Entering 2026, the polyacrylamide (PAM) industry is undergoing a profound structural change: traditional low-end production capacity continues to shrink, while green processes, high-performance modification, and customized applications are becoming the main themes; market demand is shifting from "large volume and low price" to "high quality and high efficiency," and technological innovation is redefining industry competitiveness.
I. Green Manufacturing Becomes Widespread, Low Residue Becomes an Entry Barrier
In the past two years, stricter environmental policies and the promotion of ESG concepts have forced the rapid iteration of PAM production processes. Aqueous dispersion polymerization is gradually replacing traditional reverse emulsion polymerization, with minimal use of organic solvents in the production process, reducing energy consumption by approximately 30%, VOC emissions by over 90%, and a significant decrease in the carbon footprint throughout the entire life cycle.
At the same time, low residue has become standard. Through a dual-initiator system and multi-stage water washing process, acrylamide monomer residue is generally controlled below 0.02%, with some high-end products reaching 0.01%, meeting the requirements of EU REACH and domestic green standards for water treatment agents. In the future, production capacity lacking green processes and low residue capabilities will accelerate its exit from the market.
II. Breakthroughs in Three Major Technological Directions Open Up High-End Growth Potential
In 2026, PAM technology innovation will focus on three main lines: molecular weight breakthroughs, temperature and salt resistance, and functional composites:
* Mass Production of Ultra-High Molecular Weight PAM
Through microchannel polymerization and segmented initiation technology, the molecular weight has been stably surpassed 25 million, with flocculation efficiency increased by more than 30% compared to traditional products, showing significant advantages in high-turbidity wastewater and deep sludge dewatering.
* Mature Application of Temperature-Resistant and Salt-Resistant Modified PAM
Targeting deep oilfield and high-salt industrial wastewater scenarios, through temperature-resistant monomers and hydrophobic modification, the product can remain stable in high-temperature, high-mineralization water bodies at 180℃, with salt resistance increased by approximately 50%, significantly expanding the application boundaries in extreme environments.
* Accelerated Implementation of Bio-based and Biodegradable PAM
Bio-based PAM reduces its carbon footprint by approximately 40% by replacing some petroleum-based monomers with renewable raw materials, and its cost is expected to approach that of traditional products after 2027; biodegradable PAM is being piloted and promoted in municipal sludge and ecological restoration fields, significantly improving its environmental friendliness.
III. Dramatic Market Structure Changes: Water Treatment Becomes the Largest Application, Cationic PAM Leads the Way
The demand structure for PAM continued to restructure in 2026:
Water treatment's share jumped to 31%, surpassing oil fields to become the largest application segment;
Cationic PAM (sludge dewatering) saw the fastest growth, increasing by over 12% year-on-year, with increased acceptance of high-priced, high-performance products;
The share of PAM used in oil fields declined, but demand for temperature- and salt-resistant specialty products remained rigid;
Demand in papermaking, mineral processing, and other fields remained stable, with products upgrading towards higher purity and lower impurities.
Regarding prices, since 2026, the prices of mainstream PAM models have steadily increased. The core driver was not raw material speculation, but rather the clearing of low-end capacity + premium pricing for high-end products + rising environmental costs. The industry is shifting from a "price war" to a "value war."
IV. Future Trends: From Selling Products to Selling Solutions, with Continued Increase in Concentration
Looking ahead to 2026-2028, the PAM industry will exhibit three major trends:
Service-Oriented Transformation: The proportion of sales of single-agent products will decline, while the penetration rate of integrated solutions combining "PAM + membrane technology + intelligent dosing" will rapidly increase, becoming a new engine for industry growth.
Increased Concentration: Small and medium-sized enterprises will be forced out of the market due to environmental, technological, and financial pressures, while leading companies will expand their market share by leveraging their technological and scale advantages, leading to a more concentrated industry structure.
Optimized Export Structure: China's PAM exports will steadily increase, with a higher proportion of high-end products such as low-residue, temperature- and salt-resistant, and bio-based products, enhancing competitiveness in the "Belt and Road" initiative and European and American markets.
Overall, 2026 will be a watershed year for the PAM industry: low-end capacity will shrink, green processes will become more widespread, high-end technologies will break through, and application scenarios will be upgraded, marking the industry's transition from a period of scale expansion to a new stage of high-quality development. For industry players, embracing technological innovation, developing green production capacity, and focusing on niche applications will be the core survival strategy for the next 3-5 years.
