The 12th China Textile Academic Annual Conference emphasizes empowering textile modernization with scientific and technological innovation

Regarding how to build the power system of the modern textile industrial system, Sun Ruizhe emphasized that we should start from multiple dimensions. First, integrate into the Chinese modernization process. Innovation is the high quality development of the textile industry. The key. Second, innovation is an important way to build the external relationship of the modern textile industrial system. To build a modern textile industrialization system, we need to regard innovation as the foundation of industry prosperity and security in the context of globalization, and continuously improve the autonomy of key elements and the leadership of core technologies; we need to adhere to the concept of science and technology for good, and strengthen green Innovation is the strategic support for sustainable industrial development; innovation must be used to improve the supply resilience of the industrial system and the adaptability of market demand under the new dual-cycle development pattern. Third, innovation is an important way to improve the inherent energy level of the modern textile industrial system. With high-end as the direction, the industry must adhere to technological innovation and promote the continuous improvement of the technology intensity of the industrial system; with integration as the direction, the industry should expand the industry in technology and product innovation Develop new fields and new tracks, continue to create new value and form new engines; comply with the trend of technological progress and industrial upgrading to achieve green development; grasp the times and trends of the digital economy, make good choices in disruptive innovation, and enable Find shortcuts in innovation, build new advantages and create new possibilities in the transformation of think tanks. The fourth is to fully understand the hierarchical, relevant and systematic nature of industrial innovation. The fifth is to focus on high-quality development and strive to create an innovative power system for the modern textile industry system. Adhere to self-reliance and self-improvement to enhance industrial development dominance; strengthen system concepts and improve the stability of the innovation ecosystem; build a solid foundation for development and enhance the leadership of the talent team; deepen integration and exchanges and enhance the openness of scientific and technological innovation.

“Technological innovation plays a core role in the overall construction of a strong country in textile science and technology.” Li Lingshen, vice president of the China Textile Industry Federation and secretary of the Party Committee of the China Textile Engineering Society, said that the textile industry must further optimize the textile science and technology innovation ecosystem and smooth innovation A key link in the value chain, build a new pattern of collaborative innovation in which various innovation entities have complementary functions and positive interactions. At the same time, make good use of international innovation resources, focus on key core technologies in basic and strategic fields, and cultivate a group of high-level scientific and technological talents. , to achieve systematic improvement of the industry’s scientific and technological innovation capabilities. Second, we must do a good job in top-level design, better coordinate scientific and technological forces to tackle key core technologies, and accelerate the realization of high-level scientific and technological self-reliance and self-reliance around the eight key projects proposed in the “Textile Industry’s “14th Five-Year Plan” Science and Technology Development Guidance Opinions”. Third, we must promote the deep integration of science and education and cultivate qualified and practical top talents in scientific and technological innovation. Li Lingshen emphasized that technological innovation in the textile industry must strive to achieve three major projects: a breakthrough project for industrial basic capability innovation; a strong foundation project for core common technology innovation; and an outstanding project for high-end application technology innovation.

“The textile industry adheres to the in-depth implementation of the innovation-driven development strategy, scientific and technological development has achieved remarkable results, innovation capabilities have steadily improved, and innovative results have emerged. Fiber material technology, advanced textile products, green manufacturing process technology, industry intelligent upgrading and transformation, and standard systems Construction and digital innovation platform construction have achieved remarkable results. The strength of textile science and technology is moving from quantitative accumulation to qualitative leap, from point breakthroughs to improvement of system capabilities.” Fu Guangwei, chairman of the China Textile Engineering Society, said that the strength of textile science and technology is improving From quantitative accumulation to qualitative leap, from point breakthrough to improvement of system capabilities, we must use Chinese-style modernization to comprehensively lead China’s textile science and technology to become self-reliant and self-reliant.

Shen Jiang, Secretary of the Party Committee of Tianjin University of Technology, said that as the largest university in northern my country with the most modern textile characteristics, Tianjin University of Technology has proactively adjusted the layout of disciplines and majors, vigorously cultivated national-level high-level talents, and established the Faculty of Engineering and the Faculty of Science. , the Department of Information Science, the Department of Humanities and Social Sciences, and the Department of Biomedical Sciences have built a broader platform for scientific and technological innovation and talent training. Tianjin Polytechnic University will take this annual conference as an opportunity to promote the textile industry in a greener, smarter, and high-end direction, and contribute the school’s strength to China’s modernization drive.

In order to further implement the strategy of rejuvenating the country through science and education, the strategy of strengthening the country through talent, and the strategy of innovation-driven development, this academic annual conference, with the theme of “Academic Leading Science and Technology to Assist Innovation and Empowerment”, once again conducted face-to-face in-depth exchanges to provide opportunities for textile science and technology workers across the country. It has established a platform for academic exchanges, talent recognition, and the release of scientific research results in the textile field. At the meeting, modern textileThere are 6 China Textile Engineering Society science education bases including the Technical Innovation Center (Jianhu Laboratory), 4 China Textile Engineering Society scientific research bases including the “Textile Digital Inkjet Printing Engineering Technology Research Base”, and 4 Tianjin University of Technology. A group of China Textile Engineering Society scientists’ spiritual education bases were awarded licenses, and the list of papers selected for the China Textile Engineering Society’s scientific paper excellence action plan was released. At the same time, the second textile graduate student forum, posters and product displays were also held.

The annual meeting also focused on textile material recycling technology, textile machinery and intelligent manufacturing, high-performance fibers and Composite materials, bio-based fiber materials forum, textile fashion design and green manufacturing, textile ecological dyeing and finishing technology, digitalization and intelligentizationCarry out in-depth exchanges on textile technology, textile materials for emergency and safety protection, etc. Wang Zhonglin, a foreign academician of the Chinese Academy of Sciences, introduced the research status of textiles in the secondary utilization of high-entropy energy from the perspective of thermodynamics with the title “Application of fiber- and paper-based triboelectric nanogenerators in the field of energy and sensing”. Leng Jinsong, academician of the Chinese Academy of Sciences, introduced intelligent composite materials, 4D printing and their applications. Ding Bin, a researcher at Donghua University, introduced integrated nanofiber research and systems around the electrospinning method with the title of “Functional Nanofiber Materials”.

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