In - Depth Observation of the International Market Dynamics of Polyacrylamide: Coexistence of Growth

Entering 2026, the global polyacrylamide market presents a complex situation where continuous expansion coexists with in - depth transformation. Based on multiple international market reports and analyses, the industry is being driven bywater treatmentandoil extractiontwo core fields, showing strong growth potential. Meanwhile, technological innovation, the evolution of the regional pattern, and increasingly strict health and environmental regulations are jointly shaping the new face of the industry.

I. Market Trends: Steady Growth, Driven by Dual Engines

The global polyacrylamide market is on the path of steady growth. In terms of market size, some reports predict that the market demand will reach 2.45 million tons in 2026 and is expected to grow to 3.25 million tons in 2031, with a steady compound annual growth rate of 5.79%. Another more optimistic analysis points out that the market size will soar from 6.19 billion US dollars in 2025 to 9.62 billion US dollars in 2030, with a compound annual growth rate as high as 9.1%.

There are mainly two core engines driving this growth:

1. Rigid demand in the water treatment field:The urgent global demand for clean water resources, the increasingly strict wastewater discharge standards in various countries (especially the pursuit of zero - liquid discharge), and the continuous investment in municipal sewage treatment form the broadest application foundation for polyacrylamide. As an efficient water treatment flocculant, its position is irreplaceable.

2. Technological dependence in the energy extraction field:In oil extraction, especially in enhanced oil recovery (EOR) operations in old oil fields, polyacrylamide is a key chemical for improving crude oil recovery. As easily accessible oil resources decrease, the demand for high - performance polymers for harsh reservoirs with high salt and high temperature is increasing.

II. Regional Pattern: Asia - Pacific Leads, North America and Europe Excel in Their Respective Ways

The global polyacrylamide market shows distinct regional characteristics:

• Asia - Pacific region: The undisputed global leader.This region currently accounts for nearly 50% of the global market share and maintains the fastest growth rate. China is undoubtedly the core driving force. Its huge 45 - billion - US - dollar water treatment investment plan, combined with the rapid urbanization and industrialization process, has injected continuous impetus into the market.

• North American region: A deep - player in high - profit applications.Thanks to the active shale gas development, the North American market has a strong demand for drag - reducing agents used in fracturing fluids. At the same time, the strict Environmental Protection Agency (EPA) standards also prompt the market to shift towards high - quality and high - performance products, enabling it to maintain a strong position in high - profit application fields.

• European region: A leader in green innovation.Although the market growth rate is relatively slow, Europe is at the forefront of industry innovation. Under the strict REACH regulations and strong support for sustainable development, Europe is leading the trend of research, development, and application of bio - based and biodegradable flocculants.

III. Technological Innovation: Parallel Development of High - Performance and Greenization

To meet increasingly complex application scenarios and environmental protection requirements, the technological innovation of polyacrylamide is developing deeply in two directions:

• Pursuit of high - performance and specialization:The products are moving towards higher molecular weight, better solubility, and stronger salt and temperature resistance. For example,emulsion - type polyacrylamideis expected to have a compound annual growth rate of 6.10% by 2031, surpassing traditional powder - type products due to its advantages of fast dissolution speed and ease of use. At the same time, cutting - edge materials such as anion polyacrylamide (HPAM) enhanced by graphene oxide are also moving from the laboratory to practical applications.

• Embrace of green and sustainable development:In the face of environmental protection pressure, bio - based polyacrylamide has become a hot topic in R & D. Bio - based acrylamide produced by enzymatic catalysis and new flocculants that can be degraded in nature are favored by high - end markets such as those in Europe, and have become the key for enterprises to build green brand barriers.

4. Competition pattern: Dominated by giants, regional manufacturers are rising.

Shandong Yongsheng Chemical Co., Ltd. is shifting its strategic focus to providing customers with high - purity, customized formula products, and strengthening customer relationships by enhancing technical services and signing long - term supply agreements.

5. Risks and challenges: Health regulation and cost fluctuations.

In the face of opportunities, the industry also faces two severe challenges:

1. Increasingly tightened health regulation:The residual acrylamide monomers in polyacrylamide are under close scrutiny by global regulatory agencies (such as Proposition 65 in California and the International Agency for Research on Cancer) due to their neurotoxicity and potential carcinogenicity. Especially in sensitive applications such as food contact materials and cosmetics, the restrictions on residual monomers are extremely strict (requiring less than 0.2% or 0.1%), which forces producers to invest high costs in improving purification processes.

2. Raw material price fluctuations: The price of the upstream raw material acrylonitrile is significantly affected by geopolitics, crude oil prices, and the stability of the global supply chain, resulting in sharp fluctuations. For example, in the fourth quarter of 2025, the prices in the European and American markets increased due to rising raw material and logistics costs, while the Chinese market faced price pressure due to weak downstream demand. This uncertainty poses continuous challenges to cost control for producers.