Oilfield PAM Polymer | Feymer Polyacrylamide

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High-Performance Oilfield PAM Polymer Solutions | Feymer Technology

High-Performance Oilfield PAM Polymer Solutions | Feymer Technology

In the demanding environment of oil and gas extraction, the efficiency of drilling, enhanced oil recovery (EOR), and water management hinges on the quality of chemical additives. Oilfield PAM polymer, or polyacrylamide, has emerged as a cornerstone for operations seeking to optimize performance while adhering to stringent environmental regulations. Jiangsu Feymer Technology Co., Ltd. (688350), a high-tech water treatment company listed on China’s STAR Market, leverages over a decade of R&D excellence to supply world-class Oilfield PAM polymer solutions. Our products are engineered to improve rheology, reduce friction, and enhance oil-water separation, directly impacting operational cost-effectiveness. With three production bases and five factories, we ensure consistent supply and rigorous quality control. Our mission, “Making Every Waterprint Count,” underscores our commitment to sustainable, high-performance chemical solutions.
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Advantages of the product

Superior Viscosity and Flow Characteristics

Our Oilfield PAM polymer exhibits exceptional thickening and shear-thinning properties, which are critical for hydraulic fracturing and polymer flooding. Unlike conventional polymers, Feymer’s product maintains high viscosity at elevated temperatures and salinities, ensuring stable performance in harsh downhole conditions. This leads to improved sweep efficiency in EOR, higher oil recovery rates, and reduced operational downtime. The molecular weight and hydrolysis degree are precisely controlled to optimize viscosity yield, providing operators with a product that can be customized to specific reservoir requirements.

Rapid Solubility and Ease of Handling

Time is money in the oilfield. Our Oilfield PAM polymer is designed to dissolve rapidly in both fresh and saline waters, allowing for quick preparation of injection fluids. This feature is particularly valuable in offshore or remote locations where mixing time is limited. The polymer’s low dusting and high flowability, achieved through micronization and anti-caking treatments, ensure safe and efficient handling. Our product also exhibits excellent compatibility with other additives, such as crosslinkers, surfactants, and biocides, so you can tailor your fluid system without worrying about precipitation or degradation.

Environmental Compliance and Biodegradability

In an era of tightening environmental regulations, choosing a polymer that meets the highest standards is non-negotiable. Feymer’s Oilfield PAM polymer is produced using advanced technologies that minimize residual acrylamide monomer, making it safer for marine and terrestrial ecosystems. Our product is available in both regular and biodegradable grades, designed to break down more rapidly in natural settings without sacrificing performance. We also offer eco-friendly formulations that reduce chemical oxygen demand (COD) in produced water, easing the burden on treatment facilities.

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Oilfield PAM polymer (polyacrylamide) is an indispensable chemical agent in modern petroleum extraction, given its dual role in enhancing oil recovery and efficiently managing water-related challenges. Feymer Technology has positioned itself as a market leader by developing polymer solutions that address the industry’s most pressing needs: high temperature resistance, salinity tolerance, and environmental compatibility. Our research and development team has pioneered synthesis techniques that yield ultra-high-molecular-weight polymers with low insoluble content, ensuring consistent performance in diverse reservoir conditions. In drilling operations, PAM polymers act as effective fluid loss control agents, forming a thin, impermeable filter cake that stabilizes the borehole. They also improve cuttings transport and reduce torque and drag, which prolongs drill bit life and accelerates penetration rates.

Frequently Questions

What types of Oilfield PAM polymer does Feymer offer?

Feymer provides a complete range of polyacrylamide variants, classified by ionic charge: anionic, nonionic, and cationic. Anionic PAM is most common for EOR and friction reduction due to its high molecular weight and viscosity. Nonionic types are used where divalent cations (Ca2+, Mg2+) are present, as they are less sensitive to salinity. Cationic PAM finds application in produced water treatment, where it acts as a flocculant to remove negatively charged particles. Our technical team can recommend the ideal grade based on your reservoir temperature, water chemistry, and specific process, ensuring maximal efficiency and cost-effectiveness.
In waterflooding, oil and water often have differing mobilities, causing injected water to channel through high-permeability zones and leave significant oil unswept. By adding high-molecular-weight PAM polymer to the injection water, we increase its viscosity and thus improve the mobility ratio. This slows down the water front, allowing it to contact a larger portion of the reservoir and displace oil more effectively. Polymer flooding can recover an additional 5-15% of the original oil in place, extending the economic life of mature fields. Feymer’s polymers are specifically formulated to withstand reservoir shear forces and maintain viscosity at elevated temperatures, ensuring sustained performance.

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Customer Testimonials

Ramón Ortiz
”Game-Changer for Our Polymer Flooding Project

I have been working in oil recovery for over 20 years, and I’ve never encountered a polymer that combines such high viscosity yield and rapid dissolution. Feymer’s Oilfield PAM polymer significantly improved our polymer flooding performance, increasing oil recovery by an extra 12% compared to our previous polymer supplier. Their technical support team was exceptional, helping us fine-tune polymer injection rates to minimize cost. We saw a 20% reduction in chemical consumption due to the polymer’s superior efficiency. Highly recommend Feymer for any EOR project.

Elena Petrova
”Outstanding Performance in High-Temperature, High-Salinity Formation

Operating in a high-salinity, high-temperature environment posed serious challenges with other PAM products. Feymer’s polymer not only maintained its viscosity under extreme conditions but also exhibited excellent shear stability during injection. We observed over 15% increase in oil production rate from our horizontal well, and the polymer’s low residual monomer content gave us confidence in meeting our environmental compliance. The dissolution time was dramatically shorter, saving us valuable time in offshore operations. We are now standardizing Feymer as our primary PAM supplier.

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Customized Polymer Chemistry for Extreme Reservoirs

Customized Polymer Chemistry for Extreme Reservoirs

Every reservoir presents unique challenges, from high temperatures and salinities to complex geochemistry. Feymer’s R&D team excels at synthesizing Oilfield PAM polymer with tailored molecular architecture to survive these harsh conditions. For example, we have developed a hydrophobically modified polyacrylamide (HMPAM) grade that enhances viscosity through intermolecular associations, making it exceptionally resistant to mechanical degradation. Another variant with controlled sulfonation is designed for high-calcium matrices, preventing precipitation and preserving fluidity. Our customized polymers are the result of over a decade of research in water-soluble polymers, utilized in dozens of field trials. We also conduct pilot tests in our advanced flow loop facility to simulate downhole shear and porous media flow, ensuring our polymer meets your exact performance criteria.
Eco-Friendly Production and Lifecycle Management

Eco-Friendly Production and Lifecycle Management

Feymer is committed to sustainability along the entire product lifecycle. We utilize energy-efficient synthesis methods and solvent recovery processes to minimize our carbon footprint. Our manufacturing units implement closed-loop water systems, reducing fresh-water usage by 30% compared to conventional plants. We offer a take-back program for used polymer containers, and our R&D team continuously explores biodegradable polymer options. For oilfield applications, we have optimized our polymer to reduce the viscosity of produced water, thus lowering the energy required for separation processes. Our biodegradable grades break down into harmless amides and organic acids under aerobic conditions, as confirmed by OECD 301B testing. By choosing Feymer’s Oilfield PAM polymer, you are not only improving your operational efficiency but also aligning your operations with global environmental standards, which can enhance your corporate image and appeal to eco-conscious investors.