w/o emulsion

Main influence factors of water-in-oil emulsion stability

油包水乳状液稳定性影响因素分析

The profile control agent,with sodium silicate solution as host agent,was injected into formations in the form of water-in-oil emulsion,and reacted chemically with the calcium and magnesium ions in formation water after demulsification,then formed chemical precipitation to plug the high permeability zones.

为此,研究了适用于高盐油藏的新型调剖剂,其作用机理是让调剖剂在地层一定部位发生有效的作用,其主剂为硅酸钠溶液,以油包水乳状液的形式注入地层,破乳后与地层水中的钙镁离子发生化学反应,在地层中产生化学沉淀,封堵高渗透层。

Flocculation structure and rheological characteristics of sodium silicate w/o emulsion;

硅酸钠油包水乳状液的絮凝结构及流变特征

The paper discussed the factors which affect the stability of W/O emulsion and the methods to control the stability by reducing interfacial intension,improving W/O emulsion viscosity and the strength of the interfacial membrane between water and oil.

本文探讨了影响油包水乳状液稳定性的因素,控制乳状液稳定性的方法在于降低体系界面张力、提高界面膜的强度及体系的粘度,介绍了脱模油的制作方法与品质测定方法。

On Applying Oil in Water Emulsion to Improve Water Flood Effects of Viscous Oil Reservoirs;

应用水包油乳状液改善稠油油藏水驱效果研究

Demulsification experiments are conducted on oil in water emulsion of tertiary recovered oil from Gudao Oilfield.

针对胜利油田孤岛采油厂三次采油中采出的水包油型乳化原油进行了超声波破乳脱水实验研究，证明了超声波破乳分离水包油乳状液的可行性。