Abstract:Nowadays many oil and gas companies demonstrate a great interest to technology of liquefying of natural gas (LNG). LNG technology is especially topical for gas and gascondensate fields of Yamal and Gydan Peninsulas located so remote from network of transfer pipelines.
The exploitation of the field, which provides the output to LNG plant, has its peculiarities in compare with traditional approaches. Development of new approaches to the LNG plant start-up optimization is among the foreground tasks… Show more
“…Furthermore, the optimization of technological regimes in complex systems, such as the integration of gas condensate fields with LNG plants, is another area where technological advancements are making a significant impact. Pashinsky et al (2018) discussed the development of new approaches for the start-up optimization of LNG plants, focusing on failure prediction and operation monitoring. This integrated modeling approach is crucial for the efficient and reliable operation of LNG facilities, particularly in remote and challenging environments.…”
Section: Technological Advancements Shaping Lng Production and Distri...mentioning
This scholarly paper comprehensively analyses the global Liquefied Natural Gas (LNG) market, delving into its multifaceted dynamics and future prospects. The study's background establishes the increasing global importance of LNG, driven by its role in the contemporary energy mix and the evolving landscape of energy production and consumption. The paper aims to dissect current trends, challenges, and opportunities in the LNG market, focusing on its historical evolution, technological advancements, environmental sustainability, economic factors, and geopolitical influences. The paper synthesizes peer-reviewed literature through a meticulous methodology to ensure a broad and in-depth coverage of the subject. The scope encompasses a detailed exploration of the historical milestones of the LNG industry, its role in the energy mix, the impact of technological innovations, and the interplay of environmental, economic, and regulatory factors. The study also scrutinizes the influence of geopolitical dynamics on the global LNG trade. The main findings reveal that technological advancements have significantly reshaped LNG production and distribution, enhancing efficiency and sustainability. Environmental considerations emerge as pivotal in the industry's evolution, with a clear need to balance economic growth with ecological preservation. The economic analysis underscores market volatility influenced by global trade dynamics and geopolitical shifts, highlighting the sector's sensitivity to international events. The paper recommends a strategic focus on innovation, sustainability, and geopolitical engagement to foster the LNG industry's growth. It emphasizes the necessity for adaptive regulatory frameworks and investment in renewable energy infrastructure to support LNG's expanding role in the global energy landscape.
“…Furthermore, the optimization of technological regimes in complex systems, such as the integration of gas condensate fields with LNG plants, is another area where technological advancements are making a significant impact. Pashinsky et al (2018) discussed the development of new approaches for the start-up optimization of LNG plants, focusing on failure prediction and operation monitoring. This integrated modeling approach is crucial for the efficient and reliable operation of LNG facilities, particularly in remote and challenging environments.…”
Section: Technological Advancements Shaping Lng Production and Distri...mentioning
This scholarly paper comprehensively analyses the global Liquefied Natural Gas (LNG) market, delving into its multifaceted dynamics and future prospects. The study's background establishes the increasing global importance of LNG, driven by its role in the contemporary energy mix and the evolving landscape of energy production and consumption. The paper aims to dissect current trends, challenges, and opportunities in the LNG market, focusing on its historical evolution, technological advancements, environmental sustainability, economic factors, and geopolitical influences. The paper synthesizes peer-reviewed literature through a meticulous methodology to ensure a broad and in-depth coverage of the subject. The scope encompasses a detailed exploration of the historical milestones of the LNG industry, its role in the energy mix, the impact of technological innovations, and the interplay of environmental, economic, and regulatory factors. The study also scrutinizes the influence of geopolitical dynamics on the global LNG trade. The main findings reveal that technological advancements have significantly reshaped LNG production and distribution, enhancing efficiency and sustainability. Environmental considerations emerge as pivotal in the industry's evolution, with a clear need to balance economic growth with ecological preservation. The economic analysis underscores market volatility influenced by global trade dynamics and geopolitical shifts, highlighting the sector's sensitivity to international events. The paper recommends a strategic focus on innovation, sustainability, and geopolitical engagement to foster the LNG industry's growth. It emphasizes the necessity for adaptive regulatory frameworks and investment in renewable energy infrastructure to support LNG's expanding role in the global energy landscape.
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