公司正在 岱山建设1.2万吨产能的 5-HMF ， 以及2000吨2,5-呋喃二甲酸（FDCA）和2000吨聚酯( PEF )的生产线 。 扩展阅读： 【DT新材料】 获悉，10月1日， 浙江糖能科技有限公司 （以下简称 "糖能科技"） 宣布成功完成股权与债权融资超2亿元。 此次组合融资策略不仅优化了公司的资本结构，也为公司核心项目-- 年产12000吨5-羟甲基糠醛（HMF）、中试车间和配套辅助设施项目顺利推进提 供了充足的资金保障，将加速建成 全球首条HMF万吨产线 。 糖能科技 成立于2017年12月，是全球领先的生物基呋喃新材料研发、生产与应用企业，核心技术源自中国科学院宁波材料技术与工程研究所。 公司依托自身高端原料生产能力及下游产业创新优势，构建了"1个核心单体+N个衍生创新产品"的生物基材料产业发展体系，累计突破120余项关键 技术，成功攻克了 HMF在生产过程中存在的选择性低、产物不稳定、提纯难度大等技术壁垒，并在国际上率先实现连续生产工艺，填补了该领域的 技术空白。 目前， 糖能科技已实现了 千吨级5-HMF中试生产线的稳定运转 。利用自主研发的连续化生产技术， 糖能科技成功开发出工业级 5 ...

以下文章来源于合成生物学与绿色生物制造 ，作者何玉婷 合成生物学与绿色生物制造 . 全球生物基和生物制造产业服务平台www.bio-basedlink.net | 分享生物制造产业新趋势、新合作和新机遇！ 生物基高分子领域有哪些经济可行性产品？ 生物基高分子 材料存在的问题是什么？有哪些 产业化机会？ 近日， 中国科学院宁波材料技术与工程研究所研究员，浙江省全省生物基高分子材料重点实验室主任 朱锦 分享了《 生物基高分子材料研究新进展 》的精彩报告。【DT新材料 】 做相关内容整理如下，与行业共享、共勉。 如下图所示，理论上，替代石油、煤炭和天然气原料资源，利用以光合作用产生的生物质资源，通过化学法或者微生物法，几乎能得到人类现所用所有 的高分子材料。 图来源：朱锦研究员演讲内容 当然，从经济上看，部分材料经济可行，部分经济不可行。但这也是行业生物基领域的研究和开发重点。 朱锦研究员表示： " 回望聚乳酸价格的发展 历程，实际上我觉得这恰恰说明了，生物质转化为生物基材料这一潜力非常大。" 根据生物基高分子材料产 业链，2018年， 中国科学院宁波材料技术与工程研究所在浙江成立了浙江重点实验室， 重点聚焦三大研 ...

Core Viewpoint - Fengyang County Xinyun Technology Co., Ltd. has been established with a registered capital of 200,000 RMB, indicating a focus on various technology and manufacturing sectors [1] Company Summary - The legal representative of the company is Shen Xuequn [1] - The registered capital of the company is 200,000 RMB [1] - The company operates in multiple areas including technology intermediary services, bio-based materials manufacturing, and refractory materials production [1] Business Scope - The business scope includes general projects such as: - Technology intermediary services - Manufacturing of bio-based materials - Production of refractory materials - Information consulting services (excluding licensed information consulting services) - Processing and handling of non-metal waste and scraps - Sales of non-metal minerals and products - Manufacturing of non-metal mineral products - Processing of construction stones - Sales of construction materials - Manufacturing and sales of coatings (excluding hazardous chemicals) - Production of chemical products (excluding licensed chemical products) - Sales of new metal functional materials - Sales of metal ores - Processing of metal waste and scraps (excluding licensed businesses) [1]

Group 1 - The company is developing bio-based composite materials for applications in new energy batteries [1] - The company is simultaneously constructing production lines for these materials [1] - Currently, the materials have not been used for packaging in solid-state batteries [1]

全球生物基和生物制造产业服务平台 www.bio-basedlink.net 【生物基能源与材料】 获悉，近日， 象生科技近期宣布连续完成两轮数千万元天使+轮融资 ，资金将用于AI催化技术平台建设、产品研发、产线拓展 及智能工厂建设。 象生科技成立于2024年1月，团队成员来自布朗大学、剑桥大学、南京理工大学等海内外高校，创始人于超2020年作为江苏特聘教授回国，投入到AI纳 米催化和多相流微反应器的工程化研究与落地。 象生科技从一开始瞄准 高阻隔包装场景 ，并通过自研的多相微流矩阵反应平台降低生产成本，为 复杂化学反应设计高度集成化系统 。 平台通过 构建 起 AI催化材料设计平台及实验数据库 ， 提升催化剂的活性和选择性 ，并 通过 流体模拟 的手段，提升混合效率并减少压力损失，最终 实现FDCA的 一步法制备 ，提升收率、产率和工艺稳定性，并降低生产和三废处理成本。 象生科技基于自研平台，研发 生物酶及纳米催化剂 ， 实现FDCA、PEF量产，并为多家产业客户提供微流工艺开发及量产服务 。目前产品及技术服务 已在 功能聚酯薄膜及纤维、纳米涂料、有机光电等领域落地 ， 与多家五百强企业供应链达成产品合作意 ...

Group 1 - The world's first bio-based composite refrigerated container has been officially delivered, marking a breakthrough in the application of bio-based materials in the refrigerated container sector in China [1] - The bio-based composite material, developed by Shanghai Kasei Biotechnology Co., Ltd., has lower carbon emissions, lighter weight, and recyclable properties compared to traditional metal materials [1] - The material can reduce carbon emissions by 50% compared to traditional petroleum-based products, with a density of only 1/4 that of steel and 2/3 that of aluminum [1] Group 2 - The material exhibits excellent chemical stability and corrosion resistance, eliminating the need for additional rust-proof treatment, thus reducing production costs and environmental pollution [1] - The design flexibility of the material allows for precise engineering of mechanical properties by adjusting fiber layering, akin to "cutting fabric" [1] - As the application market expands and production scales increase, the manufacturing efficiency of key monomers will improve, leading to a continuous decrease in costs [2]

近日，国内首个以AI+MGI（材料基因工程）技术为核心驱动的"干湿一体多糖生物基材料创新实验 室"在浙江台州黄岩正式启用。该实验室的落成，标志着我国在生物基材料领域的数字化研发迈入新阶 段，不仅填补了多糖类生物基材料"数字模拟+实体实验"协同研发的空白，更探索出一条"政府引导、平 台运营、企业参与、产学研协同"的可复制、可持续创新生态路径——"黄岩样本"。 近年来，享誉全国的"模具之都"——台州黄岩正加速从传统制造向高端化、智能化、绿色化转型。黄岩 区政府相关负责人表示，此次引入的生物基材料创新实验室，聚焦可降解、低碳环保的多糖类新材料研 发，正是黄岩布局未来产业、构建绿色制造生态的关键一步。"这个实验室不仅是一个技术平台，更是 我们推动产业升级、数字经济与绿色制造深度融合的战略引擎。"该负责人说，"未来，我们将以此为牵 引，吸引高端创新资源集聚，力争将黄岩打造成为国内领先、国际知名的生物基材料创新高地和绿色制 造示范区。" 实验室汇聚政府、企业、高校、科研机构等多方力量，由专业平台"知耕"负责运营，以"需求牵引、优 势互补"为核心理念——企业出题，高校解题，平台提供AI工具与实验环境，政府提供政策与资源支 ...

Core Viewpoint - The article highlights the advancements and projects of Kasei (Taiyuan) Biomaterials Co., Ltd., particularly in the production of bio-based materials, showcasing significant growth in revenue and profit, as well as innovative product applications in the industry [2][5]. Group 1: Project Developments - Kasei is constructing a project with an annual capacity of 500,000 tons of bio-based hexamethylenediamine and 900,000 tons of bio-based polyamide, located in the Shanxi Synthetic Biology Industrial Ecological Park [2]. - The company currently has a series of bio-based dicarboxylic acids (DC10-DC18) with an annual capacity of 115,000 tons, and a bio-based sebacic acid project with an annual capacity of 40,000 tons that commenced production in 2022 [4]. - The bio-based hexamethylenediamine has an annual capacity of 50,000 tons, primarily used as a raw material for bio-based polyamide production [4]. Group 2: Financial Performance - In the first half of 2025, Kasei achieved a revenue of 1.671 billion yuan, representing a year-on-year increase of 15.68% [5]. - The net profit attributable to shareholders reached 309 million yuan, up 24.74% year-on-year, while the net profit after deducting non-recurring items was 296 million yuan, reflecting a growth of 23.67% [5]. Group 3: Research and Development - The company invested 123.2 million yuan in R&D in the first half of 2025, a 23.13% increase year-on-year, accounting for 7.37% of its revenue [4]. - Significant progress has been made in R&D projects related to green dicarboxylic acids, bio-based piperidine, bio-based long-chain polyamides, and high-value utilization of agricultural waste [4].

Core Viewpoint - The delivery of the world's first bio-based composite refrigerated container marks a significant advancement in the application of bio-based materials in the cold chain logistics sector, providing a replicable "Chinese solution" for the global container industry’s low-carbon transition [1][3]. Group 1: Product Innovation - The newly delivered refrigerated container utilizes Kasei Biotech's self-developed bio-based polyamide continuous fiber composite materials in key components such as the inner ceiling and side panels [3]. - The bio-based material offers low carbon and high performance, featuring lightweight, high strength, wear resistance, and corrosion resistance, with a density only 1/4 that of steel and 2/3 that of aluminum, while achieving comparable or superior mechanical properties [3]. Group 2: Environmental Impact - The lightweight design significantly reduces the weight of the container, leading to decreased transportation energy consumption and improved logistics efficiency [3]. - The material requires no additional surface treatment to meet functional needs, thereby lowering production costs and environmental pollution [3]. - The lifecycle carbon emissions of the bio-based materials are substantially lower than those of traditional metal materials, aligning with global carbon neutrality trends [3]. Group 3: Future Developments - In addition to the container delivery, a bio-based battery shell manufacturing base project, with a total investment of 500 million yuan, has been established, aiming for an annual production capacity of 2.5 million bio-based battery shells [3]. - The bio-based materials exhibit strong corrosion resistance, maintaining stability in harsh environments such as high humidity and low temperatures, which extends the product's lifespan [3].

Core Viewpoint - The delivery of the world's first bio-based composite refrigerated container marks a significant advancement in the application of bio-based materials in the logistics industry, providing a replicable "Chinese solution" for the global container industry’s low-carbon transition [2][4]. Group 1: Product Innovation - The refrigerated container utilizes Kasei Biotech's bio-based polyamide continuous fiber composite materials in critical components, showcasing low-carbon and high-performance advantages [4]. - The material has a density of only 1/4 that of steel and 2/3 that of aluminum, yet achieves mechanical performance comparable to or better than metal materials [4]. Group 2: Environmental Impact - The bio-based materials significantly reduce the carbon emissions throughout their lifecycle compared to traditional metal materials, aligning with global carbon neutrality trends [4]. - The lightweight design through "plastic replacing steel and aluminum" reduces transportation energy consumption, enhancing logistics efficiency [4]. Group 3: Additional Developments - A new manufacturing base for bio-based battery shells, with a total investment of 500 million yuan, is set to produce 2.5 million sets annually, further expanding the application of bio-based materials [4]. - The materials used in the container do not require additional surface treatment, which lowers production costs and environmental pollution [4]. Group 4: Collaborating Entities - The project involves collaboration with China Merchants Group's subsidiary, China Merchants Container Transportation Co., and COSCO Shipping Development Group's subsidiary, Shanghai Huanyu Qingdao Container Factory [2].