Data Management and Communication
I would like to highlight three main trends that most exploration-and-production (E&P) operators are facing across the globe—the value of reservoir-surveillance information, the slow pace of automation and instrumentation, and the way forward.
The Value of Reservoir-Surveillance Information
Global energy demand will grow more than 33% by 2035. Most of the supply will come from the oil industry, if we do our job right. As demand rises, the complexities also increase.
The prime value of data captured through continuous surveillance is letting the reservoirs talk. Reservoirs talk through information and knowledge derived from data capture, analysis, and integration. This results in proper understanding and prognosis through applying better analytics and, thus, improving the decision-making process. In this way, we will be able to extend the lives of mature fields, discover new fields, improve refining and manufacturing efficiency, enable smart awareness, optimize corporate-scale operations, dynamically respond to supply and demand, integrate business and support functions across supply chain and geography, manage proactive growth, integrate information among all assets, and implement greater intelligence.
Slow Pace of Automation and Instrumentation
There is no question that smarter work flows enabled by digital automation increase profitability. To realize such opportunities, industry has been deploying hardware for sensing and actuation in the last 3 decades, in combination with data-driven modeling and remote collaboration. Many major oil fields around the world would not be producing today if not for opportune field automation.
However, building such capability across the globe has not been solid enough. Ninety percent of worldwide mid- to large-size operators (i.e., 100,000 BOPD or more) have embraced oilfield automation in the simplest form; however, less than 1% of such equivalent production has a consistent application of data-to-knowledge transformation. The slow acceptance of the technology is because of the short-term gratification from profitable and low-risk operations, lack of knowledge of the added value from related technologies, and management blindness.
What Is Next?
Many business and digital corporations claim that between 100 billion and 200 billion devices could be connected by 2020. Young engineers may not understand why it is not possible to access any real-time well data from his mobile device, understand its past performance, and allow the simulation of multiple scenarios to see the impact of decisions. With close to a billion people connected at any moment playing online strategy games, how is it possible that our industry is still so far behind with respect to the gaming philosophy?
Recommended Additional Reading
SPE 170680 Predicting Failures From Oilfield Sensor Data Using Time-Series Shapelets by Om Prasad Patri, University of Southern California, et al.
SPE 171636 A Flowback-Guided Approach for Production-Data Analysis in Tight Reservoirs by O.D. Ezulike, University of Alberta, et al.
SPE 170633 Data as an Asset: What the Upstream Oil and Gas Industry Can Learn About Big Data From Social Media by Robert K. Perrons, Queensland University of Technology, et al.
SPE 173416 Addressing Oil and Gas Big-Data Challenges at the Remote Edgeby Serhii Konovalov, et al.
IPTC 17997 Intelligent-Field Real-Time Data Reliability Key Performance Indices by Abdulrahman A. Al-Amer, Saudi Aramco, et al.
Data Management and Communication
Luigi Saputelli, SPE, Petroleum Engineer, Frontender Corporation
01 October 2015
Industry Q&A: Physics-Based Reservoir Simulation for Enhanced Data Analysis and Risk Evaluation
Indy Chakrabarti, senior vice president of product management and strategy at Emerson Automation Solutions talks about developments in software solutions for the oil and gas industry.
Implementing an Integrated Production Surveillance and Optimization System
The complete paper describes some of the technical challenges faced in deepwater operations and the methodology adopted for implementing an integrated production surveillance and optimization (IPSO) system to mitigate the risks.
Improved Monitoring System for Heavy-Oil Steam-Assisted-Gravity-Drainage Wells
The complete paper provides an overview of the development of fiber-optic sensing for steam-assisted-gravity-drainage (SAGD) applications, including a review of more than 10 years of work in development and field applications in western Canada.
12 March 2018
15 March 2018