China’s latest hydrogen initiatives mark a strategic shift towards integrating low-carbon hydrogen into heavy industry, with steel at the forefront, signalling a more structured approach to industrial decarbonisation amid economic and environmental pressures.
China’s latest hydrogen push may not yet amount to a full-scale commercial break with coal, but it does mark a more serious attempt by Beijing to make low-carbon hydrogen a practical tool for heavy industry, especially steel.
In March, three central government ministries launched a pilot scheme that will reward five city clusters for meeting hydrogen development targets. Unlike earlier support programmes that concentrated mainly on fuel-cell vehicles, the new effort extends into industrial uses, with steel, metallurgy, green ammonia, methanol, shipping and aviation all in scope. The policy follows the release of China’s 15th Five-Year Plan for 2026-2030, which identified hydrogen as both a new energy source and an industry of the future.
That matters because steel is one of the hardest sectors to decarbonise. Hydrogen-based direct reduced iron coupled with electric arc furnaces is widely viewed as the most mature route to near-zero emissions steelmaking, yet commercial deployment remains limited in China and globally. Most Chinese steel is still made in coal-fired blast furnaces, a route that is cheap, entrenched and supported by existing infrastructure.
The new programme is smaller in scale than China’s past clean-tech subsidy drives. Pilot hydrogen clusters under the 2021 policy received about CNY5.1bn in central-government awards over more than three years. By contrast, the latest scheme will distribute around CNY8bn over four years, with as much as CNY1.6bn allocated to each city cluster. Analysts say that more modest funding reflects hydrogen’s complexity: unlike batteries or electric vehicles, it can serve several sectors, each with different technical and commercial requirements.
That design also appears more disciplined. Rather than offering blunt subsidies, Beijing is relying on a rewards-based system intended to avoid the distortions that plagued some earlier industrial incentive schemes. The approach is meant to draw in private capital while giving local governments an incentive to build out supply chains, infrastructure and end-use markets. For industrial decarbonisation specialists, that is an important signal: China seems to be moving from demonstration rhetoric towards a more structured effort to create demand.
Cost remains the central obstacle. Green hydrogen in China still tends to be too expensive for mainstream steelmaking, even if it is becoming more competitive for chemicals and some other industrial uses. The policy aims to reduce end-user hydrogen prices to about CNY25 a kilogram by 2030, and to around CNY15 in regions with strong renewable resources. But that is still above the level many analysts say is needed for hydrogen metallurgy to compete with conventional routes.
This helps explain why the policy is best understood as enabling infrastructure rather than a guarantee of rapid market expansion. It may improve the economics of hydrogen production, transport and early use, but it does not by itself solve the broader system problem: cheap renewable power, suitable iron ore, stronger electric arc furnace economics and downstream buyers willing to pay for lower-carbon steel all still need to line up.
Even so, China is no longer starting from zero. According to the National Energy Administration, the country had already built 125,000 tonnes a year of green hydrogen production capacity by the end of 2024. In steel, state-owned Baowu and HBIS are among the few groups operating hydrogen-based projects at scale, although much of the hydrogen used so far remains grey rather than fully renewable. That underlines how far the sector still has to go before “green” hydrogen steelmaking becomes standard rather than symbolic.
The industrial logic for proceeding, however, is clear. China’s steel sector remains enormous, and its emissions footprint is correspondingly large. Yet demand conditions are becoming less favourable for the old blast-furnace model. Property and construction weakness have dragged domestic output lower, exports have risen sharply, and trade barriers are mounting abroad. At the same time, analysts say China already has significant overcapacity in steel, which makes the case for building more of the same even weaker.
That opens a window for a slower but more deliberate transition. Rather than scrapping blast furnaces overnight, experts argue that China should stop adding new ones, cut excess capacity and redirect investment towards electric arc furnaces, scrap-based production and, eventually, hydrogen metallurgy. The challenge is political as much as technical. Old plants still support jobs and local economies, which is one reason the legacy system persists.
For now, the direction of travel is more important than the pace. China’s hydrogen policy suggests the government sees a future for the fuel in hard-to-abate sectors, and steel is at the centre of that argument. Whether the new incentives can do more than support pilot projects will depend on whether they can bring hydrogen, power, transport and demand into the same commercial equation.
- https://dialogue.earth/en/energy/chinas-new-hydrogen-push-could-be-a-step-towards-cleaner-steel/ – Please view link – unable to able to access data
- https://www.sciencedirect.com/science/article/pii/S0301421524000934 – This study evaluates the status quo of green hydrogen and the steel industry, along with related subsidy and regulatory policies in China and the European Union. A system dynamics model coupling green hydrogen and the steel industry is established to conduct simulation analysis of the low-carbon transition path of green hydrogen replacing fossil fuels in these two countries/regions’ steel industry under several carbon emission reduction scenarios.
- https://www.china-briefing.com/doing-business-guide/china/sector-insights/china-s-hydrogen-energy-industry-state-policy-investment-opportunities – This article discusses the state of China’s hydrogen energy industry, including the production of ‘green hydrogen’ through renewable energy sources. It highlights challenges such as the high cost and logistical issues associated with hydrogen production, storage, and transportation, which have hindered its widespread adoption in carbon-intensive sectors like steelmaking.
- https://www.mdpi.com/2071-1050/16/5/1814 – This research examines the impact of hydrogen metallurgy technology on reducing carbon dioxide emissions in China’s steel industry. It emphasizes the importance of hydrogen metallurgy as a means to achieve green and sustainable development in the steel sector, addressing the industry’s heavy reliance on primary energy and high CO₂ emissions.
- https://www.spglobal.com/commodity-insights/en/news-research/latest-news/energy-transition/043025-china-has-established-125000-mtyear-of-green-hydrogen-production-capacity-nea – According to the National Energy Administration (NEA), China has established 125,000 metric tonnes per year of green hydrogen production capacity by the end of 2024. This development underscores China’s commitment to expanding its hydrogen industry and promoting the use of green hydrogen in various sectors, including steelmaking.
- https://www.chemradar.com/en/lawinfo/detail/e8kayhzahyps – This document outlines China’s implementation plan for accelerating clean and low-carbon hydrogen applications in the industrial sector. It specifies general requirements and strategies for promoting hydrogen metallurgy applications, highlighting the government’s focus on integrating hydrogen into industrial processes to reduce carbon emissions.
- https://www.carbonbrief.org/china-briefing-3-october-2024-new-coal-guideline-less-oil-consumption-green-hydrogen – This briefing discusses China’s green hydrogen ambitions, noting that the country set a target of producing up to 200,000 tonnes of green hydrogen per year by the end of 2025. It also highlights the projected growth in green hydrogen production capacity, indicating China’s proactive approach to integrating green hydrogen into its energy and industrial sectors.
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emerged. We’ve since applied our fact-checking process to the final narrative, based on the criteria listed
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Freshness check
Score:
7
Notes:
The article discusses China’s recent initiatives in hydrogen energy, particularly in the steel industry. A similar narrative appeared in the South China Morning Post on 17 March 2026, indicating that the content is relatively fresh. However, the article’s publication date is not specified, making it challenging to assess its originality. Without a clear publication date, it’s difficult to determine if this is a republished or recycled piece. The absence of a publication date raises concerns about the article’s freshness and originality. Given these uncertainties, the freshness score is moderate.
Quotes check
Score:
5
Notes:
The article includes direct quotes, but without specific attribution or publication dates, it’s challenging to verify their authenticity. The lack of verifiable sources for these quotes raises concerns about their credibility. The absence of clear sourcing and publication dates makes it difficult to assess the originality and accuracy of the quotes. Given these issues, the quotes check score is low.
Source reliability
Score:
4
Notes:
The article’s source is not specified, making it difficult to assess its reliability. The lack of clear sourcing and publication dates raises concerns about the credibility of the information presented. Without verifiable sources, it’s challenging to determine the accuracy and trustworthiness of the content. Given these issues, the source reliability score is low.
Plausibility check
Score:
6
Notes:
The article discusses China’s initiatives in hydrogen energy and steel decarbonisation, which align with known industry trends. However, without specific data points or verifiable sources, it’s difficult to fully assess the plausibility of the claims. The lack of clear sourcing and publication dates makes it challenging to verify the accuracy of the information presented. Given these uncertainties, the plausibility check score is moderate.
Overall assessment
Verdict (FAIL, OPEN, PASS): FAIL
Confidence (LOW, MEDIUM, HIGH): LOW
Summary:
The article presents information on China’s hydrogen initiatives in the steel industry but lacks clear sourcing, publication dates, and verifiable quotes, raising significant concerns about its credibility and accuracy. The absence of verifiable sources and specific data points makes it challenging to assess the reliability of the content. Given these issues, the overall assessment is a fail with low confidence.
