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。
Non-homogeneous degree of more than a certain level, then whether to adopt the gas injection development needs to demonstrate it.
若非均质程度严重，则是否采用注气开发必须进行论证。
So the equation is improved, then the material balance equation in the gas injection development for the condensate gas reservoir is obtained.
针对这种情况，将气藏物质平衡方程进行了改进，得到凝析气藏在注气开发方式下的物质平衡方程。
For the viscous crude recovery, the influences of rock mechanics and stress characteristics of reservoir on drilling, completion and gas injection development are more clear.
在稠油开采中，储层岩石力学及应力特征对钻井、完井和注汽开采全过程的影响比其它类型油层均更为显著。
Using numerical simulation method, the retrograde condensation saturation variety and the development effect of the single well dry gas injection is studied.
应用数值模拟技术，研究地层中反凝析液饱和度的变化规律和注干气吞吐技术的开发效果。
The technology of crude oil fingerprint is first applied to the study of oilfield development by miscible gas injection flooding taking Pubei oilfield in Tuha basin as an example.
以吐哈盆地葡北油田为例，首次将原油指纹技术应用到注气混相驱油田开发研究领域。
Reasonable injection pressure and rate can improve the development response of gas injection and the recovery factor of carbonate buried hill reservoir.
筛选合理的注入压力、注入速度等参数，为预测注气开发效果、提高碳酸盐岩古潜山油藏开发后期采收率提供了依据。
With the increase of injection gas composition's enriching degree, the development indicators become better and the oil recovery enhanced.
④随着注入气组成富化度的增加，各项开发指标随之变好，原油采出程度随之增加。
By long core displacement experiment and numerical simulation, has made comparative analysis of development effect for injection water, WAG, GAW, and injection gas in PuBei oil field.
通过长岩心驱替实验和数值模拟研究，对葡北油田在注水、水气交替、气水交替、注气驱替方式下的开发效果进行了对比研究。
The Pubei oilfield is the first one that adopted miscible-flooding development in China, the item of gas injection miscible flooding is one of the tasks of nine-five native plan.
葡北油田是我国第一个采用天然气混相驱开发的油田，注气混相驱项目是国家九五攻关课题之一。
Thus, in conditions permit, it can be an appropriate increase injection speed, speed up the development of condensate gas reservoir.
因此，在条件允许的情况下，可以适当提高注采速度，加速凝析气藏的注气开发。
Development of gas injection has great potential to improve oil recovery.
注气开发是非常具有潜力的提高采收率技术。
At present, China's offshore oil and gas fields development commonly USES water injection.
目前，我国海上油气田普遍使用注水开发。
At present, China's offshore oil and gas fields development commonly USES water injection.
目前，我国海上油气田普遍使用注水开发。
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