摘要
针对在采油工程中沉没度不合理的问题,以Fluent6.1及Borland C++Builder作为开 发工具,提出了抽油泵抽油过程仿真分析的一种方案,建立了满足生产需求泵效与沉没度关系的数 学模型,给出了单井沉没度诊断系统.试验结果表明,采用该系统确定的单井沉没度范围符合实际 要求,调参后单井日产液增加可达到2t.
In order to deal with the problems of unreasonable submergence depth in the oil extraction, based on the tool of Fluent6.1 and Borland C++ Builder, this paper offers the method of analysis which is the simulation of the oil well pump's working process. This paper creates a mathematical model of the relation between the pumping efficiency and the submergence depth, which can meet the need of production, and gives the diagnostic system of single well' s submergence depth. It is certified that this system accords with the need of practice and the incremental output of single well adjusted parameters can arrive at 2t.
出处
《哈尔滨理工大学学报》
CAS
2005年第1期37-40,共4页
Journal of Harbin University of Science and Technology
关键词
沉没度
FLUENT
泵效
submergence depth
Fluent
pump efficiency
