The India-EU Free Trade Agreement eliminates tariffs that once made European market access a distant prize. But the Carbon Border Adjustment Mechanism has replaced one barrier with another — and this one compounds annually until 2034. For the CFO of an Indian steel exporter, the question is no longer whether CBAM matters. It is whether your emission intensity qualifies you for the market at all.
On April 10, 2026, the European Parliament’s ENVI Committee published a draft report proposing five major changes to CBAM. The most consequential for India: extending CBAM to approximately 180 additional steel and aluminium-intensive downstream products from January 1, 2028. Auto components, machinery parts, fabricated metal products, tubes, pipes, fasteners, and aluminium containers are all in the proposed scope. One third of India’s downstream steel exports are produced by MSMEs that lack the emissions monitoring infrastructure that CBAM compliance requires. The pre-consumer scrap rule change — which would include emissions from pre-consumer scrap inputs in CBAM calculations — directly threatens the low-carbon advantage that India’s secondary aluminium and scrap-EAF steel sectors currently enjoy. India has less than 21 months to prepare.
CBAM Downstream Expansion 2028: What India Must Do Now | Reclimatize.in Read More »
India has approximately 43 Mtpa of blast furnace capacity due for reline before 2030. A reline decision made today locks in BF-BOF production — and its CCTS GEI compliance cost — for 15 to 20 years. Phase 1 CCTS targets (FY2025-26) require only 2-3% GEI reduction, costing most plants relatively little in CCC purchase or imposing modest operational change. But Phase 3 and Phase 4 targets — which BEE will set after 2027 calibrated against the 2035 NDC’s 47% intensity target and the industrial sector’s failure to reduce absolute emissions in 2025 — are likely to require GEI reductions of 5-10% per year, imposing materially larger CCC costs on every year of remaining BF-BOF campaign life. A 3 Mt BF-BOF plant relining today at an estimated cost of Rs 800-1,200 crore to secure 18 years of additional campaign life will face cumulative CCTS CCC costs of Rs 5,000-15,000 crore over that same campaign life — potentially exceeding the reline capex itself by a factor of 5-10. This article builds the complete upgrade-or-retire capital model for Indian blast furnace operators: reline cost benchmarks from Indian and global data, the CCTS cumulative carbon cost across a 15-20 year campaign at Phase 1 through Phase 4 target trajectories, the EAF conversion cost comparison, and the four decision scenarios that determine whether reline, retrofit, convert, or retire is the correct capital allocation for a given blast furnace in 2025-2027.
India’s Blast Furnace Reline-or-Retire Decision Under CCTS | Reclimatize.in Read More »
India’s Department of Economic Affairs published the draft Climate Finance Taxonomy in May 2025 — covering power, mobility, buildings, agriculture, and for the first time, hard-to-abate sectors including iron, steel, aluminium, and cement as transition activities. The taxonomy creates a two-tier structure: Tier 1 for directly green activities (renewable energy, clean transport) and Tier 2 for activities that reduce emissions intensity in sectors where zero-carbon alternatives are not yet commercially viable. For industrial companies, taxonomy alignment unlocks access to green bonds, transition bonds, and sustainability-linked loans at financing cost savings of approximately 20 to 80 basis points versus conventional debt. On a Rs 500 crore project, 50 basis points of greenium over a 12-year project life equals approximately Rs 30 crore in cumulative interest saving. The taxonomy’s Technical Screening Criteria — which have not yet been finalised in sectoral annexures — will determine whether specific investments in EAF steelmaking, aluminium smelter RE transition, green ammonia, and waste heat recovery qualify for green or transition finance labelling. This article maps what is already clear, what remains open, and what industrial CFOs should be doing right now to position their CCTS-verified GEI data as taxonomy eligibility evidence.
India’s blast furnace fleet operates at an average GEI of 2.36 tCO₂/tcs — 0.09 tonnes above the CCTS Year 1 target of approximately 2.27 tCO₂/tcs for the most efficient operators and considerably more for older plants. A 3 Mtpa BF-BOF plant at the India average that does nothing faces a CCTS purchase cost of approximately Rs 21.6 crore per year in Phase 1, rising sharply as Phase 2 targets tighten by 2 to 8% annually. A BAT upgrade package (PCI, CDQ, TRT, reline with modern features) costs approximately Rs 900 to Rs 1,100 crore for a 3 Mtpa plant and can shift the same plant from CCTS buyer to CCC seller — a swing of Rs 43 to Rs 65 crore per year. EAF replacement at Rs 3,500 to Rs 5,200 crore per Mtpa eliminates BF-BOF GEI risk entirely but requires Rs 10,500 to Rs 15,600 crore capex for 3 Mtpa and depends on scrap availability. This article builds the three-way financial decision model — upgrade, operate and buy CCCs, or retire and convert — with the actual rupee numbers that a blast furnace plant CFO needs before the Phase 2 target notification arrives.
A new BF-BOF integrated plant requires approximately Rs 8,400 to Rs 10,000 crore per million tonne per year of liquid steel capacity. A greenfield EAF-scrap plant requires approximately Rs 3,500 to Rs 5,000 crore per Mtpa — Tata Steel Ludhiana was commissioned at Rs 3,200 crore for 0.75 Mtpa, confirming the lower end. At current input prices — imported shredded scrap at approximately $340–380 per tonne CFR Nhava Sheva and domestic HMS at Rs 27,000–33,000 per tonne — EAF operating costs and BF-BOF operating costs overlap in the Rs 36,000–46,000 per tonne range. Scrap availability and price is the primary variable that determines which route wins on operating cost in any given quarter. But on carbon cost, CCTS CCC revenue, and CBAM liability, EAF-scrap wins decisively: BF-BOF at India’s sector average 2.36 tCO₂/t faces Rs 5,000/t in CBAM certificate costs at EU ETS €65 in 2026; EAF-scrap at 0.3 tCO₂/t faces effectively zero CBAM liability. This article builds the full comparison from current, verified numbers — and specifies at what scrap price the EAF advantage disappears.
This article maps what CCTS and CBAM actually add to the financial return on decarbonisation investments, why the carbon price signals they create are necessary but insufficient, and what public capital mechanisms India needs to deploy at scale to prevent carbon lock-in in its planned industrial capacity expansion.
India’s electric arc furnace route emits 1.2 to 1.4 tCO₂ per tonne of steel on the national grid against 2.2 to 2.5 tCO₂ per tonne for blast furnace production. With 41 million tonnes of scrap consumed annually, Tata Steel’s Ludhiana EAF inaugurated in March 2026, and JSW’s Kadapa greenfield under construction, the shift to secondary steelmaking is gaining commercial momentum. CCTS and CBAM together create a financial incentive structure that makes the direction of travel clear, even as domestic scrap availability remains the binding constraint through 2030.
India’s Steel Scrap and EAF Expansion | Reclimatize.in Read More »
This article maps every operational detail that obligated entities and surplus generators need to know before mid-2026 carbon credit trading begins.
This article maps what operators can actually do to reduce GEI under CCTS and CBAM without replacing the furnace.
