Wang Chuansheng, a professor at Qingdao University of Science and Technology, won the highest science and technology award in Qingdao City

On June 7, it was reported that the government of Qingdao City, Shandong Province recently issued a decision on the 2022 Qingdao City Science and Technology Awards. Professor Wang Chuansheng of Qingdao University of Science and Technology won the city's highest science and technology award.

Wang Chuansheng, a professor at Qingdao University of Science and Technology, won the 3rd National Innovation Award. His continuous efforts and breakthroughs in core technologies in the rubber industry have made important contributions to the improvement of the competitiveness of the industry.

Professor Wang Chuansheng's mobile phone has become very busy recently, and various congratulatory messages continue to pour in. However, he couldn't find time to reply because he was always at the forefront of scientific research and led his team to tackle related technical problems in the rubber industry. He said: "We have a lot of work to do to carry out innovative research."

As an important pillar industry of China's rubber industry, tire production has ranked first in the world for many years. Professor Wang Chuansheng has long been committed to research in the field of rubber processing engineering. He has successively developed complete sets of technologies and equipment such as synchronous rotor mixing, continuous mixing of block rubber, integration of mixing and extrusion, and special extrusion molding of rubber composite materials, and has achieved industrialization. He also took the lead in establishing China's only key laboratory for the mixing engineering industry, contributing to efficient and green manufacturing in China's rubber industry and enhancing the international competitiveness of China's rubber industry.

It is understood that Professor Wang Chuansheng's breakthrough technical achievement synchronous rotor mixing technology won the second prize of the National Science and Technology Progress Award, which is one of the highest scientific and technological awards won so far in the field of rubber machinery in China. On this basis, he further deepened and developed the theory of rubber mixing, proposed and invented a heat-mechanical coupling method to control the micro dispersion of fillers, and developed a number of industrial complete sets of technologies and equipment. These technological achievements have successively won the second prize of Shandong Province Technological Invention Award, the first prize of Shandong Province Scientific and Technological Progress Award and other awards, and have achieved large-scale application in aerospace and other fields.

Professor Wang Chuansheng's research field is not limited to rubber mixing technology, but also focuses on the resource utilization and environmental protection of rubber waste. He overcame the key technical bottleneck in the resource utilization of waste rubber and waste plastics, and developed low-temperature continuous high-efficiency cracking and cleaning process technology and equipment for waste rubber and waste plastics. This achievement was adopted by foreign companies and played an important role in international projects. role. Professor Wang Chuansheng once again won the second prize in the National Scientific and Technological Progress Award for this achievement and took the lead in formulating a national standard.

Professor Wang Chuansheng pays attention to the transformation and application of scientific research results and contributes more strength to the development of the rubber industry. At the same time, he also regards teaching as an important mission and has been engaged in teaching and guidance for undergraduate students. On the campus of Qingdao University of Science and Technology, he led students to carry out experimental research and provided guidance in multiple laboratories such as rubber mixing and rubber extrusion. Wang Chuansheng said that winning the Third National Innovation Award is of great significance to him. He will use this as a starting point to continue innovation and creation, promote the transformation of scientific research results, and contribute more to the development of China's rubber industry.