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Optimize subsea system design

机译:优化海底系统设计

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Employing an integrated engineering approach will allow the full impact of each solution proposed to be understood and enable optimization of the most feasible solution. Subsea technology has evolved and matured, with around 5,000 subsea wells worldwide, and today it is being used by a much wider group of companies exploring and operating subsea assets. Subsea technology has also developed in complexity at a quick pace, providing today a much larger suite of options to choose from. Longer tiebacks and deeper water are pushing the technology across all the disciplines. Fast-track projects require rapid and well-informed decisionmaking. To tackle the complexity and the innumerable combinations of subsea technological solutions, only employing an integrated engineering approach will allow the full impact of each of the solutions proposed to be understood and enable the most feasible solution to be optimized.
机译:采用集成的工程方法将可以理解建议的每个解决方案的全部影响,并可以优化最可行的解决方案。海底技术已经发展和成熟,在全球拥有约5,000口海底井,如今,越来越多的公司正在使用该技术来勘探和运营海底资产。海底技术也迅速发展到复杂性上,为当今提供了更多选择。更长的回扣和更深的水推动了该技术在所有学科中的应用。快速项目需要快速而明智的决策。为了解决海底技术解决方案的复杂性和无数种组合,仅采用集成工程方法将可以理解所提出的每种解决方案的全部影响,并可以优化最可行的解决方案。

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