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塑新科技两年五轮融资 跑通全球首条万吨酶法rPET产线

龚作仁 2026-05-11 10:29
龚作仁 2026/05/11 10:29

邦小白快读

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塑新科技在两年内完成天使轮至A+轮五轮融资,跑通全球首条万吨酶法rPET产线,实现产业化跨越。

1. 融资细节包括A轮由海棠基金等领投、A+轮由赋远投资领投,CFO齐云达主导资源整合,股东涵盖财务机构、化工上市公司和下游客户。

2. 技术突破体现在AI酶改造提升PET降解酶的酶活和稳定性,千吨中试线建成年内出货,万吨产线通车后累计出货近千吨。

3. 实操策略采用“以租代建”租赁厂房,仅投核心设备规避重资产风险,团队背景互补如CEO向科炜博士产业化经验、CTO董维亮教授科研积累。

市场驱动验证商业可行性,2026年原生PET价格上涨50%和政策目标推动需求。

1. 产品性能媲美原生料且未检出PFAS,获国际品牌认证,2026年销售预期破亿并有望盈亏平衡。

塑新科技的酶法再生PET产品在品牌营销和产品研发上具有显著优势,契合可持续消费趋势。

1. 产品研发通过AI酶改造技术实现高性能rPET,性能媲美原生料并经国际服装品牌验证,用户行为观察显示环保需求激增。

2. 消费趋势受政策驱动如2030年再生塑料年产目标,原生成本上涨增强再生替代紧迫性,利于品牌定价和价格竞争。

3. 品牌渠道建设可参考塑新科技的合作模式,与海利得等客户认证建立供应链关系,产品未检出PFAS提升品牌安全形象。

品牌营销角度,公司案例验证“城市矿山”理念,数据如销售预期破亿提供市场信心。

政策解读和增长市场机会突显塑新科技带来的正面影响和合作潜力。

1. 政策驱动如2025年底《再生材料应用推广行动方案》设定2030年再生目标,原生物料成本上涨50%提供替代机会。

2. 消费需求变化体现在再生PET需求激增,塑新科技酶法产品出货近千吨,销售预期破亿,事件应对措施包括“以租代建”策略降低风险。

3. 机会提示在于合作方式如与投资方和下游客户联动,可学习点包括融资节奏把控和万吨产线量产模式,扶持政策隐含在双碳战略中。

风险提示涉及早期重资产规避,商业模式验证商业可行性,提供增长新方向。

塑新科技的生产策略提供产品生产和设计需求的启示,并揭示商业机会。

1. 产品生产需求通过酶法再生技术实现高效降解,酶活和稳定性全球领先,生产设计采用AI优化提升效率。

2. 商业机会来自政策推动和需求激增如原生PET涨价50%,再生目标1950万吨,推进数字化启示如AI酶改造平台实现精准优化。

3. 电商启示体现在“以租代建”策略租赁厂房,仅投设备减少投入风险,工程化能力由团队强化如李佳加盟加强工艺。

数据案例如千吨到万吨产线验证可行,为工厂提供高效模型参考。

行业发展趋势和新技术聚焦塑新科技的酶法解决方案,解决客户痛点。

1. 行业趋势向生物制造转型,合成生物学应用潜力大,政策驱动双碳目标带来增长空间。

2. 新技术如AI酶设计平台突破传统化学回收瓶颈,酶降解效率领先,解决方案包括万吨产线实现塑料循环利用。

3. 客户痛点如传统回收高能耗、低效率被酶法技术解决,性能媲美原生且未检出PFAS,提供实际案例如出货近千吨。

技术壁垒已形成,服务商可借鉴创新模式应对市场变化。

商业需求对平台的支持体现在塑新科技的融资和合作网络,平台需规避风险。

1. 平台招商机会通过多轮融资吸引投资方如赋远投资、海棠基金,合作伙伴包括化工上市公司和品牌客户。

2. 运营管理启示如CFO操盘融资整合资源,团队背景互补保障执行,最新做法采用“以租代建”策略控制成本。

3. 风向规避需关注政策如发改委行动方案,风险提示在早期规避重资产,平台需求强调酶法技术满足再生材料缺口。

商业可行性验证提供平台整合机会,数据如销售破亿预示市场潜力。

产业新动向和政策法规启示聚焦塑新科技的商业模式创新和新问题探讨。

1. 产业新动向体现为酶法生物再生技术突破,如全球首条万吨产线和AI酶优化,解决塑料循环瓶颈。

2. 政策法规启示如《再生材料应用推广行动方案》推动双碳目标,政策建议关注再生替代石油基的经济性和可行性。

3. 商业模式验证“城市矿山”概念,商业可行性通过量产和销售预期破亿证明,新问题包括酶工程和工艺放大壁垒。

数据案例如原生PET涨价50%和政策目标,提供研究实体如团队代表董维亮教授。

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Quick Summary

Suxin Technology has completed five rounds of funding from Angel to A+ in just two years, successfully launching the world's first 10,000-ton enzymatic rPET production line and achieving industrial-scale commercialization.

1. Funding details include the A-round led by Haitang Fund and others, and the A+ round led by Fuyuan Investment, with CFO Qi Yunda leading resource integration. Shareholders encompass financial institutions, listed chemical companies, and downstream customers.

2. The technological breakthrough is reflected in AI-enhanced enzyme modification, which improves the activity and stability of PET-degrading enzymes. The 1,000-ton pilot line was completed within the year, and the 10,000-ton line has shipped nearly 1,000 tons since its launch.

3. The operational strategy adopts a "lease instead of build" model for factory space, investing only in core equipment to avoid heavy-asset risks. The team boasts complementary backgrounds, such as CEO Dr. Xiang Kewei's industrial experience and CTO Professor Dong Weiliang's research expertise.

Market drivers validate commercial viability, with a 50% increase in virgin PET prices by 2026 and policy targets boosting demand.

1. The product performance matches virgin PET and has tested free of PFAS, receiving certification from international brands. Sales are projected to exceed 100 million yuan by 2026, with break-even expected.

Suxin Technology's enzymatic recycled PET offers significant advantages for brand marketing and product development, aligning with sustainable consumption trends.

1. Product development leverages AI enzyme modification to produce high-performance rPET that rivals virgin material, validated by international apparel brands. User behavior indicates a surge in demand for eco-friendly products.

2. Consumption trends are policy-driven, such as the 2030 target for annual recycled plastic production. Rising virgin material costs, up 50%, enhance the urgency of switching to recycled alternatives, benefiting brand pricing and competitiveness.

3. Brand channel development can reference Suxin's partnership model, building supply chain relationships with certified clients like Haicide. The product's PFAS-free status boosts brand safety credentials.

From a marketing perspective, the company's case validates the "urban mining" concept, with data like the projected 100 million yuan in sales providing market confidence.

Policy interpretation and growth market opportunities highlight the positive impact and partnership potential of Suxin Technology.

1. Policy drivers include the "Action Plan for Promoting Recycled Material Applications" by end-2025, setting a 2030 recycled target. A 50% rise in virgin material costs creates substitution opportunities.

2. Shifting consumer demand is evident in the surge for recycled PET; Suxin's enzymatic product has shipped nearly 1,000 tons, with sales expected to exceed 100 million yuan. Risk mitigation includes the "lease instead of build" strategy.

3. Partnership opportunities involve collaboration with investors and downstream clients. Key learnings include funding pace management and the 10,000-ton production model, with support policies embedded in dual-carbon strategies.

Risk warnings cover early-stage heavy-asset avoidance; the business model validates commercial viability, offering new growth directions.

Suxin Technology's production strategy offers insights for product manufacturing and design needs, revealing commercial opportunities.

1. Production demands are met through enzymatic recycling for efficient degradation, with globally leading enzyme activity and stability. AI-optimized production design enhances efficiency.

2. Commercial opportunities arise from policy pushes and demand surges, such as a 50% virgin PET price hike and a 19.5 million ton recycled target. Digitalization insights include AI enzyme platforms for precision optimization.

3. E-commerce lessons include the "lease instead of build" strategy for factory space, reducing investment risk by focusing on equipment. Engineering capabilities are strengthened by team additions like Li Jia's process expertise.

Data cases, such as the scaling from 1,000-ton to 10,000-ton lines, validate feasibility, providing factories with an efficient model reference.

Industry trends and new technologies focus on Suxin's enzymatic solutions, addressing client pain points.

1. The industry is shifting toward biomanufacturing, with high potential for synthetic biology applications. Policy-driven dual-carbon goals create growth space.

2. New technologies like AI enzyme design platforms overcome traditional chemical recycling limits, with superior degradation efficiency. Solutions include 10,000-ton lines enabling plastic circularity.

3. Client pain points, such as high energy consumption and low efficiency in traditional recycling, are solved by enzymatic tech. Performance matches virgin material and is PFAS-free, with practical cases like nearly 1,000 tons shipped.

Technical barriers are established; service providers can adapt this innovative model to market changes.

Business demand for platform support is reflected in Suxin's funding and partnership network, with platforms needing to mitigate risks.

1. Platform recruitment opportunities attract investors like Fuyuan Investment and Haitang Fund through multiple funding rounds. Partners include listed chemical firms and brand clients.

2. Operational management insights include the CFO-led funding and resource integration, complemented by a diverse team ensuring execution. The latest approach uses "lease instead of build" for cost control.

3. Risk avoidance requires monitoring policies like the NDRC action plan; warnings highlight early heavy-asset evasion. Platform needs emphasize enzymatic tech filling recycled material gaps.

Commercial viability validation offers platform integration opportunities, with data like 100 million yuan sales indicating market potential.

Industry trends and policy regulations highlight Suxin's business model innovation and new research questions.

1. Trends include breakthroughs in enzymatic bio-recycling, such as the world's first 10,000-ton line and AI enzyme optimization, solving plastic circularity bottlenecks.

2. Policy insights from the "Action Plan for Promoting Recycled Material Applications" advance dual-carbon goals. Research should focus on the economics and feasibility of replacing petroleum-based materials.

3. The business model validates the "urban mining" concept, with commercial viability proven by mass production and 100 million yuan sales projections. New questions involve enzyme engineering and scale-up barriers.

Data cases, like the 50% virgin PET price increase and policy targets, provide research entities such as team representative Professor Dong Weiliang.

Disclaimer: The "Quick Summary" content is entirely generated by AI. Please exercise discretion when interpreting the information. For issues or corrections, please email run@ebrun.com .

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北京塑新科技近日宣布连续完成两轮融资。A轮由海棠基金、尚势资本、仁爱资本、利安隆科技集团联合领投,英诺基金持续加注;A+轮由赋远投资领投,仁爱资本跟投。

公司成立未满两年连续完成天使轮至A+轮五轮融资。股东覆盖财务机构、化工上市公司及直接下游客户,形成"技术—中试—量产"的阶梯支撑。CFO齐云达凭借摩根士丹利及国内头部创投机构背景,在融资节奏把控与资源整合上展现出成熟的操盘能力。

量产跨越:千吨到万吨的工程验证

产业化速度是塑新科技区别于实验室型企业的核心标志。成立一年内建成国内首条千吨级酶法再生PET中试线,产品获海利得等客户认证;成立两年内万吨产线通车,已累计出货已近千吨。

这一速度依赖"以租代建"策略——租赁厂房改造,仅投核心设备,规避早期重资产风险。塑新科技CTO董维亮教授团队依托南京工业大学十余年研究积累,结合AI酶改造技术,使自研PET降解酶在酶活、产量及稳定性上达全球领先。CEO向科炜博士为四川大学高分子系博士,曾主导三棵树、湘江涂料等产品产业化,团队学术与产业背景互补。公司在吸引原新和成工艺负责人李佳加盟后进一步加强了团队的工程化能力。

市场窗口:需求激增与政策驱动

2026年以来,国内原生PTA、乙二醇及PET价格上涨近50%,下游成本压力剧增。叠加2025年底国家发改委《再生材料应用推广行动方案》明确2030年再生塑料年产1950万吨目标,再生替代原生紧迫性显著增强。

塑新科技酶法再生PET经国际服装品牌验证,性能媲美原生料且未检出PFAS。公司2026年销售预期破亿,年内有望盈亏平衡。从实验室到万吨交付,这家公司已经验证了"城市矿山"替代石油基原料的商业可行性。

赋远投资创始合伙人顾哲毅先生表示:“随着可持续发展与循环经济加速推进,生物法再生PET凭借成本优势、绿色低碳及高效循环利用等特点,正迎来广阔市场空间,在纺织、包装等领域应用潜力巨大。塑新科技在酶工程与工艺放大方面已形成技术壁垒,并具备良好的产业化与商业化能力。赋远投资坚定看好塑新科技团队在研发、产业、资本三方面的综合实力。作为持续布局生物制造赛道的投资机构,赋远投资将长期支持塑新科技发展,推动众多传统行业向绿色低碳方向升级转型,立足中国面向更广阔的全球市场。”

海棠基金投资负责人刘晓磊表示:“海棠基金很重视合成生物学赛道,很荣幸成为塑新科技A轮的领投方。塑新科技创业团队优势互补,由“万人计划”科学家董老师 + 连续成功创业者向总+知名投资机构专业投资人齐云达组成。选取的第一个商业化管线PET酶法降解,又是一个市场巨大、技术壁垒高、下游客户迫切需求的优秀选品。海棠完成投资之后,见证了团队极强的执行力,迅速的实现产品的量产和出货。相信随着团队进一步扩大PET降解的产能,以及把产品线拓宽到更多的废弃高分子材料生物回收,塑新科技会取得更大的商业成功,也积极地响应了国家“碳达峰,碳中和”方针。“

常见投资创始合伙人王晓瑞表示:“常见投资持续看好生物酶法等合成生物学技术在循环经济领域的应用潜力和商业价值。塑新科技作为南京工业大学生物与制药工程学院董维亮教授团队的科技成果转化项目,在塑料解聚酶的挖掘、AI/理性设计、工艺优化和工程放大等方面拥有深厚的技术积累和产业化基础。在连续完成5轮融资的过程中,公司发展迅速并已形成了酶解PET、PU等多条产品管线,样品/产品已获得多家头部客户认可,并已进入万吨级的量产供货阶段。随着公司r-PET管线进入批量销售阶段,以及更多生物法回收管线的逐步落地,我们相信公司将成为一家具有全球影响力的“生物制造”高科技企业!”

金鼎资本投资负责人孟欢表示:“生物制造作为国家“十五五”未来产业的核心方阵,即将迎来黄金爆发的窗口期,金鼎将长期投入并坚定看好。自投资塑新以来,金鼎始终深度陪伴并全力支持团队成长,一路见证了公司以稳健而高速的节奏完成底层技术验证、工程化落地以及商业化推广的全流程跨越式发展,展示出稀缺的战略落地能力;短短一年时间拿下4轮融资,彰显资本市场对其认可。作为长期同行的老股东,我们将持续整合产业资源全力加持,共同推动公司生物再生涤纶的规模化放量,引领行业绿色变革!”

英诺基金表示:“英诺科创基金首轮孵化投资塑新科技,并持续多轮追加投资。高度看好团队技术储备和生物制造的时代机遇。塑新科技依托核心技术创新,是国内少有的兼具pet与pu生物酶法循环利用的公司,目前已经开始量产,产品获得国内外多家客户的认可。本次融资完成后,期待公司持续前进,在董老师和核心团队的带领下,成为生物制造领域的龙头。”

仁爱资本相关负责人表示:“合成生物制造是我们重点布局的赛道之一。塑新科技以合成生物技术重构PET回收产业链,依托AI驱动的酶催化体系突破传统回收工艺效率与成本瓶颈。其生物法rPET可规模化替代石油基原生料,将成为能源转型、材料革命、实现闭环可持续发展和双碳战略的核心路径。塑新团队“产学研投”复合背景构筑技术与产业化双重壁垒,稀缺的技术领先性与规模化落地能力形成核心投资亮点,有望成为该赛道具备全球竞争力的头部企业之一。”

拙朴投资相关负责人表示:“塑新凭借自主研发的AI酶设计平台,实现了对生物降解酶性能的精准优化,打破了传统化学回收高能耗、低效率的瓶颈。随着万吨级产线的启动建设,塑新正引领塑料循环进入“无限循环”的新范式,不仅大幅提升了再生PET的品质,更为全球材料的可持续转型贡献了极具商业竞争力的中国方案。作为塑新科技的早期投资方我们期待并相信塑新可以在世界材料的舞台上大放异彩。”

注:文/龚作仁,文章来源:Laborer,本文为作者独立观点,不代表亿邦动力立场。

文章来源:Laborer

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