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From March 20 to March 21, 2025, the kick-off meeting for the process package and engineering design of Fude Jinyu’s 1,000-ton class magnesium-based solid hydrogen storage material demonstration project was successfully held. Leaders, experts, and relevant personnel from Dalian Fude Jinyu New Energy Co., Ltd., the Dalian Institute of Chemical Physics of the Chinese Academy of Sciences, and Sinopec Guangzhou Engineering Co., Ltd. attended the meeting. The conference lasted for two days, during which sessions were held on project introduction, discussions on process flows and process package design, deliberations on the technical solutions for the second-generation process as well as the development of key reactor equipment, and reviews of the progress and plans regarding the preparation of the feasibility study report. This marks the official entry of the project into the design phase, laying a solid foundation for the subsequent construction of the project. Fude Jinyu’s thousand-ton-scale magnesium-based solid hydrogen storage material production line will be established on Changxing Island in Dalian, with Sinopec Guangzhou Engineering Co., Ltd. responsible for the design work. Building on the patent-based technologies of the Dalian Institute of Chemical Physics, Chinese Academy of Sciences, this project is a collaboration among Fude Jinyu, Yulin Zhongke Clean Energy Innovation Institute, and the Dalian Institute of Chemical Physics, Chinese Academy of Sciences. It employs a continuous hydrogenation production process using the \"one-pot\" method, thereby enabling the safe and efficient production of magnesium-based solid hydrogen storage materials. A \"dark factory\" that integrates continuity, automation, intelligence, and scale has been established as a result. Upon completion, the project will provide strong impetus for innovation in hydrogen storage and transportation technologies in our country, significantly increase the global supply capacity of magnesium-based solid hydrogen storage materials, and facilitate the large-scale use of hydrogen energy.