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With decades of successful experience, polymer flooding is proved as a mature technique to enhance oil recovery. It could improve flow control and increase swept oil volume in decreased water production, and maintain a period of higher oil rate. SINOFLOC manufactures a complete range of anionic polyacrylamide for Enhanced Oil Recovery (EOR). Our products have been developed to apply to the variety of conditions in the oil fields all over the world, including:
Various molecular weights polyacrylamide and working temperature up to 90℃.
Sulfonated polyacrylamides for temperature up to 120℃.
Could be used for very high salinity brine.
SINOFLOC team will help you to choose the most suitable polymer based on your specific conditions.
Friction Reducers | Types | Temperature Tolerance |
Sinofloc 9224 | Anionic Granular | <90℃ |
Sinofloc 9226 | Anionic Granular | <90℃ |
Sinofloc 9326S | Anionic Granular | <120℃, and high brine tolerance |
SINOFLOC manufactures a complete range of anionic polyacrylamide for Enhanced Oil Recovery (EOR). Our chemicals for Polymer Flooding, long chain polyacrylamide molecules mixed with injected water could increase the water viscosity, to improve the mobility ratio and polymer oil-displacing efficiency. Our products have been developed to apply to the variety of conditions in the oil fields all over the world, including:
Various molecular weights polyacrylamide and working temperature up to 8°C.
Sulfonated polyacrylamides for temperature up to 12°C.
Could be used for very high salinity brine.
Good oil stimulation performance.
Our chemicals are also applied to increase sweep efficiency for water shut-off treatment. Polymer as the water plugging agent has selective effect on the permeability of oil and water. They could reduce the low permeability for water compared with oil. It could be used separately or used with other crosslinkers like chromium and aluminum salt, zirconium salt, etc..
SINOFLOC team will help you to choose the most suitable stimulating oil polymer based on your specific conditions.
