CCTS Compliance for Indian Fertiliser Plants: GEI Targets, Abatement Levers and the Green Ammonia Crossover | Reclimatize.in

India’s fertiliser sector entered its first CCTS compliance year in April 2025. The final GEI targets — notified by MoEFCC on 8 October 2025 following the June 23, 2025 draft — cover 20 major ammonia-urea plants operated by RCF, IFFCO, NFL, FACT, GSFC, KRIBHCO, Chambal, and others, assigning each a plant-specific emission intensity trajectory for FY2025-26 and FY2026-27. The baseline is FY2023-24 verified data. The compliance year is live. The ACVA Form A submission deadline for FY2025-26 data falls in approximately June-July 2026 depending on BEE’s ICM Portal timeline. And the penalty for missing the GEI target is twice the average CCC price — at Rs 1,740/tCO₂e today, that means a penalty rate of approximately Rs 3,480 per tonne of CO₂e shortfall.

Two things have happened simultaneously that make this compliance year unusually consequential. First, urea imports have reached $959 per tonne on India’s most recent confirmed government tender — the highest ever recorded — because the West Asia war has broken the global LNG and ammonia supply chain. Second, the CCTS GEI targets are now live and measurable. The economic case for green ammonia — which Reclimatize.in’s CBAM and fertiliser articles have tracked from the perspective of export competitiveness — now has a domestic CCTS dimension that makes the crossover calculation sharper than any plant executive expected when the targets were first notified.

This article maps the CCTS compliance framework for Indian fertiliser plants: who is covered, what the targets require, what the five abatement levers are ranked by financial return, and what the green ammonia crossover actually looks like when import prices are at $959 per tonne and CCC prices are at Rs 1,740 per tCO₂e.

Which plants are covered and what the regulatory timeline looks like

The fertiliser sector’s GEI targets were included in the second batch of CCTS notifications. MoEFCC issued the draft on June 23, 2025, received public comments through August 2025, and issued the final notification on October 8, 2025. The targets are legally binding from April 1, 2025 — meaning the first compliance year, FY2025-26, is already being measured against targets that were only finalised in October.

The gate-to-gate scope of CCTS for fertiliser plants covers both Scope 1 direct emissions — from combustion of natural gas in reforming furnaces, secondary reformers, and utilities — and Scope 2 indirect emissions from purchased electricity. For gas-based ammonia-urea plants, Scope 1 dominates: the steam methane reforming process generates CO₂ both as a combustion by-product and as a process emission from the water-gas shift reaction. The CO₂ captured and used as a feedstock for urea synthesis is excluded from the GEI numerator under CCTS methodology, as it is utilised within the gate-to-gate boundary. This is an important point for compliance officers: the CO₂ that goes into urea does not count as an emission under CCTS. Only unabated CO₂ from reformer flue gas and utility combustion counts.

What the GEI schedule requires from India’s major ammonia-urea producers

The CCTS GEI target for each fertiliser plant is expressed in tCO₂e per tonne of equivalent product output — defined for gas-based ammonia-urea plants as tCO₂e per tonne of urea. The sector-wide average emission intensity for Indian gas-based urea production runs at approximately 2.4 to 2.8 tCO₂e per tonne of urea, reflecting the steam methane reforming process at the efficiencies achieved by India’s mixed fleet of first-generation and revamped plants. Older plants from the 1970s and 1980s operating above 3.0 tCO₂e per tonne are at the high end; newer revamped units using energy integration and process heat recovery operate at 2.2 to 2.5 tCO₂e per tonne.

The following table presents the representative plant profile across India’s major fertiliser obligated entities based on the June-October 2025 CCTS notification data and public plant performance disclosures. The exact plant-level GEI schedules from the Official Gazette are authoritative; these figures are compiled from regulatory filings and third-party analysis consistent with the gazette’s trajectory methodology.

Three observations from this pattern are analytically significant. First, Chambal Gadepan and NFL Vijaipur — both operating modern, energy-integrated plants — are positioned below the trajectory midpoint and are likely to be natural CCC sellers in FY2025-26, provided they have maintained their energy efficiency programmes through the LNG supply disruption. Second, the older PSU plants — RCF Trombay, NFL Nangal, NFL Bathinda — face the largest absolute GEI reductions and are structurally at buyer risk unless they implement capex programmes. Third, the LNG supply disruption from the West Asia war has introduced an operational wildcard: plants rationing gas feedstock and running at 60 to 70 percent capacity (as reported in March 2026) may have lower absolute emissions but may also have reduced output, making the tCO₂e per tonne calculation — which is intensity-based, not absolute — sensitive to utilisation rate. A plant that reduces output by 30 percent while simultaneously reducing emissions by 25 percent could see its GEI worsen, not improve.

Ranked by financial return per tonne of CO₂e reduced — at current gas and CCC prices

Why the West Asia crisis has made the CCTS-CBAM-subsidy triangle close simultaneously

The Reclimatize.in fertiliser subsidy article calculated the green urea break-even at approximately Rs 52,600 per tonne of total production cost at green hydrogen priced at Rs 350 per kg (approximately $4/kg), inclusive of electrolyser capital, renewable power, and CO₂ sourcing. The same article noted that the government’s subsidy per tonne of imported conventional urea — at the pre-war import price of $510 per tonne — was approximately Rs 53,000 per tonne against an MRP of Rs 5,378 per tonne.

At today’s import price of $959 per tonne, the arithmetic has changed. The landed cost of imported urea is approximately Rs 80,556 per tonne at current exchange rates. Against a farmer MRP of Rs 5,378 per tonne, the implied government subsidy per imported tonne exceeds Rs 75,000. The total production cost of green urea at green hydrogen priced at Rs 350 per kg is approximately Rs 52,600 per tonne. India is currently paying a subsidy per imported tonne that is Rs 22,400 more than it would cost to produce that urea domestically using green hydrogen at today’s prices. The Hormuz crisis has not changed the direction of the green ammonia transition — it has accelerated its arrival by approximately five years relative to any model that assumed stable LNG prices.

What outperformance and shortfall look like in rupees at current CCC prices

The CCC economics clarify something that is often missed in green ammonia discussions: the transition is not binary. A plant that implements heat integration and achieves a 0.20 tCO₂e per tonne improvement earns CCC revenue immediately, at the current market price. That CCC revenue partially funds the next tranche of abatement capital. The sequence — heat integration, then captive RE, then green ammonia blending, then full transition — is a financially self-reinforcing ladder when CCC prices are at Rs 1,740 and rising toward Phase 2 targets. Plants that start climbing the ladder in FY2025-26 accumulate CCC revenue that compounds into later-stage investment capital. Plants that wait to be forced by regulatory penalties miss this compounding window.

What fertiliser plants must do on the ICM Portal before June 2026

The measurement, reporting and verification requirements for fertiliser CCTS obligated entities follow the same framework as all nine sectors. The ACVA Form A — the verified annual GHG emission report — must be submitted through the ICM Portal within approximately 90 days of financial year end, placing the FY2025-26 deadline in approximately late June to early July 2026 depending on BEE’s published timeline for this compliance cycle.

For ammonia-urea plants, the measurement boundary is gate-to-gate. The monitoring plan must define emission factors for natural gas combustion, process emissions from the water-gas shift reaction and CO₂ venting, and electricity consumption from the grid. The CO₂ captured and used in urea synthesis is excluded — but the exclusion requires documentation of the mass balance between the reforming step’s CO₂ output and the urea synthesis step’s CO₂ consumption. Plants that cannot demonstrate this mass balance through metered data will be unable to claim the CO₂ utilisation exclusion, potentially inflating their reported GEI.

Only 50 to 60 Accredited Carbon Verification Agencies are available in India against a demand from 740 obligated entities across nine sectors. With fertiliser’s June 2026 deadline converging with steel, aluminium, cement, and other sectors’ deadlines, ACVA availability is the primary operational risk for the first compliance cycle. Plants that have not yet engaged an ACVA for FY2025-26 verification are advised to do so immediately — queue formation for ACVA time was already being reported in the industry by Q4 FY2025-26.