Onshore/Offshore Facilities
War‑related infrastructure damage is beginning to influence global energy supply chains in ways that could reshape project development and capacity growth.
Sulzer and JSIL are teaming up to provide the service for oil and gas, power generation, and industrial operations.
The deal includes Waygate’s inspection portfolios and is expected to close later this year.
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Over the next decade, the number of electrically powered subsea systems in operation around the world will increase as companies adopt new technologies to produce oil and gas offshore more efficiently. -
The lifespan of a huge, old oil field in Oklahoma is now linked to a fertilizer plant 68 miles away. Chaparral Energy is capturing 45 million ft3/D of carbon dioxide (CO2) that had previously been vented into the atmosphere in Coffeyville, Kansas, compressing it, and sending it via a pipeline.
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Research into whether CO2 can be used to coax billions more barrels of oil from unconventional formations is beginning to show promise.
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Tests showing increased recoveries in the Bakken formation using CO2 could have significant implications for the upstream oil and gas industry.
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The world's first full-scale subsea gas compression system is the final stages of construction and is on schedule to be installed in the Åsgard gas field offshore Norway by year's end.
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In recent years, an unprecedented upsurge in offshore field-development activity has been driven largely by the corresponding sustained surge in oil price on world markets.
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Vibration-induced fatigue failures of pipework smallbore connections result in elevated safety risks and costly interruptions to normal operations. A common cause is poor design. This article discusses design considerations to avoid these failures.
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This paper focuses on the applicability of subsea processing technology employing multiphase pumps to develop marginal fields commercially. Analytical methods were used to evaluate the pumps, and the results were validated through case studies in specific fields.
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As environments become more challenging, the importance and complexity of flow assurance has evolved. To effectively manage flow assurance, oil and gas operators must take a holistic approach, particularly when working in deepwater offshore environments.
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The growing amount of heavy crude processed worldwide has created additional separation challenges, leading some operators to turn to alternative technologies. In some cases, electrocoalescence has been an effective tool to separate oil from water.
