政策引领 生物制造迎来战略机遇期 安徽省作为我国生物制造产业的重要基地，依托龙头企业的技术突破与产业链协同，正加快构建从"秸 秆资源化"到"材料低碳化"的绿色闭环，推动生物制造产业迈向高质量发展新阶段。 国务院办公厅于2025年11月7日印发的《关于加快场景培育和开放 推动新场景大规模应用的实施意见》 中提出，推动生物技术广泛应用于新材料、建筑、能源、环保等产业创新场景，重点开放生物基材料替 代、生物能源低碳转化等应用场景，构建生物技术产业融合发展生态圈。 多地研究出台生物制造相关产业规划和政策文件，加快产业布局。 合肥发布推进生物制造产业高质量发展行动方案，力争到2026年生物制造产业集群产值规模突破300亿 元；河北出台17条措施支持生物制造产业发展……从资金扶持、资源聚集到政策助力，各地想方设法优 化产业环境。 政策红利持续释放，为安徽生物制造产业发展提供了强有力的制度保障。 技术突破 催发生物制造产业发展新活力 从"自然索取"到"生命编程"，生物制造正将诸多的"不可能"变为现实。"十五五"期间，在国家战略引 领、技术突破赋能、市场需求拉动等因素驱动下，这一万亿级赛道将迎来全面提速的黄金发展期，开启 人 ...

关键词| 非粮生物制造 | 中科康源 【SynBioCon】 获 悉，12月30日上午，宝应县举行秸秆合成生物转化项目签约仪式，市农业农村 局副局长王波，县委常委、副县长薛刘宇， 中科康源（唐山）生物技术有限公司董事长张东远 等出 席签约仪式。 此次由夏集镇引进、落户在安宜镇（高新区）的秸秆合成生物转化项目， 规划总产能60万吨，总投 资10亿元 ，其中，一期用地约60亩，新建厂房3万平米，设备投资8000万元， 建设15万吨秸秆生 物转化发酵饲料生产线 ，投产达效后年开票销售额超3亿元，纳税额超800万元。 二期计划投资建 设20万吨秸秆糖化单细胞蛋白饲料生产线。 中科康源（唐山）生物技术有限公司由中科院天津所研究员、国家"万人计划"获得者张东远博士创 建 ，是"国家高新技术企业""河北省专精特新企业"，专注于生物质解聚分子化工艺研发，突破秸秆 等生物质解聚分子化的技术瓶颈，现已建成秸秆生物转化可发酵多糖及单细胞蛋白产品生产2个"省 级研发平台"、1个"中科院成果转化基地"和1个20万吨生产基地，产品应用于养殖及乳酸等大宗发 酵生产玉米替代领域。 中国 · 上海 第11届生物基大会暨展览（简称Bio-bas ...

本次获得注资的三家子公司，是路德科技从环境治理向高科技生物制造战略转型的核心引擎与产能基 石。它们在全国范围内构成了路德科技以白酒糟、酵肽等食品工业副产物为原料，生产高品质生物发酵 饲料的产业化矩阵。其中，宿迁基地更是被规划为公司未来的绿色生物科技产业旗舰。 路德科技通过自主研发的微生物发酵与过程调控技术，成功将酿酒、食品加工等过程产生的非粮生物 质，转化为粗蛋白含量高、富含益生菌的功能性饲料产品。该技术路径不仅能有效减少酒糟、酿造水等 废弃物造成的环境污染，更能为养殖业提供替代传统豆粕、玉米的优质蛋白来源，是践行"变废为宝"、 服务"豆粕减量替代"国家行动方案的创新举措。 作为此次战略合作的重要内容，路德科技亦作出研发与产品双重承诺：在2026至2028年间，将通过自主 研发、联合研发及收购兼并等方式，累计投入不低于3000万元用于开发蛋白饲料资源，开展高蛋白产品 相关研发、推广及并购；同时，将逐步提升白酒糟蛋白饲料的蛋白含量与高蛋白产品销量，确保到2028 年，蛋白含量不低于26%的酱香型饲料产品占同类产品比例不低于10%。这一承诺进一步凸显了资本赋 能对企业技术升级与产品迭代的倒逼机制，推动企业持续夯实 ...

Core Insights - The article discusses the announcement by the Ministry of Industry and Information Technology and the Ministry of Agriculture and Rural Affairs regarding the selection of typical cases for the innovation and development of non-grain bio-based materials, highlighting 25 key technological innovations, 8 application scenarios, and 2 characteristic gathering areas [2]. Group 1: Key Technological Innovations - A total of 25 enterprises have been recognized for their key technological innovations in non-grain bio-based materials, including companies like Shandong Elpai Powder, Wuhan Ruijia Kang Biological, and Guangdong Boxing New Materials [3]. - Shandong Elpai Powder has developed a technology for preparing silicon-carbon anode materials using agricultural straw and organic waste, addressing issues like volume expansion and conductivity [4]. - Wuhan Ruijia Kang Biological has created high-yield industrial strains and efficient genome editing technologies to produce high-purity lactic acid from non-grain biomass [5]. - Guangdong Boxing New Materials has developed high-performance light-cured resin technology from plant oils, enhancing material strength and curing speed [6]. - Heilongjiang Boneng Green Energy has implemented a circular model for processing agricultural waste into biogas, methanol, and organic fertilizers [7]. Group 2: Application Scenario Expansions - Eight enterprises have been recognized for their innovative applications of non-grain bio-based materials, including Shanghai Kaisa Biotechnology and Weifang Xinlong Biological [29]. - Shanghai Kaisa has developed high-strength, lightweight non-grain bio-based polyamide composite materials for cold chain logistics, achieving a weight reduction of 20% compared to traditional materials [30]. - Weifang Xinlong has successfully scaled up the production of inorganic flame-retardant fibers, addressing safety concerns associated with traditional flame-retardant materials [32]. - Suzhou Juwei Yuan Chuang has created green packaging solutions from brewing by-products, significantly reducing carbon emissions [33]. - Anhui Fengyuan has focused on the application of polylactic acid (PLA) in mineral water bottles, promoting environmental benefits [34]. Group 3: Characteristic Gathering Areas - The Anhui Guzhen Economic Development Zone has been recognized for its focus on the comprehensive utilization of biomass, developing a robust industrial chain from straw to polylactic acid [40]. - The Nanle County Advanced Manufacturing Development Zone has established innovation platforms for low-carbon utilization of biomass, creating a collaborative innovation environment for cellulose, hemicellulose, and lignin [42].

Core Viewpoint - Zhongke Kangyuan has successfully completed its first round of financing, marking a significant milestone in its development of non-grain biomass manufacturing technology using straw as a raw material, receiving recognition from both state-owned enterprises and local venture capital institutions [1] Group 1: Addressing Straw Conversion Challenges - China generates over 900 million tons of agricultural and forestry waste annually, with about 700 million tons being agricultural straw, but the resource utilization rate remains low [3] - Zhongke Kangyuan focuses on the efficient biological conversion of lignocellulosic biomass, having developed a proprietary continuous controllable temperature oxidation pretreatment process that effectively breaks down the degradation barriers of straw [3][4] Group 2: Supporting Livestock Industry Cost Reduction and Efficiency - The "New Energy Source" digestible sugar and protein products developed by Zhongke Kangyuan have over 55% digestible sugar content and over 8% crude protein content, allowing for a 1:1 replacement of corn in ruminant feed [7] - Trials at a leading domestic enterprise's farm showed an increase of 0.19 kg/day in dry matter intake per cow, with feed costs decreasing by over 0.35 yuan per cow per day, while improving milk fat and protein rates [7][8] Group 3: 200,000 Ton Project Commencement - The 200,000-ton straw bioconversion project in Tangshan has officially commenced production, covering 70 acres with a total investment of 240 million yuan, utilizing proprietary equipment and an intelligent control system [9] - Zhongke Kangyuan is accelerating the replication of this industrialization across major agricultural production areas in China, establishing a resource utilization network covering key straw-producing regions [9] Group 4: Aligning with National Development Goals - The national strategy emphasizes the importance of "biomanufacturing" as a key direction for future industries, focusing on high-value utilization of agricultural and forestry waste and the development of non-grain biomass conversion technologies [10] - Zhongke Kangyuan's technology aligns with these policies, aiming to alleviate feed grain pressure and provide non-grain carbon sources for downstream industries, contributing to China's transition from "catching up" to "leading" in biomanufacturing [10]

Core Viewpoint - The article discusses the advancements in bio-based ethylene glycol production from biomass resources, highlighting the significance of this technology for sustainable economic development and carbon neutrality goals [2]. Group 1: Bio-based Ethylene Glycol Production - Ethylene glycol is an important polyester monomer, traditionally produced from fossil raw materials like petroleum ethylene. The use of biomass resources such as straw offers a renewable, low-carbon alternative for producing bulk chemicals [2]. - The technology for producing bio-based ethylene glycol was pioneered by a team led by Academician Zhang Tao from Dalian Institute of Chemical Physics in 2008, with the first pilot plant established in Puyang, Henan in early 2022. The plant successfully produced bio-based ethylene glycol in June 2022, achieving a seamless process flow [2]. - The bio-based ethylene glycol produced has been tested and found to have superior quality compared to coal-based ethylene glycol, with performance comparable to petroleum-based products. The next step involves scaling up the technology to a ten-thousand-ton industrial facility [2]. Group 2: Company Overview - Zhongke Baiyi Jin (Zhengzhou) New Energy Technology Co., Ltd., established in 2019, focuses on the industrialization of bio-based low-carbon diols and is a high-tech enterprise in the biomass energy development sector [3]. - The company will participate in the 2025 Non-grain Biomass High-Value Utilization Forum, where Chairman Zheng Mingyuan will present on the progress of straw sugar catalytic conversion technology for ethylene glycol [3][6]. Group 3: Forum and Industry Engagement - The 2025 Non-grain Biomass High-Value Utilization Forum will take place from November 27-29 in Hangzhou, featuring various sessions on bio-based chemicals and materials [8][9]. - The forum will showcase over 50 reports and include a special youth forum aimed at discovering innovative technological achievements in the field of non-grain biomass [8][9].

Core Viewpoint - The article highlights the advancements and innovations of Suzhou Juwei Yuanchuang Biotechnology Co., Ltd. in the field of bio-manufacturing, particularly focusing on the use of straw as a raw material for producing high-quality glucose and other bio-based products, aligning with sustainability goals and carbon reduction strategies [1][6][11]. Group 1: Company Overview - Suzhou Juwei Yuanchuang Biotechnology Co., Ltd. specializes in bio-manufacturing using straw as a raw material, developing a full chain of self-research and production capabilities [11]. - The company has established a straw saccharification and bio-manufacturing capacity of 100,000 tons per year [6][11]. - The core management team comprises experts from prestigious institutions such as Tsinghua University and MIT, with extensive research achievements in various fields [11]. Group 2: Product Offerings - The company showcased a series of products at the 10th Bio-based Conference, including straw-derived glucose, lignin, oligosaccharides, and non-food-based succinic acid [1][6]. - The straw sugar source can be widely used in the production of bio-based materials, animal nutrition products, and industrial enzymes [9][11]. Group 3: Industry Impact - Bio-manufacturing is positioned as a crucial driver for creating greener and more sustainable production models, with straw sugar as a key component for cost reduction and efficiency improvement [6]. - The company's innovations are expected to significantly reduce carbon emissions, aligning with the "dual carbon" strategic goals [6]. Group 4: Sample Distribution Initiative - The company is offering 1,000 free samples of its products, inviting various units to apply for trial use [5][9]. - The application process involves verifying information and tracking project progress through various communication methods [8][10].