Under the guidance of the national "dual carbon" strategic goal, Jinggong Technology continues to deepen the innovation and integration of green equipment and technological new quality productivity. On the morning of June 21st, Academician Zhang Jiujun, a foreign academician of the Chinese Academy of Engineering and Chief Scientist of Jinggong Technology, visited the company headquarters to give an academic lecture on "Carbon Dioxide Electrochemical Reduction to Produce Low Carbon Fuel". Sun Yongjun, the Secretary of the Party Group of the Keqiao District Science and Technology Association, was specially invited to attend the lecture, and more than 100 members of Jinggong Technology's President Li Aijun, management, and core scientific and technological personnel in various industries listened to the report.

At the report site, Academician Zhang Jiujun deeply analyzed the urgency of the current global energy structure transformation and emphasized the important value of electrochemical reduction of carbon dioxide technology in achieving the goal of carbon neutrality. He deeply analyzed the reaction mechanism and technological breakthroughs of electrochemical reduction technology, pointing out that converting carbon dioxide into low-carbon fuel through efficient and economical electrochemical reduction is an efficient and flexible feasible solution. It can not only effectively reduce greenhouse gas emissions, but also open up a new path and model of circular economy, which is of great significance for promoting the green and low-carbon transformation of the economy and society.

During the communication session, technical elites from various industries actively asked questions and discussed with Academician Zhang about technological prospects, cost control, and commercialization challenges. The atmosphere on site was lively, and academic thinking sparks were shining.

At the end of the report, Li Aijun, President of Seiko Technology, summarized that Academician Zhang Jiujun is a world-class scientist who has made outstanding contributions in the field of electrochemical energy storage and conversion. His significant achievements have actively promoted the research and application of sustainable energy worldwide. In this sharing, Academician Zhang brought about the latest international exploration achievements, development trends, challenges and reflections in the field of electrochemistry in a simple and easy to understand manner, and also brought new inspiration and direction for precision technology in the future low-carbon design and upgrading of equipment.

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On the afternoon of June 20th, the opening ceremony of the second Talent Science and Technology Innovation Week in Keqiao District, 2024, was successfully held at the Shaoxing International Convention and Exhibition Center. Zhang Jiujun, a foreign academician of the Chinese Academy of Engineering and chief scientist of Precision Technology, attended the opening ceremony.

At the opening ceremony, a plaque awarding ceremony for Academician Zhang Jiujun's workstation in Keqiao District was held simultaneously. Chen Jianhua, Senior Vice President of Jinggong Technology and Chairman of Jinggong New Energy, participated in the plaque awarding ceremony, marking the official completion of the Jinggong Technology Academician Zhang Jiujun's workstation.

With the deep integration of technological innovation and green concepts, Jinggong Technology will continue to adhere to the "technology led" development strategy, deeply cultivate low-carbon design and innovative manufacturing of equipment. In the future, with the empowerment and support of top scientific research forces represented by Academician Zhang Jiujun, Jinggong Technology will actively explore new technologies, new formats, and new models of low-carbon equipment, lead the symbiosis of various industries with more breakthrough technological new productive forces, strive to create sustained new breakthroughs, promote Jinggong Technology to achieve more outstanding achievements in the field of equipment intelligent manufacturing, and inject a continuous source of innovative power into the development of national new productive forces.