大宗生物基材料单体产品

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肆芃科技千吨级合成生物柔性生产线顺利落成,加速合成生物制造跨越式发展
合成生物学与绿色生物制造· 2025-09-06 21:02
Core Insights - The article highlights the recent launch of a thousand-ton synthetic biology flexible production line by Siping Technology in Rugao, Jiangsu, marking a significant step in the company's full-chain layout in synthetic biology [2] - Siping Technology aims to become an innovative leader in synthetic biological manufacturing platforms, focusing on high-performance bio-based materials and carbon-negative intelligent manufacturing [2] - The company has partnered with the Tianjin Institute of Industrial Biotechnology to develop bulk bio-based material monomer products using methanol, aiming to reduce reliance on food carbon sources and promote "one-carbon bio-manufacturing" [4] Group 1 - Siping Technology's new production line is a key component in scaling up biological manufacturing technology and aims to lead the industry towards intelligent, non-food, and sustainable development [2] - The product matrix includes carbon-negative new materials, polymer monomers, and high-value-added compounds, with a focus on efficient conversion from laboratory technology to industrial application [2] - The collaboration with the Tianjin Institute is based on shared strategic goals, leveraging the institute's expertise in low-carbon synthetic biology and Siping's advancements in bio-based products [4] Group 2 - The national strategy emphasizes the innovation and development of non-food bio-based materials, utilizing resources like crop straw and bamboo [7] - A forum on high-value utilization of non-food biomass is scheduled for November 2025 in Hangzhou, focusing on clean pretreatment, non-food sugars, chemicals, and biofuels [7]
甲醇→生物基材料,肆芃科技联合天津工生所,推动“一碳生物制造”!
synbio新材料· 2025-04-25 09:59
声明: 因水平有限,错误不可避免,或有些信息非最及时,欢迎留言指出。本文由作者重新编写,仅作新材料相关领域介绍,本文不构成任何投资建议!转载请注明来源! 4月21日, 上海肆芃科技有限公司 (以下简称"肆芃科技")宣布和中 国科学院天津工业生物技术研究所( 以下简称"天津工生所")达成合作 , 双方将 以 甲醇 为原料开发 大宗生物基材料单体产品 ,突破传统生物制造对粮食碳源的依赖,并推动"一碳生物制造"的工业化落地 。 据介绍, 天津工生所 王钰研究员 团队长 期专注于低碳原材料的生物转化利用,特别是改造可以利用甲醇的底盘微生物,以甲醇等低碳原料合成生物基 材料单体和替代蛋白等大宗产品。 肆芃科技 在上游材料单体生物合成领域,拥有丰富的基因元件库、数十种成熟的工业底盘菌,相关菌株在发酵浓度、转化率及鲁棒性等方面均处于国际 领先水平。在下游高分子聚合改性应用开发领域,公司已完成近百种生物基材料配方开发、自建ISO体系认证产线并与国内外诸多知名品牌企业达成合 作并进入其供应商体系。 据悉,此次合作, 天津工生所王钰团队将负责菌种设计与细胞工厂开发,肆芃科技将提供中试平台进行规模发酵测试,并提供团队辅助优化发酵工 ...