1) gas displacing water method
气驱水法
2) oil/gas-drive-water
油气驱水
3) water-drive gas reservoir
水驱气藏
1.
A simple method to calculate single-well dynamic reserves of water-drive gas reservoirs based on Havlena-Odeh method;
基于Havlena-Odeh法求取水驱气藏单井控制动态储量的简便算法
2.
By collecting previous research results of water-drive gas reservoirs and analyzing their macro and micro mechanisms of water encroachment,different development measures are designed respectively for their three development periods of water-free gas recovery,gas flowing with water and water-discharge gas recovery.
通过收集前人水驱气藏开发的研究成果,对水驱气藏储层宏观和微观水侵机理进行分析,总结出了无水采气、带水自喷和排水采气三个阶段水驱气藏的不同开采措施。
4) miscible water flooding
混气水驱
5) water drive gas reservoir
水驱气藏
1.
Several methods to calculate dimensionless water influx have disadvantages due to the particular features of accurate water influx solutions for water drive gas reservoir models.
由于水驱气藏模型无因次水侵量精确解的特殊形式,使得有关计算无因次水侵量的几种方法各有弊端。
2.
The method of calculating the reserve and water influx of water drive gas reservoir by using ma- terial banlance method is improved.
本文改进了以前物质平衡法计算水驱气藏储量与水侵量的方法,提出了综合总目标函数最优化方法。
3.
This paper introduces the performance rule prediction for water withdrawal in gas production in water drive gas reservoir, using the material balance method.
本文介绍了应用物质平衡法进行水驱气藏排水采气动态规律预测的方法。
6) water drive gas reservoirs
水驱气藏
1.
In respect of water drive gas reservoirs, in particular the active ones, the water influx helps to maintain the reservoir pressure, and thus maintain gas productivity at initial productivity, at least until water breakthrough.
对于水驱气藏,特别是比较活跃的水驱气藏。
2.
A large proportion of developed gas field are water drive gas reservoirs so that making a deeply study of it will contribute to exploiting a gas reservoir more rationally and more efficiently.
根据气藏有无边、底水侵入,可将气藏划分为水驱气藏和封闭气藏两类。
补充资料：气相挤水法
分子式：
CAS号：
性质：亦称水-气转相方法。将某些惰性气体吸入分散在水中的颜料悬浮体中，颜料粒子表面上吸附一定量的气体或颜料粒子被吸附在气泡表面上，并以泡沫形式浮在液体上面，经过分离可以制取松软结构的粉末状颜料产物，其粒径接近于合成过程中未经干燥的粒度0.1～1μm左右。
CAS号：
性质：亦称水-气转相方法。将某些惰性气体吸入分散在水中的颜料悬浮体中，颜料粒子表面上吸附一定量的气体或颜料粒子被吸附在气泡表面上，并以泡沫形式浮在液体上面，经过分离可以制取松软结构的粉末状颜料产物，其粒径接近于合成过程中未经干燥的粒度0.1～1μm左右。
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