The well bore temperature distribution in condensate gas well is indispensable for the node analysis and performance analysis for gas well.
凝析气井井筒温度分布是进行气井节点分析和动态分析必不可少的参数。
The well bore temperature distribution in condensate gas well is dispensable for the node analysis and performance analysis for gas well.
凝析气井井筒温度分布是进行气井节点分析和动态分析必不可少的参数。
So the well test analysis of condensate gas Wells is different from other Wells.
因此，凝析气井试井分析有显著的特殊性。
Therefore, it is necessary to develop a calculation method applied to the wellbore pressure and temperature of condensate gas well.
因此，开发出一种适用于凝析气井井筒压力和温度的计算方法是势在必行的工作。
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。
As an important index of condensate gas field development, gas well reasonable productivity is related with development level and economic benefit of gas reservoir.
气井合理产能是凝析气藏开发的一项重要指标，关系到气藏的开发水平和经济效益。
In emergency, the condensate oil produced from gas well will be injected back to formation.
在紧急情况下，需要把气井所采的凝析油回注到油层中去。
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。
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。
Geologic features and design feasibility of the horizontal well in Yaha condensate gas field are given in brief. The application of horizontal well to Yaha condensate gas field is analyzed.
简述了牙哈凝析气田的地质特点及水平井设计的可行性，对水平井开采该气田生产实际进行了分析。
It markets natural gas, crude oil, condensate, and oil and natural gas liquids (NGLs), as well as owns and operates natural-gas gathering, processing, treating, and transportation systems.
公司的市场包括天然气，原油，凝析油，石油和液化天然气(天然气液体)，以及拥有并经营的天然气采集，加工，处理，和运输系统。
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 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。
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。
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。
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。
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