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Conceptual development of an offshore resource centre in support of remote harsh environment operations

机译:近海资源中心支持远程苛刻环境运营的概念发展

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摘要

The design and operational planning of an offshore installation must consider environmental challenges along with additional difficulties that arise due to remoteness. Among the major operational issues, logistics support during routine operations and emergencies is critical. The logistics support from an onshore base to a remote and harsh environment offshore production facility is not sufficiently reliable and quick. In this study, the concept of an intermediate offshore resource centre (ORC) as a potential solution to the logistics problem is presented. The purpose, functional requirements and the conceptual design of an ORC with an illustrative example are discussed. A modular volume-limited ship design concept is adopted here to determine the principal particulars of the ORC in the concept design phase. The required functional elements of the ORC are identified, and then the physical space required for each element is represented graphically as a scaled block with the required volume. The principal dimensions are determined after arranging these functional blocks within a ship-shaped envelope. Finally, the concept design of the vessel system is tested and validated with an analysis of the vessel stability and mooring requirements.
机译:海上安装的设计和运营规划必须考虑环境挑战以及由于偏远而产生的额外困难。在主要业务问题中,常规行动和紧急情况下的物流支持至关重要。从陆上基地到远程和苛刻环境的物流支持离岸生产设施并不充分可靠和快速。在这项研究中,介绍了中间海上资源中心(ORC)的概念作为物流问题的潜在解决方案。讨论了具有说明性示例的兽人的目的,功能要求和概念设计。这里采用模块化体积限制船舶设计概念来确定概念设计阶段中兽人的主要细节。识别ORC的所需功能元素,然后将每个元素所需的物理空间以具有所需卷的缩放块以缩放块表示。在将这些功能块布置在船形包络内之后确定主要尺寸。最后,通过分析血管稳定性和系泊要求,测试并验证了血管系统的概念设计。

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