
It marks that China's green hydrogen ammonia alcohol integrated industry has officially moved from engineering demonstration to large-scale commercial operation.
AI-generated summary
The first phase of the "Green Hydrogen No. 1" project was officially put into operation on December 16, 2025. It is China's first large-scale wind-solar coupled green hydrogen production green ammonia integrated project.
China News Service, Songyuan, October 20 (Li Yanguo, Gao Long'an) The second phase of the world's largest green hydrogen ammonia alcohol integrated project "Qinghydro No. 1" was launched in Songyuan, Jilin on the 20th, marking the official move of China's green hydrogen ammonia alcohol integrated industry from engineering demonstration to large-scale commercial operation.
"Qing Hydrogen No. 1" is the full name of "Qing Hydrogen No. 1" China Energy Construction Songyuan Hydrogen Energy Industrial Park (green hydrogen ammonia alcohol integration) project, invested and constructed by China Energy Construction Group Co., Ltd., is China's first large-scale wind-solar coupled green hydrogen production green ammonia integrated project. The project adopts the technical route of "direct supply of wind and solar power + energy storage peak shaving + high-efficiency electrolytic hydrogen production + dynamic ammonia alcohol synthesis integration" to solve the world-class problem of dynamic matching of new energy fluctuations and stable chemical production, open up a path for large-scale production of green hydrogen ammonia alcohol, and establish a replicable business model for China's green ammonia from a single technology demonstration to large-scale overseas expansion.
The first phase of the "Qing Hydrogen No. 1" project was officially put into operation on December 16, 2025. After nearly a year of operation, the production load of the synthetic ammonia unit has reached 100%, and it has fully entered the stage of stable operation and batch delivery of products.
It is reported that "Qing Hydrogen No. 1" has obtained relevant certifications from the European Union and South Korea, and has signed long-term agreements with a number of international companies to export ammonia-doped power generation solutions, supply the European ocean shipping zero-carbon fuel market, and open up a complete trade channel from China's wind and solar resources to overseas zero-carbon fuel markets. On October 13 this year, the green ammonia produced by it completed the world's first ship-to-ship refueling of green ammonia fuel in Zhoushan, Zhejiang, realizing the first complete link of "production-storage-transportation-refueling-application" of green ammonia as a marine green fuel.
Ni Zhen, chairman of China Energy Construction Group Co., Ltd., said that the second phase is a large-scale expansion project that is iteratively upgraded based on the first phase. It is a landmark achievement of China's hydrogen energy industry in cultivating new productivity and building a new energy system.
Compared with the first phase, the second phase has achieved a systematic jump in the five dimensions of scale, equipment, technology, efficiency and market. Among them, the installed capacity of new energy in the second phase has been increased from 800 MW in the first phase to 1,600 MW; the annual production capacity of green hydrogen and green ammonia has reached 90,000 tons and 400,000 tons respectively. It is expected to achieve an annual carbon emission reduction of 1.4 million tons, which is equivalent to planting about 70 million trees. The first and second phases of the project have the overall annual production capacity of 600,000 tons of green ammonia.
"If the first phase solves the feasibility problem of 'from 0 to 1', the second phase answers the commercialization problem of 'from 1 to N'." Li Jingguang, chairman of China Energy Construction Hydrogen Energy Co., Ltd., said that the second phase will dilute fixed costs through scale expansion, reduce energy and material consumption with technological iterations, and rely on locking the market to realize green premiums, making China's green fuel more capable of participating in international competition.
AI outlook — possibilities, not facts
The first and second phases of the project will achieve an annual production capacity of 600,000 tons of green ammonia.
Likely · Within months
The No. 2 boiler of Qinghai Huadian Golmud Phase I, the highest ultra-supercritical coal-fired power generation project in China, was successfully ignited on October 18, marking the unit entering the hot commissioning stage. This project is located in Golmud, Qinghai, with a total investment of approximately 6.2 billion yuan, and aims to improve the Qinghai power grid’s ability to absorb new energy.
Shandong Province Dongying Economic and Technological Development Zone has built the world's largest and most comprehensive coastal wind power testing and certification base. By providing one-stop testing services, the base has reduced the testing costs of wind power companies and promoted the cluster development of the offshore wind power equipment industrial park. It has attracted 37 industrial chain projects to settle in the base.

The Economic Committee of the Legislative Yuan held a public hearing on state-owned energy industry budget allocations today. The business community called on the government to allocate losses to Taipower and PetroChina. Taipower expressed its gratitude and pointed out that the war between the United States and Iraq caused gas prices to rise sharply, absorbing costs of more than 70 billion yuan. It hopes that all walks of life will support the 71.1 billion yuan supplementary budget to improve finances and stabilize people's livelihood.

The Economic Committee of the Legislative Yuan held a public hearing on the losses of CNPC and Taipower and the revision of the Energy Management Act. The Kuomintang legislators proposed adding provisions for a loss-free withdrawal fund, and the General Accounting Office is worried that it will significantly weaken the energy fund's self-raised financial resources and affect business promotion.

National Tsing Hua University signed a cooperation agreement with NuCube Energy of the United States to evaluate the feasibility of introducing micro modular reactors (MMR) in Taiwan for research, application and deployment. Tsinghua University aims to set up one on campus as early as 2031, and hopes to use this to drive Taiwan's traditional industries to join the international nuclear energy supply chain.

China's Ministry of Commerce announced that it plans to include some solar manufacturing technologies in the export control list on the grounds that the relevant technologies involve sensitive fields of aerospace and national defense. This move is seen by analysts as an attempt to maintain China's monopoly in the photovoltaic field and may affect the overseas production plans of companies such as Tesla.