1)  Oil collector
储油箱
2)  storage tank
储油箱[火]
3)  conservator type
储油箱型式
4)  fuel storage
储油
1.
Mobile underwater fuel storage and supply system is a new one on the sea that is provided with the multiple functions of fuel injection, fuel transportation, fuel storage and supply, which is suited to be used in peacetime and wartime and is brought into operation adequately.
可移动式水下储供油系统是一种全新的海上储供油设备,具有加油、运油、储油、供油、机动转移等多重功能,适合平战结合,充分发挥作用。
5)  oil tank
储油罐
1.
Fatalness of fire or blast assessment quantificationallyin Oil tank of gas station;
加油站储油罐火灾、爆炸危险性定量分析
2.
Fire fatalness analyse and safety control measure of fire work for oil tanks in unite state;
联合站储油罐区火灾危险性分析及维修控制安全探讨
3.
The operation principle,structural feature and property of the automatic dewaterer of oil tank as well as relative operating and management method are introduced and the problem in its operation is summarized, and some suggestions in its improvement are given.
针对吐哈原油库脱水工艺存在的问题,提出了改进原有工艺,在隔油池进口处增设一台储油罐自动脱水器的新技术,并介绍了储油罐自动脱水器的工作原理、结构特点和相关运行管理措施,总结了使用效果中存在的问题,给出了相应的建议。
6)  oil storage tank
储油罐
1.
This paper introduced the domestic and overseas research progress on fire and explosion mechanism of typical industrial workshop(LPG tank,oil storage tank zone),carried out a detailed review about the theoretical and experimental research in the related field,and put forward a number of issues worthy of further study.
介绍了国内外对工业典型危险作业场所(液化石油气储罐区、储油罐区等)的火灾爆炸事故机理的研究现状,对国内外相关领域的理论和实验研究情况进行了综述,同时提出了若干尚待进一步深入研究的课题。
2.
To study the relationship between damage of oil storage tank and uplift of tank body in earthquake destruction, static inclined test of oil storage tank on different foundations are designed,mathematical models with nonlinear finite element method and beam theory for analyzing seismic uplift response of the tank are suggested,and numerical results of uplift response are calculated.
为研究地震破坏中储油罐损坏与罐体翘离的关系,设计了储油罐模型在不同地基上的静态倾斜试验,分别采用梁的小变形法和非线性有限元法,建立了储液罐翘离反应的力学模型,并进行储油罐翘离静力分析。
3.
The aseismic analysis of oil storage tanks at soft soil sites is very complicated because of the nonlinear effects of the uplift behavior during earthquake.
软土地基上储油罐的抗震分析由于翘离等因素的非线性影响 ,计算非常繁复 ,虽然经过一系列简化 ,仍须经过迭代运算 ,该文根据储油罐的工程特点及震害经验提出了一种简化计算方法以方便工程应
参考词条
补充资料：单点系泊储油装置
    　　由单点系泊浮筒与储油驳船两大部分组成。单点系泊浮筒用4～8根锚链固定在海底。浮筒上有转盘和旋转密封接头。储油驳船与单点浮筒的转盘用钢丝绳或钢臂连接，可作360°旋转，似风标，使之保持在受力最小的方位。原油从海底管线经过单点上的旋转密封接头进入储油驳船；运油轮则从储油驳船上装油外运。
　　
　　世界上第一个单点系泊浮筒于1959年在瑞典的德提奥港投产，用作深水输油码头。1974年发展了钢臂式单点系泊储油装置,用A字形钢架代替钢丝绳连接，避免了储油驳船与浮筒的碰撞，减少了大量维修工作。1980年在菲律宾海域安装了第一座浮式生产、储存、装卸系统（见图）。可在该系统上进行油气处理、储存和外输。1981年11月又发展了一种软钢臂连接，在菲律宾近海油田设计和安装，适合于浅水恶劣海况。单点系泊装置结构简单，成本低，适用水深大，发展较快,已有200多座单点系泊装置投入使用。但在有冰的海域尚无采用这种装置的实例。
　　

说明：补充资料仅用于学习参考，请勿用于其它任何用途。