Managing Challenges for Digital Transformation Initiative in a National Drilling Contractor - A Case Study from Algeria

A. Arnaout, Sara Bakhti, G. Thonhauser
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Abstract

Digital transformation is a process of applying all digital technologies and tools on current workflows to be able to deliver high quality information at the right time. The digital transformation of drilling will provide an unprecedented stream of high-quality information that has never been accomplished in the industry, through the utilization of automated real-time drilling downhole tools, data analytics and predictive analysis. Thus, it creates value, improves efficiency, further reduces costs and boosts performance significantly. Despite the advantages of digital transformation, the oil and gas industry (especially drilling contractors) has been slow to seize the opportunity. There are many challenges that need to be overcome to realize its full potential for the drilling contractors. A coherent road map to build a successful digital transformation strategy will be addressed in this paper. (that is not only focused on assets, but also focused on how to create new revenue streams.) A setup of a real-time digitalization tool based on automated rig activities detection technology is established in a national drilling contractor in Algeria and a measurement and monitoring process was started. Data aggregation is the first step towards implementing a digital transformation process. However, the main task was standardizing and aggregating cross-vendor data streams. Breaking the data silos was required to move data smoothly from rig site to our digital records for a fast setup Another issue is quality of data. Constant quality control checks of the received data ensured that the maximum value can be accomplished, which will consequently support in improving the awareness and decision process for the contractor based on this detailed information and following systematic procedures. Also, company culture is extremely important to fostering the successful execution of a digital strategy. An approach of sharing relevant information between all members of the drilling crews on daily basis and using what is so-called "Hawthorne Effect", defines a continuous improvement process. The digitalisation of drilling process has the ability to sustain a constant flow of information with the potential to transform operations and create additional profits from existing capacity. Clearing the bottlenecks in the data integration and analysis stages was vital for a successful digital transformation process. This process enables real time reporting of drilling performance. This empowers the contractor to track the improvement and efficiency over time and find a performance gap to establish a feedback link to correct the deviations. The second benefit of applying such process is to by doing increase the utilization of the existing equipment and evaluating the best performance that crews can achieve with such equipment. The eventual goal is establishing and improving the global process and workflow of monitoring the operating units for the multi-level operating team structure, by the means of high speed, digital data technologies over considerable slower human factors. In this paper, we will demonstrate all the tools and framework that have been utilized to achieve this goal.
管理国家钻井承包商数字化转型计划的挑战——以阿尔及利亚为例
数字化转型是将所有数字技术和工具应用于当前工作流程的过程,以便能够在正确的时间提供高质量的信息。通过利用自动化实时钻井井下工具、数据分析和预测分析,钻井的数字化转型将提供前所未有的高质量信息流,这是业内从未实现过的。因此,它创造了价值,提高了效率,进一步降低了成本,并显著提高了性能。尽管数字化转型具有诸多优势,但油气行业(尤其是钻井承包商)在抓住机遇方面行动迟缓。为了充分发挥其潜力,钻井承包商需要克服许多挑战。本文将讨论建立成功的数字化转型战略的连贯路线图。(这不仅关注资产,也关注如何创造新的收入来源。)阿尔及利亚的一家国家钻井承包商建立了一套基于自动钻机活动检测技术的实时数字化工具,并开始了测量和监测过程。数据聚合是实现数字化转型过程的第一步。然而,主要任务是标准化和聚合跨供应商的数据流。为了快速设置,需要打破数据孤岛,将数据顺利地从钻井现场转移到我们的数字记录。对收到的数据进行持续的质量控制检查,确保能够实现最大价值,从而支持承包商根据这些详细信息和遵循系统程序提高认识和决策过程。此外,企业文化对于促进数字化战略的成功实施也极为重要。每天在钻井队的所有成员之间共享相关信息,并利用所谓的“Hawthorne效应”,定义了一个持续改进的过程。钻井过程的数字化能够维持持续的信息流,有可能改变作业方式,并从现有产能中创造额外的利润。清除数据集成和分析阶段的瓶颈对于成功的数字化转型过程至关重要。该过程可以实时报告钻井性能。这使承包商能够跟踪改进和效率,并找到性能差距,建立反馈链接以纠正偏差。应用这种方法的第二个好处是,通过提高现有设备的利用率,并评估机组人员使用这些设备所能达到的最佳性能。最终目标是通过高速、数字数据技术,克服相当缓慢的人为因素,建立和改进多级操作团队结构的操作单元监控的全球流程和工作流程。在本文中,我们将演示用于实现这一目标的所有工具和框架。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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