强调
好处
- 在多个间隔内减少单程完成的非生产性时间（NPT）
- Accurately place fracture treatments with reliable tool positioning
- Select or commingle production to maximize hydrocarbon recovery
申请
- 深水完成
- 单程碎石包装的完成
- Frac-packed completions across multiple intervals, and completions environments requiring sand control
Lower your operating costs and risks in high-sand environments with theMST™ multizone, single-trip completion system来自贝克休新利app斯。与传统的堆栈包装操作不同，需要在每个区域完成每个区域，MST完成系统可以通过在同一旅行中允许多个间隔的砾石或杂项包装完成，从而减少非生产时间（NPT）。
深水设计提供创纪录的性能
Along with reducing your completion time, the award-winning system delivers efficiency gains in high-cost, deepwater environments. The system also includes several other features and benefits, including the ability to:
- 非序列处理多个薪水区
- Select or commingle production to maximize hydrocarbon recovery
- Place fracture treatments more accurately with reliable tool positioning during pumping operations
- 得益于较大的流动区域，以较短的时间以更快的速度处理
MST完成系统在数百个完成中积累了可靠操作的令人印象深刻的记录。该系统已成功地应用于墨西哥的深水湾，深度为8,103 m（26,585 ft），这是当时世界上最深的冰冻良好。该操作并未触发与MST完成系统有关的任何损失的时间或不存在的事件，并且运营商仅节省了数百万美元的钻机时间。
设计升级可以跟上运营需求的步伐
The MST completion system continues to evolve to meet future challenges, particularly in deepwater completions. Ongoing advances include integrating intelligent production technology, which helps optimize well control. The system accommodates a feed-through production string for hydraulic and electric lines to reach monitoring and remote flow control equipment.
MST完成系统还通过设计升级来解决深水挑战，包括增加压力等级和改善抗侵蚀性压裂端口技术。
我们的设计专家使用计算流体动力学模型来预测侵蚀率和高速流动环测试，以模拟最坏情况下的侵蚀场景。结果 - 适用于最具挑战性的深水环境的可靠的单程完成系统。
立即与我们联系，以了解MST Multizone单程完成系统如何优化您的深水完成。