1) Combinational ASP Flooding Solution
三元复合驱流体
2) three-element compound system
三元复合驱体系
1.
The low interfacial tension characteristics between hydrophobic association polymer/alkali/surfactant three-element compound system and Daqing crude oil were investigated.
研究了疏水缔合聚合物/碱/表面活性剂三元复合驱体系与大庆原油形成低界面张力的特征。
3) ASP flooding
三元复合驱
1.
Experimental research on sweep efficiency and displacement efficiency of ASP flooding;
三元复合驱波及系数和驱油效率的实验研究
2.
On the effectiveness of increasing oil recovery factors with ASP flooding and polymer flooding under the limit water-cut conditions;
极限含水条件下三元复合驱及聚合物驱提高采收率效果分析
3.
Optimal selection of injection parameters for ASP flooding at initial development stage in Guanjiapu Offshore Oilfield;
关家堡海上油田开发早期ASP三元复合驱注入参数优选
4) ASP
三元复合驱
1.
A Correlation of Weak and Strong Base ASP Flooding Processes;
弱碱三元复合驱与强碱三元复合驱的对比
2.
ASP oil Production contribution of the separated layers detected by crude oil chromatographic fingerprint technique;
应用原油色谱指纹技术监测三元复合驱分层产油贡献
3.
Study on ASP flooding mechanism and emulsion flow using NMRI;
三元复合驱驱油机理及乳液渗流规律NMRI研究
5) alkaline-surfactant-polymer flooding
三元复合驱
1.
Simulation of alkaline-surfactant-polymer flooding with streamline method;
用流线方法模拟碱/表面活性剂/聚合物三元复合驱
2.
Experimental study on interfacial tension of alkaline-surfactant-polymer flooding in heterogeneous reservoir;
针对油田三元复合驱油实际需求,通过调整活性剂、聚合物和碱的类型和配方组成,在两种具有大庆油田油藏典型地质特征的物理模型上对低活性剂浓度三元复合体系的适应性进行了实验评价。
6) ASP flood
三元复合驱
1.
The reason that Phenolic resin coated proppant (RCP)cannot be applied in ASP flooded reservoir is stud- ied in this paper analyzed.
对酚醛树脂砂在三元复合驱应用的不适应性进行了室内实验及机理分析,并在此基础上开展了耐碱树脂砂的研究及性能评价。
2.
Be aimed at quantitarely analyzing and monitoring problems of RH of biosurfactant occurred during the small well spacing biosurfactant ASP flood field test in Sabei oil field .
针对萨北油田小井距生物表面活性剂三元复合驱矿场试验中存在的生物表面活性剂RH的定量分析检测问题 ,通过室内实验 ,验证了三元体系中聚合物、碱、ORS4 1及污水对pH值定量分析的影响。
3.
The alkaline surfactant polymer (ASP ) mathematical models can describe fluid flowing mechanism of ASP flooding in detail.
建立了三元复合驱数学模型 ,该模型较全面地反映了三元复合驱的主要驱油机理以及在复合化学驱油过程中包含的主要质量传递现象 ,并结合实验模型详细地描述了传质过程中涉及的大量物理化学现象。
补充资料：三元复合肥料
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性质：见复合肥料。
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性质：见复合肥料。
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