Onshore/Offshore Facilities
While Uzbekistan has seen a significant drop in flaring, methane leaks from deteriorating infrastructure continue to reveal themselves to satellites in space.
Analysts weigh near‑term risks for Middle East oil and gas producers after a tentative 2‑week ceasefire between the US‑Israeli coalition and Iran.
The North Sea project, which is sending production to the nearby Ivar Aasen platform, came online 9 months ahead of schedule.
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The service company says its engageSubsea Remote platform provides real-time equipment-status information. -
Shale-based associated gas production is behind the phenomenon. When oil prices do not support production, associated natural gas production also stops, with little to no consideration of natural gas prices.
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The agreement takes 80% of Santos’ share of expected gas from Barossa annually for 10 years.
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The Italian oil and gas major has taken on a 20% stake in the first two phases of the project, which ultimately will be run by Equinor.
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The complete paper presents a rigorous and consistent method to convert daily separator rates into stock-tank volumes. Recommendations for developing field-specific shrinkage correlations using field test data also are proposed.
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The objective of the complete paper is to investigate and analyze energy-saving and process-optimization opportunities in upstream surface facilities, from downhole to the gas/oil separation plants (GOSPs), using a value-methodology approach.
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Despite having strong wind resources and promising record-breaking capacity factors, most sites globally are unsuitable for bottom-fixed units. Floating wind will provide part of the solution for countries seeking to decarbonize their electricity.
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Wind energy sources located offshore present challenges in transporting large amounts of energy. Energy transport through hydrogen molecules may be a solution. The PosHYdon project is intended to build experience with offshore H2 production and test power-to-gas technologies and integrated systems.
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This paper’s intent is to provide a basic understanding of offshore renewable energy, including descriptions of wind and marine-hydrokinetic devices, with a focus on the physical and technical issues.
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A system was designed to extend the offshore wind-energy concept from the power grid to a subsea field-development application. The system integrates a floating foundation with a wind-turbine generator, with all the required utilities hosted directly onboard the same floater.
