China Plans to Cut Steel Production Amid Economic and Environmental Pressures

NDRC


Beijing Targets Industry Restructuring to Reduce Carbon Emissions

China has announced plans to cut steel production as part of its ongoing industry restructuring efforts. The National Development and Reform Commission (NDRC) revealed this initiative during the National People’s Congress in Beijing. While specific reduction targets were not disclosed, market analysts speculate that annual steel output could be reduced by up to 50 million tons.


Government Signals Stronger Regulatory Oversight

This marks the first time the NDRC has included steel production cuts in its draft plans, signaling a more aggressive regulatory approach. Experts believe this move is driven by the need to control carbon emissions, address declining steel mill profitability, and manage increasing international complaints about China’s strong steel exports, which offset weak domestic demand.

China's annual steel production has consistently exceeded 1 billion tons despite previous attempts to curb output. However, recent data suggests a shift. In 2024, steel production fell by 1.7% year-on-year to 1.005 billion tons—the lowest level in five years. Analysts predict that 2024 may be the last year China’s steel output surpasses 1 billion tons.


Environmental and Market Implications

Reducing steel production aligns with Beijing’s carbon reduction goals. The Center for Energy and Clean Air Research recently reported that a significant 15% capacity cut by 2025 would be necessary for the steel sector to meet emission targets and regain profitability.

Despite these efforts, China produced 1.019 billion tons of steel in 2023, marking a 0.6% increase from 2022. This reversed the previous downward trend observed over two consecutive years of declining production.

As China moves to balance industrial output with environmental commitments, global markets will closely monitor the impact of these production cuts on steel prices, trade policies, and overall supply chain dynamics.


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