On this page

    Acrylamide Price and Production Outlook

    Global acrylamide production in 2025 is estimated at approximately 3.6 to 3.7 million tonnes, reflecting a mature but steadily expanding specialty chemical segment anchored in water treatment, enhanced oil recovery and paper processing demand. Supply growth continues in line with rising polyacrylamide consumption, infrastructure investment and increasingly stringent wastewater treatment standards across major economies. Market conditions balance industrial polymer demand with heightened regulatory oversight driven by acrylamide’s toxicological profile.

    The global picture shows moderate year-on-year growth supported by essential downstream applications rather than discretionary consumption. Unlike consumer-facing chemicals, acrylamide demand is structurally linked to public infrastructure, environmental compliance and industrial process efficiency.

    Production leadership remains concentrated in regions with reliable propylene and acrylonitrile supply, advanced catalyst or enzyme systems and established polymer manufacturing ecosystems. Asia Pacific leads global production, supported by large-scale plants in China and Southeast Asia. North America maintains stable output tied to municipal water treatment and oilfield chemical demand. Europe operates under tighter regulatory controls, emphasising high-purity, compliant production. Latin America and the Middle East rely on a mix of domestic capacity and imports.

    Industrial and municipal buyers prioritise consistent purity, controlled residual monomer levels and reliable supply continuity over price flexibility.

    Key Questions Answered

    • How stable is propylene feedstock availability across producing regions?
    • How do environmental and health regulations affect acrylamide production?
    • How does polyacrylamide demand shape operating rates?
    • How do purity and residual monomer limits influence supply acceptance?

    Acrylamide: Product Families that Define How Buyers Actually Use It

    Product Classification

    • Acrylamide monomer solution
    • Standard industrial grade
    • Highpurity grade
    • Lowresidual monomer grade
    • Solid acrylamide
    • Crystalline acrylamide
    • Flake or powder form
    • Polymergrade intermediates
    • Feedstock for anionic PAM
    • Feedstock for cationic PAM
    • Feedstock for nonionic PAM
    • Specialty and laboratory grades
    • Analytical grade
    • Research and testing use

    Liquid acrylamide dominates global volume because it feeds directly into on-site or downstream polyacrylamide polymerisation systems, reducing handling risk and simplifying logistics. Buyers prioritise purity stability, inhibitor control and consistent concentration.

    Key Questions Answered

    • How do buyers distinguish solution versus solid acrylamide formats?
    • How do residual monomer specifications affect downstream compliance?
    • How does storage stability influence product selection?
    • How does transport format affect safety and logistics planning?

    Acrylamide: Process Routes That Define Cost, Speed and Customer Focus

    Process Classification

    • Biocatalytic hydration process
    • Acrylonitrile hydration
    • Enzymebased conversion
    • Highselectivity production
    • Chemical catalytic hydration
    • Copperbased catalysts
    • Controlled hydration systems
    • Traditional synthesis routes
    • Feedstock preparation
    • Acrylonitrile purification
    • Inhibitor dosing
    • Process conditioning
    • Finishing and handling
    • Solution concentration
    • Stabilisation
    • Packaging and bulk transfer

    Bio-catalytic routes dominate modern acrylamide production due to higher selectivity, lower by-product formation and improved environmental performance. Buyers benefit from consistent quality, reduced impurity profiles and easier regulatory compliance.

    Key Questions Answered

    • How sensitive are yields to acrylonitrile quality?
    • How do enzyme systems affect operating cost and uptime?
    • How do process routes influence purity and byproduct levels?
    • How do producers manage safety across hydration reactions?

    Acrylamide: End Use Spread Across Key Sectors

    End Use Segmentation

    • Water and wastewater treatment
    • Municipal water treatment
    • Industrial effluent treatment
    • Sludge dewatering
    • Oil and gas applications
    • Enhanced oil recovery
    • Drilling and fracturing fluids
    • Water management chemicals
    • Paper and pulp processing
    • Retention aids
    • Drainage and strength additives
    • Process water control
    • Mining and mineral processing
    • Solidliquid separation
    • Tailings treatment
    • Flocculation systems
    • Other industrial uses
    • Textile processing
    • Chemical intermediates
    • Specialty polymer applications

    Water treatment remains the largest end use because polyacrylamide-based flocculants are essential for infrastructure operation, environmental compliance and industrial water management. Buyers prioritise performance consistency, safety documentation and regulatory acceptance.

    Key Questions Answered

    • How do infrastructure investments drive acrylamide demand?
    • How do oilfield cycles influence consumption volatility?
    • How do buyers validate polymer performance consistency?
    • How do regulations shape acceptable application limits?

    Acrylamide: Regional Potential Assessment

    North America

    North America maintains stable acrylamide demand driven by municipal water treatment and oilfield services. Production focuses on compliant, high-purity output.

    Europe

    Europe operates under stringent health and environmental regulations, emphasising controlled production, traceability and low residual monomer levels.

    Asia Pacific

    Asia Pacific leads global capacity with large-scale plants supporting domestic water treatment, mining and industrial growth. Cost efficiency and scale define competitiveness.

    Latin America

    Latin America relies on a mix of imports and limited regional production, with demand linked to mining activity and infrastructure development.

    Middle East and Africa

    The region shows steady demand growth driven by water scarcity management and oilfield applications, largely supported by imports.

    Key Questions Answered

    • How do regional regulations affect plant operations?
    • How does infrastructure spending shape demand growth?
    • How do import dependencies affect supply security?
    • How do buyers assess quality across regional suppliers?

    Acrylamide Supply Chain, Cost Drivers and Trade Patterns

    Acrylamide supply begins with acrylonitrile feedstock sourcing, followed by catalytic or enzymatic hydration, stabilisation and distribution in liquid or solid form. Downstream buyers include polyacrylamide producers, water treatment chemical formulators and oilfield service companies.

    Feedstock pricing, catalyst or enzyme cost, energy consumption and compliance expenses dominate the cost structure. Transport safety requirements, storage controls and regulatory documentation add complexity, particularly for export markets.

    Pricing formation is driven by acrylonitrile and propylene market dynamics rather than open spot trading. Buyers align contracts with infrastructure spending cycles, oilfield activity and long-term water treatment demand.

    Key Questions Answered

    • How does acrylonitrile volatility affect pricing stability?
    • How do safety and compliance costs influence margins?
    • How do logistics constraints affect regional availability?
    • How do buyers benchmark contract pricing across suppliers?

    Acrylamide: Ecosystem View and Strategic Themes

    The acrylamide ecosystem includes petrochemical producers, enzyme technology providers, polymer manufacturers, water treatment companies, oilfield service firms and regulators. Asia Pacific shapes global volume availability, while Europe and North America define compliance, safety and quality standards.

    Technology providers support hydration reactors, enzyme systems, process control platforms and safety infrastructure. Distributors manage bulk storage, transport and regulatory documentation.

    Deeper Questions Decision Makers Should Ask

    • How secure is longterm acrylonitrile supply?
    • How diversified are production routes and technologies?
    • How predictable are purity and residual monomer levels?
    • How exposed is supply to regulatory tightening?
    • How are producers improving process safety and efficiency?
    • How does water infrastructure investment affect demand outlook?
    • How resilient are supply chains to feedstock disruption?
    • How consistent are specifications across export shipments?

    Bibliography

    • Ullmann’s Encyclopedia of Industrial Chemistry. (2024). Acrylamide and polyacrylamides: Production, properties, and industrial applications. Wiley-VCH.
    • Chemical Economics Handbook (CEH). (2024). Acrylamide and polyacrylamide markets. S&P Global Commodity Insights.

    Key Questions Answered in the Report

    Supply chain and operations

    • How predictable are acrylamide deliveries across regions?
    • How much inventory coverage mitigates feedstock swings?
    • How stable is uptime across hydration units?
    • How well do plants manage safety and hazard controls?
    • How quickly can producers adjust operating rates?
    • How dependable are bulk logistics systems?
    • How does plant location affect feedstock sourcing cost?
    • How do operators maintain regulatory compliance?

    Procurement and raw material

    • How is acrylamide pricing linked to acrylonitrile benchmarks?
    • How do suppliers document purity and safety compliance?
    • How does certification vary by application?
    • What contract duration stabilises supply cost?
    • How do buyers mitigate feedstockdriven volatility?
    • Which suppliers offer multiregion sourcing?
    • How are offspecification risks managed?
    • How do onboarding audits differ across regions?

    Technology and innovation

    • Which enzyme systems improve yield and selectivity?
    • How do catalysts influence energy efficiency?
    • How does process automation enhance safety?
    • How do analytics support quality control?
    • How do producers validate technology upgrades?
    • How do plants reduce waste and emissions?
    • How do new reactor designs improve performance?
    • How are partnerships shaping future capacity?

    Buyer, channel and who buys what

    • Which sectors consume the highest acrylamide volumes?
    • How do polymer producers evaluate monomer quality?
    • How do water treatment buyers assess supplier reliability?
    • What order sizes define standard procurement?
    • How do buyers balance contract and spot sourcing?
    • How do channel structures influence landed cost?
    • How do buyers verify safety documentation?
    • How is performance consistency validated?

    Pricing, contract and commercial model

    • What reference points guide acrylamide pricing?
    • How frequent are price revisions?
    • How do buyers compare regional cost structures?
    • What contract duration ensures supply security?
    • How are disputes resolved under compliance frameworks?
    • What incentives support longterm supply agreements?
    • How do logistics costs affect pricing?
    • How do contracts differ by end use?

    Plant assessment and footprint

    • Which regions offer stable feedstock access?
    • What investment levels define new hydration capacity?
    • How do safety and environmental permits shape expansion?
    • How suitable are sites for longterm operation?
    • How consistent are utilities and energy supply?
    • How do plants manage waste and effluent?
    • How do labour skills affect operational reliability?
    • How suitable are ports and terminals for bulk acrylamide handling?

    Explore Hydrocarbons, Petrochemicals, and Organic Chemicals Insights

    View Reports
    Trusted By
    Market Research Reports Search Engine

    Acrylamide Global Production Capacity and Growth Outlook