Onshore/Offshore Facilities
Train 4 is expected to add 6 million tonnes per year of capacity to the South Texas liquefied natural gas project when it goes online in 2030.
Louisiana-based project will use operator’s Optimized Cascade process to turn feed gas into LNG.
This paper reviews the motivation and development of response-based forecasting from the perspective of the authors, reviewing examples and processes that have served as validation and led to modeling refinement.
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Phase 1 covers the modeling and monitoring of assets for six ADNOC Group companies. The four phases of the project are expected to be completed by 2022. -
Modules for the FPSO will travel to Singapore for integration. The FPSO will be located offshore Mexico, with first oil production planned for 2021.
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An ATCE session focused on subsea and offshore subsurface applications with much wider implications. The discussion included the electrification of both facilities and subsurface systems, as well as more-extensive deployment of sensing and flow control from the surface to the reservoir.
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Jumbo Maritime's heavy-lift crane vessel Fairplayer completed the work.
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As it reaches for net-zero emissions, the company said its operations offshore Norway remain central to its long-term strategy.
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Operators of unconventional plays face a conundrum—how to dispose of produced water economically without risking seismicity or aquifer contamination. A recent paper and virtual forum offer ideas for optimizing saltwater disposal.
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The complete paper presents a set of two- and three-phase slug-flow experiments conducted in a 766-m-long, 8-in. pipe at 45-bara pressure.
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The complete paper discusses the successful application of a data-driven approach to analyze production data and identify root causes of slugging in a subsea production system on the Norwegian Continental Shelf.
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The recurring long-term mitigation of slugging and various flow-assurance phenomena are challenging issues that demand attention and considerable technical effort. The three papers outlined here discuss slightly different issues and approaches to slug-flow phenomena and flow assurance.
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The complete paper develops a plausible physical model of the experimentally observed pseudoslug liquid-holdup phenomenon and models physical and hydrodynamic behavior using a dimensional regression modeling approach.
