Our next-gen PolyPAM formulation delivers high-efficiency oil recovery in complex reservoir conditions.
Its robust performance in high salinity oilfield settings enhances sweep efficiency, improves contact with trapped hydrocarbons, and boosts recovery rates.
It increases oil production with consistent molecular stability across varying reservoir temperatures and salinity profiles, reducing the need for re-injection or chemical adjustments.
It also enhances mobility control by forming strong polymer chains that resist shear and breakdown, even in deep, hot zones.
Graph shows viscosity measurements (100 1/s shear rate) of Anionic PAM Copolymer and Hydrophobic Associative Terpolymer formulations in Sea Salt stored long-term in 80oC environment. Both formulations showed stable viscosity over the 60 days incubation period.
The injectivity test for PolyPAM formulation shows high flowrates without fluctuating pressure. The polymer uniform structure due to controlled polymerization ensures smooth flow, no pressure fluctuation, and well-maintained permeability without blocking (exhausting) the pores.
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Polyacrylamide is water soluble and can be engineered with chemistries that are resistant to degradation in high temperature or high salinity.
By reducing friction and maintaining fluid stability in high-salinity conditions, Polyacrylamide helps lower injection pressures, maintain access to pore network, increase oil recovery rates, and minimize downtime, resulting in smoother and more cost-effective operations.