目的为凝析气田的开发井网部署提供依据。
Purpose Toprovide basis for developing condensate gas reservoir and pattern arrangement.
该项研究是以牙哈凝析气田地面工程为重点研究对象。
The research program takes the surface engineering of Yaha gas condensate field as the key object.
第二，产量递减是预测凝析气田可采储量的重要方法。
Production decline method is an important technology to estimate the recoverable reserves of oil, gas and condensate reservoirs.
为凝析气田合理产能、最终采收率的确定提供必要的参数。
This paper offered the essential parameters for determining reasonable productivity and ultimate recovery efficiency of gas condensate field.
雅克拉凝析气田于2005年投入开发，生产层系为白垩系。
Yakela condensate field put into production in 2005 whose productive series is Cretaceous system.
随着凝析气田发现的增加，研究相关的开发技术有重要的意义。
Study the related technologies for development of condensate gas field is of significance with more and more condensate gas fields being discovered nowadays.
柯克亚凝析气田上油组西四二-西五一气藏是低渗透凝析气藏。
X42-X51 reservoir of Kekeya condensate gas field is a low permeability gas reservoir.
天然气按照油气藏分类可分为：气田气、凝析气田气和油田伴生气。
According to reservoir classification, natural gas can be divided into gas-field gas, condensate field gas, and oilfield associated gas.
凝析气井合理产量的确定，是提高凝析气田经济效益的关键性问题。
It is the key to improve the economic benefit of condensate gas fields to determine reasonable production rate of condensate gas Wells.
牙哈凝析气田是目前全国最大的采用高压循环注气开发的整装凝析气田。
Yaha field is the largest integrated condensate gas field developed by the cyclic gas injection with high pressure.
介绍了国内几个典型的凝析气田根据自身特点采用不同集气工艺的情况。
Several gas gathering units of some typical condensate gas fields which were tailored to respective field's conditions were introduced.
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。
Yaha gas condensate reservoir of the Tarim basin is the biggest gas condensate reservoir in developing in China.
最后，将考虑多孔介质影响的凝析气藏物质平衡方法运用于吐哈凝析气田中。
Finally, the material balance method with considering the impact of porous media has been applied to the Tuha condensate gas 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。
The paper briefly introduces the production process flow and the physical properties of "black oil" in JZ 20-2 Condensate Field.
介绍了牙哈凝析气田地面工艺中高压注气、凝析气集输和凝析气处理等工艺特点。
Introduced the technical characteristics of high pressure gas injection, gathering and transportation of condensate, treatment of condensate etc. of the 10yaha condensate gas-field.
凝析气相态实验及全组分模拟分析是合理开采凝析气田和提高凝析油采收率的关键。
Phase behavior experiment and full composition simulation analysis of condensate gas is the key of producing condensate fields rationally and enhancing condensate recovery.
开采效果表明，在垂向连通性好的高渗透凝析气田中，采用水平井生产是经济可行的。
The response shows that it is economically feasible in the condensate gas field with high permeability and good vertical connectivity.
结合室内实验，对白庙凝析气田储集层岩性特征和物性特征进行了分析，并对其敏感性进行了研究。
Combined with laboratory experiments, reservoir sensitivity of Baimiao gas condensate field is studied by the analyses of the lithological and physical property characteristics of the reservoirs.
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。
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.
建立了采用PVT方法预测“气窜”的图版，通过牙哈凝析气田的实际资料验证，采用图版法判断“气窜”是切实可行的。
Establish the chart for forecasting 'gas channeling' by PVT method. Factual materials in Yaha condensate gas field confirmed that using chart to judge 'gas channeling' is practicable.
应用最优控制理论研究凝析气藏循环注气最优开发决策是特殊油气田开发方案设计的新尝试。
A new method to investigate optimal development decisions of gas-cycling in condensate reservoirs is presented.
某气田地处沙漠地区，属凝析油含量特低、甲烷含量较高的凝析气藏。
One natural gas field is in desert, it is a kind of condensate natural gas reservoir that the condensate oil content is lower and the methane content is higher.
本文依据各气田天然气的组分特征，将天然气划分为干气、湿气、凝析气和溶解气；依据同位素组成，将天然气归因为煤成气、油成气和二者的混合气。
According to the characteristics of natural gas composition in each gas field, the natural gas is classified as dry gas, wet gas, condensate gas and dissolved gas in this paper.
本文依据各气田天然气的组分特征，将天然气划分为干气、湿气、凝析气和溶解气；依据同位素组成，将天然气归因为煤成气、油成气和二者的混合气。
According to the characteristics of natural gas composition in each gas field, the natural gas is classified as dry gas, wet gas, condensate gas and dissolved gas in this paper.
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