Media Center

MEDIA CENTER

16

2024-08

01

2024-08

The world's largest magnesium hydride production line is stepping up construction in Yulin

On the edge of the Maowusu Desert in Yulin, Shaanxi, the world's largest magnesium hydride production line is under construction in full swing. This is the pilot production line of solid hydrogen storage material magnesium hydride developed by Fude Jinyu. After completion, the annual output can reach 150 tons. It will become the world's largest and most advanced magnesium hydride material production line. The production line will be completed and officially put into operation in September this year.

06-01

2024

Funde Jinyu Science and Technology Committee was established and held its first working meeting in Huzhou

Dalian Funde Jinyu Clean Energy Co., Ltd. Chairman and General Manager Lu Zhihui, Director Xu Xinghua, Deputy General Manager and Chief Engineer Feng Libo and other senior leaders, as well as Funde Jinyu Science and Technology Committee Director Wang Guoliang, members Sun Wanfu, Li Liquan, Lu Dianlin and other experts attended the meeting.

05-22

2024

Warmly celebrate the inauguration of Funde Jinyu (Huzhou) Hydrogen Energy Technology Research Co., Ltd. and Dalian Funde Jinyu Hydrogen Energy Research Institute

On the morning of May 13, Funde Jinyu (Huzhou) Hydrogen Energy Technology Research Co., Ltd. and Dalian Funde Jinyu Hydrogen Energy Research Institute held an unveiling ceremony, and announced the establishment of Funde Jinyu Science and Technology Committee, and issued letters of appointment to expert members on the spot.

09-20

2024

Leader from Department of Science & Technology of Liaoning province visited Funde Jinyu for research and exchange

Both parties discussed the material characteristics, technical processes, pilot production lines, and market application scenarios of magnesium hydride

08-20

2024


08-15

2024

The second Western Hydrogen Energy Expo opened today.,Dr. Zhihui Lv analyzed the problems of hydrogen storage and transportation

Magnesium-based solid-state hydrogen storage technology will reduce the cost of hydrogen storage and transportation from 40% to 15%.