The steel industry has made positive advancements in the past year, pushing forward commercial and pilot-scale carbon reduction projects, research and development (R&D), and industry standards. Investment in this sector continues, although financial commitments are declining.
Investment and Challenges
In the 12 months leading up to April 2026, reported investments and financial commitments reached $24 billion. High capital costs, limited access to energy and competitively priced hydrogen, and limited demand for low-carbon steel have put additional pressure on project economics. However, many major steel producers remain committed to their long-term goals of achieving net zero carbon.
Global Advances in Policy Making
Policy developments in major steel-producing regions are increasingly focused on supporting investment in low-carbon technologies and creating demand for low-carbon steel. These actions help steel producers develop low-carbon pathways for existing assets and advance alternative processes to achieve near-zero carbon steel production.
In China, the development of the national carbon trading scheme has helped strengthen the policy framework for carbon reduction in the steel industry. China Baowu is advancing HyCROF blast furnace technology and hydrogen-based iron and electric steel production technologies through the low-carbon metallurgy program in Zhanjiang. Additionally, the HBIS Group is promoting carbon capture, utilization, and storage (CCUS) technology initiatives.
In India, with rising demand and capacity of blast furnaces, the importance of greenhouse gas emissions performance of existing and new assets is becoming significantly greater. India's Green Steel Roadmap and long-term plans for integrating steel into the carbon credit trading scheme strengthen the policy framework for carbon reduction. Key indicators include advancements in Tata Steel's modified blast furnace technology and JSW Steel's progress in using renewable hydrogen in DRI production at the Vijayanagar steel plants.
In Japan and Korea, policy supports continue to strengthen across various carbon reduction pathways. In Japan, the GX Steel framework has supported carbon reduction in blast furnaces and stimulated demand for low-carbon steel.
In Europe, the European Union has created stronger incentives for carbon reduction with the carbon border adjustment mechanism. At the same time, the evolving design of the EU emissions trading scheme and the gradual phasing out of free emission allowances present important considerations for steel producers.
The Need for Multiple Technology Pathways
Market developments indicate that no single technology can address the diversity of the global steel industry alone. Advancements require the development of technologies that can reduce carbon to near zero in steel production processes. This trend necessitates collaboration and investment in innovative technologies that help the steel industry achieve its unprecedented carbon reduction goals.
