Based on the Reynolds stress model CFD numerical simulation method, both flow mechanism and flow characteristics of dispersed oil phase in oil-water separation hydrocyclone were studied.
采用雷诺应力模型CFD数值模拟方法，对油水分离器内的流动机理和分散油相的流动特点及处理方法进行研究。
The hydrocyclone for oil-water separation is a new kind of centrifugal separator in petroleum industry.
油水分离水力旋流器是石油工业中的一种重要的新型离心沉降分离设备。
Further investigate the flow mechanism of the liquid-liquid hydrocyclone, and the oil and water phases flow field in hydrocyclone for oil water separation is simulated using LRR stress model.
深入研究了液-液水力旋流器的流动机理，并采用LRR应力模型对油水分离旋流器的油水两相流场进行了数值模拟。
As the separator, hydrocyclone is widely used in petrochemical industry, and for oil clarification and oil-water separation in petroleum storage and transportation.
水力旋流器作为分离设备，主要是利用旋流产生的离心力对密度不同的介质进行分离，在石油工业方面得到了广泛的应用。
This paper analyzes the mechanism of the hydrocyclone used for oil-water separation.
通过试验和机理研究，分析了原油预分水旋流器的除水分离能力。
In the recent years, a kind of horizontal dynamic hydrocyclone has been developed at home and abroad, and been mainly applied to the oil-water separation of the low-viscosity production liquid.
近年来，国内外已经开发出了一种卧式动态旋流器，主要用于低粘度采出液的油-水分离。
In the recent years, a kind of horizontal dynamic hydrocyclone has been developed at home and abroad, and been mainly applied to the oil-water separation of the low-viscosity production liquid.
近年来，国内外已经开发出了一种卧式动态旋流器，主要用于低粘度采出液的油-水分离。
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