SG Bio-SPRINT Sustainable Specialty Polymers Programme 2026

<h1>SG Bio-SPRINT Sustainable Specialty Polymers Programme 2026</h1> <h2>Programme and funding</h2> <p>SG Bio-SPRINT—the Singapore Platform for Bio-derived Specialty Polymers Research, INnovation and Translation—is a <strong>five-year</strong> research programme led by NUS researchers with A*STAR's Institute of Materials Research and Engineering. NUS said the programme received a <strong>S$22 million</strong> grant under Singapore's Research, Innovation and Enterprise 2025 masterplan and was announced on <strong>17 August 2026</strong>. (<a href="https://news.nus.edu.sg/nus-astar-sg-bio-sprint/">NUS, 17 August 2026</a>, accessed 5 September 2026.)</p> <h2>Biomass and target materials</h2> <p>The programme will use lignocellulosic biomass—renewable plant dry matter commonly produced as agricultural and forestry residue—as an alternative carbon source to petrochemicals. Its research targets bio-derived “drop-in” monomers that are structurally identical to fossil-derived equivalents, with intended applications in <strong>adhesives, specialty coatings and electronics</strong>. The drop-in approach is intended to ease integration into existing polymer production systems; it does not mean commercial adoption or cost competitiveness has already been demonstrated. (<a href="https://news.nus.edu.sg/nus-astar-sg-bio-sprint/">NUS, 17 August 2026</a>, accessed 5 September 2026.)</p> <h2>Workgroups and translation boundary</h2> <p>SG Bio-SPRINT is organised around three connected workgroups: biomass-to-monomer pathways; performance validation against conventional materials; and digital, economic and sustainability support using AI, molecular modelling, techno-economic analysis and life-cycle assessment. NUS describes the work as research and translation toward future deployment, including industry collaboration and intellectual-property development, not as a completed manufacturing process or guaranteed replacement for petrochemical polymers. (<a href="https://news.nus.edu.sg/nus-astar-sg-bio-sprint/">NUS, 17 August 2026</a>, accessed 5 September 2026.)</p>

简介

SG Bio-SPRINT 可持续特种聚合物计划 2026

计划与资助

SG Bio-SPRINT——新加坡生物基特种聚合物研究、创新与转化平台——是一项由 NUS 研究人员牵头、与 A*STAR 材料研究与工程研究所合作开展的五年研究计划。NUS 表示，该计划获得 22 百万新元拨款，该拨款隶属新加坡研究、创新与企业 2025 总体规划，并于 17 日 八月 2026 年宣布。(NUS，17 日 八月 2026 年，访问于 5 日 九月 2026 年。)

生物质与目标材料

该计划将使用木质纤维素生物质——通常作为农业和林业残余物产生的可再生植物干物质——作为石化产品的替代碳源。其研究目标是开发生物基“直接替代”单体，这些单体在结构上与化石来源的对应物相同，拟用于黏合剂、特种涂料和电子产品。直接替代方法旨在便于融入现有聚合物生产系统；这并不表示已证明其商业化应用或成本竞争力。(NUS，17 日 八月 2026 年，访问于 5 日 九月 2026 年。)

工作组与转化边界

SG Bio-SPRINT 围绕三个相互衔接的工作组开展：生物质到单体的转化路径；与传统材料进行性能验证；以及运用 AI、分子建模、技术经济分析和生命周期评估提供数字化、经济和可持续性支持。NUS 将这项工作描述为面向未来部署的研究与转化，包括产业合作和知识产权开发，而非已完成的制造工艺或保证取代石化聚合物。(NUS，17 日 八月 2026 年，访问于 5 日 九月 2026 年。)