Article 1 of 4 : Decarbonizing Steel Is India’s Next Competitive Frontier. It Started as a Compliance Obligation. It Won’t Stay One.

Why economics, not ideology, is now driving India’s steel decarb agenda & what it means for companies that move first

The most valuable conversations I have had this year have been with people closest to the problem, navigating the gap between a credible decarbonization strategy and the operational reality of delivering it, shift by shift, plant by plant.

This is a 4-part series on what I believe is the most important & most overlooked opportunity in India’s industrial decarbonization agenda, starting with steel.

Every article in this series is written with one conviction that India has the opportunity to build a genuinely competitive low-carbon steel industry, not just a compliant one. And that the path to get there is clearer, faster & more accessible than most roadmaps suggest. The missing middle is not a gap to lament. It is an opportunity to build.

I would also welcome perspectives from anyone working at this intersection-whether in operations, sustainability, digital, strategy, innovation or materials.

Explore the full series here: (Summary, Article-2,Article-3,Article-4)

Source: CPI Analysis

Let me start with a number that rarely appears in sustainability reports.

India’s average steel emission intensity is approximately 2.5 tons of CO₂ per ton of crude steel. The global best practice benchmark is 1.4 tons. That 44% gap is not just an environmental gap. Starting from FY2026, it is a financial gap, measured in CCTS penalties, EU CBAM tariffs, premium customer procurement decisions that increasingly specify low-carbon steel.

For the first time in the history of the Indian steel industry, decarbonization is a P&L event, not a sustainability reporting exercise. Companies that understand this shift earliest & move accordingly will not just reduce their carbon footprint. They will build a structural competitive advantage that compounds over the next decade.

Section 1: Decarbonizing Steel as Competitive Advantage

The narrative around industrial decarbonization in India has historically been framed around obligation: regulatory compliance, ESG ratings, investor scrutiny & international pressure. This framing is not wrong, but it is incomplete & increasingly it is the wrong lens for making investment & operational decisions.

The more accurate framing is competitive strategy. Here is why.

•Green steel premiums (the market signal is arriving)

India’s National Green Hydrogen Mission, green infrastructure procurement specifications from NHAI,Railways & the sustainability requirements of MNC’s operating in India are beginning to create a price premium for verified low-carbon steel. The companies that build the verification infrastructure now will be positioned to capture it as it grows.

•Decarbonization as operational excellence (the efficiency dividend is real)

Process optimization that reduces carbon intensity simultaneously shortens heat-to-heat turnaround time in the BOF/EAF, improves raw material yield, reduces specific energy consumption per ton & tightens product chemistry control. Decarbonization, done operationally, is an efficiency program with a carbon dividend, not a carbon program with an efficiency cost.

• EU CBAM (the export tariff is real)

The European Union’s CBAM applies to steel imports from 2026. For every ton of embedded carbon in an exported steel product above the EU benchmark, the exporting company pays a tariff. Without a verified carbon certificate per ton of product, Indian exporters cannot even calculate their exposure. With one, they can price the advantage of their DRI-EAF route into their export pricing.

• CCTS (the regulatory floor is rising)

India’s Carbon Credit Trading Scheme, notified in 2023, covers the steel sector from FY2026. It sets emission intensity benchmarks & creates a penalty mechanism for companies that operate above them & a credit mechanism for companies that operate below. The benchmarks tighten annually. Companies that invest now in verified, measurable emission intensity reduction are accumulating credits. Companies that wait are accumulating liability.

The argument, put plainly: decarbonization in Indian steel is no longer a cost center. In several key dimensions, it is already a saving & in others, the penalty for not doing it is arriving with regulatory certainty.

Section 2: Where India stands & How large the gap is

India’s steel sector faces a structural challenge worth stating precisely.

According to analysis by the Climate Policy Initiative, India’s steel industry is more emission-intensive than the global average driven primarily by the dominance of coal-based BF-BOF & coal-based DRI-EAF production routes. India’s coal-heavy energy mix compounds this: the same production process in India generates more carbon than in a country with a cleaner grid.

The good news: the same CPI analysis shows that energy efficiency & recovery technologies — waste heat recovery, process optimization, fuel improvements can reduce emission intensity by 10–20% with negative or near-zero cost of abatement. These technologies pay for themselves. They are available today. And they are systematically under-deployed in Indian steel operations.

The bigger opportunity: scrap-based EAF production, which CPI estimates can reduce emission intensity by 60–85% compared to traditional routes, has a cost of abatement below $10/tCO₂ — one of the most economically efficient decarbonization pathways available globally.

The longer path: green hydrogen in DRI, which can reduce emission intensity by up to 80% compared to coal-based DRI, is technically proven but currently expensive. Rapid cost reduction is expected, but significant policy support & early deployment will determine whether India has a competitive green hydrogen steel industry by 2035 or by 2045.

Section 3: The cost of moving slowly

The risk of slow execution in industrial decarbonization accumulates annually, not as a single event. A steel company that delays CCTS compliance for three years faces three years of compounding charges. A company that delays building verified carbon certification for its export products misses the first years of premium pricing. A company that delays process optimization forgoes both the energy saving & the operational data that would have made the next investment decision faster & more accurate.

The companies that will lead India’s low-carbon steel industry in 2030 are making specific, concrete decisions today. The premium for moving first is not aspirational. It is the compounding of small advantages over time.

The most important insight from this research: a significant portion of the decarbonisation opportunity in Indian steel does not have to wait for green hydrogen or a new DRI plant. It is available today, in every plant, on infrastructure that already exists & it compounds the impact of every large capital bet that follows.

The next three articles explore what that opportunity looks like, why it is not being captured & what it takes to change that.

NOW is actively looking to co-create with industrial companies in steel/metals, cement, chemicals & other hard-to-abate sectors. We are a DeepTech venture studio & we co-found industrial decarbonization ventures alongside companies like yours.

We bring capital, domain expertise, a venture building playbook & access to frontier technology/IP across process intelligence, advanced materials & industrial waste recovery. You bring the mandate, the operational data & the platform to pilot. Based on what we find together, you choose to partner, invest or acquire. No obligation until the numbers speak.

The best co-creation partnerships start with a problem, not a pitch. If you are a sustainability, operations, digital, or strategy leader in an industrial company — whether you are already executing your decarbonization program or building the case for it and you believe there is more value to unlock on the journey, we would like that conversation.

→ Tell us about your industrial innovation/decarbonization challenge & we will be in touch [**Link**]

Explore the full series here: (Summary, Article-2,Article-3,Article-4)