钻孔

哈里伯顿收购Sekal,拓展钻井自动化产品组合

两家公司联合采用的技术能够实时控制井位、水力系统和钻机作业。

商人握手与原油泵钻井平台能源工业机械的双重曝光,背景为石油行业
图片来源:Totojang/Getty Images。

哈里伯顿公司宣布已从日本住友商事株式会社收购了自主钻井专家Sekal公司,此举将增强其在钻井作业中的数字化和自动化能力。此前,住友商事是Sekal的全资子公司。

4月1日发布的公告称,此次交易是哈里伯顿、Sekal和住友商事三家公司发展历程中的一个里程碑,它们共同支持了公司的增长和治理。哈里伯顿表示,此次收购推进了其拓展钻井自动化服务和提升客户资产绩效的战略。

此次收购将哈里伯顿的 LOGIX 自动化地质导向和远程操作技术与 Sekal 的 DrillTronics 自动化平台和服务相结合。

哈里伯顿公司表示,新推出的集成方案提高了钻井过程中增加油藏接触面积的能力,并支持钻井作业的自动化控制和优化。该集成系统只需“按一下按钮”即可运行,并可实时控制井位、井筒水力学和钻机操作。

“通过整合我们经过现场验证的技术,我们释放了数字油井建设的全部潜力,并为自动化钻井作业树立了新的标准,”哈里伯顿公司 Sperry Drilling 业务部门副总裁 Jim Collins 在一份声明中表示。

今年3月,这两家公司宣布与埃克森美孚公司合作,共同开发圭亚那近海项目。该项目被誉为“业内首创”,实现了闭环钻井系统,该系统能够引导钻头在油藏边界内运动,同时自主控制钻井和起下钻作业。

Sekal 首席执行官 Jarle Vaag 表示,此次收购对于这家成立于 2011 年的挪威公司来说是一次“自然演变”。

“Sekal团队一直与客户紧密合作,无论服务提供商是谁,都为行业提供我们的技术和服务。我们将继续支持这个市场,但哈里伯顿和Sekal的综合专业知识将提升我们的技术能力,并加速数字化一体化油井建设的普及,这将为我们在全球的新老客户提供独特的自动化解决方案,”Vaag说道。

公告补充道,Sekal的软件产品已在全球范围内用于钻探超过1300口油井,哈里伯顿和Sekal正在多个项目中部署其自动化产品线。这些产品包括地下、井筒流体和压力系统的实时模型,以及定向钻井工具和自动化钻机控制系统。

哈里伯顿和塞卡尔表示,该技术方案可通过优化井位、钻井参数和起下钻作业,将油井交付时间缩短高达 25%。

原文链接/JPT
Drilling

Halliburton Acquires Sekal To Expand Drilling Automation Portfolio

The companies' combined technologies enable real-time control of well placement, hydraulics, and rig operations.

Double exposure of businessman handshake with Crude Oil pump oil rig energy industrial machine for petroleum background
Source: Totojang/Getty Images.

Halliburton announced it has acquired autonomous drilling specialist Sekal from Japan’s Sumitomo Corp., strengthening its digital and automation capabilities in drilling operations. Sumitomo previously held Sekal as a wholly owned subsidiary.

The 1 April announcement described the transaction as a milestone for Halliburton, Sekal, and Sumitomo, which supported the company’s growth and governance. Halliburton said the acquisition advances its strategy to expand drilling automation services and improve customer asset performance.

The acquisition combines Halliburton’s LOGIX automated geosteering and remote operations technologies with Sekal’s DrillTronics automation platform and services.

Halliburton said the newly combined offering improves its ability to increase reservoir contact while drilling and supports automated control and optimization of drilling operations. The integrated system is described as working “with the push of a button” and involves real-time control over well placement, wellbore hydraulics, and rig operations.

“By bringing together our field-proven technologies, we unlock the full potential of digital well construction and set a new standard for automated drilling operations,” Jim Collins, vice president of Halliburton’s Sperry Drilling business unit, said in a statement.

In March, the two companies announced a partnership on an offshore Guyana project with operator ExxonMobil. The project was described as “an industry first,” enabling a closed-loop drilling system that steered the drill bit within reservoir boundaries while autonomously controlling drilling and tripping operations.

Jarle Vaag, Sekal CEO, said the acquisition represents a “natural evolution” for the Norwegian company, which was founded in 2011.

“The team at Sekal has worked closely with our clients providing our technology and services to the industry regardless of the service providers. While we will continue to support this market, the opportunity with the combined expertise of Halliburton and Sekal to advance our technical capability and accelerate the adoption of digitally integrated well construction will deliver a unique automation solution to our new and existing customers worldwide,” said Vaag.

The announcement added that Sekal’s software products have been used to drill more than 1,300 wells worldwide and that Halliburton and Sekal are deploying their automated product line across multiple projects. The work includes real-time models of the subsurface, wellbore fluids, and pressure systems, along with directional drilling tools and automated rig controls.

Halliburton and Sekal said the technology package can reduce well delivery time by up to 25% by optimizing well placement, drilling parameters, and tripping operations.