As of April 2026, the global polyacrylamide (PAM) industry maintains steady growth with continuous market expansion and diversified regional patterns. The overall supply and demand remains in a tight balance. Driven by global environmental protection policies, the industry is accelerating its transition toward high-end and eco-friendly development, with distinct changes across market fundamentals and industrial trends.

According to data from multiple industrial institutions, the global PAM market reached 6.866 billion USD in 2025, with an actual output of approximately 2.32 million metric tons. Looking ahead, the industry boasts strong growth momentum. QYResearch forecasts that the global market size will reach 9.92 billion USD by 2032, registering a compound annual growth rate of 5.5% from 2026 to 2032. Fortune Business Insights projects a market size of 4.63 billion USD in 2026, rising to 7.56 billion USD by 2034 with a compound annual growth rate of 6.30%. In terms of production, global PAM output is expected to hit 2.45 million metric tons in 2026 and further rise to 3.25 million metric tons by 2031, representing an average annual growth rate of 5.81%.

Regionally, the Asia-Pacific area constitutes the world’s largest PAM market, accounting for 55% of the global market share. As the world’s top producer and exporter, China’s domestic production capacity is projected to reach 2.2 million metric tons per annum in 2026, occupying over 70% of global total capacity with a capacity utilization rate of 89%. In terms of demand structure, 70% of global PAM consumption is applied in water treatment, including municipal sewage treatment, industrial wastewater treatment and sludge dewatering. The remaining demand is mainly distributed in oilfield flooding, papermaking, mine tailings treatment and mineral processing. Among product categories, anionic PAM dominates mainstream demand, while high-end cationic, salt-resistant and temperature-resistant products witness the fastest growth, acting as core drivers for industrial expansion.

On the supply-demand front, the global PAM market stays in tight balance throughout 2026, with annual output of around 1.68 million metric tons and annual consumption of about 1.65 million metric tons. Distinct regional characteristics are reflected in global trade flows, with major exports originating from Asia (China) to Europe, America, the Middle East, Southeast Asia and Latin America, forming a stable global trade structure.

China’s PAM exports have maintained robust growth since the beginning of 2026, reflecting strong global demand for PAM products. Latest customs data shows that China exported 33,200 metric tons of PAM worth 288 million RMB in January 2026, and 27,100 metric tons valued at 254 million RMB in February. The cumulative export volume from January to February reached 60,300 metric tons, with a total export value of 542 million RMB.

Major export destinations include Southeast Asia, India, the Middle East, Russia, Africa and South America, among which India and Southeast Asia register the fastest growing import demand recently. In the long run, China has secured its position as the world’s largest net exporter of PAM. Its total annual exports exceeded 400,000 metric tons in 2025, while imports dropped below 30,000 metric tons, making China the dominant player in global PAM trade.

In March 2026, PAM prices across global regions showed divergent movements. According to the latest FOB price data from IMARC, the price in Northeast Asia (China’s major production region) stood at 1.97 USD per kilogram, a month-on-month decline of 3.0%, driven by expanded domestic production capacity and rising export volume. European PAM prices reached 2.36 USD per kilogram, up 1.7% month-on-month, supported by rigid demand from upgraded environmental wastewater treatment standards in Europe. North American prices remained stable at 1.63 USD per kilogram, backed by steady local oilfield consumption.

On the cost side, price fluctuations of upstream raw materials including acrylonitrile and acrylamide monomer provide solid cost support for global PAM products, curbing sharp price volatility and sustaining stable industrial profitability.

Stricter global environmental protection policies are profoundly reshaping the development direction of the PAM industry. Various countries have introduced relevant regulations to raise market access thresholds, forcing industrial upgrading and product structure optimization. The European Union issued the updated Urban Waste Water Treatment Directive 2024/3019, which strictly limits free acrylamide monomer residues in PAM products to no more than 0.05%. This regulation has raised entry barriers for low-end conventional PAM and propelled manufacturers to develop low-residue, eco-friendly products.

The U.S. Environmental Protection Agency has also tightened residue limits for water treatment flocculants, permitting only low-toxic, compliant PAM products to enter municipal water supply chains and regulating market order. Globally, the industry is comprehensively shifting toward low monomer residue, degradable, salt-resistant, temperature-resistant and customized high-molecular-weight products. Homogeneous competition among ordinary powdered PAM is intensifying, while premium customized products enjoy widening profit margins and become the core focus of market competition.

Four major development trends will dominate the global PAM industry in 2026. First, product upgrading leads market competition. Conventional anionic PAM faces overcapacity and price pressure, while high-end products including cationic, amphoteric, oilfield salt-resistant and high-purity water-treatment-specific PAM achieve over 15% growth, with rising market share of customized goods becoming new growth engines.

Second, regional diversification of supply chains is underway. Global PAM supply no longer relies solely on Chinese capacity. Gradually expanded local production capacity across the Middle East, Southeast Asia, India and North America diversifies supply chain risks, weakening single-region pricing power in the long run and reconstructing global PAM supply chains.

Third, emerging downstream demand keeps expanding. Beyond traditional water treatment, oilfields and papermaking, new demand drivers have emerged in new energy mine tailings treatment, lithium metallurgical wastewater treatment and shale oil flooding, boosting consumption of ultra-high molecular weight PAM and expanding industrial development space.

Fourth, industrial business models are evolving continuously. The industry is transitioning from simple product sales to integrated services covering reagent supply, dosing scheme design and water treatment operation and maintenance, which strengthens customer loyalty, expands profit margins and promotes high-quality industrial development.

As of April 2026, multiple dynamics have emerged in the global PAM industry. The rainy season in Southeast Asia has boosted peak-season water treatment demand, lifting regional PAM purchasing demand and driving remarkable month-on-month growth in China’s PAM exports to Vietnam, Thailand, Malaysia and other nations. India has maintained unchanged import tariffs on chemical products. With outstanding cost performance, Chinese PAM products continue to capture market share from local Indian production. Global ocean freight rates have slightly declined, reducing export costs of powdered PAM and facilitating global trade. Tight global supply of upstream acrylonitrile forms rigid long-term cost support for PAM, indicating limited sharp price drops and overall stable fluctuating trends in the future.