Home › Research › Power & Carbon
✓ Live Regulatory Analysis (Oct 2026)
India's Steel Roster under CCTS: Mapping Plant-Level Baselines, Target Realities, and Trading Arbitrage
The baseline metrics are officially locked in, the compliance schedules are set, and the market framework is entering its active trading phase this month. Under Phase 1 of the Carbon Credit Trading Scheme, 253 industrial steel plants are managing binding targets following the closure of their absolute verification deadlines.
Key Takeaways
- The MoEFCC gazette established legally binding greenhouse gas emission intensity (GEI) targets for 253 steel plants for FY26 and FY27 against an FY24 baseline.
- The extended deadline for submitting verified baseline data (ACVA Form A) closed in mid-September 2026, locking in initial compliance metrics.
- Large integrated BF-BOF mills average a 2.89 tCO₂/ts baseline and face a ~2% annual reduction target. Missing this target forces purchases in the active CCTS market.
- Scrap-based EAF units operate significantly below the integrated curve (~0.15 tCO₂/ts), positioning them as structural credit sellers capable of capitalizing on market arbitrage.
- Non-compliance incurs a severe Environmental Compensation penalty, structurally set at double the average market price of CCCs per tonne of carbon shortfall.
The MoEFCC gazette notification assigned legally binding greenhouse gas emission intensity targets to 253 Indian steel plants for the compliance periods of FY2025-26 and FY2026-27, using FY2023-24 as the reference baseline year. The notification spans the entire breadth of India's steelmaking landscape. It reaches from massive integrated facilities producing over 12 million tonnes annually down through mid-sized plants and small-scale sponge iron producers. Together, these 253 distinct operations accounted for roughly 145 million tonnes of steel production in the baseline year, capturing more than 97 percent of the nation's total output.
Every single plant included in this regulatory framework must manage two crucial deadlines simultaneously. First, they need to achieve their specific targets for the active compliance year or secure Carbon Credit Certificates (CCCs) on domestic power exchanges to cover any operational shortfall. Second, they were required to submit their fully verified GHG data through the ICM Portal via an Accredited Carbon Verification Agency (ACVA), with the reporting window having just closed.
This deep dive breaks down the gazette data across large, medium, and small producers. We map out the structural buyers and sellers in the trading ecosystem, evaluate the financial stakes at upcoming carbon market valuations, and explore why independent economic critiques actually reinforce the strategic value of overachieving these near-term targets early.
What the gazette clarified, and the operational variables left open
Key Regulatory Timeline for the Steel Sector CCTS
23 June 2025: MoEFCC issues G.S.R. 405(E), which functions as the draft GEI target notification for iron and steel alongside other heavy industries, kicking off a 60-day public consultation phase.
8 October 2025: The final compliance rules are formally published in the Official Gazette, making the target trajectories legally binding for the upcoming compliance cycles against the FY2023-24 baseline.
21 March 2026: The Bureau of Energy Efficiency formally opens the ICM Portal, requiring all covered plants to register, upload monitoring methodologies, and prepare for annual submissions.
Mid-September 2026: The extended deadline for ACVA Form A data submission closed, meaning any further delay triggers automatic financial penalties from central enforcement authorities.
Penalty structure: Environmental Compensation is strictly set at twice the prevailing average market price of CCCs for every tonne of carbon shortfall, due within a 90-day window from the final CPCB assessment.
There is one analytical detail that the gazette text does not explicitly itemise: the specific manufacturing technology running within each plant. The official dataset provides the legal entity name, geographical location, baseline output, and the exact reduction schedule, but it does not label whether a facility relies on blast furnaces, direct reduced iron, induction furnaces, or basic oxygen systems. Because of this, technology choices must be interpreted directly from the plant's emission intensity curve. This is the exact approach utilized by researchers at the London School of Economics Grantham Research Institute, who applied an intensity cutoff to differentiate between carbon-heavy integrated production and scrap-based electric arc furnace configurations.
Large Plants: where international trade rules and domestic carbon targets converge
The 26 large units, classified as facilities producing over 1 million tonnes in the baseline year, are concentrated across India's largest corporate steel groups. These installations generate the vast majority of India's high-grade flat products and export-oriented steel, meaning they carry the absolute highest financial exposure to both domestic CCTS targets and the European Union's carbon border adjustments.
Looking at the large plant data reveals a stark bimodal split. The integrated blast furnace mills cluster tightly within a high-emissions band, showing baseline intensities between 2.3 and 3.6 tonnes of carbon per tonne of steel. Conversely, the scrap and electric arc furnace units sit in a low-emissions band between 0.14 and 0.28. The current target trajectory requires integrated producers to lower their footprint by roughly 2 percent annually, demanding consistent operational adjustments year after year.
Large Plants (26 Units): CCTS Targets & Trajectories
| Plant / Corporate Group | Location | Baseline Output (est.) | Baseline GEI (tCO₂/ts) | FY25-26 Target | FY26-27 Target | CCTS Position |
|---|---|---|---|---|---|---|
| AMNS Hazira | Surat, Gujarat | ~9 MT | 2.27 | ~2.22 | ~2.17 | Best-in-class integrated efficiency. Capitalizing on gas-based DRI to stay well ahead of peer baselines. |
| Tata Steel Jamshedpur | Jharkhand | ~10 MT | 2.38 | ~2.33 | ~2.27 | Marginal tier. Operates with strong historical efficiency but requires continuous optimization. |
| Tata Steel Kalinganagar | Odisha | ~5 MT | ~2.45 | ~2.39 | ~2.31 | Balanced risk. Features a newer asset base with room for optimization via renewable open access. |
| Tata Steel BSL (Scrap-EAF) | Odisha | ~4 MT | 0.15 | 0.15 | 0.14 | Structural seller. Leveraging a scrap-heavy route keeping emissions times lower than the integrated average. |
| JSW Steel Vijayanagar | Karnataka | ~12 MT | ~2.65 | ~2.59 | ~2.51 | Net buyer exposure. Massive production volume scales up the commercial cost of any shortfall. |
| SAIL Bhilai Steel Plant | Chhattisgarh | ~7 MT | ~2.80 | ~2.74 | ~2.66 | Net buyer risk. Heavily exposed to an older blast furnace configuration needing deep capital. |
| SAIL Rourkela Steel Plant | Odisha | ~4.5 MT | ~2.75 | ~2.69 | ~2.61 | Net buyer tier. Modernization active, but near-term compliance depends heavily on power greening. |
| JSPL Angul | Odisha | ~6 MT | ~2.50 | ~2.44 | ~2.37 | Balanced position. Blending gas-based DRI and electric furnaces to mitigate raw footprint. |
The most striking trend within this top tier is the massive structural spread between scrap-based melting and conventional ore reduction. While an electric arc furnace plant faces modest reduction pressure relative to its own history, its true commercial advantage lies in the wider market dynamics. Integrated facilities that find it mathematically impossible to cut emissions fast enough to match their annual targets must acquire credits from the market, turning low-carbon producers into essential market counterparties.
Medium Plants: diverse technologies and varying carbon risk
The 113 medium-sized installations, producing between 100,000 and 1 million tonnes annually, form the most diverse and fragmented segment within the national registry. This tier includes specialty alloy producers, standalone scrap melters, and mid-sized direct reduced iron facilities. Independent assessments frequently split this group into two distinct technological profiles based on an intensity marker of 1.25 tonnes of carbon.
Facilities sitting above this marker typically rely on coal-based DRI coupled with induction furnaces. These operations face a combined reduction trajectory of roughly 4 percent over the current regulatory phase, a pace double that demanded of the larger integrated mills. On the flip side, plants operating below the 1.25 threshold represent highly efficient scrap operations or niche processors facing minimal absolute reduction pressure.
Primary Technological Routes in the Medium Segment
Coal-Based DRI and Induction Furnaces: Highly prevalent across the mineral belts of Chhattisgarh, Odisha, and Jharkhand. These kilns rely heavily on non-coking coal, often yielding high baseline intensities that place them under immediate financial pressure to secure market credits.
Gas-Based DRI and Electric Arc Furnaces: Concentrated primarily along western maritime trade paths. By capitalizing on natural gas processing, these installations show a much cleaner baseline profile, leaving them well insulated from sharp domestic reduction mandates.
Scrap-EAF Specialty Mills: Niche operations focused on stainless, tool, or engineering steel grades. Because their starting footprint is structurally low, they operate comfortably within the market, often acting as regular credit suppliers.
Small Plants: steep reduction targets and elevated data reporting risks
The 114 small installations, operating under the 100,000-tonne annual threshold, present the widest variance in carbon performance across the entire national registry. The highest-emitting kiln in this tier recorded a baseline footprint above 8.0 tonnes of carbon, typical of an unoptimized, small-scale coal rotary kiln. Conversely, the most efficient merchant sponge iron units operate near 1.35, creating a highly uneven playing field. The group as a whole holds an average baseline of 2.92.
Under the current CCTS rules, these small kilns face an average required reduction of roughly 6 percent by the end of the current phase, representing the steepest relative cut across the industry. Interestingly, the regulators deferred intermediate targets for a significant portion of these small units, pushing their first binding check to the end of the cycle. This choice likely reflects pre-existing energy saving targets or a deliberate move to grant smaller operators more lead time to formalize their data systems.
The most immediate hurdle for these smaller operations lies squarely in the verification arena. Setting up robust monitoring systems, contracting independent verifiers, and completing formal portal submissions demands administrative resources that small merchant kilns rarely possess. With a limited pool of accredited verification agencies nationwide, smaller steel mills are finding it tough to secure timely audits, escalating the risk of administrative penalties regardless of their actual plant emissions.
The Structural Buyer-Seller Map and Trading Dynamics
Net Buyers: Integrated and Coal-DRI Facilities
Net Sellers: Scrap-EAF and Optimized Gas-DRI Mills
Evaluating compliance costs and credit revenues across typical operational scenarios
Market Financials: Evaluating Compliance Costs
| Plant Configuration | Baseline GEI (tCO₂/ts) | Target Metric | Annual Output | Operational Performance Scenario | Estimated Commercial Impact |
|---|---|---|---|---|---|
| Large Scrap-EAF Mill | 0.15 | 0.14 | 4.0 MT | Maintains efficient scrap charging to secure a consistent operational surplus. | Generates a surplus of roughly 40,000 credits, yielding significant high-margin market revenue. |
| Optimized Integrated Plant | 2.27 | 2.17 | 9.0 MT | Deploys advanced waste heat recapture to match the target curve exactly. | Achieves market neutrality, avoiding massive potential purchase exposure. |
| Standard Integrated Facility | 2.38 | 2.27 | 10.0 MT | Leverages steady coal blending optimizations to secure a minor outperformance buffer. | Secures a balanced position, unlocking substantial potential credit sales. |
| Large Integrated Buyer | 2.65 | 2.51 | 12.0 MT | Experiences operational delays in upgrading coke systems, missing the target by 0.07. | Faces a market purchase requirement of 840,000 credits, representing a severe compliance cost burden. |
| Merchant Coal-DRI Plant | 3.50 | 3.29 | 0.5 MT | Faces poor local ore quality that pushes process emissions 0.11 above target. | Incurs a compliance cost of 55,000 certificates, equating to a highly disproportionate market expense. |
Preparing for subsequent regulatory phases.
Independent economic assessments emphasize that the opening phase of the CCTS focuses primarily on establishing data foundations rather than forcing immediate, radical technology shifts. Integrated mills can generally achieve their near-term step-downs through classic energy efficiency investments. However, the true strategic window closes rapidly. The next regulatory phase is highly likely to introduce much steeper reduction mandates to align with India's 47% reduction in GDP emission intensity target by 2035. Forward-looking operators who overachieve today and bank their surplus credits are effectively securing low-cost flexibility for a future where compliance costs are projected to scale up dramatically.
Why near-term compliance strategy dictates future market positioning
The core value of the opening CCTS phase does not lie in the absolute difficulty of its targets. For a forward-looking Chief Financial Officer, early action is an exercise in building structural option value across four distinct commercial dimensions.
First, the current phase institutionalizes the complete corporate data loop. Getting data pipelines running smoothly, anchoring relationships with accredited verifiers, and streamlining portal reporting removes execution risk before the targets tighten in future cycles.
Second, early movers can capitalize on clear pricing asymmetries. Banking phase 1 credits allows outperforming plants to accumulate a low-cost compliance reserve that can either hedge future internal obligations or be liquidated at a premium when the wider market goes short.
Third, domestic data structures map directly onto international carbon accounting rules. A plant that refines its emission monitoring system for domestic compliance automatically slashes the administrative cost of proving its carbon performance under Europe's border adjustments, safeguarding export margins through a shared data base.
Fourth, these verified emission metrics tie directly into emerging green procurement rules. India's evolving industrial standards increasingly grant formal purchasing preferences to steel that meets strict low-carbon criteria. Having verified data ready allows outperformers to capture these premium domestic infrastructure contracts, stacking corporate revenue benefits long before carbon trading values reach full maturity.
Frequently Asked Questions
How many Indian steel plants face active targets under the CCTS framework?
The regulatory framework covers 253 distinct steel plants across the country. The official trajectories were formalized by the MoEFCC, establishing binding emission intensity targets for the active compliance years against a clear historical baseline. The registry spans 26 large-scale facilities, 113 medium-sized installations, and 114 small merchant kilns, capturing more than 97 percent of India's total steel output.
What are the baseline emission profiles for India's largest steel plants?
The integrated blast furnace mills show a baseline intensity average of 2.89 tonnes of carbon per tonne of steel, with official targets steering this footprint down to roughly 2.73 by the end of the current cycle. Individual corporate assets show clear variance: AMNS Hazira sits at a baseline of 2.27, Tata Steel Jamshedpur operates near 2.38, while optimized scrap-melting electric arc furnaces sit down near 0.15, well below the integrated curve.
Which industrial operations act as natural credit buyers versus sellers?
Integrated facilities and older coal-based DRI kilns running above 2.5 tonnes of carbon operate as net credit buyers, needing consistent process optimizations or market purchases to offset their structural footprint. Conversely, scrap-reliant electric arc furnaces and efficient gas-based DRI units are structural credit sellers, easily beating general baseline targets to generate highly valuable surplus credit lines.
What are the financial penalties for missing a notified CCTS target?
Under the official enforcement guidelines, any installation that fails to meet its target or surrender sufficient offsetting certificates faces direct Environmental Compensation from the Central Pollution Control Board. With market trading expected to begin this month, the implied penalty will float dynamically and is set at exactly double the average market trading price of certificates for that specific compliance cycle for every tonne of carbon shortfall.
Why do independent policy analyses argue that the initial targets lack long-term ambition?
Independent reviews note that the opening reduction path requires integrated blast furnaces to cut emissions by roughly 2 percent annually. While this effectively drives classic energy saving upgrades across coke ovens and thermal recovery systems, it isn't aggressive enough to force a structural shift toward hydrogen or deep scrap melting. Analysts suggest that future phases must sharpen these targets to align with India's 2035 NDC objectives and actively prompt deep technology transitions.
- LSE Grantham Research Institute, Selvaraju S (August 2025), What does the CCTS mean for the Indian steel sector? Primary analysis of the 253-plant gazette dataset
- MoEFCC, Draft Gazette Notification G.S.R. 405(E), 23 June 2025, Official 253-unit steel plant registry, baseline output and intensity data
- MoEFCC Final Gazette Notification, 8 October 2025, GEI Target Rules 2025, compliance frameworks and penalty allocation schedules
- ICAP Carbon Action Partnership (November 2025), India carbon market rollout updates, sector allocations and registry structures
- Anaxee Digital Runners (July 2025), Analysis of India's largest steel producers under primary CCTS tracking
- Global Energy Monitor (March 2025), Evaluating industrial asset exposure and decarbonisation curves in India's steel sector
- Reclimatize.in Research, India's Green Steel Taxonomy: Technical Thresholds and Procurement Realities
- Reclimatize.in Research, The Blast Furnace Reline-or-Retire Capital Strategy under Active Carbon Tracking