Enhancing gas production through advanced detailed design engineering: a global perspective on industry practices
1 Independent Researcher, Georgia, USA.
2 Shell Nigeria Exploration and Production Company Lagos. Nigeria.
3 Independent Researcher, Nigeria.
4 Chevron Nigeria Limited, Nigeria.
5 Independent Researcher; Lagos Nigeria.
Review
International Journal of Multidisciplinary Research Updates, 2023, 06(01), 010–016.
Article DOI: 10.53430/ijmru.2023.6.1.0058
Publication history:
Received on 02 July 2023; revised on 28 August 2023; accepted on 02 September 2023
Abstract:
Enhancing gas production through advanced detailed design engineering has become a pivotal approach in the global energy sector. This paper explores the integration of cutting-edge engineering methodologies to optimize gas production processes, reduce operational inefficiencies, and meet increasing energy demands. The application of detailed design engineering in gas production involves sophisticated modeling, simulation, and analysis of production systems, ensuring enhanced precision, safety, and scalability. By leveraging advanced computational tools, engineers can predict and mitigate potential production bottlenecks, optimize well designs, and implement efficient gas processing techniques. The global perspective on industry practices highlights regional variations in design standards, regulatory frameworks, and technological adoption. For example, North American gas fields utilize integrated digital twins and automation technologies to streamline production, while regions like the Middle East emphasize design optimization in offshore gas extraction. Additionally, the development of sustainable practices, such as carbon capture and storage (CCS) and energy-efficient processing units, is becoming a critical focus for gas producers striving to reduce environmental impact and align with international climate goals. This study also examines the role of collaborative frameworks between engineering teams and production operators in fostering innovation and knowledge transfer, further driving the refinement of detailed design approaches. The future of gas production will depend significantly on advancements in materials science, data analytics, and artificial intelligence, which are expected to revolutionize the design and operation of gas production systems. In conclusion, enhancing gas production through advanced detailed design engineering offers the potential to unlock new efficiencies, improve safety standards, and contribute to global energy security. However, the successful implementation of these practices requires continuous investment in research, technology, and cross-industry collaboration.
Keywords:
Gas Production; Detailed Design Engineering; Advanced Engineering Methodologies; Global Energy Sector; Computational Tools; Gas Processing; Digital Twins; Carbon Capture And Storage; Energy Efficiency; Offshore Extraction; Industry Practices
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