Success Cases and Lessons Learned After 20 Years of Oilfield Digitalization Efforts

Abstract The energy transition presents a critical juncture for the oil and gas industry. As we navigate toward a more sustainable future, digital oilfield (DOF) technologies play a pivotal role in optimizing operations, reducing environmental impact, and ensuring energy security. This paper aims to explore best practices and lessons learned from two decades of digital oilfield (DOF) implementations. The scope includes analyzing successful case studies, challenges faced, and practical guidelines for short-term DOF adoption in the context of the energy transition. Our approach involves a comprehensive literature review, examining industry reports, academic studies, and real-world experiences. We will synthesize insights from DOF projects, emphasizing data integration, change management, and interdisciplinary collaboration. The process includes distilling actionable recommendations for future implementation. Through our review, we anticipate uncovering key success factors and pitfalls in DOF initiatives. We will present practical observations on data governance, cybersecurity, and strategic alignment. Additionally, we aim to draw conclusions regarding the adaptability of existing DOF practices to the evolving energy landscape. Value creation from digital oilfield applications exceeded all our previous expectations. Over the past 20 years, DOF initiatives have evolved significantly. Notable achievements include the improved decision-making through streamlined processes and automated workflows; Real-time monitoring of equipment health, production, and safety; Holistic views of reservoirs, wells, and facilities for optimized field development; Efforts to standardize data formats and enhance interoperability; Leveraging cloud platforms and big data analytics for scalability and efficiency and Connecting sensors and devices for enhanced insights. We address the remaining challenges for full fledge adoption including prioritizing change management, training, and cross-functional collaboration, while fostering a learning culture to adapt to evolving technologies and industry dynamics. This paper contributes novel insights by bridging the gap between DOF and the energy transition. It provides actionable guidance for oil and gas professionals, enhancing their ability to navigate the digital frontier while addressing sustainability goals. By synthesizing existing knowledge, we aim to propel the petroleum industry toward a more efficient and resilient future.

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Publication Details

Journal
SPE Annual Technical Conference and Exhibition
Published
2024-09-20
DOI
https://doi.org/10.2118/220932-ms
Citations
4
Primary Topic
Reservoir Engineering and Simulation Methods
Type
article
Field-Weighted Citation Impact
2.75
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article

Success Cases and Lessons Learned After 20 Years of Oilfield Digitalization Efforts

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4 citations
SPE Annual Technical Conference and Exhibition
Reservoir Engineering and Simulation Methods
2.75
article

Success Cases and Lessons Learned After 20 Years of Oilfield Digitalization Efforts

Leo Ramos, Cenk Temizel, A. Escorcia, Santiago Díaz, Luigi Saputelli, Edmundo Casas, C. Lopez, Juan Carlos Durán, M.. Querales, Francklin Rivas, Andres Yrigoyen, S. Mubarak, J. Chacon, G. Moricca, A. Chacon, M. Elred, César Bravo
article en
4 citations

Abstract

Abstract The energy transition presents a critical juncture for the oil and gas industry. As we navigate toward a more sustainable future, digital oilfield (DOF) technologies play a pivotal role in optimizing operations, reducing environmental impact, and ensuring energy security. This paper aims to explore best practices and lessons learned from two decades of digital oilfield (DOF) implementations. The scope includes analyzing successful case studies, challenges faced, and practical guidelines for short-term DOF adoption in the context of the energy transition. Our approach involves a comprehensive literature review, examining industry reports, academic studies, and real-world experiences. We will synthesize insights from DOF projects, emphasizing data integration, change management, and interdisciplinary collaboration. The process includes distilling actionable recommendations for future implementation. Through our review, we anticipate uncovering key success factors and pitfalls in DOF initiatives. We will present practical observations on data governance, cybersecurity, and strategic alignment. Additionally, we aim to draw conclusions regarding the adaptability of existing DOF practices to the evolving energy landscape. Value creation from digital oilfield applications exceeded all our previous expectations. Over the past 20 years, DOF initiatives have evolved significantly. Notable achievements include the improved decision-making through streamlined processes and automated workflows; Real-time monitoring of equipment health, production, and safety; Holistic views of reservoirs, wells, and facilities for optimized field development; Efforts to standardize data formats and enhance interoperability; Leveraging cloud platforms and big data analytics for scalability and efficiency and Connecting sensors and devices for enhanced insights. We address the remaining challenges for full fledge adoption including prioritizing change management, training, and cross-functional collaboration, while fostering a learning culture to adapt to evolving technologies and industry dynamics. This paper contributes novel insights by bridging the gap between DOF and the energy transition. It provides actionable guidance for oil and gas professionals, enhancing their ability to navigate the digital frontier while addressing sustainability goals. By synthesizing existing knowledge, we aim to propel the petroleum industry toward a more efficient and resilient future.

SPE Annual Technical Conference and Exhibition
Menlo School (US), Digital Science (United States) (US), Halliburton (United States) (US), Saudi Aramco (Saudi Arabia) (SA), BP (United States) (US), Honeywell (United States) (US)
Openalex Percentile: Top 8%
Reservoir Engineering and Simulation Methods
2.75
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