Polyacrylamide For Oil Recovery

Polyacrylamide for oilfield produced by Xinhuan Water Treatment is a special chemical which is widely used in oilfield engineering.

It has the characteristics of high temperature and high salt resistance, it has excellent adsorption, aggregation and gelling properties, in the oilfield treatment, not only can clean up the oil stains in the water, at the same time, it can also help the enterprise to improve the efficiency of oil extraction and production, so that it can be widely used in the construction of the oilfield since.


Product Features
1ã??It can adsorb organic substances such as oil and grease and surfactants in the oilfield to form stable colloidal particles and improve the fluidity of water. This adsorption ability makes it play a key role in oilfield development.

2ã??It can gather broken oil, suspension and particles into larger precipitating bodies, thus facilitating settling and separation. In oilfield development, polyacrylamide for oil recovery can be added to the water injection, and through the interaction with the oil-water interface, it can form the conditions for oil-water separation and improve the oil recovery effect of oil wells.

3ã??It can promote the aggregation of oil and grease in the oil-bearing layer to form larger oil droplets, and improve the oil recovery rate and production of oil wells. It can improve the tension and viscosity of oil-water interface, enhance the separation effect between oil droplets and water phase, and effectively increase the oil production capacity of oil wells.

4ã??It can gelate with solid particles and fibrous polymers in water to form a stable gel structure. In oilfield engineering, polyacrylamide for oil recovery can be used to solidify sediments, strengthen drilling mud and reinforce well walls.

5. It can be used to fill oil well gaps and repair problems such as drilling difficulties. At the same time, it can also reduce the osmotic pressure difference in the extraction process and improve the oil recovery effect and production.