China is accelerating its hydrogen strategy for the steel industry as Beijing pushes to reduce industrial carbon emissions and lower hydrogen production costs. A new government-backed pilot program aims to support hydrogen deployment across steelmaking, transport, shipping, aviation, and green chemicals, while encouraging broader adoption of low-carbon industrial technologies.
China Targets Lower Hydrogen Costs for Steel Decarbonization
In March, three Chinese government ministries launched a new hydrogen energy pilot initiative focused on five urban clusters. The program is designed to promote hydrogen use in sectors including steel production, green ammonia, methanol, shipping, and aviation.
The initiative expands on China’s earlier 2021 hydrogen fuel-cell transport program but shifts more attention toward industrial decarbonization and heavy manufacturing. Authorities will allocate up to 8 billion yuan ($1.17 billion) over four years to support qualifying projects.
A central policy objective is reducing hydrogen costs. China aims to lower hydrogen prices from the current 35–50 yuan per kilogram to around 25 yuan/kg by 2030. In regions with abundant renewable energy resources, authorities hope prices could eventually fall to 15 yuan/kg.
However, industry analysts note that hydrogen-based steelmaking typically requires hydrogen prices closer to 10–15 yuan/kg to become commercially competitive with traditional blast furnace production.
Baowu and HBIS Advance Hydrogen Steelmaking Projects
Major Chinese steelmakers are already investing in hydrogen metallurgy projects as the country seeks pathways to lower emissions from one of the world’s most carbon-intensive industries.
Baowu Steel, the world’s largest steel producer, recently launched a hydrogen-electric arc furnace production line with annual capacity of 1 million metric tons. The company has also announced plans for the Yangjiang hydrogen hub, an 11.9 billion yuan project that will include dedicated hydrogen pipeline infrastructure.
HBIS Group is also operating a hydrogen-based steelmaking facility in Hebei Province, one of China’s major steelmaking regions.
These projects are viewed as early-stage demonstrations rather than large-scale commercial transformations. Coal-based blast furnaces still account for roughly 90% of China’s steel production and contribute significantly to national industrial emissions.
Steel Industry Faces Cost and Demand Challenges
Despite policy momentum, China’s hydrogen steel ambitions face economic and market barriers. Green hydrogen production remains expensive, while downstream demand for low-carbon steel is still developing both domestically and globally.
Industry observers say the new hydrogen program is mainly a catalyst for technology development. It is not yet a near-term replacement for conventional steelmaking.
The challenge also extends beyond China. Global Energy Monitor warned that the steel industry’s green transition could slow due to high conversion costs and limited investment in cleaner technologies. Global blast furnace capacity could still increase by 88 million metric tons by 2035. This highlights the steel sector’s continued reliance on coal-based production.
Market Impact
○ Impacted Metals: Steel, hot-rolled coil (HRC), iron ore, metallurgical coal, direct reduced iron (DRI), green steel feedstocks
○ Direction: Mixed
○ Time Horizon: Medium-term through 2030
○ Affected Industries: Steelmaking, renewable energy, hydrogen production, industrial manufacturing, automotive, construction, shipping
○ Related Price Reports: Steel Weekly Price Report, Iron Ore Weekly Price Report, Metallurgical Coal Weekly Price Report, Hydrogen Metals Transition Weekly Report
○ Watch Item: Monitor whether China can reduce green hydrogen costs below 15 yuan/kg to improve commercial viability for hydrogen-based steelmaking.
SuperMetalPrice Commentary:
China’s latest hydrogen policy signals continued government commitment to industrial decarbonization, but the economics of hydrogen steelmaking remain challenging. The success of these projects will depend less on pilot funding and more on whether renewable power expansion and hydrogen infrastructure can materially lower production costs.
For steel markets, the longer-term significance lies in how quickly low-carbon steel demand develops among automakers, exporters, and infrastructure buyers. If demand remains limited, hydrogen metallurgy may stay concentrated in demonstration-scale projects rather than becoming a mainstream production route.
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