Offshore oil and gas drilling operations are going to remote and harsh arctic environments with demands forheightened safety and resilience of operational facilities. The remote and harsh environment is characterized ...Offshore oil and gas drilling operations are going to remote and harsh arctic environments with demands forheightened safety and resilience of operational facilities. The remote and harsh environment is characterized byextreme waves, wind, storms, currents, ice, and fog that hinder drilling operations and cause structural failuresof critical offshore infrastructures. The risk, safety, reliability, and integrity challenges in harsh environment operations are critically high, and a comprehensive understanding of these factors will aid operations and protectthe investment. The dynamics, environmental constraints, and the associated risk of the critical offshore infrastructures for safe design, installation, and operations are reviewed to identify the current state of knowledge.This paper introduces a systematic review of harsh environment characterization by exploring the metoceanphenomena prevalent in harsh environments and their effects on the floating offshore structures performanceand supporting systems. The dynamics of the floating systems are described by their six degrees of freedom andtheir associated risk scenarios. The systematic methodology further explores the qualitative, quantitative, andconsequences modeling techniques for risk analysis of floating offshore systems in a harsh environment. Whilepresenting the current state of knowledge, the study also emphasizes a way forward for sustainable offshore operations. The study shows that the current state of knowledge is inexhaustive and will require further researchto develop a design that minimizes interruption during remote harsh offshore operations. Resilient innovation,IoT and digitalization provide opportunities to fill some of the challenges of remote Arctic offshore operations.展开更多
文摘Offshore oil and gas drilling operations are going to remote and harsh arctic environments with demands forheightened safety and resilience of operational facilities. The remote and harsh environment is characterized byextreme waves, wind, storms, currents, ice, and fog that hinder drilling operations and cause structural failuresof critical offshore infrastructures. The risk, safety, reliability, and integrity challenges in harsh environment operations are critically high, and a comprehensive understanding of these factors will aid operations and protectthe investment. The dynamics, environmental constraints, and the associated risk of the critical offshore infrastructures for safe design, installation, and operations are reviewed to identify the current state of knowledge.This paper introduces a systematic review of harsh environment characterization by exploring the metoceanphenomena prevalent in harsh environments and their effects on the floating offshore structures performanceand supporting systems. The dynamics of the floating systems are described by their six degrees of freedom andtheir associated risk scenarios. The systematic methodology further explores the qualitative, quantitative, andconsequences modeling techniques for risk analysis of floating offshore systems in a harsh environment. Whilepresenting the current state of knowledge, the study also emphasizes a way forward for sustainable offshore operations. The study shows that the current state of knowledge is inexhaustive and will require further researchto develop a design that minimizes interruption during remote harsh offshore operations. Resilient innovation,IoT and digitalization provide opportunities to fill some of the challenges of remote Arctic offshore operations.
