Lessons learned from offshore oil and gas incidents in the Arctic and other ice-prone seas
Уроки, извлеченные из аварий на морских нефтегазовых объектах в Арктике и других морях с ледовыми условиями
2019-05-30
SCID: 54.1/58n7db4k
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Arctic offshore operationsWorld Offshore Accident Databasecomponent reliabilityice-prone seasoffshore accidents
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Abstract (AI)
Specific risks to offshore oil and gas operations manifest in the Arctic and other harsh environments. Such extreme operating conditions can disrupt the offshore infrastructure and cause major accidents, posing a great challenge to operators. A thorough investigation of past incidents helps to learn lessons to ensure that a recurrence of serious accidents affecting workers and the environment can be prevented. The analysis of past incidents is divided into two parts. First, we offer a statistical analysis of offshore incidents triggered by natural events in the Arctic and in similar harsh environments. The analysis, organised by location, cause, and type of damage, failure mechanisms, and consequences, is based on data from the World Offshore Accident Database (WOAD). Second, we analyse a selection of accidents that occurred in the recent past in ice-prone seas, with particular attention to potential deficiencies in safety measures, design requirements and design methodologies, operations planning and component reliability. Based on the analysis, important lessons were identified which stress the need for further efforts to ensure the safety of workers and of assets and to get all actors involved in offshore operations engaged towards achieving a safer future for the exploitation of oil and gas resources.
Key Findings
1
Case analyses of recent accidents in ice-prone seas identify potential deficiencies in safety measures, design requirements, design methodologies, operations planning, and component reliability.
2
Offshore oil and gas operations in Arctic and other harsh environments face distinctive natural-event risks that can disrupt infrastructure and trigger major accidents.
3
The identified lessons emphasize strengthening safeguards for workers and assets and engaging all stakeholders in offshore operations to prevent recurrence of serious accidents.
4
The study highlights the need for continued safety improvements to support safer oil and gas exploitation in ice-prone environments.
5
The study statistically analyzes natural-event offshore incidents using the World Offshore Accident Database, categorizing them by location, cause, damage type, failure mechanism, and consequences.
Research Object
offshore oil and gas operations and infrastructure in the Arctic and other ice-prone seas
Research Subject
natural-event-triggered incidents, accident causes and consequences, failure mechanisms, and deficiencies in safety, design, operations planning, and component reliability
Publication Details
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2019-05-30
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