论文部分内容阅读
油田进入高含水后期开发阶段后，随着采出液含水的增大，联合站的进液量也随之增大，负荷增加。而联合站进液含水波动幅度的大幅度变化，也给联合站油水分离过程的操作增加了难度。联合站油水分离过程是多入多出系统；变量间耦合严重，干扰因素多，系统可控性差，分离过程中可
After the oilfield enters the high water-cut stage of development, with the increase of the water content in the production fluid, the inflow of the joint station also increases and the load increases. However, the drastic change of the fluctuating amplitude of water and moisture in the combined station also adds difficulty to the operation of the integrated station oil-water separation process. The joint station oil-water separation process is a multi-input and multi-output system; the coupling between variables is serious, the interference factors are many and the system controllability is poor. In the separation process