Polyacrylamide Price Trend and Forecast 2026-2027

Key Takeaways

• Global polyacrylamide prices moved in a modest upward trend through 2025, with the global average rising from USD 3.42/KG in Q1 to USD 3.52/KG by Q4 before extending to USD 3.58/KG in Q1 2026, driven by steady water treatment and oil field chemical demand and by the structural energy and compliance cost premiums built into European and North American contract pricing.
• China, the dominant global producer with an estimated 60 to 65 percent of worldwide polyacrylamide capacity, maintained domestic prices in the USD 2.55 to 2.65/KG range through 2025, with some Q2 softening on export margin pressure before a H2 recovery as domestic water treatment and enhanced oil recovery demand improved.
• India saw prices rise from USD 3.05/KG in Q1 2025 to USD 3.12/KG in Q4 on INR depreciation and growing domestic water treatment infrastructure investment, before a Q1 2026 pullback to USD 2.95/KG as Chinese producers redirected export volumes into the Indian market following tightened EU import conditions on certain Chinese acrylamide monomer intermediates.
• Europe maintained the highest regional prices in this report, rising from USD 4.82/KG in Q1 2025 to USD 5.25/KG in Q1 2026, reflecting a combination of energy cost drag on acrylamide synthesis, REACH compliance investment for polyacrylamide grade registrations, and growing demand from municipal water treatment programmes requiring certified ultra-low residual monomer grades.
• The polyacrylamide market forecast for the remainder of 2026 is constructive, with water treatment infrastructure investment across ASIA PACIFIC and the Middle East, growing enhanced oil recovery demand, and tighter European specialty supply all pointing toward continued modest price appreciation in the USD 3.48 to 3.80/KG global range.

What Is Polyacrylamide and Why Does It Matter?

Polyacrylamide (PAM) is a synthetic polymer produced by polymerising acrylamide monomers, available commercially in anionic, cationic, and nonionic forms with a wide range of molecular weights tailored to specific application requirements. It functions as a flocculant, clarifier, and viscosity modifier across an exceptionally diverse range of industrial and municipal applications. The water treatment sector is the largest single demand driver, consuming polyacrylamide as a flocculating agent in both drinking water clarification and wastewater treatment. The oil and gas sector uses it as a viscosity modifier in enhanced oil recovery (EOR) flooding applications and as a drilling fluid additive.

The commercial significance of polyacrylamide extends across multiple major industries simultaneously. Municipal water treatment authorities in China, India, the Middle East, and Southeast Asia use anionic polyacrylamide extensively in potable water clarification. Industrial water treatment across mining, paper making, and food processing operations are consistent demand sources. Oil field service companies in China, Russia, the United States, and the Middle East use high-molecular-weight polyacrylamide in EOR polymer flooding projects where it can improve crude oil recovery rates by 5 to 10 percentage points. Agriculture uses polyacrylamide as a soil conditioner to reduce irrigation water consumption and prevent soil erosion.

China dominates global polyacrylamide production, accounting for an estimated 60 to 65 percent of worldwide capacity, with several large-scale facilities in Shandong, Sichuan, and Xinjiang provinces producing anionic and cationic grades for both domestic consumption and export. European producers including BASF and SNF Group hold leadership positions in specialty ultra-pure grades for food processing, pharmaceutical, and municipal drinking water treatment applications where acrylamide residual monomer requirements are strictly regulated.

Which Sectors Are Driving Polyacrylamide Demand?

Municipal Water Treatment: This is the largest single demand segment for polyacrylamide globally, consuming the majority of anionic PAM production in water clarification, sludge dewatering, and drinking water treatment applications. Government-mandated water treatment infrastructure investment programmes in India, China, Southeast Asia, and the Middle East drove volume growth in 2025. The World Bank-supported water infrastructure expansion in Sub-Saharan Africa and South Asia added incremental demand for treatment chemicals including polyacrylamide flocculants.

Oil and Gas Enhanced Oil Recovery: Polymer flooding using high-molecular-weight anionic polyacrylamide is one of the most commercially proven EOR technologies, used extensively in Chinese Daqing and Shengli oilfield operations, in Middle Eastern heavy oil reservoirs, and in select North American polymer flood projects. Chinese national oil companies including Sinopec and CNOOC have maintained active EOR polyacrylamide procurement programmes through 2025 despite oil price volatility, providing a structurally important baseload of demand for high-MW anionic grades.

Paper Making and Mining: Polyacrylamide flocculants and drainage aids are used in paper mill process water circuits and in mining operations for tailings management, water recovery, and mineral separation. Mining sector demand from copper, gold, and coal processing operations in Australia, Chile, Peru, and South Africa provided consistent demand growth in 2025, tracking commodity production volumes in those sectors.

Agriculture: Agricultural polyacrylamide as a soil conditioner for erosion control and irrigation water efficiency improvement has grown in importance in water-scarce agricultural regions including the Middle East, North Africa, and parts of ASIA PACIFIC. This application uses relatively low-cost anionic PAM grades and represents an incremental but growing demand channel for Chinese and Indian producers.

Personal Care and Specialty Applications: Ultra-pure polyacrylamide grades are used in cosmetic formulations as thickeners and stabilisers, and in biomedical gel applications for electrophoresis and tissue engineering research. These specialty applications require the lowest residual acrylamide monomer concentrations and command significant price premiums over industrial grades.

Global Polyacrylamide Price Trend in 2025

Global polyacrylamide prices in 2025 followed a gradual but consistent upward trajectory, with the modest pace of increase reflecting the balance between Chinese production capacity keeping a ceiling on global commodity grade benchmarks and genuine demand growth in water treatment and oil field applications providing structural support. The global average moved from USD 3.42/KG in Q1 to USD 3.35/KG in Q2 as seasonal demand softness and Chinese export pressure briefly pushed prices lower, before recovering strongly to USD 3.48/KG in Q3 and extending to USD 3.52/KG in Q4.

Q1 2026 brought a further move to USD 3.58/KG as European contract renewals incorporated energy and compliance cost increases and North American oil field chemical procurement firmed. The approximately USD 0.16/KG move over five quarters is consistent with a market where supply growth from Chinese capacity roughly offset demand growth, but where specialty grade premiums and regional energy and regulatory cost structures sustained a modest positive price direction for the global average.

What Were China's Polyacrylamide Price Trends in 2025?

China's polyacrylamide industry is the largest in the world, with major production facilities in Shandong, Xinjiang, and Sichuan serving both the enormous domestic water treatment and EOR market and significant export volumes to ASIA PACIFIC, the Middle East, and Africa. Chinese producers operate across a range of molecular weights and ionic charge densities, providing commodity to mid-performance grades that compete on price in global markets. The domestic price is set by the balance between plant operating rates, acrylamide monomer costs, and demand from the water treatment and oil field sectors.

Chinese domestic polyacrylamide prices dipped from USD 2.62/KG in Q1 2025 to USD 2.55/KG in Q2 as seasonal demand softness coincided with producers maintaining high output for export. Recovery through Q3 to USD 2.60/KG and Q4 to USD 2.62/KG reflected improving domestic water treatment procurement and some EOR demand recovery as Chinese oilfield operators maintained polymer flood programmes. Q1 2026 saw a marginal easing to USD 2.58/KG as export competition from Chinese producers into Indian and Southeast Asian markets intensified following EU import scrutiny on acrylamide monomer chemicals.

European Polyacrylamide Price Trends in 2025

European polyacrylamide pricing reflects the premium that European water utilities, food processors, and pharmaceutical buyers pay for ultra-pure, REACH-registered, and GMP-certified grades that meet the stringent residual acrylamide monomer standards mandated by EU Drinking Water Directive. The EU's maximum acceptable limit for acrylamide residual in drinking water treatment chemicals is 0.1 micrograms per litre, which requires polyacrylamide producers to maintain acrylamide monomer content below 0.025 percent in treatment grades, a specification that Chinese commodity producers typically meet but with less consistency documentation than major European and North American specialty producers.

European prices moved from USD 4.82/KG in Q1 2025 to USD 4.90/KG in Q2, USD 4.98/KG in Q3, and USD 5.05/KG in Q4, before a Q1 2026 jump to USD 5.25/KG as annual contract renewals incorporated energy cost recovery and REACH substance dossier maintenance costs. SNF Group's European operations and BASF SE's Water Solutions division are the primary European suppliers of certified polyacrylamide grades, and their annual pricing cycles set the European benchmark that other suppliers must compete around.

United States Polyacrylamide Price Trends in 2025

The United States polyacrylamide market is driven by three primary demand sectors: municipal water treatment, oil field EOR and drilling fluid applications, and paper making. SNF Holding Company's North American operations and several regional specialty producers serve the market alongside significant import volumes from China and India. Section 301 tariffs on Chinese chemical imports apply to some polyacrylamide classifications, maintaining a floor under import parity that sustains North American prices above Asian benchmarks.

US polyacrylamide prices moved from USD 4.35/KG in Q1 2025 to USD 4.40/KG in Q2, USD 4.52/KG in Q3 as oil field chemical procurement firmed alongside recovering crude oil production activity, USD 4.58/KG in Q4, and USD 4.68/KG in Q1 2026 as municipal water treatment programme procurement picked up and some EOR project restarts in the Permian Basin and Gulf Coast regions added demand for high-molecular-weight anionic grades.

What Were India's Polyacrylamide Price Trends in 2025?

India's polyacrylamide market has been growing rapidly, driven by the government's Jal Jeevan Mission programme targeting provision of tap water to all rural households and the expanding industrial water treatment requirements of India's growing manufacturing base. India both produces polyacrylamide domestically and imports significant volumes from China, making the domestic price sensitive to both Chinese export intensity and INR-USD exchange rate dynamics. The domestic market consumed primarily anionic and cationic grades for water treatment and paper making.

Indian prices rose from USD 3.05/KG in Q1 2025 to USD 3.08/KG in Q2, USD 3.12/KG in Q3 as water treatment infrastructure procurement under Jal Jeevan Mission Phase II accelerated, and USD 3.12/KG in Q4. Q1 2026 brought a correction to USD 2.95/KG as Chinese producers directed surplus volumes into the Indian market at below-contract prices following EU import restrictions on certain acrylamide intermediates, providing Indian water utilities with an unexpectedly competitive Chinese offer base that temporarily undercut domestic producer pricing.

What Factors Drove Polyacrylamide Costs in 2025?

• Acrylamide monomer feedstock costs. Polyacrylamide is produced by polymerising acrylamide monomer, which is in turn produced from acrylonitrile through a catalytic hydration reaction. Acrylonitrile prices, which trace back through propylene to crude oil and naphtha, are the primary feedstock cost variable for polyacrylamide producers globally. Acrylonitrile prices in Asia were broadly stable through H1 2025, providing cost stability for Chinese producers, before tightening slightly in H2 as downstream demand improved.
• Chinese capacity and production discipline. China's large polyacrylamide capacity base, estimated at 60 to 65 percent of global output, kept commodity grade export prices in a compressed range through 2025. Any reduction in Chinese operating rates due to energy restrictions or market demand softness creates quick price firming in global benchmarks, while high utilisation sustains downward price pressure in import-dependent markets including India and Southeast Asia.
• EU residual monomer compliance requirements. The EU Drinking Water Directive's strict acrylamide residual monomer standards for treatment-grade polyacrylamide require manufacturers to invest in advanced production controls and quality documentation. These compliance costs, which are estimated at EUR 30,000 to 80,000 per product registration in ongoing REACH substance dossier maintenance, create a structural cost floor for EU-market-certified grades that is not shared by commodity producers.
• Water treatment infrastructure investment. Accelerating government investment in water and wastewater treatment infrastructure across India (Jal Jeevan Mission), the Middle East, and Southeast Asia created a sustained demand pull for polyacrylamide flocculants through 2025. Unlike EOR demand, which fluctuates with oil price and capital expenditure cycles, water treatment demand is government-programme-driven and provides consistent volume support for commodity grade producers.
• European energy costs. The energy-intensive acrylamide synthesis and polyacrylamide production process maintained European manufacturing at a structural cost premium relative to Asian producers through 2025. This energy cost differential is the primary explanation for the EUR 1.40 to 2.50/KG premium that European-produced polyacrylamide commands over Chinese commodity grades in the global market.

Polyacrylamide Market Forecast for 2026

The polyacrylamide market forecast for 2026 is constructive, supported by the combination of government-driven water treatment infrastructure investment in ASIA PACIFIC and the Middle East, continued EOR demand from Chinese and Middle Eastern oilfield operators, and the structural European price premiums that sustain the specialty end of the market. Chinese commodity supply will continue to cap the global average, but the demand growth vectors are durable and independent of the industrial cycle, providing resilience against broader economic softness.

Expected Polyacrylamide Price Range (remainder of 2026)

Key Analyst Insights for the Polyacrylamide Market

Polyacrylamide is a market where government infrastructure investment programmes are more important demand drivers than industrial production cycles. Here is what is worth monitoring over the next four to six quarters.

• India's Jal Jeevan Mission is the single most important demand growth catalyst globally. The programme's Phase II procurement pipeline for water treatment chemicals, if executed on schedule, will represent a meaningful incremental demand block for both domestic Indian and Chinese export polyacrylamide. Procurement tender announcements from Indian state water authorities are the most reliable leading indicator for Indian demand timing.
• China's EOR polyacrylamide demand is tied to national oil company capital expenditure cycles. When Sinopec and CNOOC expand polymer flood pilot programmes, as they did in the Daqing field through 2024 and 2025, demand for high-molecular-weight anionic PAM rises materially. Any policy-driven acceleration in Chinese domestic EOR investment would be a positive price signal for the broader polyacrylamide market.
• European specialty certification is a growing differentiator. The EU Drinking Water Directive's residual monomer standards, combined with the expanding REACH registration burden for specialty polyacrylamide grades, are progressively increasing the documentation and compliance cost that separates EU-market-certified material from commodity product. Buyers who need certified drinking water treatment grades have limited alternatives to established European and North American specialty producers.
• Acrylamide monomer supply from Asian producers is the key feedstock watch variable. Any disruption to major acrylonitrile or acrylamide monomer facilities in China would tighten global polyacrylamide supply quickly, as finished polymer cannot be readily substituted with alternative flocculation chemistries in municipal treatment plants on short notice.

Key Takeaways for Buyers and Manufacturers

For Buyers

• Municipal water treatment buyers should extend forward contracts at current price levels. Water treatment programme procurement is non-discretionary, and the modest USD 3.48 to 3.80/KG global average range for 2026 reflects a favourable procurement environment relative to specialty grade replacement options.
• European drinking water treatment authorities should maintain dual-source procurement from certified domestic producers and thoroughly audited Asian importers. Reliance on a single certified source creates vulnerability to production disruptions that cannot be addressed by non-certified Chinese commodity grades at short notice.
• Indian utilities should leverage the Q1 2026 price correction to USD 2.95/KG to build strategic reserve stock of polyacrylamide flocculant ahead of the summer water treatment season when procurement demand typically peaks.

For Manufacturers

• Water treatment specialisation is the highest-growth strategy. Government infrastructure investment programmes in India, Southeast Asia, and the Middle East are expanding the addressable polyacrylamide market at rates above GDP growth, providing a demand platform that is less sensitive to economic cycles than EOR or industrial applications.
• Residual monomer certification is the commercial access requirement for European and North American premium markets. Producers who maintain EU Drinking Water Directive-compliant manufacturing quality systems capture the full premium that certified grades command over commodity Chinese imports in regulated markets.