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On March 31, a delegation from the China Automotive Research Institute, led by Deputy Secretary of the Party Committee and General Manager Liu Anmin, and Deputy General Manager Wang Rui, visited the National Energy Investment Group Hydrogen Technology Development Co., Ltd. (referred to as Guo H2 Technology). They were warmly received by Zhang Yingguang, Deputy Secretary of the Party Committee and General Manager of Guo H2 Technology.
In an exciting development, the China International Capital Corporation announced that the Xinji Hydrogen Energy Fund, under its management, has completed its filing process. The city of Xinji aims to leverage its inclusion in the second batch of national fuel cell vehicle demonstration application city clusters, striving to achieve a hydrogen production capacity of 5,000 tons by 2025, alongside promoting hydrogen vehicles.
The fund focuses on the micro-circulation of the hydrogen energy industry in Xinji, primarily investing in companies involved in hydrogen fuel cell systems, new materials, core components, and equipment manufacturing related to hydrogen production, storage, transportation, refueling, and usage.
As the first wind power-to-hydrogen demonstration project in China, the Hebei Construction Investment Gu Yuan Wind Power Hydrogen Production project has begun production. Recently, Gu Yuan County has intensified its efforts in advancing renewable energy projects, with participation from 27 companies, including Hebei Construction Investment.
In another significant development, the Postal Savings Bank of China successfully completed its first loan for an electrolytic water hydrogen production project, marking an important breakthrough for the bank in supporting green energy projects.
At the 15th China Clean Energy Expo on March 26, Qiao Xiaoli, Chief Engineer of Lan Shi Heavy Equipment, discussed the necessity for cost reduction and technological innovation in the hydrogen energy sector. Lan Shi has established a joint laboratory with the National Energy Hydrogen and Ammonia Integration New Energy Technology Key Laboratory to focus on hydrogen energy and fuel cell technologies.
On March 29-30, at the Yangshan Phase IV Automated Terminal in Shanghai, the Shanghai Port Energy company successfully completed its first bulk fueling of domestically produced green methanol for the international vessel “HMM Green,” with a total of 2,902.5 tons of green methanol loaded.
The first full industrial chain demonstration project for liquid hydrogen production, storage, and transportation has been successfully established. Led by China Science and Technology Fu Hai, this project involved collaborations with multiple institutions and aims to advance liquid hydrogen technologies.
In Gansu Province’s Yumen City, efforts are underway to accelerate the construction of integrated projects for coal, chemical, and renewable energy, optimizing the power grid structure and expanding electricity export channels.
Researchers at Zhejiang University have made significant progress in developing a low-iridium catalyst for proton exchange membrane water electrolyzers, allowing for efficient hydrogen production at 1.75 V and 4 A/cm².
The National Energy Administration recently announced that the issuance of green certificates for renewable energy projects such as wind and solar will not be transferable, impacting the hydrogen and ammonia projects tied to renewable energy generation.
On March 31, Tangshan Yuelan Hydrogen Power New Energy Technology Co., Ltd. disclosed that Yao Ding Hydrogen Energy won the bidding for the hydrogen power comprehensive energy station project in Qian’an City.
New projects continue to emerge in the hydrogen sector, including a publicly tendered liquid ammonia hydrogen production and fuel cell research center at Xinjiang Normal University with a budget of 2 million yuan.
On March 27, China Merchants Jinling Shipyard signed a cooperative agreement for a green hydrogen project aimed at producing 100,000 tons of green hydrogen and 600,000 tons of green ammonia annually.
In the context of carbon market expansion, technologies like hydrogen steelmaking and aluminum electrolysis are expected to reach scalable applications by 2030, enhancing the transformation of high-energy-consuming industries.
Recent announcements reflect a growing focus on hydrogen energy, with various projects and collaborations aimed at enhancing production, technology, and integration within the renewable energy landscape.
