Onshore/Offshore Facilities
Nitzana will enable Israel to double gas exports to Egypt from the giant Leviathan gas field in the Eastern Mediterranean.
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.
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The funding from Chevron Technology Ventures and Energy Innovation Capital will help scale Ingu’s data collection platform and analysis for its Pipers technology, a pipeline screening tool launched last year. -
The pipeline is the first step in developing the infrastructure needed to transport gas between Pluto LNG and the Karratha Gas Plant in Western Australia. Woodside is targeting 2022 startup.
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The National University of Singapore’s Faculty of Engineering, Keppel Data Centres Holdings, and Singapore LNG have joined forces to develop a novel, energy-efficient, and cost-effective cooling technology using liquefied natural gas for data centers.
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Delfin Midstream announced advancements in partnership with Samsung Heavy Industries and Black & Veatch. By re-purposing existing offshore pipelines and building the FLNG vessels at Asian shipyards, the total capital costs are projected to be around $500–550/tpa.
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Sensors, robots, and artificial intelligence have made their way into a number of areas within the industry, including pipeline inspections. Shell has begun to examine the innovative technologies that could shift the inspection paradigm.
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Nonmetallic, thermoplastic composite pipe (TCP) technology can now be found in every oil and gas region globally and can operate at pressures of up to 12,500 psi, and in water depths as low as 3000 m. The focus is now on developing and deploying TCP risers for extreme environments.
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In this video from Bloomberg, Eldar Saetre, chief executive officer and president of Equinor, talks about the company's increased push into the offshore wind power market.
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The papers presented here, including the additional reading papers on the potential novel applications of subsea tieback technology, focus on developing new analytical tools and new materials while providing safe, cost-effective, and reliable operations for flow assurance.
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This paper describes a smart management system used for retrieving and evaluating all flow-assurance-related data for more than 700 of the operator’s onshore and offshore wells.
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This paper describes a material designed to interact specifically with highly corroded and weathered pipe to enable in-place application and refurbishment.
