钻井自动化

真正的钻机自动化因缺乏可互操作的钻井工具而受到阻碍,但行业研究提供了前进的方向

SPE 钻井和油井互操作性标准小组提出了双路径策略,以克服钻井自动化进步所面临的技术和商业障碍。

工作、钻探、页岩、钻机、天然气、工具
资料来源:Sasacvetkovic33/Getty Images/iStockphoto。

最近的一项行业研究表明,尽管石油和天然气行业取得了 20 年的进步,但其在钻井自动化方面的努力正面临着一个瓶颈,有可能扼杀未来的创新。

IADC/SPE 217748由钻井和油井互操作性标准 (D-WIS) 工作组的专业人员撰写,重点关注系统互操作性,而不是系统互操作性的缺乏。

该论文汇集了 Noble Drilling、Hess Corp. 和 Baker Hughes 等大型企业的专业知识。该小组成立于 2020 年,隶属于SPE 钻井系统自动化技术部门 (DSATS),其建议反映了五打以上实体的意见,其中包括大多数超级巨头、四大服务公司、全球最大的钻井承包商、以及几个较小的技术和研究小组。

D-WIS 指出,迄今为止,我们看到的投放市场的自动化技术仅限于建井过程的不同组件和部分。显着的进步包括管道处理、旋转导向系统和渗透率的自动化产品。

这些创新使人们远离了危险,降低了钻井成本,并帮助制造了更好的井眼。然而,它们是独立、隔离的应用程序,通常不会相互交互,除非它们属于同一家公司。

根据新的 D-WIS 研究,通过真正的自动化系统达到更高水平的钻井效率需要在不同钻机技术之间无缝共享数据,无论制造商是谁。

该工作组的作者声称,在油井建设方面取得重大成果时,不仅已经摘取了大部分容易实现的成果,而且“当前的孤立方法已经开始达到其极限,并且正在消耗资本和资源。” �

钻机上尚未实现互操作性的原因包括对专有信息暴露给第三方的担忧,以及设备制造商和服务提供商缺乏遵守义务的激励措施。

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Drilling automation

True Rig Automation Stymied by Lack of Interoperable Drilling Tools, but Industry Study Offers a Way Forward

The SPE Drilling and Wells Interoperability Standards group proposes a dual-path strategy to overcome the technical and commercial barriers facing the advancement of drilling automation.

Working, Drill, Shale, Drilling Rig, Natural Gas, Tools
Source: Sasacvetkovic33/Getty Images/iStockphoto.

A recent industry study argues that despite 2 decades of progress, the oil and gas industry’s drive toward drilling automation is staring at a bottleneck that threatens to stifle future innovation.

Authored by professionals from the Drilling and Wells Interoperability Standards (D-WIS) work group, IADC/SPE 217748 puts the spotlight on systems interoperability—or rather, the lack of it.

The paper brings together expertise from big players such as Noble Drilling, Hess Corp., and Baker Hughes, among others. The group was formed in 2020 under the SPE Drilling Systems Automation Technical Section (DSATS) and its recommendations reflect the input of more than five dozen entities, including most of the supermajors, the big four service companies, the world’s largest drilling contractors, and several smaller technology and research groups.

D-WIS points out that the automation tech we’ve seen hit the market so far has been limited to distinct components and segments of the well-construction process. Notable advancements include automation offerings for pipe handling, rotary steerable systems, and rate of penetration.

Such innovations have taken people out of harm’s way, lowered drilling costs, and helped make better wellbores. However, they are standalone, isolated applications that generally do not interact with each other unless they are owned by the same company.

According to the new D-WIS study, reaching the next level of drilling efficiency through a truly automated system requires data to be shared seamlessly between different rig technologies regardless of the manufacturer.

The workgroup’s authors assert that not only have the low-hanging fruits been largely picked when it comes to making major gains in well construction but that “the current siloed approach has begun to reach its limits and is consuming capital and resources.”

Reasons why interoperability on the rig doesn’t already exist range from concerns over the exposure of proprietary information to third parties, to a lack of incentives for equipment makers and service providers to oblige.

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