1 Global Acrolein Market Insight Analysis
The global acrolein market size is expected to reach USD 1,855.07 million by 2025, with a CAGR of 4.52% from 2025 to 2033.
Acrolein, also known as 2-propenal is the simplest unsaturated aldehyde. It’s a colourless liquid and exhibits a disagreeable acrid smell. Acrolein is primarily used as an important intermediate and a specialty chemical.
One of the most widely used industrial methods of preparing Acrolein involves catalytic oxidation of propylene in presence of air. Further, there is emerging trend of usage of glycerine as alternative feedstocks for Acrolein.
Figure Global Acrolein Market Size (M USD) and CAGR (2025-2033)
2 Acrolein Market Growth Drivers and Restraints
Environmental awareness and policy promotion
Global attention to climate change and resource waste is increasing, and the demand for sustainable development from consumers and governments is driving the transformation of the footwear industry. For example, the EU’s New Plastic Economy Action Plan requires the reduction of plastic waste, and China’s “dual carbon” goals encourage green production, forcing companies to adopt recycled materials (such as recycled polyester, plant-based leather) and low-carbon processes. Consumer surveys show that 85% of consumers are willing to change their purchasing behavior for environmentally friendly products. Brands such as Allbirds and Veja have gained market recognition through transparent supply chains and environmentally friendly materials.
Brand value and market competition
Head brands use sustainability as a differentiated competitive point. Nike’s “Move to Zero” plan promises zero carbon emissions and zero waste. Adidas has partnered with Parley for the Oceans to launch sports shoes made from marine plastic waste, which enhances its brand image while attracting environmentally friendly consumers. Emerging brands such as Rothy’s and Allbirds use “closed-loop production” (recycling old shoes into new materials) to subvert traditional models and promote industry innovation.
Technological progress and material innovation
Breakthroughs in sustainable material technology reduce production costs. For example, new materials such as mushroom mycelium leather (Bolt Threads), algae foam (Bloom), and coffee grounds recycled fiber are gradually commercialized, which not only reduces dependence on petroleum-based materials but also meets functional needs. 3D weaving technology reduces fabric waste, and water-based adhesives replace traditional solvent-based products to reduce pollution in the production process.
Supply chain and distribution channel optimization
Direct-to-consumer (DTC) models (such as Everlane and Tropicalfeel) shorten the supply chain and reduce carbon emissions in the middle link, while expanding global reach through e-commerce platforms (Amazon and Alibaba). Brands also enhance user stickiness and promote the circular economy through “trade-in” programs (such as Nike Reuse-A-Shoe).
Cost pressure and price sensitivity
Sustainable materials (such as organic cotton and recycled nylon) cost 20%-50% more than traditional materials, resulting in higher prices for end products. Although 65% of consumers support environmentally friendly products, only 26% are willing to pay a premium (Harvard Business Review survey). Non-sustainable products from low-priced fast fashion brands (such as Zara and H&M) still dominate the market, squeezing out the price space of sustainable brands.
Technical bottlenecks and scale challenges
Some environmentally friendly materials (such as bio-based polyurethane) have unstable performance and are difficult to meet the support and durability requirements of sports shoes. Small-scale production leads to insufficient economies of scale. For example, Veja’s Amazon rubber soles rely on manual collection, which limits capacity expansion. Emerging technologies (such as leather substitutes) have a long commercialization cycle and require long-term investment.
Consumer cognition and behavioral bias
Despite the increase in environmental awareness, the phenomenon of “greenwashing” has led to insufficient consumer trust in brands. 45% of consumers find it difficult to distinguish truly sustainable products and still prioritize price and style when purchasing. In addition, the post-epidemic economic recession has caused some consumers to turn to non-sustainable products with higher cost-effectiveness.
Supply chain complexity and geopolitical risks
Sustainable material supply chains are fragmented (such as Brazilian rubber and Indian organic cotton), and are greatly affected by climate disasters (such as floods in Southeast Asia affecting coconut fiber supply) and trade policies (such as the US imposition of tariffs on Vietnam). The conflict between Russia and Ukraine has led to higher energy prices, further pushing up green production costs for European factories.
3 Technological Innovations in the Acrolein Market
Material Revolution: From Linear to Circular
Bio-based materials: Allbirds launched a sole made of stevia fiber, which has a 60% lower carbon footprint than traditional EVA; Mycelium (Bolt Threads) uses fungal mycelium to make leather, which has been used in Adidas and Stella McCartney series.
Waste Regeneration: Rothy’s makes 3D woven uppers from marine plastic bottles, consuming 7 bottles per pair of shoes; Nike Grind grinds old shoes into particles for new soles, with an annual recycling volume of more than 20,000 tons.
Plant dyeing and non-dyeing technology: Eileen Fisher uses plant dyes instead of chemical dyes to reduce water pollution; some brands launch “natural color” products to avoid energy consumption in the dyeing process.
Intelligent and low-carbon production process
Digital production: New Balance uses AI to optimize shoe design and reduce fabric waste by 15%; 3D printing technology (such as Under Armour Architech) achieves zero inventory customization and reduces warehousing and transportation emissions.
Green manufacturing: Adidas’ German “Speedfactory” uses renewable energy, and robot production reduces 70% of labor and 50% of logistics costs; the Vietnamese factory introduces solar power generation to reduce carbon emissions by 30%.
Product life cycle management technology
Blockchain traceability: Veja uses blockchain to track the entire process of rubber from the Amazon rainforest to the factory to ensure fair trade; the Provenance platform provides transparent supply chain certification for brands to enhance consumer trust.
Repairable and recyclable design: Patagonia launches the “Worn Wear” program to repair old clothes and shoes for free; Reformation’s Alize sandals use detachable parts and have a disassembly recycling rate of 85%.
Head brands acquire emerging environmental companies
Nike acquires second-hand clothing platform Stadium Goods to expand the circular economy; Adidas invests in biomaterial company Avril to lock in exclusive supply of algae foam.
Fast fashion groups accelerate transformation: Inditex (Zara’s parent company) acquires sustainable footwear brand United Nude, and H&M Group invests in mushroom leather company Mycelium.
Vertical integration and cooperation
Co-branding between material suppliers and brands: Dow Chemical and Nike cooperate to develop bio-based waterproof membranes, and BASF and Allbirds jointly create low-carbon foam.
Cross-industry alliance: Fashion for Good (initiated by Inditex, Nike, etc.) invested 100 million euros in the research and development of sustainable technologies, aiming to achieve net zero emissions in the industry by 2030.
4 Global Acrolein Market Size by Type
The Propylene Oxidation Method is the dominant production technique for Acrolein, accounting for the majority of the market share. In 2025, this method is expected to generate a revenue of 1,727.16 million US dollars. This method involves the catalytic oxidation of propylene in the presence of air, producing Acrolein as a key intermediate. The Propylene Oxidation Method is widely used due to its efficiency and scalability, making it suitable for large-scale industrial production. It is particularly prevalent in regions with established chemical industries, such as North America, Europe, and Asia-Pacific. The market share of this method is projected to be approximately 93.10% in 2025, reflecting its continued dominance in the Acrolein market.
The Glycerol Dehydration Method, while less dominant, is gaining traction due to its potential as a sustainable alternative. In 2025, this method is expected to generate a revenue of 127.91 million US dollars. This method involves the dehydration of glycerol to produce Acrolein, offering an alternative feedstock that can reduce dependency on traditional fossil fuels. The Glycerol Dehydration Method is particularly attractive in regions with a focus on sustainability and renewable resources. Its market share is projected to be around 6.90% in 2025, indicating a growing but still niche presence in the overall Acrolein market.
Table Global Acrolein Market Size and Share by Type in 2025
Type | Market Size (M USD) 2025 | Market Share 2025 |
|---|---|---|
Propylene Oxidation Method | 1727.16 | 93.10% |
Glycerol Dehydration Method | 127.91 | 6.90% |
5 Global Acrolein Market Size by Application
Methionine: Methionine is the largest application segment for acrolein in terms of revenue. In 2025, it is expected to generate a revenue of 1201.90 million USD, accounting for 64.79% of the total market share. Acrolein plays a crucial role in the synthesis of methionine, an essential amino acid widely used in the animal feed industry. With the continuous growth of the livestock and poultry farming sectors globally, the demand for methionine has been on the rise, thereby driving the consumption of acrolein in this application. Moreover, the increasing focus on animal nutrition and productivity has further stimulated the production of methionine, solidifying its position as the dominant application of acrolein.
Pesticide: The pesticide application of acrolein is the second – largest revenue – generating segment. In 2025, it is projected to bring in a revenue of 312.38 million USD, holding a market share of 16.84%. Acrolein is used as an intermediate in the production of certain pesticides, which are essential for protecting crops from pests and diseases. As the global population grows, the demand for food increases, leading to a higher need for effective pesticides. This, in turn, drives the demand for acrolein in the pesticide manufacturing process. However, the market is also influenced by factors such as stricter environmental regulations on pesticide use, which may prompt the development of more sustainable and acrolein – based pesticide formulations.
Glutaraldehyde: Glutaraldehyde application of acrolein is expected to generate a revenue of 122.81 million USD in 2025, accounting for 6.62% of the market share. Glutaraldehyde, produced using acrolein as a precursor, has applications in various sectors such as healthcare (as a disinfectant), water treatment (for controlling microbial growth), and the oil and gas industry (for well – treatment). The growing awareness of hygiene and sanitation, especially in the healthcare sector, has contributed to the demand for glutaraldehyde, and thus, for acrolein in its production.
Water Treatment Agent: The water treatment agent application of acrolein is projected to bring in a revenue of 142.25 million USD in 2025, with a market share of 7.67%. Acrolein – based compounds are used in water treatment processes to remove impurities, control algae growth, and improve water quality. With the increasing global concern over water scarcity and the need for clean water, the demand for effective water treatment agents has been rising, driving the acrolein market in this application area.
Table Global Acrolein Market Size and Share by Application in 2025
Application | Market Size (M USD) 2025 | Market Share 2025 |
|---|---|---|
Methionine | 1201.90 | 64.79% |
Pesticide | 312.38 | 16.84% |
Glutaraldehyde | 122.81 | 6.62% |
Water Treatment Agent | 142.25 | 7.67% |
Others | 75.73 | 4.08% |
6 Global Acrolein Market Size by Region
In 2025, North America is expected to generate a revenue of 525.10 million USD from acrolein. The region has a well – established chemical industry infrastructure. The presence of major chemical companies and advanced research facilities has contributed to the growth of the acrolein market. North America uses acrolein in various applications such as the production of acrylic acid, which is further utilized in the manufacturing of paints, adhesives, and superabsorbent polymers for hygiene products. The region’s strict environmental regulations also drive the development of more sustainable production processes for acrolein, encouraging innovation in the industry.
Europe is another significant market for acrolein. In 2025, the revenue from acrolein in this region is projected to reach 678.38 million USD. The European chemical industry is highly sophisticated, with a focus on quality and sustainability. Acrolein finds applications in sectors like pharmaceuticals, where it is used as an intermediate in the synthesis of certain drugs. Additionally, the growing demand for bio – based and eco – friendly materials in Europe has led to research on using acrolein in more sustainable chemical processes. European companies are also investing in R&D to improve the efficiency of acrolein production and reduce its environmental impact.
The Asia Pacific region has been experiencing rapid growth in the acrolein market. In 2025, its revenue is expected to be 461.64 million USD. The region’s economic development, especially in countries like China and India, has spurred the demand for acrolein. With the expansion of industries such as textiles, plastics, and construction, the need for acrolein – derived products has increased. For example, in the textile industry, acrolein – based compounds are used for fabric finishing to enhance properties like wrinkle resistance. Moreover, the availability of a large labor force and relatively lower production costs in some parts of the Asia Pacific region have attracted chemical manufacturing investments, further fueling the growth of the acrolein market.
South America’s acrolein market revenue is projected to be 80.19 million USD in 2025. Although it has a relatively smaller share compared to the larger regions, the market is steadily growing. The region has natural resources that can be used in the chemical industry, and there is an increasing focus on industrial development. Acrolein is used in applications such as the production of agricultural chemicals in South America. As the region’s agricultural sector expands, the demand for related chemical products, including those derived from acrolein, is likely to increase. Additionally, some local chemical companies are investing in upgrading their production facilities to meet the growing demand for acrolein.
In 2025, the Middle East and Africa region is expected to generate a revenue of 109.76 million USD from acrolein. The Middle East, with its abundant oil and gas resources, has a strong petrochemical industry base. Acrolein is produced as a by – product or intermediate in some petrochemical processes. In Africa, the growing infrastructure development and industrialization efforts are driving the demand for acrolein – based products. However, the region also faces challenges such as limited access to advanced technology and infrastructure in some areas, which may affect the pace of market growth.
Figure Global Acrolein Market Size (M USD) by Region in 2025
7 Global Acrolein Market Analysis by Major Players
Evonik
Company Profile: Evonik Industries AG is a global leader in specialty chemicals, with its headquarters in Germany. Established in 2007, Evonik operates in over 100 countries and is known for its innovative and sustainable solutions. The company’s strong focus on research and development has enabled it to maintain a competitive edge in the market.
Business Overview: Evonik’s business is structured around three main segments: Nutrition & Care, Resource Efficiency, and Performance Materials. Evonik’s strategy is centered on creating value through innovation, sustainability, and operational excellence. The company’s products are used in a wide range of industries, including automotive, healthcare, and agriculture.
Product Offered: Evonik’s Acrolein product, MetAMINO® (DL-Methionine Feed Grade), is a high-purity amino acid used primarily in animal nutrition. It plays a crucial role in ensuring balanced nutrition and optimal growth in poultry, swine, and aquaculture. Evonik’s Acrolein is also used as an intermediate in the production of various chemicals, contributing to its diverse product portfolio.
Adisseo
Company Profile: Adisseo S.A.S., headquartered in China, is a leading producer of animal nutritional additives. Established in 1939, Adisseo has a global presence with over 2,185 employees across all continents. The company is renowned for its high-quality amino acids, vitamins, enzymes, and proteins used in livestock feeds.
Business Overview: Adisseo’s business is focused on providing innovative and sustainable solutions for animal nutrition. Adisseo’s strategy involves continuous innovation and expansion into new markets, driven by its commitment to improving animal health and performance.
Product Offered: Adisseo’s Acrolein product, RHODIMET®NP99, is a high-purity DL-methionine powder used in various feed applications. It enhances feed efficacy, reduces costs, and improves animal production performance. Adisseo’s Acrolein is also used in the production of pesticides and other specialty chemicals, showcasing its versatility in the market.
Arkema
Company Profile: Arkema SA, headquartered in France, is a global manufacturer of chemicals and advanced materials. Established in 2004, Arkema operates worldwide and is known for its expertise in materials science and sustainable solutions. The company’s commitment to innovation and sustainability has positioned it as a leader in the chemical industry.
Business Overview: Arkema’s business is organized into three main segments: Adhesive Solutions, Advanced Materials, and Industrial Specialties. Arkema’s strategy is centered on sustainable growth, driven by innovation and a focus on high-performance materials. The company’s products are used in various industries, including automotive, electronics, and construction.
Product Offered: Arkema’s Acrolein is used in the production of various end products, including plastic additives, specialty adhesives (Bostik), and coating resins. The company’s Acrolein production facility in Beaumont is a key asset in its portfolio. Arkema’s Acrolein is also used as an intermediate in the production of other chemicals, highlighting its importance in the company’s diverse product range.