2) 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。
3) produced water
采出水
1.
Factors Influencing Filtration Results of Suspended Solid on Produced Water;
影响采出水悬浮物过滤效果的因素
2.
Bacteria Growth in Produced Water Owing to Injectivity Profile Modification Treatment with Xanthane/Chromium Gel;
交联黄原胶调剖引起采出水中细菌增生的研究
3.
Progress of produced water reinjection treatment in oilfield;
油田采出水回注处理技术进展
4) aquifer-protective mining
保水开采
1.
To solve the tradition technique difficulties of aquifer-protective mining in the shallow coal seam with thin bedrock,based on the analysis of the roof water inrush channel features,from the aspect of mining methods.
在分析顶板导水通道特征基础上,针对浅埋煤层采用传统技术实现保水开采的难点,从开采方法本身采取措施,提出了一套较为系统的薄基岩浅埋煤层保水开采新技术。
2.
To solve the difiiculities of aquifer-protective mining,the water cracks distribution characteristics in the overlying strata are studied by physical simulation.
为解决浅埋煤层的保水开采难题,采用物理模拟方法,研究了浅埋煤层大采高长壁工作面的采动覆岩导水通道的分布特征。
5) dehydration in stope
采场脱水
1.
Roof-contacted filling and dehydration in stope are two critical problems in mines in which backfill mining method was used.
充填接顶和采场脱水是应用充填采矿法的矿山急需解决的两个技术问题。
6) mining and beneficiation wastewater
采选废水
补充资料：水采样器
见水采样。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条