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On December 8, the annual production capacity of 30,000 tons of phase-change energy storage materials project owned by Saiding Innovation, a subsidiary of China Chemical Saiding Company, officially commenced construction in the Qingxu Economic Development Zone of Taiyuan City, Shanxi Province. The phase-change energy storage materials project is a key initiative undertaken by Saiding Company to bring together industry’s technological resources, in collaboration with enterprises, universities, and research institutions. Its goal is to accelerate the development of an innovation-driven approach that provides cutting-edge technologies for China’s new materials sector, thereby promoting technological advancement and the upgrading of the industry’s structural framework. Upon completion, this project is expected to become the world’s largest production facility for phase change materials, offering the widest range of products. It will integrate research and development, production, trading, and finance functions, and possess international competitive advantages as a research, development, and production base for phase change energy storage materials. It will continue to provide strong support for China National Chemical Corporation in its efforts to build world-class enterprises. At the opening ceremony, Zhou Enli first expressed his gratitude to the Qingxu County Party Committee and county government, the Institute of Coal Chemistry of the Chinese Academy of Sciences, Shanxi Meijin Group, and other organizations for their trust and support in Saiding Company over the years. He pointed out that phase-change energy storage materials have excellent performance and meet the requirements for new materials, with market demand continuing to rise. The completion of this project will further advance scientific and technological development in the field of **new materials. He expects all parties to make further use of their advanced technologies, professional expertise, and R&D capabilities to turn this project into a model in the field of phase-change energy storage, thereby continuing to promote the high-quality development of the new materials industry.