The paper briefly introduces the production process flow and the physical properties of "black oil" in JZ 20-2 Condensate Field.
本文简要介绍了锦州20 - 2凝析气田的生产工艺流程和“黑油”的物性。
Compared with normal oil reservoir or gas reservoir, the flow of gas condensate system in porous medium is a quite complicated course combined with intricate phase variation.
与常规油气藏相比较，凝析油气体系在多孔介质中的渗流是一个相当复杂的过程，在开采过程中凝析油气体系在地层中的渗流伴随着复杂的相态的变化。
The pump heads are made of PPS, and condensate-repellant surfaces optimized liquid flow paths and fast drying.
泵头由PPS制造，冷凝物防护表面使液体流量和快速干燥达到最佳。
Gas-liquid-solid complex flow was complicated in the production of a condensate gas reservoir with wax deposition.
含蜡凝析气藏开采过程中伴有凝析液、蜡析出呈气-液-固变相态多相复杂流动。
While below the dew point pressure, the gas-liquid mixed adsorption model is adopted if the retrograde condensate oil saturation higher than the critical flow saturation of condensate oil;
当压力低于露点压力时，若反凝析油饱和度小于凝析油的临界流动饱和度，采用气液混合吸附模型来进行计算；
Some novel characteristics of gas condensate relative permeability and distribution state under high velocity flow have been found in the analysis of application example.
实例分析揭示了高速流动下油气相对渗透率变化及油气分布状态新特征。
Actually, the structure of pores can affect condensate oil dropout, accumulation, distribution and flow.
而实际上，储集层孔隙结构会影响凝析油形成、分布及流动规律。
According to the steady-state theory of the condensate gas reservoir, the productivity equation of gas-liquid multiphase flow was run.
该文根据凝析气藏稳态理论，求解了气液多相流动产能方程。
Therefore, the prediction formula of the water breakthrough time is derived based on fluid flow in porous media, considering the impact of anti-condensate.
基于多孔介质流体质点渗流规律，考虑反凝析油的影响，推导了近似直线供给边界的边水凝析气藏见水时间预测新公式。
To enhance oil recovery, it is important to find the most suitable method by doing research in the mechanism and application of condensate gas flow.
因此开展凝析气藏渗流机理实验及应用研究，寻求最合适的提高采收率的方法具有重要意义。
Therefore, it has important application significance to develop the correlated research on gas-oil-water three-phase filtering flow mechanism of condensate gas reservoir with bottom water.
因此，开展底水凝析气藏油气水三相渗流机理等相关方面的研究，具有重要的应用意义。
Therefore, it has important application significance to develop the correlated research on gas-oil-water three-phase filtering flow mechanism of condensate gas reservoir with bottom water.
因此，开展底水凝析气藏油气水三相渗流机理等相关方面的研究，具有重要的应用意义。
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