During the oilfield exploitation process, foam problems often trouble oil workers. These foams not only affect the construction progress, but also may reduce the quality of the oil. The emergence of organic silicon oilfield defoamers provides an effective way to solve this problem. This article will introduce the relevant knowledge of organic silicon oilfield defoamers in detail, including its working principle, characteristics, application fields and usage methods.
Organic silicon oilfield defoamers can penetrate into the foam film and destroy its elasticity and stability. A thin film is formed on the surface of the foam film, which will reduce the strength of the foam film. At the same time, it will take away part of the solution of the adjacent surface layer during the spreading process, making the foam liquid film thinner and causing the foam to rupture.
Organic silicon oilfield defoamers can be widely used in oil extraction, oil production, oil drilling, oilfield drilling mortar mud, oilfield dewatering drilling fluid, oilfield additives, drilling fluid, drilling flushing fluid, oilfield fracturing fluid, oilfield delayed coking, natural gas desulfurization, oilfield desulfurization, petroleum oil and gas separation, delayed coking, oilfield and other process defoaming.
Different oilfield mining companies and processes may have different requirements for defoamers, so personalized customization will become an important direction for the development of defoamers in the future. Defoamer manufacturers will develop targeted defoamer products according to the specific needs of customers.
Organic silicon oilfield defoamers play an important role in oilfield mining. They can effectively eliminate foam, improve the working efficiency of oil and gas separators and the loading efficiency of oil tankers and oil tankers, and ensure the smooth progress of oilfield mining. With the continuous advancement of technology, the performance of organic silicon oilfield defoamers will continue to improve and the application field will continue to expand.