1) oil/water separation agent
油水分离剂
1.
A nonionic oil/water separation agent SP 1006 has been developed.
研制出了对中东某油田高含水稠油(API度为21·3)采出液兼有清水和破乳双重功能的非离子型油水分离剂SP1006。
2.
To solve the problem,a nonionic oil/water separation agent,targeting the surfactant,alkaline and polymer contain.
从非离子型药剂的思路出发研制了适用于含表面活性剂、碱和聚合物的反相原油乳状液的油水分离剂。
3.
An oil/water separation agent Drows-1, formulated mainly with nonionic and anionic active components, has been developed for ASP flooding produced oilcontaining water.
针对三元复合驱含油污水水相粘度大、油珠粒径小和油珠聚并困难的问题,从阴离子型和非离子型药剂的思路出发,研发了促使三元复合驱含油污水兼有油珠聚结和浮选除油功能的油水分离剂Drows-1,根据Drows-1对O/W型三元复合驱采出液具有良好破乳效果的特点,提出了将油水分离剂的加药点设在三元复合驱采出液破乳之前,采用热化学沉降-浮选处理工艺解决三元复合驱含油污水油水分离问题的思路。
2) oil/water separation
油水分离
1.
The 3D numerical simulation of oil/water separation flow field in a gravitational separator is carried out by using the standard κ-ε model and multiphase mixture model of Fluent software.
应用Fluent软件的标准κ-ε模型和多相混合模型,对重力式分离器的油水分离内流场进行了三维数值模拟,得到含有2种不同入口构件、4种不同整流构件和6种不同聚结构件的分离器内部速度矢量和流场,分析并比较了不同构件的分离特性。
2.
The principal structure and the operating principle were presented for oil/water separation of dynamic hydrocyclones, whose designing methods of structural performance and manufacturing engineering were described, which were made through a indoor test and a field trial.
介绍了用于油水分离的动态水力旋流器的主要结构及其工作原理 ,论述了其结构性能设计及制造工艺方法 。
3.
In this paper,we discuss the development of gravity oil/water separation techniques systematically,include the reviewed situation of engineering application and the development.
结合作者工作实践 ,从油水分离技术工业设备应用的现状和重力分离设备的发展概况等方面 ,介绍了油水重力分离设备的发展过程。
3) oil and water separation
油水分离
1.
Several methods of oil and water separation have been compared, the principle and scope of application of each method for oil and water separation being narrated respectively.
比较了几种油水分离方法,并分别叙述各油水分离方法的原理及适用范围。
4) oil water separation
油水分离
1.
Numerical simulation of inner flow field in hydrocyclone for oil water separation;
油水分离用水力旋流器内部流场的数值模拟
2.
Research development in the gravity oil water separation technology;
重力油水分离技术研究进展
3.
Further investigate the flow mechanism of the liquid-liquid hydrocyclone,and the oil and water phases flow field in hydrocyclone for oil water separation is simulated using LRR stress model.
深入研究了液-液水力旋流器的流动机理,并采用LRR应力模型对油水分离旋流器的油水两相流场进行了数值模拟。
5) Oil-water separation
油水分离
1.
Design of the downhole oil-water separation system for submersible electric pump wells and its ground monitoring model;
井下油水分离系统设计及地面监测模型研究
2.
Numerical simulation of the inner flow field in the single-cone hydrocyclone for oil-water separation;
单锥式油水分离旋流器内流场的数值模拟
3.
Analysis of down hole oil-water separation for injection-production technique in the same well to the adaptability of producers in polymer-flooding oil-fields;
井下油水分离同井注采技术对聚驱采出井适应性分析
6) oil-water separator
油水分离器
1.
Numerical Simulations on the Helical Pipe Oil-Water Separators for De-Oiling;
脱油型螺旋管油水分离器的数值模拟
2.
The principles and structure characteristics of the common oil-water separator are introduced.
分析了脱脂液中油分的来源及存在状态,介绍了常用油水分离器的原理和结构特点。
3.
Researching on the process mechanism of mass-transfer of coalescence-plate oil-water separator, a (novel) high efficiency composite coalescence-plate that can enhance the separating process was developed.
通过对聚结板式油水分离器传质过程机理的研究,开发出能够强化油水分离过程的新型高效复合聚结板。
补充资料：油水分离器
分子式：
CAS号：
性质：利用油与水的比重不同而把油分离出来的设备，一般为中空圆筒形卧式容器。油水混合物通过浸没于液面下的管线进入该容器一侧，由于密度不同，重相向下，轻相向上，逐渐分为两相。有的分离器设有一排纵向的百叶窗挡板，以助于沉降作用。分离后的油相在容器的另一端溢流通过一立式挡板。
CAS号：
性质：利用油与水的比重不同而把油分离出来的设备，一般为中空圆筒形卧式容器。油水混合物通过浸没于液面下的管线进入该容器一侧，由于密度不同，重相向下，轻相向上，逐渐分为两相。有的分离器设有一排纵向的百叶窗挡板，以助于沉降作用。分离后的油相在容器的另一端溢流通过一立式挡板。
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