India Considers Green Steel Mandate for Public Projects

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  Business and Finance on Thu, Feb 26th, 2026 by Business Today
      Locale: INDIA

New Delhi, February 26th, 2026 - A landmark study released today suggests that a government mandate for 'green steel' in all public procurement projects could fundamentally reshape India's sprawling steel industry and drastically alter the nation's approach to infrastructure development. While presenting initial economic hurdles, the proposed policy is being hailed as a critical step towards achieving India's ambitious climate goals and fostering a more sustainable future.

The study, conducted by the Centre for Sustainable Infrastructure Development (CSID), a leading research institution focused on environmental and economic impacts of infrastructure projects, paints a complex picture of both challenges and opportunities. It delves into the practical implications of shifting from traditional, carbon-intensive steel production to methods utilizing significantly lower emissions. The core argument is that government demand, leveraged through public procurement, can act as a powerful catalyst for industry-wide transformation.

The Cost of Sustainability: A Short-Term Increase with Long-Term Potential

The most immediate impact of a green steel mandate is projected to be an increase in upfront project costs. Currently, green steel production is inherently more expensive than conventional methods, primarily due to the technological investments required and the higher cost of renewable energy sources needed to power the processes. The CSID estimates a potential cost increase of 10-15% in the initial phase of implementation, impacting projects ranging from highways and bridges to railways and public buildings.

However, the study emphasizes that this cost differential is not necessarily permanent. Researchers predict that as green steel technologies mature, production scales up, and renewable energy costs continue to fall, the price gap will narrow considerably. Moreover, the long-term benefits - including reduced carbon taxes, enhanced energy security, and improved public health due to lower pollution - are projected to outweigh the initial cost premiums. Economic modeling within the report suggests that by 2035, green steel could become cost-competitive, and even cheaper, than traditionally produced steel.

Technological Pillars of a Green Steel Future

The transition to green steel hinges on the widespread adoption of innovative technologies. The CSID report identifies two key pathways: hydrogen-based Direct Reduced Iron (DRI) and Electric Arc Furnaces (EAF). DRI, when powered by renewable hydrogen, eliminates the need for coal in the ironmaking process, drastically reducing carbon emissions. EAFs, which recycle scrap steel using electricity, offer another viable pathway to lower emissions, particularly when coupled with renewable energy sources.

"The challenge isn't simply replacing one input with another," explains Dr. Anya Sharma, lead researcher at CSID. "It's about fundamentally redesigning the steelmaking process. This requires significant investment in R&D, pilot projects, and skills development." The report estimates that India will need to invest upwards of $25 billion over the next decade to build the necessary infrastructure for green steel production.

Domestic Steel Sector: Adaptation and Innovation

Indian steel producers, accustomed to relying on established, coal-based technologies, face a significant adaptation challenge. The mandate will likely necessitate substantial upgrades to existing facilities or, in some cases, the construction of entirely new, greenfield plants. This presents both a risk and an opportunity. Companies that proactively embrace the transition stand to gain a competitive advantage in a rapidly evolving global market, while those that lag behind risk becoming obsolete.

The government is expected to play a crucial role in facilitating this adaptation through financial incentives, tax breaks, and streamlined regulatory approvals. Several steel majors have already announced preliminary plans to invest in green steel technologies, encouraged by the prospect of a guaranteed demand from public procurement. A key area of focus is developing a circular economy for steel, maximizing scrap steel usage and minimizing waste.

Supply Chain Resilience and Initial Constraints

A major concern highlighted in the study is ensuring a reliable and consistent supply of green steel to meet the demands of large-scale public projects. In the early stages, production capacity will likely be limited, creating potential bottlenecks and delays. The CSID recommends a phased implementation of the mandate, starting with pilot projects and gradually increasing the green steel requirement over time. Furthermore, building a robust supply chain - encompassing everything from renewable energy provision to hydrogen production and scrap steel collection - will be paramount.

The report also suggests exploring regional production hubs for green steel, strategically located near sources of renewable energy and scrap steel yards, to minimize transportation costs and environmental impact. Collaboration between government, industry, and research institutions will be essential to navigate these challenges and unlock the full potential of green steel in India.