1) Recovery percent
采气程度
2) gas production
采气
1.
The principle and methods of polymer control water gas production;
聚合物控水采气原理及方法
2.
Gas lift flowing back is a common gas production technology through flowing back in gas well and has strong applicability.
气举排液是一项常用的气井排液采气工艺方法,具有很强的适应性,不但适用于低产气井的辅助排液采气,而且还适用于各种类型积液停产气井的诱喷排液复产。
3) gas recovery
采气
1.
Since the water displacement gas recovery process has become a major way to produce gas in water-cut gas field, and its application has shown fairly encouraging results, its status quo at home and abroad is introduced.
排水采气工艺已成为有水气田采气工艺的主要手段,在国内外已形成并使用了一些排水采气工艺,并取得了较好的效果。
2.
Techniques used in the study include:①safety and high efficient treating technique of thin oil in the maturing areas such as optimizing treating process, improving application result of the technique;②mixed sewage treating technique of heavy and thin oil with high sand content, by which many innovative techniques are created through laboratory and field experiments;③natural gas recovery te.
针对新疆油田油气水集输处理系统过去存在的问题,研究出了:①老区稀油安全高效处理技术,优化处理工艺,技术应用效果良好:②高含砂稠稀油混合污水处理技术,通过室内和现场处理试验,形成了多项创新技术;③贫凝析气藏天然气开采技术,包括采气工艺、集气工艺和天然气处理工艺技术。
4) Gas recovering
采气
5) drainage gas recovery
排水采气
1.
The gas lifts is one of the most important drainage gas recovery technique.
气举是排水采气工艺集成技术成效最为显著的主体工艺技术之一。
2.
Flowing bottomhole pressure(FBHP) on drainage gas recovery wells is obtained by calculating bottomhole pressure of pumping wells at home and abroad.
借鉴目前国内外多种计算抽油井井底压力的方法来获取排水采气工艺井井底流压。
6) gas production rate
采气速度
1.
Based on the influence of gas production rate on gas productivity idex, recoverable reserves and gas production of unit pressure, and combination with pressure step of each gas production rate, the paper proposes that high abnormal pressure reservoir production is classed high pressure step and atmospheric pressure step.
在分析采气速度对气井采气指数的影响、对可采储量的影响和对单位地压系数采气量的影响的基础上,结合各采气速度所处的压力阶段,提出了高压异常气藏生产分为高压阶段和常压阶段,并通过对各井各阶段不同采气速度下的效果对比分析。
参考词条
补充资料：采气工艺(见天然气开采工艺)
采气工艺(见天然气开采工艺)
gas production technology
，一‘J\匕乙吕天然气开采工艺pro以uetionteehnology)见
说明：补充资料仅用于学习参考，请勿用于其它任何用途。