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A breakthrough in key disruptive technologies ushered in the construction of the country's first major industrial innovation platform for "ammonia-hydrogen" green energy
.
Recently, the reporter learned from the signing ceremony of strategic cooperation on major green energy industry projects held by Fuzhou University that the Jiang Lilong R&D team of the school took the lead in realizing the industrialization of a new low-temperature "ammonia decomposition hydrogen production" catalyst, and explored the use of ammonia as hydrogen energy.
According to the International Energy Agency, the global demand for "green hydrogen and blue hydrogen" will reach 75 million tons in 2040
.
The development of the hydrogen energy industry is an important starting point for the implementation of the "dual carbon" strategy.
However, difficulties in hydrogen storage and transportation and poor safety have restricted its industrial development
On this basis, the center has carried out major technological research on "ammonia-hydrogen" green energy, created a new type of low-temperature catalyst for efficient ammonia decomposition, greatly reduced the temperature of the traditional high-temperature "hydrogen production by ammonia decomposition", and designed and developed low-temperature ammonia The hydrogen production and refueling station equipment and the new "ammonia-hydrogen" fuel cell power system have overcome the key technical bottleneck of the "ammonia-hydrogen" energy cycle.
The full-chain characteristic hydrogen energy economic route of "transporting ammonia-producing hydrogen without carbon and using hydrogen" provides a brand-new solution for the realization of the national double-carbon goal
It is understood that Fuzhou University, Beijing Sanju Environmental Protection Company, and Zijin Mining Group will invest about 267 million yuan to establish a joint venture company, and the new company will invest about 30 million yuan to purchase technical services from Fuzhou University
.
The three parties will further focus on the "stuck neck" problem in the development of hydrogen energy industrialization in China, make full use of the leading advantages of Fuzhou University in the synthesis of ammonia and "ammonia-hydrogen" conversion catalytic technology, adhere to the integration of industry, university, research and application, and create a national level of "ammonia".
-Hydrogen” energy industry innovation team to jointly build the National Engineering Research Center for Ammonia Industry Catalysis to accelerate the development of a “zero-carbon cycle” trillion-level industrial chain integrating green ammonia industry, hydrogen energy industry and renewable energy industry.