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首页> 外文会议>Materials Science Technology Conference and Exhibition >Monitoring Technology for Integrity Management of the Hull Structure of Floating Production, Storage and Offloading (FPSO) Vessel
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Monitoring Technology for Integrity Management of the Hull Structure of Floating Production, Storage and Offloading (FPSO) Vessel

机译：浮动生产，储存和卸载（FPSO）船舶船体结构的完整性管理监控技术

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The FPSO vessel is prone to corrosion and corrosion-induced structural degradation because of the saline marine environment and continuous loading/offloading operation. To assure the structural integrity and safe operation, they must be inspected periodically, and ideally continuously monitored. 16 types of sensing technologies were identified for monitoring of FPSO Vessel. Depending on the technology matureness and readiness for application in marine structures, they were categorized into three groups: Proven, Un-Proven and State-of-the-art technology. Challenges associated with FPSO hull monitoring including Sensor Systems, Communication and Data Analysis were examined. It is concluded that multiple sensing technologies should be systematically combined to provide more accurate information. MEMS sensors were identified to be especially useful for hotspots monitoring due to their small footprints and low cost. A feasible solution that integrates proper wireless sensor network technology and Bayesian Network modeling was proposed as the future direction of FPSO hull monitoring system.
机译：由于盐水海洋环境和连续装载/卸载操作，FPSO容器易于腐蚀和腐蚀诱导的结构降解。为了确保结构完整性和安全操作，必须定期检查，理想地连续监测。鉴定了16种感测技术以监测FPSO血管。根据船舶结构中申请的技术成熟和准备情况，他们分为三组：经过验证，未验证和最先进的技术。检查了与FPSO船体监测相关的挑战，包括传感器系统，通信和数据分析。得出结论，应系统地组合多种传感技术以提供更准确的信息。由于其占占地面积小和低成本，因此确定了MEMS传感器对热点监测特别有用。建议将适当的无线传感器网络技术和贝叶斯网络建模集成的可行解决方案作为FPSO船体监控系统的未来方向。

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