India Rolls Out Green Steel Project

Why It Matters

The shift to green steel reduces India’s reliance on coal, cuts emissions, and positions the country as a supplier of sustainable metal to global markets, supporting both climate goals and industrial competitiveness.

Key Takeaways

• India launches pilot green steel plant using hydrogen-based reduction
• Project targets 5 million tonnes annual capacity by 2030
• Green steel will serve domestic market and export to EU
• Initiative aligns with India's net‑zero pledge and reduces coal use

Pulse Analysis

India’s steel sector, the world’s second‑largest coal consumer after China, accounts for roughly 15 % of the nation’s total CO₂ emissions. Traditional blast‑furnace operations rely on cheap, abundant coal, creating a paradox for a country that has pledged to hit net‑zero by 2070. By introducing hydrogen‑based direct‑reduction and electric‑arc furnaces, the green steel project tackles the emissions challenge at its source while leveraging India’s growing renewable‑energy capacity to power the new processes.

The flagship plant, backed by a consortium of domestic firms and foreign technology partners, targets an initial 5 million tonnes of low‑carbon steel per year, with plans to scale to 15 million tonnes by 2035. Hydrogen, produced from electrolyzing surplus wind and solar power, will replace coke as the primary reductant, while scrap recycling in electric‑arc furnaces further lowers the carbon footprint. The product is earmarked for high‑value domestic applications—automotive, infrastructure, and appliances—and for export to the European Union, where stricter ESG standards are driving demand for certified green steel.

If successful, the initiative could reshape global steel supply chains by offering a cost‑competitive, low‑emission alternative to traditional producers. It also signals to investors that India is serious about decarbonising heavy industry, potentially unlocking green financing and boosting the country’s ESG credentials. Challenges remain, including scaling hydrogen production, securing stable renewable power, and ensuring price parity with coal‑based steel, but the project marks a pivotal step toward a more sustainable industrial future.