dissolved gas drive

trends reservoir behavior of a dissolved gas drive oil reservoir

溶解气驱油藏动态特征

inflow performance relationship for non-isothermal dissolved gas drive reservoir

非等温溶解气驱流入动态研究

when the angle between fracture azimuth and well array is 45 for both water-flooding and dissolved gas drive, the recovery percentage is enhanced and the development effect after fracturing is better than that before fracturing.

当裂缝方位与井位成45°角时，无论水驱还是溶解气驱，采出程度均提高，压裂后的开发效果好于压裂前；

in operation design, the energy of dissolved gas drive could be increased through adding pure co 2 to the prepad fluid; and the co 2 might play the role of cooling so as to attain the goal of reducing reservoir temperature.

施工设计中预前置液中加入纯CO2，能增加溶解气驱的能量，CO2可以起到冷却作用，达到降低储层温度的目的；

the features showed during the development resemble that in dissolved gas drive.

油田开发表现的特征与溶解气驱开发类似。

by means of numerical simulative method, recovery percentage of water drive and dissolved gas drive is calculated in the low-permeability oil field before and after fracturing.

应用数值模拟方法，计算了低渗透油田压裂前后水驱和溶解气驱的采出程度；