The pilot platform has highly approached industrial facilities in terms of equipment and processes, "said Professor Wang Wenjun of Zhejiang University." This has laid a solid foundation for the engineering development of high-end polyolefin and other materials

　　Professor He Aihua from Qingdao University of Science and Technology has been collaborating with the platform for ten years. "As a big rubber country, China's high-end rubber products have long relied on imports." He Aihua said, "The ontology polymerization technology platform we built with Chambroad Petrochemical directly connects university research achievements with downstream applications, greatly accelerating the process of achievements transformation."

　　On the road of transformation and upgrading of Shandong's chemical industry, the core value of the platform lies in building an open, shared, and evolving industrial innovation ecosystem.

　　The nine major professional service systems created by the platform cover the entire chain from technological maturity to industrialization. As of now, the platform has successfully incubated 13 "bottleneck" new products such as bio based rubber, aramid nanofibers, polybutylene alloys, and polyketones, driving an additional output value of over 2 billion yuan and cultivating 4 specialized, refined, and new enterprises.

　　On the pilot line of carbonyl synthesis, a breakthrough is rewriting the industrial landscape. "China's carbonyl synthesis technology has been monopolized by foreign countries for a long time," said Yang Yong, a researcher at the Chinese Academy of Sciences Qingdao Institute of Bioenergy and Process. Through the verification of a 150 ton/year plant on the platform, the team has successfully developed a series of high carbon isomeric alcohols and high carbon isomeric acids, with key indicators reaching the international advanced level.