Advancing petrophysical techniques for sustainable hydrocarbon extraction: Enhancing resource efficiency and minimizing waste
1 Independent Researcher, Nigeria.
2 Independent Researcher, Houston Texas, USA.
3 Shell Petroleum Development Company Nigeria.
4 Waltersmith Refining and Petrochemical Company Ltd, Lagos.
Review Article
World Journal of Advanced Research and Reviews, 2023, 17(02), 917–925
Publication history:
Received on 02 January 2023; revised on 22 February 2023; accepted on 25 February 2023
Abstract:
The hydrocarbon industry is facing increasing pressure to enhance resource efficiency and minimize environmental impacts amidst growing global energy demands. This paper explores the advancements in petrophysical techniques and their significant contributions to sustainable hydrocarbon extraction. Often limited by accuracy and predictive capabilities, traditional methods are being transformed by innovations such as digital rock physics, advanced downhole sensors, and sophisticated seismic imaging. These technologies provide a comprehensive understanding of subsurface formations, enabling precise drilling and optimized resource extraction. The integration of real-time data analytics and machine learning further enhances reservoir management by allowing continuous monitoring and adaptive strategies. These advancements increase hydrocarbon recovery rates, reduce drilling costs, and minimize waste and environmental footprint. This paper provides a detailed analysis of these innovations, their impact on resource efficiency, and practical recommendations for the industry. By investing in cutting-edge technologies, embracing real-time data, adopting predictive modeling, fostering continuous innovation, and prioritizing sustainability, the hydrocarbon industry can achieve a more efficient and environmentally responsible approach to resource management.
Keywords:
Petrophysical Techniques; Hydrocarbon Extraction; Resource Efficiency; Real-Time Data Analytics; Machine Learning; Environmental Sustainability
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