市场调查报告书
商品编码
1347127
生物醋酸的全球市场的评估:各原料,不同生产过程,各终端用户,各地区,机会,预测(2016年~2030年)Bio-acetic Acid Market Assessment, By Source, By Production Process, By End-user, By Region, Opportunities and Forecast, 2016-2030F |
全球生物乙酸市场规模预计将从 2022 年的 2.278 亿美元增至 2030 年的 4.154 亿美元,在 2023-2030 年预测期内复合年增长率为 7.8%。许多政府机构制定的严格法规正在迫使化学工业减少传统有机酸的使用,这是全球市场的主要动力。
化学工业正在大力采用更环保和永续的做法。生物基乙酸可以连续生产,并提供可再生且环保的替代品。主要化学品製造商和创新新创公司正在深化合作,开发新技术,例如提取,以生产生物乙酸。代谢工程和基因工程微生物等新的先进技术正在被纳入新的、更有效的生物乙酸的生产中。
COVID-19 大流行的影响是全球市场的严重担忧。由于各个生产装置的中断和关闭,乙酸的分布逐渐减少。供应商只优先向其合约客户交付有限数量的乙酸,并且发现很难满足过剩世界的需求。在 COVID-19 的持续影响期间,西方国家的乙酸供应变得紧张。疫情过后,企业专注于透过引进先进技术来提高生物乙酸产量。
俄罗斯和乌克兰的併吞对世界产生了前所未有的影响,造成政治和经济不稳定的局势。欧盟(EU)国家和美国受到贸易动态中断的严重影响。生物乙酸在各种产品中的使用量非常巨大,持续的衝突加剧了这种情况。生物乙酸贸易的供需平衡、价格波动等参数的影响促使了各个地区的经济破坏。欧洲国家继续努力从经济危机中復苏并实施促进生物乙酸贸易的法规,可能会增加生物乙酸的使用。
本报告提供全球生物醋酸市场相关调查分析,提供市场规模与预测,市场动态,主要企业的形势及预测等资讯。
Bio-acetic Acid Market size was valued at USD 227.8 million in 2022, expected to reach USD 415.4 million in 2030 with a CAGR of 7.8% for the forecast period between 2023 and 2030. Bio-based products are prominently gaining attention and companies like food and beverage, personal care, and pharmaceuticals are willing to facilitate the extensive usage of their products. Bio-acetic acid is progressively replacing many conventional petrochemicals in a variety of products. Bio-based acetic acid is frequently used in food products as a preservative and acid regulatory. Stringent regulations framed by numerous government entities have forced the chemical industry to reduce the usage of conventional organic acids, which is the main factor driving the bio-acetic acid market globally.
Production of petroleum-based acetic acid through the carbonylation process uses excessive amount of fossil fuels which is substantially replaced by biomass technology to produce acetic acid reducing the global warming potential (GWP). Companies are implementing "Green Principles Chemistry" to manufacture acetic acid from various bio-based compounds. Bio-based acetic acid has a carbon footprint which is significantly around 80% less than that of conventional-based acetic acid and can contribute to reducing the concern of climatic change. Environmentally friendly bio-acetic acid can be used in various applications such as feed industries, can be used as primary chemical reagents. Accounting to all effective applications the bio-acetic market has enormous global potential to create multiple opportunities.
Bio-based acetic acid is anticipated to deliver a prominent role in propelling the acetic acid market, especially in regulations with sustainable goals. Generally, the production of acetic acid is accompanied by conventional petrochemical processes e.g., methanol carbonylation, acetaldehyde oxidation, etc. The raised concerns about producing acetic acid using these processes are due to a shortage of fossil resources and imposed regulations to reduce fossil carbon dioxide emissions. Bio-acetic acid are progressively utilized in various applications comprising similar properties as the conventional one but with lesser environmental impact.
Biomass fast pyrolysis using the aqueous phase of pyrolysis liquid consecutively contains a certain amount of acetic acid. It could become a renewable source for the generation of bio-acetic acid. Furthermore, bio-acetic acid can be recovered using nanofiltration, reactive extraction, and reverse osmosis membranes. Advertently minimizing the conventional fossil-based acetic acid usage and focusing on additional bio-acetic acid will significantly aid in developing a more sustainable bio-based industry.
The chemical industry is transforming towards greener and adopting significant sustainable practices. Bio-based acetic acid can successively be produced, offering a renewable and eco-friendly alternative. Major chemical-producing companies and innovative startups are progressively collaborating in developing new technologies such as extraction, to produce bio-acetic acid. Novel advanced technologies such as metabolic engineering and genetically modified microorganisms are being incorporated in producing new and more effective bio-based acetic acids.
Bio-acetic acids are frequently used in manufacturing various prominent chemicals such as vinyl acetate monomer, purified terephthalic acid, acetate esters, which are extensively being used in the consumer industry. Vinyl acetate monomer, a major intermediate in the reaction, is used to generate resins and polymers for coatings, adhesives, paints, and textiles. AFYREN are successfully producing 100% bio-based natural acetic acid where the company's proprietary technology corresponds to "zero waste," and the obtained acetic acid are COSMOS and ECOCERT approved. The significant development in bio-acetic acid is encouraging more companies to develop using greener solutions and creating global market opportunities to expand incredibly.
The prevailing impact of COVID-19 pandemic was a serious concern for global market as the outbreak has caused severe devastation. The circulated quantity of acetic acid gradually declined due to disruptions and the shutdown of various manufacturing units. Suppliers' priority was only to deliver to their contractual customers with a limited amount of acetic acid and landed in difficulty while meeting the surplus global need. During the prolonged COVID-19 impact, acetic acid supplies were tightened in Western countries. After the pandemic, companies put tremendous effort into increasing the production of bio-acetic acid by implementing advanced technologies.
The annexation of Russia and Ukraine has had an unprecedented impact across the globe, leading to uneased political and economic uncertainty. European Union countries and the United States are severely impacted due to disruptions in trade dynamics. The application of bio-acetic acid in various products is significantly huge, exacerbated by the ongoing conflicts. The implications for demand-supply balances, instability in price variations, and other parameters in bio-acetic acid trading accounted for economic devastation in various regions. The continuous efforts by European countries through implementing regulations to recover from the economic crises and ease trade of bio-acetic acid has possibly increased the bio-acetic acid applications.
Chemical companies are effectively creating innovations to produce bio-based acetic acid. Lenzing AG has produced bio-based acetic acid as a bio-refinery product by their trademark brand from beech wood. The product undergoes several purification steps to develop high-quality food grade along with a characteristic fruity smell, making it suitable for consumers. Bio-based acetic acid leaves a carbon footprint over 85% lower than fossil-produced acetic acid. Imperatively, the importance of high-purity bio-based acetic acid is considered in raw materials across different industries.
All segments will be provided for all regions and countries covered:
Companies mentioned above DO NOT hold any order as per market share and can be changed as per information available during research work.