conference paper · SPE Nigeria Annual International Conference and Exhibition
Midstream petroleum operations face mounting operational challenges regarding safety, efficiency, and environmental impact. Modernising this infrastructure requires adopting advanced digital, mechanical, and sustainable innovations across transport and storage networks. Pipeline integrity benefits from sensor-equipped networks, real-time monitoring, and artificial intelligence for predictive maintenance, all of which reduce failure rates and prevent costly leaks. In storage facilities, automated storage and retrieval systems, internet-of-things tank monitoring, and advanced tank construction materials optimise capacity while reducing manual labour and enhancing safety. Furthermore, artificial intelligence and machine learning provide predictive analytics for equipment upkeep, demand forecasting, and risk management to limit downtime and cut costs. Sustainability measures include powering pump stations with renewable energy, deploying carbon capture technologies, and utilising environmentally friendly materials, aligning operations with broader decarbonisation goals and strengthening the resilience of the energy supply chain.
Midstream infrastructure forms the vital link between oil and gas extraction and end users, but aging networks risk leaks, downtime, and environmental harm. Applying digital monitoring, automated storage, and low-carbon technologies helps protect ecosystems, reduce hazardous failures, and maintain reliable energy delivery during the global transition towards cleaner, more sustainable industrial operations.
The technologies highlighted, including sensor networks, internet-of-things tank monitors, and machine-learning predictive maintenance tools, target midstream infrastructure operators and energy logistics companies. While specific readiness levels are not detailed, the overview covers a spectrum spanning emerging sustainability solutions like carbon capture to established, commercially deployable technologies such as automated storage systems and predictive maintenance algorithms designed to reduce maintenance costs and operational disruptions.
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Abstract The midstream sector is essential for transporting and storing petroleum, acting as a crucial link between upstream production and downstream delivery. Nonetheless, conventional midstream operations are encountering growing challenges regarding safety, efficiency and environmental effects. This paper investigated the latest technological innovations that are reshaping midstream infrastructure, promoting operational excellence and ensuring sustainability over the long term. The study begun with a summary of midstream functions, highlighting the importance of innovation to enhance processes and reduce risks. Significant advancements in pipeline technologies were then analyzed, including networks equipped with sensors, systems for real time monitoring and predictive maintenance driven by artificial intelligence (AI). These innovations improve pipeline integrity, decrease failure rates and avert expensive leaks, thereby ensuring a more robust energy supply chain. The study then examined innovations in storage facilities, such as automated storage and retrieval systems (AS/RS), IoT-enabled tank monitoring and advanced materials for constructing tanks. These technologies maximize capacity, lessen the need for manual operations and enhance safety protocols, resulting in improved operational efficiency. The integration of artificial intelligence (AI) and machine learning (ML) was also discussed, with uses in predictive analytics for equipment upkeep, forecasting demand and risk management. By utilizing AI-driven insights, midstream operators can diminish downtime, reduce expenses and optimize resource distribution. Lastly, the paper highlights sustainability initiatives, featuring the implementation of renewable energy-operated pump stations, carbon capture technologies and environmentally friendly materials. These advancements align with global efforts to decarbonize and strengthen the industry's commitment to minimizing its environmental impact. By presenting these pioneering advancements, this paper emphasizes the transformative capacity of technology in modernizing midstream operations. The findings illustrate how innovation is not only boosting efficiency and safety but also preparing the midstream sector for a more sustainable future in a changing energy landscape.
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DOI: 10.2118/235181-ms
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