Junrui Group and Shanghai University of Electric Power conduct technical exchanges on green hydrogen

On the afternoon of July 2, 2025, a delegation of teachers and students from Shanghai University of Electric Power visited Junrui Green Hydrogen Energy (Group) Co., Ltd. (hereinafter referred to as "Junrui Group") to conduct a special exchange on industry-university-research collaboration. Both parties engaged in in-depth discussions on cutting-edge technologies in the green hydrogen industry and the cultivation of innovative talents.

Through an introduction to Junrui Group's sand table production chain and an explanation of its business development, the teachers and students gained an intuitive understanding of the group's green hydrogen production chain, industrial layout, and future development blueprint. Subsequently, both parties engaged in exchanges and discussions on the current status of green hydrogen business development, strategic planning, and key aspects of electrolytic water hydrogen production technology.

Attendees from Junrui Group, drawing on their industrial practical experience, introduced issues such as technological levels, efficiency improvements, and cost optimizations in the "production, storage, transportation, and utilization" links of current green hydrogen, as well as sustainable power and water resource supply solutions. They engaged in in-depth face-to-face interactions with student representatives, providing them with valuable firsthand industry insights.

This exchange was of far-reaching significance and yielded fruitful results:

1. Establishing a new paradigm for industry-education integration: Successfully constructed an efficient dialogue mechanism between leading domestic green hydrogen enterprises and energy-focused universities, bridging the gap between cutting-edge scientific research and industrial needs, and setting an example for university-enterprise collaborative innovation.

2. Deepening understanding and fostering consensus: In-depth technical discussions significantly enhanced the overall understanding of university teachers and students regarding the green hydrogen industry chain, core bottlenecks, and corporate strategies. Meanwhile, it enabled enterprises to more accurately recognize the advantages of universities in basic research and talent reserves. Both parties reached a high degree of consensus on the standards for cultivating future-oriented green hydrogen composite, applied, and innovative talents.

3. Inspiring youth's sense of mission: Provided precious opportunities for young students to have close contact with the forefront of the industry, effectively inspiring their enthusiasm and sense of mission to engage in the green hydrogen national strategic emerging industry and serve the national "dual carbon" strategic goals.

Both parties agreed that this exchange opened up broad prospects for future cooperation. In the future, they will work together to accelerate the innovation and industrialisation process of core green hydrogen technologies, jointly injecting strong momentum into the green and low-carbon transformation and high-quality development of China's energy structure.