化工新材料何以迈向“十五五”
Zhong Guo Hua Gong Bao·2025-12-16 05:15

Group 1: Development Path of Chemical New Materials - The development path for chemical new materials focuses on green recycling, high-end applications, and industrial collaboration [1] - Experts at the 2025 Chemical New Materials Development Forum emphasized the importance of sustainable practices in addressing plastic pollution [2] Group 2: Green Recycling Initiatives - A new biodegradable plastic, PDA, has been developed that can degrade naturally in various environments without the need for composting, with a production scale expected to reach tens of thousands of tons by 2027 [2] - The recycling of plastics and rubber is essential for pollution control and resource utilization, with current challenges including low recycling rates and a fragmented industry structure [2] - The establishment of a multi-layered, efficient recycling network for rubber has been initiated to enhance the quality and usability of recycled products [2] Group 3: Advanced Application and Innovation - The focus on domestic substitution and cutting-edge innovation in high-end chemical materials is a key task for the "14th Five-Year Plan" [4] - The domestic market for optical adhesives is projected to reach approximately 10.6 billion yuan by 2024, with over 60% of high-end products still reliant on imports [4] - Innovations in polyaryletherketone composites have been developed to enhance performance in harsh environments, indicating a shift towards high-quality applications [4] Group 4: Industry Collaboration and Integration - Industry collaboration is highlighted as a critical factor for the development of the membrane industry, emphasizing the need for a coordinated supply chain and innovation mechanisms [7] - The integration of smart manufacturing with the synthetic rubber industry is seen as a direction for transformation, leveraging technologies like AI and digital twins to enhance production efficiency [7] - The AI4Chem intelligent research platform has been introduced to improve research efficiency and reduce development costs in the chemical new materials sector [8]