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The national key research and development program supports the innovative development of Saikesaisi hydrogen energy

2019-03-15 09:28:00

Recently, the information arrangement of the key special projects of the 2018 National Key research and development Plan "renewable energy and hydrogen energy technology" was announced, and the "MW class solid polymer electrolyte electrolysis water hydrogen production technology" project jointly declared by our company and the Changchun Institute of Applied Chemistry of the Chinese Academy of Sciences was listed.

"MW Solid polymer electrolyte Electrolysis Water hydrogen Production Technology" project focuses on the development of hydrogen energy, with the strong scientific research theoretical foundation and advanced technology research and development platform of Changchun Institute of Applied Chemistry, Chinese Academy of Sciences in this field, and relying on the advantages of Shandong Saikesaisi Hydrogen Energy Co., LTD., the industry leading enterprise, to overcome the key technical bottlenecks in the field of electrolysis water hydrogen production. Promote the development of solid polymer electrolyte water electrolysis hydrogen production technology and the industrialization of MW-level technology products to achieve efficient and comprehensive utilization of hydrogen energy.

"Renewable energy and hydrogen energy technology" is included in the key special project of the national key research and development plan, which fully explains the determination of the country to develop hydrogen energy, but also injected innovative impetus for the development of renewable energy and hydrogen energy industry. As the project undertaking unit of this key special plan, our company will give full play to its own advantages, continue to adhere to driving innovation, strengthen research and development team construction and platform construction, enhance independent innovation capability, and contribute to the smooth implementation of the project and the industrialization development of MW-level solid polymer electrolyte water hydrogen production technology.