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强调

强调


好处

  • 加强损失区以实现钻探
  • 在一次旅行中迅速而轻松地部署到位
  • 通过部署作为隔离插头来避免气体迁移
申请

  • 避难或海绵状的循环失落
  • 插件操作
  • Remediation of sustained casing pressure

视频

Whenever severe lost circulation events occur during drilling and conventional solutions fail, MAX-LOCK™ lost circulation material (LCM) can seal flow paths to stop losses and get you drilling again. This award-winning LCM technology is especially effective in vugular or cavernous formations and can be used with confidence in plug and abandonment operations.
Overview

When severe lost circulation events occur and conventional solutions fail, count onMAX-LOCK™ lost circulation material (LCM)来自贝克休新利app斯。高强度,酸性系统的最大锁LCM是一系列应用中常规水泥塞的可替代方法。

Stop lost circulation with customized solutions

MAX-LOCK LCM is a magnesia-based, phase-transformation fluid technology that is easy to place downhole across a loss zone. It demonstrates thixotropic, shear-thinning behavior under downhole conditions, and forms a high-compressive-strength plug to combat a significant lost circulation incident.

旨在在常规温度环境中运行的最大锁LCM的酸溶解度超过90%,并且耐水泥浆(WBM)和油基泥浆(OBM)污染。配方可定制您的应用程序所需的设置时间。

我们的LCM可以安全地用于您的生产区域,并在完全设置之前,还可以阻止流经损失区域。

计划精确治疗

通过借鉴Baker Hughes LCM专家的丰富经验来确保精确计划和执行您的Max-Lock治疗。新利app他们在每一步都与您紧密合作,以仔细解决包括:

  • 根据损失方案估算所需的正确最大锁定LCM药丸量
  • 通过估计静态和动态的底部孔温度来定制LCM设置时间
  • 确定裂缝梯度以限制跨弱区的等效循环密度(ECD)
  • 泵送垫片和最大锁定LCM药丸时,估计ECD针对弱区
  • 评估产品和水分析的QA/QC以进一步验证药丸性能
  • 研究污染对最大锁定LCM设定时间和抗压强度的影响

对于包括在宽大的地层中循环失去的应用和持续壳压力的补救,最大锁LCM为您提供了经过验证,持久和具有成本效益的隔离解决方案。

Contact us today to learn more about how MAX-LOCK LCMs can mitigate your most severe lost circulation events for optimal drilling and production.


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