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Monitoring Method and System for Uneven Sedimentation of Storage Tank Foundation Based on FBG

机译:基于FBG的储罐基础不均匀沉积的监测方法和系统

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Uneven sedimentation of the oil storage tank foundation beyond standard design requirements will not only destroy the tank structure and the foundation itself, which leads to the tank media leakage will also cause adverse environmental impact, and cause huge economic losses, so uneven sedimentation of storage tank foundation has always been an important issue in storage tank management. Based on the safety characteristics of large oil storage tanks, this paper puts forward the method of monitoring the sedimentation of the storage tank foundation-using FBG static leveling sensor, analyzes the principle of FBG static, leveling sensor, and designs the tank sedimentation monitoring system which include sensing layer, network layer and application layer. A field test was carried out to investigate the developed system at the repository, 55 sensors of 9 oil storage tanks are made up of the sensor network based on the probabilistic model, and the total number is 43800 for five months. It shows that the system can real-time give uneven sedimentation trend of the storage tank foundation, realize on-line continuous monitoring, and meet the requirements of actual measurement. The system will provide data support for the geological evolution and forecast of the repository to ensure the safe operation of the oil storage tank. At the same time the technology and the system also can be applied to new tanks filling water test for tank foundation sedimentation observation.
机译:储油罐基础超越标准设计要求的不均匀沉淀不仅会破坏坦克结构和基础本身,这导致坦克介质泄漏也会导致不利的环境影响,并导致储罐沉降不均匀沉降基金会一直是储罐管理中的一个重要问题。基于大型储油罐的安全特性,本文提出了监控储罐基础沉降的方法 - 使用FBG静电调平传感器,分析了FBG静态,调平传感器的原理,设计了坦克沉降监测系统包括传感层,网络层和应用层。进行现场测试以研究储存库的发达系统,95个储油箱的传感器基于概率模型由传感器网络组成,总数为43800五个月。它表明,该系统可以实时提供储罐基础的不均匀沉降趋势,实现在线连续监控,并满足实际测量的要求。该系统将为存储库的地质演变和预测提供数据支持,以确保储油箱的安全操作。同时,该技术和系统还可以应用于新坦克填充水试验,用于坦克基础沉降观察。

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