Industrial Data Operations: Empowering the Energy Industry with Smarter Data Management Solutions

Abstract The Oil & Gas Exploration and Production (E&P) sector faces persistent challenges due to data silos and inefficiencies, which hinder decision-making and operational performance. A 2009 SPE survey revealed that 90% of respondents spent over half their time identifying and formatting data, underscoring the inefficiency of existing workflows. This paper explores how Industrial DataOps addresses these challenges by integrating diverse data sources, enabling real-time contextualization, and facilitating data-driven decisions to meet the evolving demands of the energy industry. This paper examines Industrial DataOps through the lens of three critical stages: data ingestion, management, and consumption. Modern platforms for DataOps, built for Industry 4.0, are designed to integrate diverse data sources, including IIoT devices, cloud databases, and real-time edge data. Once ingested into the cloud, these platforms leverage machine learning, rule-based entity matching, and knowledge graph construction to contextualize data and eliminate silos. Finally, the consumption phase showcases how organizations utilize transformed, contextualized data to deploy Al workflows, build predictive models, and enable natural language interactions via Large Language Models (LLMs), enhancing operational efficiency and scalability. Industrial DataOps has demonstrated its transformative potential in real-world applications. By unifying data from IIoT devices and corporate databases into a single platform, E&P organizations can perform advanced analyses, such as root cause identification and well planning optimization. For example, platforms like Lumi™ data and AI platform, have enabled companies to reduce decision-making time, optimize maintenance schedules, and improve emissions monitoring. Additionally, robust data governance mechanisms, including automated lineage tracking, ensure compliance and build trust in the integrity of data. With seamless interoperability and Al-driven insights, DataOps empowers organizations to enhance productivity while meeting sustainability and regulatory goals effectively. This paper highlights how Industrial DataOps redefines data management in the E&P sector by integrating disparate data sources, contextualizing them for advanced analytics, and enabling intuitive human-data interactions. The integration of Al and LLMs into DataOps platforms is a novel approach that enhances operational efficiency and accelerates decision- making. By focusing on practical use cases and cutting-edge methods, this paper provides actionable insights into the future of data-driven energy operations.

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Publication Details

Published
2025-04-21
DOI
https://doi.org/10.2118/224586-ms
Citations
1
Primary Topic
Big Data and Business Intelligence
Type
article
Field-Weighted Citation Impact
2.28
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article

Industrial Data Operations: Empowering the Energy Industry with Smarter Data Management Solutions

Samiran Mukherjee, Arnab Das
1 citations
Big Data and Business Intelligence
2.28
article

Industrial Data Operations: Empowering the Energy Industry with Smarter Data Management Solutions

Samiran Mukherjee, Arnab Das
article en
1 citations

Abstract

Abstract The Oil & Gas Exploration and Production (E&P) sector faces persistent challenges due to data silos and inefficiencies, which hinder decision-making and operational performance. A 2009 SPE survey revealed that 90% of respondents spent over half their time identifying and formatting data, underscoring the inefficiency of existing workflows. This paper explores how Industrial DataOps addresses these challenges by integrating diverse data sources, enabling real-time contextualization, and facilitating data-driven decisions to meet the evolving demands of the energy industry. This paper examines Industrial DataOps through the lens of three critical stages: data ingestion, management, and consumption. Modern platforms for DataOps, built for Industry 4.0, are designed to integrate diverse data sources, including IIoT devices, cloud databases, and real-time edge data. Once ingested into the cloud, these platforms leverage machine learning, rule-based entity matching, and knowledge graph construction to contextualize data and eliminate silos. Finally, the consumption phase showcases how organizations utilize transformed, contextualized data to deploy Al workflows, build predictive models, and enable natural language interactions via Large Language Models (LLMs), enhancing operational efficiency and scalability. Industrial DataOps has demonstrated its transformative potential in real-world applications. By unifying data from IIoT devices and corporate databases into a single platform, E&P organizations can perform advanced analyses, such as root cause identification and well planning optimization. For example, platforms like Lumi™ data and AI platform, have enabled companies to reduce decision-making time, optimize maintenance schedules, and improve emissions monitoring. Additionally, robust data governance mechanisms, including automated lineage tracking, ensure compliance and build trust in the integrity of data. With seamless interoperability and Al-driven insights, DataOps empowers organizations to enhance productivity while meeting sustainability and regulatory goals effectively. This paper highlights how Industrial DataOps redefines data management in the E&P sector by integrating disparate data sources, contextualizing them for advanced analytics, and enabling intuitive human-data interactions. The integration of Al and LLMs into DataOps platforms is a novel approach that enhances operational efficiency and accelerates decision- making. By focusing on practical use cases and cutting-edge methods, this paper provides actionable insights into the future of data-driven energy operations.

Openalex Percentile: Top 13%
Big Data and Business Intelligence
2.28
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