人的可靠性，通过海底截止组件和水下浮子来量化地面浮子的可靠性。
6. Risk Assessment of Fishing Trawl Activities to Subsea Pipelines of Sabah and Labuan Waters [O] . Ahmad Faizal Ahmad Fuad, Mohd Hafizi Said, Khalid Samo, 2020

机译：渔船活动对沙巴和普华水域海底管道的风险评估
7. Risk assessment of surface vs subsea blowout preventers (bops) on mobile offshore drilling units focusing on riser failure and the use of subsea shear rams [O] . Melendez Jorge Luis 2006

机译：海上移动式钻井平台上的防地表与海底防喷器（bops）风险评估，重点在于冒口故障和海底剪力锤的使用
8. Reliability of Subsea BOP Systems for Deepwater Application, Phase II DW [R] . 1999

机译：用于深水应用的海底防喷器系统的可靠性，第二阶段DW

Fishing in the subsea BOP

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