News Release: July 21, 2025
Acrolein Price Trend in Past Five Years and Factors Impacting Price Movements (2019–2024)
From 2019 to 2024, the global acrolein price trend has moved through multiple phases due to industrial, economic, and geopolitical influences. Acrolein prices are closely tied to feedstock availability, primarily propylene, and energy costs. Market demand from downstream industries such as agriculture, water treatment, and methionine synthesis has played a major role in shaping pricing.
In 2019, the average global price of acrolein was around $1,850 per metric ton. Demand and supply were balanced, with no major disruptions across key production zones in Europe and Asia. Steady consumption by the agricultural sector, mainly for herbicides and biocides, helped maintain a consistent market.
By 2020, global markets were severely disrupted due to the COVID-19 pandemic. Industrial activities slowed down, affecting acrolein production. Prices dropped slightly to approximately $1,750 per metric ton during the second quarter, reflecting decreased demand from industrial users and delays in international logistics.
Recovery began in 2021, with economies gradually reopening and industrial demand rising. Acrolein prices increased to about $1,930 per metric ton. The rise in crude oil and propylene prices contributed to upward pricing pressure. Furthermore, increasing usage of acrolein in the production of methionine, an essential amino acid in animal feed, supported the positive price momentum.
In 2022, geopolitical tensions and rising energy costs drove significant price increases. Crude oil and natural gas prices surged, directly impacting raw material prices for acrolein. Prices peaked around $2,150 per metric ton by the third quarter. Additionally, increased shipping costs and regulatory costs in Europe further added to the price burden.
The trend continued into 2023, although with more moderate increases. Average prices hovered near $2,100 per metric ton. While some raw material costs stabilized, energy remained expensive and production margins were tight. Strong demand from agrochemical sectors and water treatment kept sales volume high.
In 2024, acrolein prices softened slightly to an annual average of $1,980 per metric ton. Supply chains normalized, and feedstock prices saw a mild correction. However, production remained robust, especially in Asia-Pacific and the Middle East, where new facilities were commissioned to meet growing demand. The demand from biocides and herbicide formulations, along with methionine production, helped maintain high acrolein sales volume globally.
Factors influencing the five-year price trend included fluctuations in crude oil and propylene prices, global events affecting logistics and production, regulatory frameworks in major markets, and seasonal demand from agriculture. While prices have been volatile, consistent growth in downstream sectors has underpinned overall production and pricing.
Acrolein price trend and production News
Acrolein Price Trend Quarterly Update in $/MT (2025 Estimate)
In 2025, acrolein prices are expected to show relative stability with minor seasonal and regional fluctuations. Here is an estimated breakdown by quarter:
- Q1 2025: $1,970 per metric ton
- Q2 2025: $2,010 per metric ton
- Q3 2025: $2,050 per metric ton
- Q4 2025: $2,020 per metric ton
These projections account for anticipated increases in demand during mid-year due to agricultural cycles and higher methionine production. Additionally, improved efficiencies in production and steady import-export activity will help maintain consistent pricing.
Global Acrolein Import-Export Business Overview
Acrolein is a globally traded intermediate chemical, and its import-export dynamics vary considerably across regions. Key producers include China, the United States, Germany, Japan, and South Korea. Export destinations are often dictated by the presence of downstream users in agriculture, animal feed, and chemical synthesis industries.
China has been a dominant player in acrolein production over the last decade. With increasing domestic demand for methionine and other derivatives, China’s exports have been moderate, focusing on Southeast Asia and the Middle East. However, due to stricter environmental controls, several older acrolein facilities were shut down between 2020 and 2023, prompting investments into modern production units with higher output and efficiency.
The United States exports acrolein mainly to Latin America and Europe. With a stable production base and access to affordable raw materials like natural gas and propylene, US producers have been competitive in pricing. However, logistical bottlenecks at ports in 2021 and 2022 briefly affected delivery schedules. Since then, infrastructure improvements and increased capacity utilization have enhanced export reliability.
Germany and other European countries import acrolein from both Asia and North America. European regulations demand high safety and environmental compliance in acrolein handling, leading to a lower number of domestic producers. Import volumes have grown steadily as usage in specialty chemicals and water treatment has increased.
Japan and South Korea, though having domestic acrolein production, continue to import specific grades for tailored applications. Export volumes from these countries are limited but strategic, focusing on neighboring economies and markets with high regulatory requirements.
Emerging markets such as Brazil, India, and Vietnam have shown growing interest in acrolein imports. These countries are expanding their agrochemical industries and water treatment infrastructure. As a result, acrolein sales volume in these markets is on the rise, prompting exporters to target these regions more aggressively.
Export dynamics in 2025 are expected to be shaped by three main trends:
- Regional production shifts – With cost structures changing, some producers are considering relocating facilities closer to raw material sources or major consumers. This may lead to increased exports from countries with cost-efficient production.
- Trade agreements and tariffs – Bilateral agreements, especially among Asian economies, are likely to reduce tariff barriers for chemicals including acrolein. This could facilitate smoother trade and affect traditional export destinations.
- Environmental and safety regulations – As global regulatory frameworks tighten, only producers with compliant facilities will maintain their export competitiveness. Importers are increasingly focusing on sourcing from manufacturers that meet international safety and sustainability standards.
Logistics and transportation remain crucial in the acrolein import-export business. Due to its toxicity and flammability, acrolein must be transported under strict safety guidelines, often limiting the number of ports and routes available. This constraint also impacts costs and delivery timelines, influencing the final market price.
From a market balance perspective, regions like Europe and South America are expected to remain net importers, while Asia (particularly China) and North America will continue leading global exports. However, shifts in demand patterns could lead to increased regional self-sufficiency over the next five years.
In 2025, the global acrolein trade is expected to grow by 3.5 percent, driven by increasing demand across key end-use sectors. With new capacity additions, particularly in the Middle East and Southeast Asia, global supply is projected to keep pace with demand. Exporters focusing on high-purity and customized grades will find better opportunities in regulated markets.
The overall landscape of acrolein price news in 2025 is being shaped not just by local production or consumption, but by how effectively countries can navigate international trade dynamics, regulatory landscapes, and customer preferences for sustainable and reliable chemical inputs.
For more detailed insights and market forecasts, including future projections and regional breakdowns, you can request a sample report at https://datavagyanik.com/reports/acrolein-market-size-production-sales-average-product-price-market-share-import-vs-export/
Acrolein Production Trends by Geography (2025)
Acrolein production is concentrated in specific regions across the globe, with output driven by access to raw materials, industrial demand, regulatory policies, and technological infrastructure. As of 2025, the most prominent geographies for acrolein production include China, the United States, Germany, Japan, South Korea, and the Middle East. Each of these regions plays a distinct role in the global production landscape based on their strategic advantages.
China remains the largest producer of acrolein globally. Its dominance is backed by its extensive chemical manufacturing base and easy access to propylene, a primary feedstock in acrolein production. Over the past decade, China has significantly expanded its capacity, catering to both domestic demand and export markets. A major share of its production is used for synthesizing methionine, which is essential in the animal feed industry. Additionally, acrolein is utilized in agrochemical production and water treatment, sectors that are seeing rising demand within China due to increased focus on food security and environmental sustainability.
In recent years, however, environmental regulations have influenced the structure of China’s acrolein industry. Older, polluting plants have been shut down or upgraded, leading to consolidation and investment in more efficient and environmentally compliant production technologies. This shift is enabling China to maintain its production volume while aligning with stricter sustainability goals.
The United States is another key player in acrolein production. With abundant supplies of shale-derived propylene and advanced chemical processing infrastructure, the US continues to produce acrolein for both domestic consumption and export. Key applications driving US production include biocides, polymer intermediates, and specialty chemical synthesis. The country benefits from technological innovation and integration across the chemical supply chain, enhancing both yield and quality.
Germany and other parts of Western Europe have a long-standing history in acrolein manufacturing. While environmental restrictions and energy costs present challenges, these are offset by strong demand from downstream industries such as pharmaceuticals and specialty chemicals. Germany’s acrolein production is also characterized by adherence to high safety and quality standards, making it a preferred supplier to regulated markets. European producers are increasingly investing in green production technologies and circular chemical processes, aimed at improving sustainability in the supply chain.
Japan and South Korea maintain moderate but technologically advanced acrolein production capacities. These countries prioritize production efficiency, product purity, and adherence to international quality benchmarks. Acrolein in these markets is mostly directed toward domestic industries with specialized applications in electronics chemicals and high-grade polymers. Imports are also strategically used to meet any excess demand, ensuring continuous supply for domestic manufacturing sectors.
The Middle East is emerging as a notable acrolein production hub. Countries like Saudi Arabia and the United Arab Emirates are investing in petrochemical diversification to reduce their reliance on crude oil exports. With ample feedstock availability and supportive infrastructure, these nations are building integrated chemical complexes that include acrolein production units. These facilities are primarily export-oriented, supplying markets in Europe, Asia, and Africa.
India is another country seeing growing interest in acrolein production. While not yet a leading producer, it has increasing demand from agriculture and industrial chemicals. Investment plans are being discussed to establish domestic manufacturing to reduce dependency on imports and support its fast-growing agrochemical sector.
In Latin America and Africa, acrolein production is minimal, and most of the supply is imported. However, both regions are expected to increase consumption due to expanding agriculture and water treatment needs, which could eventually prompt local production initiatives.
In summary, global acrolein production in 2025 is shaped by regional strengths in raw material access, downstream demand, environmental policies, and export capabilities. The Asia-Pacific region leads in terms of volume, while North America and Europe focus on quality, innovation, and regulated market supply. Newer entrants like the Middle East are set to play a bigger role in balancing global supply and addressing demand growth in developing economies.
Acrolein Market Segmentation
The acrolein market is segmented based on end-use applications, form, purity grade, and geographical regions. These segments help define demand, pricing, production requirements, and sales strategies for stakeholders. The following are the primary market segments:
By End-Use Industry:
- Agriculture (herbicides, biocides, pesticides)
- Chemical Intermediates (acrylic acid, methionine, glycerol derivatives)
- Pharmaceuticals
- Water Treatment
- Textiles and Polymers
- Others (adhesives, fragrances, etc.)
By Form:
- Liquid Acrolein
- Gas Acrolein (primarily in closed systems for specific industrial applications)
By Purity Grade:
- Industrial Grade
- Pharmaceutical Grade
- Specialty Grade
By Geography:
- Asia-Pacific
- North America
- Europe
- Middle East and Africa
- Latin America
Among these, the leading segment in terms of volume is the agriculture industry. Acrolein is extensively used in the formulation of herbicides and biocides. These applications are especially important in countries with large-scale agricultural production such as China, India, Brazil, and the United States. The increase in population and demand for food security is fueling growth in the agrochemical sector, thereby boosting acrolein demand.
The chemical intermediates segment is also a major driver, particularly for the synthesis of methionine. Methionine is a crucial amino acid used in animal feed, and the global livestock and poultry industry is witnessing consistent growth. Demand is especially strong in Asia, which has a large population and increasing meat consumption. The use of acrolein as a building block in methionine production ensures a steady requirement across this segment.
Pharmaceutical and water treatment applications account for a smaller but growing share of the market. In the pharmaceutical sector, acrolein is used in the synthesis of anti-cancer drugs and other therapeutic compounds. While demand here is limited compared to agriculture, it demands high-purity acrolein, commanding higher prices and requiring stringent production standards.
Water treatment is another key growth area, especially in regions facing increasing industrial waste and stricter water quality regulations. Acrolein is used as a biocide to control bacterial and algal growth in industrial water systems. This application is expanding in developing economies that are investing in infrastructure and pollution control.
In terms of form, liquid acrolein dominates the market. It is easier to transport, store, and handle under controlled industrial conditions. However, gas-phase applications are used in closed-loop systems within specialized manufacturing environments, especially in advanced materials and electronics sectors.
By purity grade, industrial-grade acrolein holds the largest share due to its widespread use in agrochemicals and methionine production. Pharmaceutical and specialty grades, though smaller in volume, are more profitable due to their complexity and high-quality requirements.
Geographically, Asia-Pacific holds the largest share of the global acrolein market, driven by large-scale agriculture, chemical manufacturing, and expanding industrial activity. North America and Europe follow, with more specialized applications and a focus on high-grade production. The Middle East is emerging with new production capacities, while Latin America and Africa continue to show growing demand and potential for market development.
In conclusion, the acrolein market is shaped by diverse and dynamic segments, each with unique drivers and growth potential. Agriculture and chemical intermediates remain the backbone of demand, while applications in water treatment and pharmaceuticals are expected to rise steadily. Regional growth trends and investment in new technologies will continue to influence how these segments evolve in the coming years.