Core Viewpoint - Biobased products are considered "carbon neutral" and are essential for addressing climate change by replacing fossil-based products, especially in the context of dwindling petrochemical resources and global warming [1][5]. Market Overview - The global biobased products market is projected to grow from $22.8 billion in 2020 to $42.1 billion in 2024, with China leading the market at $19.9 billion, accounting for 47.27% of the global share [5][6]. - By 2025, the global market is expected to reach $48.1 billion, with China's share increasing to $23.1 billion, or 48.02% [5][6]. - The market is anticipated to exceed $80 billion within the next five years [5]. Industry Definition and Classification - Biobased products are defined as products derived from biomass (including plants, animals, and microorganisms) or biological processes (such as fermentation) [2]. - They can be categorized into two main types: biobased energy (solid, liquid, and gas forms) and biobased materials (macromolecular and small molecular biochemicals) [2][3]. Industry Chain - The biobased products industry chain includes upstream raw materials (crops, plant waste, and biomass), midstream processing companies that convert these materials into biobased products, and downstream applications in various sectors such as packaging, textiles, and transportation [6][7]. Policy Environment - The Chinese government has implemented various policies to promote the development of biobased products, emphasizing the reduction of fossil resource dependency and the promotion of a green economy [8][9]. Competitive Landscape - The biobased products industry in China is characterized by a diverse and tiered competitive landscape, with key players including Fengbei Bio, Kaisa Bio, Jindan Technology, and Wanhua Chemical [10][11]. - Notable companies like Anhui Huaheng Bio and Shanghai Kaisa Bio have established themselves as leaders in the biobased product sector, focusing on research, production, and sales of biobased materials [11][12]. Development Directions - The increasing global energy demand and the finite nature of conventional energy resources highlight the significance of biobased products as a sustainable alternative [13][14]. - The industry is seen as a crucial pathway towards achieving carbon neutrality, with ongoing technological advancements and cost reductions enhancing market prospects [15].

湖北首鼎创始人桑涛博士是武汉东湖高新区首批产业领军人才，在武汉国家生物产业基地设立研发中心，在全球率先探 索建立以芦苇及农作物秸秆为原料的合成生物制造产业，生产生物树脂、生物塑料等先进环保新材料，获得50多项发明 专利。 湖北首鼎还从芦苇中提取高活性酶解木质素合成生物树脂，用于制造碳纤维复合材料，可应用于航空航天、轨道交通、 新能源等高端制造领域。目前全球碳纤维复合材料需求迅速增长，国产环氧树脂韧性不足，很多高端产品都从国外进 口。该公司研发的生物树脂可解决"卡脖子"问题，具有强大市场竞争力，得到行业高度认可。 日前从湖北首鼎实业有限公司获悉，全球首条以芦苇为原料的可降解生物塑料生产线在石首投产。这项自主研发的生产 技术国际领先，填补了非粮生物塑料制造领域的空白。 负责技术研发的上海汉禾生物新材料科技有限公司工程师刘畅介绍，传统塑料生产以石油为原料，不能降解，造成环境 污染，甚至危害人类健康；可降解生物塑料以玉米等粮食淀粉为原料，成本高，产品贵，应用受到限制。上海汉禾控股 的湖北首鼎生产的秸秆生物塑料，售价比粮食塑料显著降低，规模化生产后将比石化塑料价格更便宜，可完全降解为二 氧化碳和水，能有效解决白色污染难 ...