Polyacrylamide Emulsion Market Dynamics Intelligence, Analysis, and Forecast

I. Market Dynamics Intelligence
(A) Price Dynamics
1. Recent Quotations
- On May 26, 2026, Henan Shunzhibang Environmental Protection Technology Co., Ltd. (Zhengzhou City, Henan Province) quoted RMB 9,500 per metric ton for anionic polyacrylamide emulsion with a molecular weight of 12 million.
- On May 21, 2026, Henan Huiyihai Environmental Protection Technology Co., Ltd. (Henan Province) quoted RMB 5,000 per metric ton for anionic polyacrylamide emulsion (12 million molecular weight); Henan Hengyi Environmental Protection Technology Co., Ltd. (Zhengzhou City, Henan Province) quoted RMB 9,800 per metric ton; Henan Qianyuexing Chemical Technology Co., Ltd. (Henan Province) quoted RMB 9,450 per metric ton; and Henan Huiyihai Water Treatment Materials Co., Ltd. (Henan Province) quoted RMB 9,500 per metric ton.
- On May 19, 2026, Henan Huiyihai Water Treatment Materials Co., Ltd. quoted RMB 9,450 per metric ton for anionic polyacrylamide emulsion.

2. Prices by Product Specification
- On May 24, 2026, Henan Huiyihai Environmental Protection Technology Co., Ltd. quoted the following prices for anionic polyacrylamide: RMB 1,500/ton (4 million molecular weight); RMB 2,000/ton (6 million); RMB 2,300/ton (8 million); RMB 2,800/ton (10 million); RMB 3,300/ton (12 million); RMB 4,300/ton (14 million); RMB 5,300/ton (16 million); and RMB 6,300/ton (18 million). For cationic products: RMB 4,500/ton for 40% charge density; RMB 4,500/ton for 60% charge density; RMB 4,500/ton for 50% charge density; and RMB 4,500/ton for 12 million molecular weight with 10–30% charge density.
- Henan Huiyihai Water Treatment Materials Co., Ltd. quoted the following prices for non-ionic products (hydrolysis degree = 5%): RMB 1,600/ton (4 million molecular weight); RMB 2,600/ton (8 million); RMB 3,600/ton (12 million); RMB 4,600/ton (16 million); and RMB 4,800/ton (20 million).

(B) Market Size and Growth
1. In 2025, China’s oil-in-water emulsion-type polyacrylamide market reached RMB 4.23 billion, representing a year-on-year growth of 8.6%. The industry’s market size is projected to reach RMB 4.59 billion in 2026, up 8.5% year-on-year, with an absolute incremental increase of RMB 360 million.
2. Global emulsion-type polyacrylamide market size data for 2025 is currently unavailable. However, according to BCC Research, the global emulsion-type polyacrylamide market is expected to grow to a certain scale by 2032 (specific figure not provided), though the CAGR during the forecast period remains unspecified.

(C) Demand by Application Sector
1. Oil & Gas Extraction: In 2025, this sector represented the largest demand source for polyacrylamide, accounting for approximately 48.5% of total demand—driven by large-scale deployment of novel enhanced oil recovery (EOR) agents by Sinopec and CNPC in major fields such as Shengli Oilfield and Changqing Oilfield. Under the National Energy Administration’s “Three-Year Action Plan for Stabilizing Output from Mature Oilfields (2025–2027)”, tertiary oil recovery coverage is mandated to rise to 38.5% in 2026, translating into a demand of 127,000 metric tons of emulsion-type polyacrylamide for EOR applications—a 9.4% increase over 2025 levels.
2. Water Treatment: This segment accounted for 31.2% of demand in 2025, with significantly heightened demand for high-stability, low-residue emulsion-type products arising from municipal wastewater treatment plant upgrade projects. The Ministry of Ecology and Environment’s “Action Plan for Enhancing Quality and Efficiency of Urban and Rural Wastewater Treatment” mandates that the harmless disposal rate of sludge in prefecture-level and higher cities nationwide reach ≥95% by the end of 2026—thus driving rigid procurement requirements for high-solid-content (≥40%) and ultra-low-free-monomer (≤0.05%) emulsion products.
3. Papermaking and Mineral Processing: These sectors accounted for 12.7% and 7.6% of demand in 2025 respectively. Though relatively smaller in share, technology substitution rates are accelerating—especially at leading enterprises such as Shandong Sun Paper Industry and Nine Dragons Paper Holdings, where oil-in-water emulsion-type products have replaced traditional powdered polyacrylamide in new production lines at a rate of 63%.

(D) Competitive Landscape
1. In 2025, the industry’s CR5 (combined market share of the top five firms) stood at 54.8%, up from 52.1% in 2024. The Matthew effect intensified in 2026: Wanhua Chemical, leveraging its integrated industrial chain advantages, is projected to capture 28.4% of total industry revenue in 2026; Baomo Corporation, supported by long-term orders secured through CNPC and superior cost control capabilities, is poised for continued growth.
2. Imported emulsion products (primarily from France’s SNF and Germany’s BASF) held a 23.6% share of China’s premium oilfield market in 2025—down from 28.3% in 2024—and are projected to further decline to 19.1% in 2026, freeing up ~RMB 180 million in incremental market space for domestic manufacturers.

(E) Technological Development
1. In 2026, technological advancement will focus on two core directions: rapid demulsification at low temperatures and enhanced salt–alkali stability. Wanhua Chemical has successfully validated, at pilot scale, a novel emulsion formulation enabling complete demulsification within 30 seconds at 25°C. Baomo Corporation and the Qingdao Institute of Bioenergy and Bioprocess Technology (Chinese Academy of Sciences) jointly developed a high-salinity-tolerant emulsion product (capable of withstanding total mineralization up to 35,000 mg/L), scheduled for mass production in Q2 2026.
2. In green manufacturing processes, enzymatic synthesis technologies (e.g., using nitrile hydratase) are gradually commercializing, reducing energy consumption and residual acrylamide content while complying with EU REACH regulations. Functional modifications—including salt–temperature-resistant, stimuli-responsive, and biodegradable polyacrylamide variants—are progressing rapidly.

II. Analysis and Judgment
(A) Price Trend
Polyacrylamide emulsion pricing is influenced by multiple factors, resulting in significant price variation across specifications. Recent fluctuations likely stem from interplay among raw material supply, production costs, demand dynamics, and enterprise competitive strategies. Long-term, technological advancements and economies of scale may lower production costs for certain product categories, potentially moderating prices—but high-value, application-specific products are expected to maintain stable or even slightly increasing prices.

(B) Market Growth Drivers
1. Policy Support: Environmental and energy policies serve as key catalysts for market expansion. Stricter environmental standards drive increased demand in water treatment, while national energy policy support for tertiary oil recovery boosts demand in upstream oil & gas operations.
2. Technological Innovation: Breakthroughs in rapid low-temperature demulsification and salt–alkali resistance, along with advances in green manufacturing and functional modification, enhance product performance and broaden application scope—thereby fueling sustained market growth.
3. Domestic Substitution: Declining import shares in premium oilfield segments free up substantial market opportunities for domestic producers, accelerating the development of China’s polyacrylamide emulsion industry.

(C) Competitive Dynamics
Industry concentration is steadily rising, with leading enterprises expanding market share via technological superiority, economies of scale, and brand strength—intensifying the Matthew effect. Future industry consolidation is expected to accelerate, fostering a cohort of internationally competitive conglomerates. SMEs face mounting pressure and must pursue survival and growth via innovation-driven differentiation strategies.

III. Forecast
(A) Market Size
The polyacrylamide emulsion market is expected to sustain steady growth over the coming years. Continued demand release from downstream sectors—coupled with ever-rising performance requirements, technological progress, and accelerated domestic substitution—will further expand overall market size.

(B) Price Trend
Prices for high-value, application-specific polyacrylamide emulsion products are projected to remain stable or rise modestly, whereas commodity-grade product prices may decline slightly due to intensifying competition and cost efficiencies. Overall price volatility is expected to remain moderate without sharp swings.

(C) Demand by Application Sector
1. Oil & gas extraction and water treatment will continue to represent dominant demand sources for polyacrylamide emulsions, with their combined share likely to increase further. Rising environmental standards and growing energy demand will continually elevate performance and quality requirements in these sectors.
2. Demand from papermaking and mineral processing will maintain steady growth, with technology substitution rates continuing to climb. Meanwhile, emerging applications—including mine tailings treatment, soil remediation, and 3D-printing hydrogels—may emerge as new growth frontiers, though current demand volumes in these areas remain comparatively small.

(D) Competitive Landscape
Industry concentration will further increase, with market share of leading players continuing to expand. SMEs will confront heightened challenges—some facing exit or acquisition. Competition among firms will increasingly center on technological innovation, product quality, and service excellence; enterprises possessing robust core competitiveness will secure advantageous positions in the marketplace.