Feed: Natural Gas Condensate from Assaluyeh via a 250 km pipeline to the Site.
提供：天然气冷凝物从伊朗阿萨鲁耶，通过250公里管道到目的地。
Qianmiqiao buried hill gas reservoir is a complex fracture aquifer gas condensate reservoir.
千米桥潜山凝析气藏属于裂缝性有水凝析气藏，是一个典型的复杂气藏。
The research program takes the surface engineering of Yaha gas condensate field as the key object.
该项研究是以牙哈凝析气田地面工程为重点研究对象。
Water vapour in gas condensate reservoir has effect on the phase state of the gas condensate system.
凝析气藏中的水汽对凝析气体系相态变化有重大影响。
Known from experimental test, the gas condensate reservoir is not appropriate for natural depletion.
通过实验测试可知该凝析气藏不适宜于衰竭式开采。
The impact of drift Angle on gas injection development of gas condensate reservoir is relatively large.
倾角对凝析气藏注气开发的影响比较大。
In this study we develop a novel solution for the case of a horizontal well in gas condensate reservoir.
本文针对凝析气藏水平井提出了新的试井分析方法。
Water vapour in Gas condensate reservoir has an effect on the phase behavior of the Gas condensate system.
凝析气藏中的水汽对凝析气体系相态变化有影响。
This model can be used for the design and the performance prediction of gas condensate reservoir development.
该模型可用于凝析油气藏一类油气田的开发设计和动态预测。
Yaha gas condensate reservoir of the Tarim basin is the biggest gas condensate reservoir in developing in China.
塔里木盆地牙哈凝析气田是目前我国已投入开发的最大的整装凝析气田。
The existed problems in well test study for gas condensate reservoir are presented and the future research is predicted.
提出了凝析气藏试井研究存在的问题，并对以后的研究方向进行了展望。
The results show that the affecting mode on the phase equilibrium of gas condensate system is determined by the wettability.
计算结果表明，润湿性决定毛细管压力对凝析气体系相态行为影响的方式。
Horizontal well productivity predication and evaluation are important issues at its design stage for a gas condensate reservoir.
凝析气藏水平井产能预测与评价是水平井设计中的一个重要方面。
Finally well geochemical prospecting anomaly model is put forward for gas condensate reservoir with its genesis being discussed.
叙述凝析气层的现场井中化探方法与指标特点，进而提出凝析气层的井中化探异常模式，并探讨其成因。
So how to understand and consider the two effects is important to analyze gas condensate flow and predict production performance.
如何准确理解并考虑这两种效应的影响对于凝析气藏渗流动态分析以及生产动态预测有很重要的意义。
The special development characteristics and challenges bring more difficulty for researching gas condensate reservoirs with oil rim.
这些特殊的开发特征和难题为研究带油环的底水凝析气藏带来较大难度。
The problems existed in current designs of gas condensate recovery plant are described in this paper and way of improvements are suggested.
阐明天然气凝液回收装置在设计上存在的一些不足之处，并提出相应的改进措施。
This paper offered the essential parameters for determining reasonable productivity and ultimate recovery efficiency of gas condensate field.
为凝析气田合理产能、最终采收率的确定提供必要的参数。
For the gas condensate well, it is difficult to evaluation the efficiency of the super covered perforation, since there are many influence factors.
对于天然气和凝析油同产井，评价超完全覆盖射孔效果影响因素增多，加大了评价难度。
These results offer a very important basic data to simulate or predict the performance of a gas condensate reservoir with high temperature and high pressure.
这些成果为高温高压凝析气藏的动态模拟与预测提供重要的数据和相渗曲线。
The gas condensate system and formation rock are an interaction system, which would influence the phase behavior of gas condensate in porous media inevitably.
凝析油气体系和储层岩石是一个相互作用的系统，必然对孔隙介质中凝析气的相态特征产生影响。
Therefore, the content of gas condensate after gas injection was predicted based on analysis of production performance characters and relevant sensitive factors.
为此，在对产量变化特征和影响产量的敏感性因素进行的基础上，预测了注气结束后凝析油的含量。
The technology of ash agglomerating in bed and the selectively separating of ash lead to the ash content of up to 90%. No tar or oil is found in the gas condensate.
气化炉内的灰团聚与灰选择性分离技术相结合使气化灰渣含灰达90％，煤气冷凝液中无焦油类物质。
This paper has researched on the effects of the system pressure, undercooling, inhibitors concentration, gas condensate and the methanol on hydrate formation kinetics.
研究了系统压力、过冷度、抑制剂浓度、凝析油、甲醇对水合物生成动力学的影响。
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。
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 key to the production-optimizing analysis of the gas condensate well lies in how to make the retrograde condensate property be brought in the production-optimizing process.
凝析气井生产系统优化分析的关键问题在于如何将反凝析特性反映进生产优化过程。
The calculated results show that the binomial equation used in the dry gas condition is unsuitable for modelling deliverability of gas condensate well due to its overpredictions.
算例表明，用干气二项式方程将过高地估计凝析气井产能，因而是不适合的。
It is important for the highly economic and effective development of a gas condensate reservoir to understand the banking characteristics and mechanism of the condensate correctly.
准确认识凝析油气的聚集特征和聚集机理对凝析气藏的高效开发具有重要的指导意义。
It is important for the highly economic and effective development of a gas condensate reservoir to understand the banking characteristics and mechanism of the condensate correctly.
准确认识凝析油气的聚集特征和聚集机理对凝析气藏的高效开发具有重要的指导意义。
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