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Despite the optimistic outlook for green steel demand driven by a potential government procurement mandate, the underlying economic realities and structural challenges within India's steel sector demand a closer examination of feasibility and long-term viability.
The Green Steel Mandate's Demand Potential
A proposed 26% mandate for green steel in government procurement could unlock substantial demand, potentially reaching 16 million tonnes per annum (MTPA) from public projects alone by FY30. This initiative, according to a CII-Green Business Centre report supported by Climate Catalyst, aims to establish India's first large-scale, assured market for certified low-carbon steel as early as FY28. Government-linked projects currently consume approximately 31.6 million tonnes of steel annually, contributing significantly to CO2 emissions. The report, drawing input from 28 steel producers representing 88 MTPA of crude steel capacity, indicates that 93% of surveyed producers are ready to supply certified green steel, provided a clear mandate is in place and transparent cost recovery mechanisms, such as premiums, GST concessions, or carbon credit offsets, are established. Procuring agencies also signaled readiness, contingent on policy enablers like defined thresholds, standardized tender clauses, and modest fiscal support for the initial three years. This push aligns with the Union Budget's increased public capital expenditure for FY26-27.
The Analytical Deep Dive
India's steel sector, the world's second-largest producer, is at a critical juncture, aiming for 300 MTPA capacity by 2030 [36]. However, its current reliance on coal-based production, particularly the Blast Furnace-Basic Oxygen Furnace (BF-BOF) route, makes it one of the most carbon-intensive globally, with an emission intensity of 2.55 tonne of CO2/tonne of crude steel, significantly higher than the global average [5, 39]. The transition to green steel, utilizing technologies like green hydrogen-based Direct Reduced Iron (H2-DRI) and renewable-powered Electric Arc Furnaces (EAF), promises emission reductions of up to 97% [5, 17]. Major players like Tata Steel and JSW Steel are investing billions in decarbonization efforts, aiming for net-zero emissions by 2050 or 2070 [3, 7, 20].
However, the economic viability remains a significant concern. The current price premium for green steel is estimated at $210 per tonne, translating to a 3.7% increase in construction project costs [2]. While this premium is projected to drop dramatically to $7 per tonne by FY30 due to technological advancements and economies of scale, its immediate impact can constrain adoption in India's price-sensitive market. The high cost of green hydrogen ($4-$7/kg compared to $1.8 for grey hydrogen) is a primary driver of this premium [37]. Furthermore, the European Union's Carbon Border Adjustment Mechanism (CBAM) poses a substantial threat, potentially adding billions to India's steel export costs if emissions are not reduced [2]. The Ministry of Steel's 'Greening the Steel Sector in India: Roadmap and Action Plan' and the draft National Green Procurement Policy aim to address these challenges, but implementation and clear definitions of 'green steel' are crucial [6, 31, 33, 44]. Green Public Procurement (GPP) policies are seen as a vital tool to stimulate demand and provide sector-wide credibility, but robust, sector-specific guidelines are still developing [43, 45].
The Forensic Bear Case
The optimistic projections of a green steel mandate achieving 16 MTPA demand by FY30 face substantial headwinds. The immediate cost premium of green steel, currently 20-40% higher than conventional steel [11], makes it economically challenging for a price-sensitive Indian market unless legislative support is concrete and sustained [37]. The high cost of green hydrogen ($4-$7/kg) remains a critical barrier [37]. Compounding this, India's steel industry continues to invest in coal-based Blast Furnace (BF) capacity, with plans to double capacity by 2030, risking significant carbon lock-in and stranded assets [16, 39]. Over 87% of India's operating ironmaking capacity and 90% of that in development rely on coal [39]. While EAFs offer lower emissions, they depend heavily on scrap availability, which is currently limited in India [37]. Without substantial policy intervention, financial incentives, and a clear, enforceable regulatory framework for green steel, the mandate's ambitious demand targets may prove difficult to achieve. Furthermore, risks of fraudulent certifications and inconsistent quality in early-stage green steel markets could undermine buyer confidence [25].
The Future Outlook
Despite current challenges, the long-term outlook for green steel in India is driven by a convergence of factors. Falling green hydrogen costs, coupled with increasing carbon pricing on conventional steel, are expected to narrow the cost gap significantly, making green steel economically viable by 2030 and potentially cheaper by 2035 [17]. The expanding global green steel market and the imperative to meet India's net-zero targets by 2070 are strong motivators for continued investment and policy development. Government initiatives like the National Green Hydrogen Mission and the evolving public procurement policies are crucial enablers. The successful implementation of the proposed 26% green steel mandate, supported by clear policy definitions, financial incentives, and robust monitoring mechanisms, could indeed catalyze the necessary demand to accelerate India's transition to a low-carbon steel sector, bolstering its global competitiveness while contributing to its climate commitments.