1) condensate gas
凝析气
1.
Model and method to the productivity calculation for horizontal well of condensate gas reservoir;
凝析气藏水平井产能计算模型及方法研究
2.
Non-equilibrium phase change of condensate gas;
凝析气非平衡相变模型研究
3.
Pressure behavior analysis of condensate gas reservoir in consideration of variable well-bore storage;
考虑变井筒存储的凝析气压力动态分析
2) gas condensate
凝析气
1.
Research of condensate accumulation based on phase change of gas condensate;
基于凝析气相变的凝析油聚集规律研究
2.
A novel experiment method on phase change of gas condensate in porous media;
多孔介质中凝析气液相变实验新方法研究
3) condensate gas reservoir
凝析气藏
1.
Performance analysis of bottom-hole pressure for horizontal well in condensate gas reservoir;
凝析气藏水平井井底压力动态分析
2.
The development efficiency analysis of the condensate gas reservoirs with middle-high permeability,Pinghu Field,the East China Sea;
东海平湖油气田中高渗凝析气藏开发效果分析
3.
Study on horizontal well test model for fractured condensate gas reservoir;
天然裂缝凝析气藏水平井试井模型研究
4) gas condensate field
凝析气田
1.
Study and application on reservoir sensitivity of Baimiao gas condensate field;
白庙凝析气田储集层敏感性研究及应用
2.
Yangtake gas condensate field exists a suit of composite salt bed in Eogene system,in which interspersing soft mudstones.
羊塔克凝析气田位于塔北隆起羊塔克构造带1号构造东端,下第三系普遍存在一套复合盐岩层,特别是夹在复合盐岩层中的软泥岩、复合盐膏层缩径与井漏并存,造成井眼极不稳定,给钻井施工带来很多复杂和事故,其钻井风险很大,尤其是216mm井眼的电测和下套管作业更是异常困难。
3.
Multiphase mixed transportation technology,developed for reducing oil gas field investment in the middle of the 20 th century,has been widely used at home and abroad Analyzed is the feasibility that application of multiphase mixed transportation technology in Yingmai 7 Gas condensate fields.
塔里木油田的英买 7凝析气田群包括英买 7等 8个中小型凝析气田 ,各凝析气田压力能充足 ,气油比高 ,气田地貌为戈壁或沙漠 ,环境恶劣 ,依托条件差 ,若应用混相集输工艺 ,可减少凝析油气集输的管线投资 ,降低气田群的运行管理费用。
5) condensate gas well
凝析气井
1.
Influence factors of open flow potential in condensate gas well;
凝析气井无阻流量影响因素分析
2.
Inflow dynamic model for condensate gas well of uniform function relationship;
统一函数关系的凝析气井流入动态模型
3.
The Study on Percolation, Well Test Analysis of Condensate Gas Well;
凝析气井不稳定试井分析理论和解释方法研究
6) gas condensate well
凝析气井
1.
Calculation on change in borehole pressure of gas condensate well at the condition of phase change;
相态变化影响下的凝析气井井筒压力变化计算分析
2.
Exact and simple method for calculating pressure distribution in deep gas condensate well with high temperature and pressure;
深层高温高压凝析气井压力分布的简便算法
3.
According to the phase character,a gas condensate well undergoing depletion consists of three regions: a region containing single phase reservoir gas,a region of condense buildup where only gas is flowing,an inner near-wellbore region where both gas and oil flow simultaneously.
根据相态分布特征,将凝析气井中从地层到井筒的径向渗流划分为三个区域:无凝析油析出的单相气区,凝析油析出但不流动的过渡区,近井地带凝析油气两相区。
补充资料:凝析
分子式:
CAS号:
性质:胶体粒子等微小粒子因搅拌或添加药剂(称为凝集剂)而形成大的悬浮粒子的现象。形成的大粒子是单个微粒子的集合体。使胶体粒子集合变成可见范围的粒子而沉降分离称为凝析。由均一相形成异相而分离称为凝离。一般微粒子主要在物理力的作用下形成集合体亦称为凝集。物质的三态(固态、液态、气态)称为凝集状态。
CAS号:
性质:胶体粒子等微小粒子因搅拌或添加药剂(称为凝集剂)而形成大的悬浮粒子的现象。形成的大粒子是单个微粒子的集合体。使胶体粒子集合变成可见范围的粒子而沉降分离称为凝析。由均一相形成异相而分离称为凝离。一般微粒子主要在物理力的作用下形成集合体亦称为凝集。物质的三态(固态、液态、气态)称为凝集状态。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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