哈里伯顿提供骨折放置的实时自动控制


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哈里伯顿 (Halliburton) 在美国二叠纪盆地使用其 SmartFleet™ 智能压裂系统成功地在多井平台上泵送时实现了裂缝位置的实时控制。

SmartFleet 是行业首创,它应用了地下测量和实时可视化实现的自动化,以智能地适应和响应油藏行为,推动完井执行和压裂结果的实时改进。

SmartFleet智能压裂系统取得多项成果。它为操作员提供了井下实时可见性,以立即验证裂缝性能并管理裂缝放置,使操作员能够一致地可视化和测量裂缝扩展,并最终通过自动化控制裂缝放置。借助增强的 3D 测量和实时洞察,操作员通过解决过去需要多次迭代才能解决的裂缝优化挑战,缩短了学习曲线。这带来了更加动态和准确的决策,以及实时布局和执行调整,最终改善了资产经济性。

通过使用智能自动化,该系统减少了每个阶段所需的总流体,显着延长了阶段长度,并且更加一致地放置了该阶段的所有设计支撑剂。此外,SmartFleet 成功地实现了跨簇的均匀骨折分布,在阶段与阶段、井与井之间更加一致,与传统基线骨折阶段相比,均匀治疗放置提高了 20%。

“其他系统可以让您查看、测量和控制压裂作业的方式,”生产增强副总裁 Michael Segura 说道。“如果您希望每个阶段都发挥作用,SmartFleet 智能自动化可让您有信心实时提高断裂性能,从而不断优化成本和性能。”


免费阅读最新一期《油田技术》全文:2021年第1期

《油田科技》2021 年第一期首先展望了今年美国致密油的前景。然后,该问题涵盖完井技术、产量预测、电压裂、砂回收等。

独家贡献来自 Rystad Energy、Archer、Weatherford、Halliburton、CGG、NOV、TETRA Technologies、Clariant 等。

在线阅读文章:https://www.oilfieldtechnology.com/Hydraulic-fracturing/01042021/halliburton-delivers-real-time-automated-control-of-fracture-placement/

原文链接/oilfieldtechnology

Halliburton delivers real-time automated control of fracture placement

Published by , Editor
Oilfield Technology,


Halliburton has successfully delivered real-time control of fracture placement while pumping on a multi-well pad using its SmartFleet™ intelligent fracturing system in the Permian Basin, US.

An industry first, SmartFleet applies automation enabled by subsurface measurements and real-time visualisation to intelligently adapt and respond to reservoir behaviour, driving real-time improvement in completion execution and fracture outcomes.

SmartFleet intelligent fracturing system delivered several achievements. It provided the operator with real-time visibility downhole to instantly validate fracture performance and manage fracture placement – allowing the operator to consistently visualise and measure fracture propagation and ultimately control fracture placement through automation. With enhanced 3D measurement and live insights, the operator shortened the learning curve by solving fracture optimisation challenges that historically would have taken numerous iterations to address. This resulted in more dynamic and accurate decision-making, as well as live placement and execution adjustments that ultimately improved asset economics.

Using intelligent automation, the system resulted in less total fluid required per stage, significantly extended stage lengths, and more consistently placed all the designed proppant for the stage. Additionally, SmartFleet successfully delivered uniform fracture distribution across clusters, more consistently, stage to stage and well to well, improving uniform treatment placement by up to 20% compared to conventional baseline fracture stages.

“No other system lets you see, measure, and control how you land your fracs,” said Michael Segura, vice president of Production Enhancement. “If you want every stage to count, SmartFleet intelligent automation gives you the confidence to drive fracture performance in real time, so you can continually optimise cost and performance.”


Read the latest issue of Oilfield Technology in full for free: Issue 1 2021

Oilfield Technology’s first issue of 2021 begins with a look at US tight oil’s prospects this year. The issue then moves on to cover completions technology, production forecasting, electric fracturing, sand recovery and more.

Exclusive contributions come from Rystad Energy, Archer, Weatherford, Halliburton, CGG, NOV, TETRA Technologies, Clariant and more.

Read the article online at: https://www.oilfieldtechnology.com/hydraulic-fracturing/01042021/halliburton-delivers-real-time-automated-control-of-fracture-placement/