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Drilling Systems Automation: Current State, Initiatives and Potential Impact

机译:钻井系统自动化:当前状态,举措和潜在影响

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Drilling automation is the control of the drilling process by automatic means, ultimately reducing human intervention to a minimum. The concept of automating the drilling process has generated considerable interest, yet there is a lack of agreement on exactly what it is, what it entails, and how to implement it. As with industrial automation in the 1990s, the adoption of open standards enabling automation will have a significant impact on the underlying business model. In the oilfield drilling industry, the business model describes the relationship between operator, drilling contractor, service company, and equipment supplier. The goal of drilling systems automation is to increase productivity and quality, improve personnel safety, and effectively manage risk. Principal drivers of drilling automation include well complexity, data overload, efficiency, repetitive well manufacturing, access to limited expert resources, knowledge transfer due to the exodus of skilled employees, and health, safety and environmental concerns. With so many drivers, and their potential economic benefits, it is understandable that there are many automation related initiatives within the industry. Drilling through geopressured, possibly erratic lithologies, to a remote and possibly poorly defined target in a safe manner is not a simple task to automate. It is challenging. Drilling automation focuses on the drilling system and drilling operations, which entail combining various sub-systems, including the downhole BHA and its measurement and active components, the drillstring, fluid, and drilling rig and its sub-assemblies. Operations include conventional overbalanced, managed pressure, and underbalanced drilling operations, and their various procedures, such as tripping and making connections. This paper examines and defines drilling systems automation, its drivers, enablers and barriers, and its current state and goals. In particular, the paper looks at the vision of drilling systems automation, and the role played by open collaborative initiatives among all segments of the drilling industry. Although commitment to automation by the drilling industry appears by many to lag other major industries, there are segments of the drilling industry that have reached a high level of automation on a commercial basis. There is also significant collaboration among interested parties in creating a standardized, open environment for data flow to foster the development of systems automation.
机译:钻井自动化是通过自动装置控制钻井过程,最终将人为干预降低到最低限度。自动化钻探过程的概念产生了相当大的兴趣,但它缺乏一致意见,它需要什么,以及如何实现它。与20世纪90年代的工业自动化一样,开放标准的采用使自动化将对基础商业模式产生重大影响。在油田钻井业中,业务模式描述了运营商,钻探承包商,服务公司和设备供应商之间的关系。钻井系统自动化的目标是提高生产力和质量,提高人员安全性,有效地管理风险。钻井自动化的主要驱动程序包括良好的复杂性,数据过载,效率,重复良好的井制造,获得有限的专家资源,由于熟练员工的出漏而获得的知识转移,以及健康,安全和环境问题。有了这么多的司机,以及他们潜在的经济效益,可以理解的是该行业内有许多自动化相关举措。以安全的方式通过Geopreted,可能不稳定的岩性钻探,以安全的方式对遥控器和可能的定义目标是一个简单的自动化任务。这是挑战性的。钻井自动化专注于钻井系统和钻孔操作,这需要组合各种子系统,包括井下BHA及其测量和有源部件,钻轮,流体和钻机及其子组件。操作包括传统的过度均衡,托管压力和低位钻孔操作,以及它们的各种程序,例如绊倒和结合。本文审查并定义了钻井系统自动化,其驱动因素,推动者和障碍,以及其当前的国家和目标。特别是,本文介绍了钻井系统自动化的愿景,以及开放的协作举措在钻井行业的所有部分之间发挥的作用。尽管钻井行业的自动化承诺出现了许多人来滞后其他主要产业,但钻探行业的部分是在商业基础上达到了高水平的自动化。有兴趣的各方还有重大合作,为数据流创建标准化,开放环境,以促进系统自动化的发展。

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