摘要
水下储油舱具有抗风浪、防爆等优点,在海洋石油开采中得到了较多的应用。为了避免原油凝结,为水下储油舱设计了保温装置。在该储油舱内布置传感器,利用FLUENT软件研究舱内多个点的温度随时间变化规律,并得到了储油舱内温度场分布,验证了保温装置的可靠性。对温度传感器安装位置进行优化,保证了温度监测数据的正确性。
Endowed with advantages of anti-wave and anti-explosion, the underwater oil storage tank has been applied greatly in the offshore petroleum exploitation. In order to avoid crude con- densation,an attemperator is designed in the underwater oil storage tank. And a sensor, arranged in the underwater oil storage tank, can use the FLUENT software can be used to study the rule of temperature change for multiple places in this tank over time. Therefore, the temperature field distribution of this tank is gathered and the reliability of the attemperator is verified consequent- ly. At the same time, optimizing the installation location of the temperature transmitter can ensure the correctness of the temperature monitoring data.
出处
《石油矿场机械》
2013年第4期18-21,共4页
Oil Field Equipment
基金
中国石油大学(华东)2012年度自主创新科研计划资助(12CX06064A)
关键词
水下储油舱
保温
温度传感器
布置
underwater oil storage tanks
attemperator
temperature transmitter
placement
