On June 4, the consortium formed by Suzhou SINCETRUE Hydrogen Energy Technology Co., Ltd. and Hebei Yingke Petrochemical Engineering Co., Ltd. successfully won the bid for the PC general contracting services procurement project of the 10 MW-level alkaline water electrolysis hydrogen production BOP module construction for the Dalian Institute of Chemical Physics, Chinese Academy of Sciences. This successful bid signifies another authoritative recognition of SINCETRUE Hydrogen Energy's comprehensive capabilities in the field of large-scale electrolytic water hydrogen production system integration. It also marks another significant milestone in the company's deep commitment to hydrogen energy core technologies and its contribution to the nation's green energy transition.

The Dalian Institute of Chemical Physics (DICP) of the Chinese Academy of Sciences is a leading research institution in China for energy chemical engineering and hydrogen technology development. Its 10 MW alkaline water electrolysis hydrogen production project imposes extremely high requirements on the technical reliability, system integration capabilities, and engineering implementation standards of the BOP (Balance of Plant) module. Upon completion, the project will provide critical technology verification and demonstration for large-scale green hydrogen production, promoting the widespread application of water electrolysis hydrogen production technology in scenarios such as renewable energy integration and industrial decarbonization.

As a leading domestic provider of hydrogen energy equipment and system solutions, SINCETRUE Hydrogen Energy leveraged its technological expertise and project experience in the field of electrolytic water hydrogen production. By partnering with Hebei Yingke Petrochemical Engineering Co., Ltd., the two companies complemented each other's strengths and participated in the bid as a consortium.

This project will adopt SINCETRUE Hydrogen Energy's independently developed high-efficiency alkaline water electrolysis hydrogen production BOP integration technology, covering core subsystems such as gas processing, purification, cooling, and control. The system is characterized by high safety, low energy consumption, and intelligent operation and maintenance, which can significantly enhance the operational efficiency and economic viability of large-scale hydrogen production systems. This collaboration will further validate SINCETRUE Hydrogen Energy's engineering capabilities in the megawatt-level hydrogen production equipment sector, laying a solid foundation for future hundred-megawatt-level projects.