Recently, in order to promote academic progress and industrial development in the field of low-carbon metallurgical refractory materials, the Youth League Committee of Sinosteel Luonai Materials Technology Corporation. and the Youth Strike Team of Wuhan University of Science and Technology held an exchange and discussion at Sinosteel Luonai. This symposium brought together young talents, experts, and scholars from both sides in the field of refractory materials, providing a platform for deep cooperation between young people from both sides to make contributions and achieve the expected results.

The person in charge of Sinosteel Luonai Youth League Committee stated that the company's Youth League Committee has always been committed to building a "school enterprise cooperation bridge", helping young students combine academic research with industrial practice, and introducing "academic sources" for enterprise technology upgrading through the collision of young talents' ideas.

At the symposium, young representatives from Sinosteel Luonai and Wuhan University of Science and Technology conducted in-depth discussions on academic topics and industrial demands in the field of refractory materials. The young representatives of Sinosteel Luonai shared their practical experience based on the technical difficulties encountered by the enterprise in production practice and the needs of industrial development. With the promotion of the national "dual carbon" strategy, the refractory material industry is facing the urgent task of green transformation and upgrading. The young members of Sinosteel Luonai will study new technologies and concepts seriously, improve product performance and quality, and contribute their youth talents to the deep integration of industry, academia and research in the industry. The youth representative of Wuhan University of Science and Technology shared the latest achievements in the scientific research of low-carbon metallurgical refractory materials, especially the breakthroughs made in the research directions of strategic refractory materials, advanced refractory materials, and new long-life refractory materials. By integrating the resources of "government, school, and enterprise", Wuhan University of Science and Technology actively carries out interdisciplinary collaborative innovation, providing new ideas and methods for technological improvement in the field of refractory materials.

At the symposium, participants actively interacted and had in-depth exchanges on the transformation of scientific research achievements, technological innovation cooperation, talent cultivation, and other aspects. Everyone agrees that Wuhan University of Science and Technology has significant advantages in academic research and talent cultivation, while Sinosteel Luonai has rich experience in industrial practice and market application. The exchange of young people from both sides will help promote the integration of red genes and youthful innovation vitality, and will assist Wuhan University of Science and Technology and Sinosteel Luonai in complementing each other's academic and industrial achievements.

In the future, Sinosteel Luonai and Wuhan University of Science and Technology will further deepen their deep cooperation in the field of low-carbon metallurgical refractory materials. The Zhonggang Luoyang Youth League Committee will also actively deepen exchanges and linkage with university youth organizations, regularly hold "industry university research application" docking meetings, leverage the power of young people, promote the transformation of academic achievements into productivity, and contribute youthful strength to promoting the high-quality development of China's refractory materials industry.