论文部分内容阅读
过去，随着油井压力的降低，紧凑结构式分离器超负荷，严重地阻碍了生产的进程。解决这个问题。有两种选择；①扩展平台并安装新的分离器。②用新型内件改造旧分离器。由于第二神方法费用明显较低（只是第一种的10％），且停工时间较短，我们选择了这种方法。这种分离器改造是各项技术综合应用的结果。如现场实验、室内研究、工程设备、伯吉斯人工管道制造技术、U．ofDelft技术（道尔夫机械零件制造技术）与CDS球阀制造技术。
In the past, as the pressure in the well decreased, the compact structural separator became overloaded and seriously hampered the production process. solve this problem. There are two options; ① Expand the platform and install a new separator. ② with the new internal transformation of the old separator. Because the second God method costs significantly lower (only 10% of the first), and downtime is short, we have chosen this method. This splitter transformation is the result of comprehensive application of various technologies. Such as field experiments, laboratory research, engineering equipment, Burgess artificial pipe manufacturing technology, U. ofDelft technology (Dowell machinery parts manufacturing technology) and CDS ball valve manufacturing technology.