Core Viewpoint - Blue Ocean New Materials Company is enhancing its innovation capabilities by implementing the "Blue Ocean Scholar" program, which aims to attract industry experts to form a think tank and improve core technology development [1] Group 1: Technology Innovation - Technology innovation is the core driving force for the development of Blue Ocean New Materials, essential for breakthroughs in the new materials sector and gaining competitive advantages [2] - The company has established a three-tier management structure for technology management, including a Scientific Committee and an Innovation Union Council, focusing on high-end polyolefins, specialty engineering plastics, biomanufacturing, and high-end carbon materials [2] - Blue Ocean New Materials is involved in over ten major technology research projects, including national science and technology major special projects and regional company-level research projects [2] Group 2: Technical Support Platforms - The company has built various platforms, including functional performance management, polymer, biomanufacturing, high-end carbon materials, and green low-carbon platforms, to ensure collaborative effects and facilitate rapid industrialization of lab results [3] - By the end of 2025, the Blue Ocean (Nantong) pilot base aims to be established as a national-level pilot base, promoting the incubation of mature technologies and enhancing the integration of technological and industrial innovation [3] - The company collaborates with institutions like China Kunlun Engineering and Changzhou University to form an innovation union that covers technology research, engineering transformation, and industrial implementation [3] Group 3: Talent Development - Blue Ocean New Materials implements a talent-driven development strategy, aiming to increase the proportion of research personnel to 50% and build a high-level talent team [4] - The company has established the "Blue Ocean Scholar" expert team to drive breakthroughs in key technologies and their industrial applications [4] - A customized mentorship program is in place to accelerate the growth of young talents, combining theoretical and practical training [4] Group 4: Production Quality Enhancement - The company plans to build 18 new domestic production units for advanced materials such as α-olefins and carbon fibers to meet high-end market demands [5] Group 5: Green and Smart Development - Blue Ocean New Materials focuses on enhancing its environmental credentials by improving electrification rates and developing a "zero-carbon factory" model [6] - The company is exploring a circular economy system and integrating ESG principles into its strategic design [6] - Smart construction and integrated engineering management are being implemented to create a highly intelligent factory environment [6]

Group 1 - The State-owned Assets Supervision and Administration Commission emphasizes the importance of developing new productive forces tailored to local conditions, optimizing the layout of strategic emerging industries, and accelerating breakthroughs in key core technologies [1] - Future industries, driven by cutting-edge technologies, are in the early stages of development and are expected to significantly support and drive the national economy [2] - Major countries are enhancing their future industry layouts to gain a competitive edge in the global industrial landscape, which is also crucial for national competitiveness in China [2] Group 2 - The Ministry of Industry and Information Technology and other departments issued guidelines aiming to establish a future industry development model by 2025, encouraging local governments to leverage local resources and industry chain advantages [3] - Cities like Beijing, Shanghai, and Shenzhen are actively implementing special plans and support policies for future industries, integrating these into their economic development strategies [3] - Shenzhen has been cultivating future industries such as marine, aerospace, and life health since 2013, resulting in several areas becoming globally competitive strategic emerging industries [3] Group 3 - Strengthening basic research is essential for supporting technological innovation in future industries, with a focus on addressing research gaps in key and core technologies [4] - Encouraging innovation and creating a supportive environment for researchers to explore new ideas is vital for the development of future industries [4] - Regions with strong technological foundations are encouraged to act as pioneers in developing new industries, while less developed areas should focus on leveraging traditional strengths to foster future industries [4] Group 4 - State-owned enterprises are encouraged to deepen reforms and increase R&D investments to lead in future industry development [5] - Creating a stable and transparent business environment is essential for fostering innovation and encouraging private enterprises to explore future industries [5] - The integration of industry and education is crucial for developing skilled professionals who can quickly adapt to new technologies and contribute to the commercialization of innovations [5]