关键词 | 生物基大会 |青年科学家论坛 当新质 生产力成为高质量发展的关键引擎，当青年科技人才在创新发展中的生力军作用愈发凸显，如何发现青年之智？如何点燃创新之力？ DT新材料旗下生物基和生物制造产业科技服务平台， 是行业最重要 的资源和信息枢纽之一 。至今为止，我们在生物基大会、非粮生物质论坛、合成生 物学与绿色生物制造论坛、材视等多场主创活动上举办多届青年主题论坛，已有 500+位 创新青年科学家线上线下分享前沿科技与进展，并促进产业、 投资和科研等多方交流、关注与对接。 2026年5月2 0-22 日 ， 2026（ 第十一届）生物基大会暨展览 （简称：Bio-based 2026）将于上海举办，同期将举办 " 第五届生 物基前沿科技 青年科学家论坛 （ Bio-based Youngs 2026 ） "。 这个论坛的使命非常简单： 让生物基青年科学家被看见 。 你可能刚拿到博士学位不久，手里有几篇不错的SCI论文，也申请了几个专利，但总感觉这些成果只是躺在数据库里。 或者你已经是副教授，正在为下一个国自然项目发愁，想知道除了论文之外还有什么路径能证明自己的价值。 当下,有三个重要变化,让参加这个论坛 ...

关键词 | 新叶奖 |聚维元创| 生物基丁二胺、全生物基包材及底座、秸秆源葡萄糖 「 新叶奖 」 是 专注于生物基领域创新的全球化、综合性奖项，致力于挖掘、展示、表彰生物基行业的好产品、好企业， 被誉为 生物基行业的"奥 斯卡" 。第四届新叶奖将于 第十一届生物基大会暨展览 （Bio-based 2026）举行颁奖典礼。 ↓↓↓ 专注于秸秆基生物制造的高科技企业 苏州聚维元创生物科技有限公司 携生物基丁二胺、全生物基包材及底座、秸秆源葡萄糖三大产品 竞选第四届新叶奖 " 创新材料奖 "、" 创新应用奖 "与" 最具商业价值奖 " 并已入驻DT新材料全球生物基和生物制造产业服务平台-新品库 https://www.bio-basedlink.net/index/Brand （欢迎点击文末原文链接，搜索聚维元创） 四大奖项 ： 创新材料奖、创新应用奖、最具商业价值奖、创新行业解决方案奖 。 报名/提交资料截止时间 ：2026年3月13日 【 元 △ / 元 | 二 | 7 ST 1 竞选企业 √ 生物基 1,4-丁二胺 以秸秆为原料生物 合成的耐高温尼龙 核心单体,实现绿 色、低成本国产化 突破国外技术垄 断。 ...

当新质 生产力成为高质量发展的关键引擎，当青年科技人才在创新发展中的生力军作用愈发凸显，如何发现青年之智？如何点燃创新之力？ DT新材料旗下生物基和生物制造产业科技服务平台， 是行业最重要 的资源和信息枢纽之一 。至今为止，我们在生物基大会、非粮生物质论坛、合成 生物学与绿色生物制造论坛、材视等多场主创活动上举办多届青年主题论坛，已有 500+位 创新青年科学家线上线下分享前沿科技与进展，并促进产 业、投资和科研等多方交流、关注与对接。 往届DT新材料主办青年论坛现场 主办单位 ： 浙江省生物基高分子材料重点实验室、 宁波德泰中研信息科技有限公司（ DT 新材料） 时间地点 ：2026年5月20日下午，上海 报告数量 ：仅 80 场 时长与形式 ：10分钟/场报告；报告+专家交流和打分评选 申请人要求 ：高校与科研院所青年学者 报告范围 ： 报告涉及生物基化学品与平台化合物、生物基助剂、生物基功能材料、绿色复合材料、绿色生物制造、生物基制品与下游创新应用等主题 2026年5月2 0-22 日 ， 2025（ 第十一届）生物基大会暨展览 （简称：Bio-based 2026）将于上海举办，同期将举办 " 第五届 ...

Core Viewpoint - The article emphasizes the importance of youth innovation and the role of young scientific talents in driving high-quality development in the bio-based industry, highlighting the need for platforms to showcase their contributions and facilitate collaboration [2]. Group 1: Event Overview - The 11th Bio-based Conference and Exhibition will be held in Shanghai from May 20-22, 2026, featuring the 5th Bio-based Young Scientists Forum [4][11]. - The forum aims to collect 80 innovative application reports, focusing on showcasing young scientists in the bio-based field and facilitating efficient communication and collaboration [4][5]. Group 2: Forum Details - The forum will consist of 10-minute presentations, followed by expert discussions and scoring, specifically targeting young scholars from universities and research institutions [5]. - Topics for the presentations include bio-based chemicals, functional materials, green composites, and innovative applications in the bio-based sector [5]. Group 3: Awards and Recognition - Awards will be given for outstanding presentations, with a total prize pool of 5,800 yuan, including 2,000 yuan for the first prize, 1,000 yuan for second prizes, and 800 yuan for third prizes [6]. Group 4: Technology Transfer and Networking - The event will also feature a technology showcase and networking session, aiming to promote the transfer and commercialization of scientific achievements in the bio-based and bio-manufacturing fields [7]. - Over 1,000 successful connections have been made between research institutions and startups in the bio-based sector, indicating a strong focus on innovation and application [7].

当新质 生产力成为高质量发展的关键引擎，当青年科技人才在创新发展中的生力军作用愈发凸显，如何发现青年之智？如何点燃创新之力？ DT新材料旗下生物基和生物制造产业科技服务平台， 是行业最重要 的资源和信息枢纽之一 。至今为止，我们在生物基大会、非粮生物质论坛、合成 生物学与绿色生物制造论坛、材视等多场主创活动上举办多届青年主题论坛，已有 500+位 创新青年科学家线上线下分享前沿科技与进展，并促进产 业、投资和科研等多方交流、关注与对接。 往届DT新材料主办青年论坛现场 2026年5月2 0-22 日 ， 2025（ 第十一届）生物基大会暨展览 （简称：Bio-based 2026）将于上海举办，同期将举办 " 第五届生 物基前沿科技 青年科学家论坛 （ Bio-based Youngs 2026 ） "。 该论坛将收集 80个 创新申请报告，以 " 让生物基青年科学家被看见 " 为主旨，助力行业 10分钟 挖掘一个生物基领域的前沿技术 ，聚集原创，突 破边界， 对接人才与合作搭建一个高效交流平台。同时，为助力创新，青年科 学家论坛设置 现场评选 与奖金颁发 环节 。 时间地点 ：2026年5月20日下午，上海 ...

Core Viewpoint - The research led by Zhang Yiheng's team at the Tianjin Institute of Industrial Biotechnology has achieved a breakthrough in converting cellulose into starch with a conversion rate of 93.3%, significantly improving the previous theoretical limit of 50% and addressing food security issues in China [4][11][12]. Group 1: Food Security Challenges - China faces a food security dilemma with 1.58 billion tons of imported grain in 2024, including 26.4 million tons of starch-based grains and approximately 100 million tons of soybeans, while 600 million tons of straw are wasted annually [9][10]. - The annual production of terrestrial plants generates about 2 billion tons of lignocellulose, which is 26 times the current grain production, indicating a potential to create a new agricultural scale by utilizing just 4% of this resource [10]. Group 2: Technological Breakthroughs - The new "multi-enzyme molecular machine" technology allows for the conversion of cellulose to starch with a theoretical yield of nearly 100%, overcoming the limitations of traditional microbial metabolism [4][11]. - The innovative design includes a "recycling system" for glucose, which was previously wasted, and employs a seven-enzyme system to achieve the conversion [11][12]. Group 3: Industrial Applications - The first application target is in the chiral drug separation market, where the newly synthesized starch can meet high precision separation needs, previously dominated by Japanese companies [14][19]. - The team has established a collaboration with Suzhou Nano Micro Technology to utilize their expertise in surface modification, enhancing the performance of the new starch for drug separation [14][19]. Group 4: Commercialization Strategy - Zhang Yiheng emphasizes the importance of aligning technology with market needs, introducing the concept of "PC value" (Product Cost ratio) to guide the commercialization of biomanufactured products [15][18]. - The strategy includes a three-step approach to maximize the value of lignocellulosic resources, starting with the extraction of hemicellulose for high-value products before processing cellulose into starch [17][18]. Group 5: Future Directions - The team aims to reduce enzyme costs and scale up the production process while exploring applications in plant-based capsules and biodegradable materials [18][19]. - Zhang Yiheng's vision includes transforming agricultural waste into valuable food sources, contributing to China's food security and economic growth [18][22].

Group 1 - Avantium raised a total of €84.8 million (approximately 700 million RMB) through equity financing, exceeding expectations [2] - The financing included €65.4 million from a fully underwritten and committed share placement, and an additional €19.4 million from an extra placement, which included €15 million in new ordinary shares allocated to the Dutch government [2] - The CEO of Avantium stated that the funds will accelerate the company's transition to sustainable materials and aim for EBITDA breakeven by 2027 [2] Group 2 - Avantium has successfully launched its Sugar Dehydration Unit (SDH) to convert plant sugars into the key intermediate MMF (Methoxymethylfurfural), with utility systems operational and purification units in the commissioning phase [2] - The company has signed 20 purchase agreements for PEF, covering various applications such as bottles, fibers, and films, with a total contract value exceeding €100 million [3] - Avantium expects commercial operations to begin in Q1 2026, with its 100% plant-based recyclable material PEF (branded as releaf®) available to consumers [4]

Core Viewpoint - The company, Jupeng Bio, is the only global entity with an integrated technology chain for producing bioethanol and green methane from biomass gasification and gas fermentation, along with single-cell protein products [1][2]. Group 1: Technology Overview - Biomass Gasification: Converts carbon-containing biomass waste into synthesis gas, which can produce various green fuels and chemicals [3]. - Gas Fermentation: Includes CO/CO2 fermentation technologies for ethanol production and CO2 coupling green hydrogen fermentation for green methane, serving as effective pathways for CO2 direct reduction and efficient green hydrogen application [3]. - Single-Cell Protein: A high-nutrition and high-value biological product that can be used as aquaculture feed or developed into high-end downstream products such as peptides and culture media [4]. Group 2: Project Developments - In 2013, the first integrated demonstration plant for biomass gasification and gas fermentation to produce fuel ethanol was established in Florida, processing 250,000 tons of biomass annually and producing 24,000 tons of bioethanol, along with 6 MW of electricity [9]. - Jupeng Bio partnered with Shanxi Lu'an Chemical Group to construct an industrial waste gas fermentation plant in Changzhi, Shanxi, which began operations in October 2021 and has been validated for large-scale commercialization [9]. - A large-scale commercial facility with a capacity of 100,000 tons/year of ethanol and 20,000 tons/year of single-cell protein is set to begin construction in Ordos, Inner Mongolia, in November 2024 [9]. Group 3: Recognition and Certifications - In 2024, Jupeng Bio was recognized as a national high-tech enterprise and a "specialized, refined, and innovative" small and medium-sized enterprise in Beijing; the Shanxi plant was also recognized as one of the first high-tech enterprises in Shanxi Province [10].