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CBAM Steel Industry EU Export Carbon Border Adjustment Mechanism Reconciliation

The Indian steel industry carries the largest single-sector CBAM exposure of any Indian manufacturing vertical — approximately 10 to 12 million tonnes of steel exports per year routed into European Union destinations under CN chapter 72 and CN chapter 73, at a route-weighted embedded CO2 intensity of approximately 1.4 to 2.6 tonnes CO2 per tonne of crude steel depending on the steelmaking route (Blast Furnace and Basic Oxygen Furnace integrated route at approximately 1.9 to 2.2 tonnes CO2 per tonne crude steel, coal-based Direct Reduced Iron and Electric Arc Furnace route at approximately 2.2 to 2.6, gas-based Direct Reduced Iron and Electric Arc Furnace route at approximately 1.4 to 1.8, and scrap-based Electric Arc Furnace route at approximately 0.4 to 0.6). The reconciliation discipline that ties the EU export shipment register by CN heading to the accredited third-party embedded CO2 attestation register at the steelmaking route granularity, threads the CBAM Certificate cost pass-through into the export commercial contract at an illustrative EUR 60 to 90 per tonne CO2 (the 2024-25 EU ETS benchmark range), argues the India PAT scheme Energy Savings Certificates monetisation and the GST Compensation Cess on coal and the captive renewable power capacity as a carbon-price-equivalent offset under CBAM Article 9, and posts the CBAM Certificate purchase liability under Ind AS 37 and the PAT ESCerts sales income under Ind AS 20 is the standing quarter-end control for the export-active Indian steel producer.

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Published 28 July 2026
Domain expertise
TDS Reconciliation GST Input Credit Platform Settlements NACH Batch Matching Bank Reconciliation Form 26AS Matching ERP Integrations Enterprise Finance Ops
Knowledge Card
Problem

An Indian steel producer exporting flat products (hot-rolled coil, cold-rolled coil, galvanised and colour-coated flats), long products (bars, rods, wire, structural sections) and downstream tubes and pipes under CN chapter 72 and CN chapter 73 to European Union customers sits under the Carbon Border Adjustment Mechanism established by Regulation (EU) 2023/956 — the transitional phase running from 1 October 2023 to 31 December 2025 under Commission Implementing Regulation (EU) 2023/1773 requiring the EU reporting declarant to submit quarterly CBAM reports on total quantity imported per CN code per country of origin and the embedded emissions per Annex III methodology (reporting only, no CBAM Certificate purchase or surrender), and the implementation phase from 1 January 2026 requiring the authorised CBAM declarant to submit the annual CBAM declaration by 31 May of the year following the year of importation with total embedded emissions verified by an accredited verifier per Annex VI methodology and the corresponding number of CBAM Certificates to be surrendered at a price tracking the EU ETS benchmark carbon price on the common auction platform. The Indian steel industry aggregate EU export volume of approximately 10 to 12 million tonnes per year at a route-weighted embedded CO2 intensity in the range of 1.4 to 2.6 tonnes CO2 per tonne of crude steel (BF-BOF integrated 1.9 to 2.2, DRI-EAF natural-gas 1.4 to 1.8, DRI-EAF coal 2.2 to 2.6, scrap-based EAF 0.4 to 0.6) produces the largest single-sector CBAM exposure of any Indian manufacturing vertical — at an illustrative EU ETS carbon price of EUR 75 per tonne CO2 and a weighted-average embedded intensity of approximately 2.0 tonnes CO2 per tonne, the aggregate CBAM Certificate cost sits at approximately EUR 1.5 billion per year (approximately Rs 14,000 crore). The Article 9 offset argument for the composite India PAT ESCerts monetisation plus GST Compensation Cess on coal (Rs 400 per tonne) plus captive renewable power capacity has been raised by the India steel industry through the Ministry of Steel and awaits formal acceptance by the European Commission. The Ind AS 37 provision governs the CBAM Certificate purchase liability recognition against shipment activity, route-mix attested embedded emissions and the EU ETS carbon price; Ind AS 20 governs the PAT ESCerts sales income on the systematic-matching basis; Section 195 TDS at the lower of the Income-tax Act rate or the DTAA rate applies to the EU-based accredited verifier fee.

How It's Resolved

Build a per-export-shipment CBAM compliance ledger keyed on the export shipment reference (bill of lading, shipping bill), holding the CN sub-heading (CN 7208 through CN 7229 for CN chapter 72 flat, semi-finished and bar-rod products, CN 7304 through CN 7326 for CN chapter 73 tubes, pipes, structures and articles), the destination EU Member State and EU importer of record, the shipment tonnage in metric tonnes, the traced production stream route-mix from the production dispatch system (BF-BOF, DRI-EAF natural-gas, DRI-EAF coal, scrap-based EAF percentages), the accredited verifier's route-wise attested embedded emission intensity per production stream, the shipment-level computed embedded emissions in tonnes CO2 on the traced-route-mix basis, the accredited verifier reference and verification report reference, the CBAM Certificate cost pass-through position in the export contract (exporter-borne or importer-borne or shared) and the exporter-borne CBAM cost per shipment stream, the CBAM Certificate price for the surrender week (tracking the EU ETS benchmark carbon price), the Ind AS 37 provision computation and movement against the prior period. Post the Ind AS 37 provision each reporting date at the best estimate of the expenditure required to settle the present obligation, remeasured for changes in shipment tonnage, route-mix, verifier-attested embedded intensity and the EU ETS carbon price trend. Track the PAT ESCerts sales income under Ind AS 20 on the systematic-matching basis to the energy-efficiency investment costs (coke oven gas recovery, blast furnace gas power plant, top-pressure recovery turbine, sinter waste heat recovery, EAF scrap preheating, reheat furnace efficiency retrofits). Test the Article 9 offset argument for CBAM Certificate reduction on the composite PAT ESCerts monetisation, GST Compensation Cess on coal and captive renewable power position — disclose as a contingent asset in the notes to the financial statements until formal acceptance by the European Commission is on record. Test the Section 195 TDS position on the EU verifier fee — verify the DTAA position with the verifier's country of residence, confirm the Form 10F, No-PE declaration and TRC documentation on file, apply the lower of the Income-tax Act rate or the DTAA rate at deduction and file Form 27Q quarterly. Maintain a standing CBAM shipment activity dashboard covering the current quarter shipments against the annual CBAM declaration cadence with the route-mix-weighted embedded emissions per shipment and the corresponding CBAM Certificate obligation running total as a Class A control on the plant CFO monthly close packet.

Configuration

Export shipment master with bill of lading reference, shipping bill reference, CN sub-heading (CN 72 flat, semi-finished, bar-rod, ferro-alloy, DRI product categories; CN 73 tubes, pipes and articles categories), destination EU Member State, EU importer of record and authorised CBAM declarant reference, shipment tonnage, incoterm and export contract commercial reference with the CBAM Certificate cost pass-through position. Route-wise embedded emission intensity master per production stream per installation with the direct process and combustion emission factor separately for BF-BOF integrated route (blast furnace hot metal, BOF converter oxygen combustion), DRI-EAF natural-gas route (MIDREX or HYL-Energiron reduction with natural gas), DRI-EAF coal route (rotary kiln reduction with non-coking coal) and scrap-based EAF route, the indirect electricity emission factor per electricity source (grid, captive coal-fired, waste heat recovery captive power, captive renewable open-access solar and wind), the precursor embedded emissions treatment for sinter, pellet, coke, pig iron and hot-rolled coil transferred between installations. Production dispatch traceability system linking each shipment reference to the tonnage sub-split per route-mix. Accredited verifier master with verifier name, accreditation reference, country of residence, DTAA reference, Form 10F reference, No-PE declaration reference, TRC reference, Section 195 TDS rate at the lower of Income-tax Act rate or DTAA rate, verification service contract reference. CBAM Certificate price series tracking the EU ETS benchmark carbon price week-to-week from the Commission publication under Article 21. Ind AS 37 provision computation per reporting date at the best estimate of the exporter-borne CBAM cost against shipment activity, route-mix and EU ETS carbon price trend, with movement analysis. PAT ESCerts sales register with ESCert reference, sale date, sale price on Indian Energy Exchange, Ind AS 20 recognition on systematic-matching basis to energy-efficiency investment costs. GST Compensation Cess on coal register at Rs 400 per tonne of coal for the Article 9 offset argument computation. Captive renewable power generation register (open-access solar, wind, captive rooftop) for the Article 9 offset argument computation. Section 195 TDS deduction and deposit and Form 27Q quarterly return entry against EU verifier payee. Standing CBAM shipment activity dashboard covering the current quarter shipments and the annual CBAM declaration cadence.

Output

A quarter-end plant CBAM compliance packet: the export shipment activity register with CN sub-heading, destination EU Member State, tonnage, traced route-mix and route-mix-weighted embedded emissions per shipment attested by the accredited verifier, and CBAM Certificate cost pass-through position per shipment; the Ind AS 37 provision computation and movement for the exporter-borne CBAM cost against the prior period; the PAT ESCerts sales income under Ind AS 20 with the systematic-matching basis to energy-efficiency investment costs (coke oven gas recovery, blast furnace gas power plant, top-pressure recovery turbine, sinter waste heat recovery, EAF scrap preheating, reheat furnace retrofits); the composite GST Compensation Cess on coal register and captive renewable power generation register for the Article 9 offset argument computation as a contingent asset disclosure; the Section 195 TDS deduction and deposit on the EU verifier fee with Form 27Q quarterly return entry; the standing CBAM shipment activity dashboard against the annual CBAM declaration cadence. Annually, the reconciliation of the year's cumulative export shipment activity by CN sub-heading and destination against the EU importer of record's annual CBAM declaration position, the CBAM Certificate obligation running total against the exporter-borne cost pass-through position, the Ind AS 37 provision balance at year-end with the movement analysis, the Ind AS 20 ESCerts sales income year-to-date with the energy-efficiency investment cost matching, and the Section 195 TDS aggregate on EU verifier fees with the Form 27Q year-end reconciliation. Every material deviation flagged for the plant CFO, the export sales head, the sustainability lead and the statutory auditor. Multi-year continuity of the CBAM compliance packet produces the audit trail that an EU importer of record reviewing the exporter's cost pass-through invoice, a statutory auditor reviewing the Ind AS 37 provision and the Ind AS 20 grant income recognition, a European Commission reviewer processing the Article 9 offset argument, and an Income-tax Officer under Section 195 and Section 40(a)(i) assessment all expect.

An Indian steel producer exporting flat products (hot-rolled coil, cold-rolled coil, galvanised and colour-coated flats), long products (bars, rods, wire, structural sections) and downstream tubes and pipes under CN chapter 72 and CN chapter 73 to European Union customers carries the largest single-sector CBAM exposure of any Indian manufacturing vertical. The Carbon Border Adjustment Mechanism established by Regulation (EU) 2023/956 of the European Parliament and of the Council of 10 May 2023 covers the iron and steel scope with more breadth of CN sub-headings than any other initial-scope sector — the aggregate Indian steel export volume to European Union destinations of approximately 10 to 12 million tonnes per year, at a route-weighted embedded CO2 intensity in the range of 1.4 to 2.6 tonnes CO2 per tonne of crude steel (Blast Furnace and Basic Oxygen Furnace integrated route 1.9 to 2.2, Direct Reduced Iron and Electric Arc Furnace natural-gas route 1.4 to 1.8, Direct Reduced Iron and Electric Arc Furnace coal route 2.2 to 2.6, scrap-based Electric Arc Furnace route 0.4 to 0.6), produces an aggregate CBAM Certificate cost quantum at the sector level in the range of approximately EUR 1.5 billion per year (approximately Rs 14,000 crore) at an illustrative EU ETS carbon price of EUR 75 per tonne CO2. The reconciliation discipline that ties the EU export shipment register by CN sub-heading to the accredited third-party embedded CO2 attestation register at the steelmaking route granularity, threads the CBAM Certificate cost pass-through negotiation into the export commercial contract at an illustrative EUR 60 to 90 per tonne CO2 (the 2024-25 EU ETS benchmark range), argues the India PAT scheme Energy Savings Certificates monetisation and the GST Compensation Cess on coal at Rs 400 per tonne and the captive renewable power capacity as a composite carbon-price-equivalent offset under CBAM Article 9, and posts the CBAM Certificate purchase liability under Ind AS 37 and the PAT ESCerts sales income under Ind AS 20 is the subject of this CBAM steel industry EU export Carbon Border Adjustment Mechanism cornerstone.

Quick reference

AspectDetail
Governing regulationRegulation (EU) 2023/956 (CBAM Regulation)
Transitional phase reporting regulationCommission Implementing Regulation (EU) 2023/1773
Transitional phase period1 October 2023 to 31 December 2025 (reporting only)
Implementation phase start1 January 2026 (CBAM Certificate purchase and surrender)
Initial scopeCement, electricity, fertilisers, iron and steel, aluminium, hydrogen
Iron and steel CN scopeCN chapter 72 (pig iron, ferro-alloys, DRI, ingots, semi-finished, flat-rolled, bars, rods, wire) plus CN chapter 73 (tubes, pipes, structural articles, containers, wire products)
Indian steel EU export volumeApproximately 10 to 12 million tonnes per year (largest single-sector CBAM exposure)
Embedded emission intensity (BF-BOF integrated route)Approximately 1.9 to 2.2 tonnes CO2 per tonne crude steel
Embedded emission intensity (DRI-EAF natural-gas route)Approximately 1.4 to 1.8 tonnes CO2 per tonne crude steel
Embedded emission intensity (DRI-EAF coal route)Approximately 2.2 to 2.6 tonnes CO2 per tonne crude steel
Embedded emission intensity (scrap-based EAF route)Approximately 0.4 to 0.6 tonnes CO2 per tonne crude steel
CBAM Certificate price basisWeekly average of closing prices of EU ETS Allowances on common auction platform
EU ETS carbon price range (2024-25)Approximately EUR 60 to 90 per tonne CO2
Illustrative CBAM Certificate cost (BF-BOF route at EUR 75 per tonne CO2)Approximately EUR 150 per tonne crude steel
Sector-level aggregate CBAM Certificate cost (illustrative)Approximately EUR 1.5 billion per year (approximately Rs 14,000 crore)
Annual CBAM declaration due date31 May of the year following the year of importation
Article 9 offset argument (India)Composite PAT ESCerts monetisation plus GST Compensation Cess on coal (Rs 400 per tonne) plus captive renewable power — awaits formal EU acceptance
Ind AS 37 treatmentProvision for CBAM Certificate purchase liability at best estimate on route-mix-weighted basis
Ind AS 20 treatmentPAT ESCerts sales income as government grant on systematic-matching basis
Section 195 TDS on EU verifier feeLower of Income-tax Act rate (20 percent FTS) or DTAA rate (typically 10 percent)
Class A controlStanding CBAM shipment activity dashboard with route-mix traceability against annual CBAM declaration cadence

The reconciliation in one paragraph

An Indian steel producer with material EU export volume must capture every export shipment at the CN-sub-heading granularity (CN 7208 hot-rolled flat, CN 7209 cold-rolled flat, CN 7210 coated flat, CN 7213 hot-rolled bar and rod, CN 7304 seamless tube, CN 7306 welded tube and the many other sub-headings within CN chapters 72 and 73), tag each shipment with the destination EU Member State and the EU importer of record, trace the production dispatch back to the route-mix at the installation (BF-BOF integrated, DRI-EAF natural-gas, DRI-EAF coal, scrap-based EAF percentages), attest the route-wise embedded emission intensity per production stream through an accredited third-party verifier operating under the CBAM implementing regulation on accreditation, compute the shipment-level embedded emissions on the traced-route-mix basis rather than the plant-blended-average basis, thread the CBAM Certificate cost pass-through position into the export commercial contract at a per-tonne EUR figure tracking the EU ETS benchmark carbon price for the surrender week, argue the composite India PAT ESCerts monetisation plus the GST Compensation Cess on coal at Rs 400 per tonne plus the captive renewable power capacity as a carbon-price-equivalent offset under CBAM Article 9 (currently as a contingent-asset disclosure pending formal EU acceptance), post the CBAM Certificate purchase liability under Ind AS 37 as a provision at the best estimate of the exporter-borne cost against the shipment activity, post the PAT ESCerts sales income under Ind AS 20 as a government grant on the systematic-matching basis to the energy-efficiency investment costs (coke oven gas recovery, blast furnace gas power plant, top-pressure recovery turbine, sinter waste heat recovery, EAF scrap preheating, reheat furnace efficiency retrofits), deduct Section 195 TDS on the professional-services fee paid to the EU-based accredited verifier at the lower of the Income-tax Act rate or the applicable DTAA rate with the Form 27Q quarterly return, and maintain a standing CBAM shipment activity dashboard against the annual CBAM declaration cadence as a Class A control on the plant CFO monthly close packet. Any material deviation between shipped tonnage and route-mix-weighted embedded emissions attestation, between attested emissions and the annual CBAM declaration submitted by the EU importer of record, between the exporter-borne cost pass-through position and the Ind AS 37 provision movement, or between the EU verifier fee payment and the Section 195 TDS deposit is flagged as a quarter-end break for the plant CFO, the export sales head and the sustainability lead.

What the scenario looks like in India — a safe illustrative Tier-1 integrated steel producer with a multi-plant BF-BOF plus DRI-EAF network and material EU export exposure across flat and long products

The illustrative persona for this walkthrough is a Tier-1 Indian integrated steel producer operating a multi-plant network spanning a 6 million tonnes per annum crude steel BF-BOF integrated flat-products plant on the Karnataka Bellary-Hospet iron ore belt near Vijayanagar and a 5 million tonnes per annum integrated flat-and-long-products plant on the Maharashtra Dolvi coast with a DRI-EAF natural-gas leg alongside the primary BF-BOF integrated route, with material EU export volume of approximately 3.2 million tonnes per year across flat products (hot-rolled coil under CN 7208, cold-rolled coil under CN 7209, galvanised and colour-coated flats under CN 7210) and long products (bars and rods under CN 7213 and CN 7214, structural sections under CN 7216). Illustrative Tier-1 Indian steel producers active in EU export across flat and long products include JSW Steel (Vijayanagar Karnataka integrated plus Dolvi Maharashtra integrated plus Salem Tamil Nadu specialty), Tata Steel (Jamshedpur Jharkhand integrated plus Kalinganagar Odisha integrated), Steel Authority of India Ltd or SAIL (Bhilai Chhattisgarh integrated, Bokaro Jharkhand integrated, Rourkela Odisha integrated, Durgapur West Bengal integrated, Burnpur West Bengal integrated), JSPL or Jindal Steel and Power (Raigarh Chhattisgarh integrated, Angul Odisha DRI-EAF) and ArcelorMittal Nippon Steel India or AMNS (Hazira Gujarat DRI-EAF integrated). Rashtriya Ispat Nigam Limited (RINL) at Vizag Andhra Pradesh runs the pure-integrated PSU footprint. The stainless steel and specialty-alloy layer with Jindal Stainless (Hisar Haryana and Jajpur Odisha), Kalyani Steel (Karnataka), Sunflag Iron and Steel (Bhandara Maharashtra) and Mukand Ltd carries an additional CN 72 sub-heading exposure on alloy and stainless flat and long product exports.

At the sector level, the aggregate Indian steel export to European Union destinations sits in the range of approximately 10 to 12 million tonnes per year — the largest single-sector CBAM exposure of any Indian manufacturing vertical by an order of magnitude compared with cement, chemicals, aluminium, fertiliser or hydrogen. The CBAM Certificate cost impact per tonne of Indian BF-BOF crude steel exported to the European Union at an illustrative EUR 150 per tonne (2.0 tonnes CO2 per tonne of crude steel times EUR 75 per tonne CO2 at the mid-point of the 2024-25 EU ETS benchmark range) is a devastating commercial parameter against the typical export point traded price for hot-rolled coil that has historically sat in the EUR 500 to EUR 700 per tonne range — the CBAM Certificate cost represents 21 to 30 percent of the pre-CBAM export price on a per-tonne basis. For the export contract negotiation and the Ind AS 37 provision recognition on the plant balance sheet, this makes the CBAM shipment activity register, the route-mix-weighted embedded emissions attestation, the CBAM Certificate cost pass-through position and the composite Article 9 offset argument the strategic centrepiece of the export franchise financial architecture. The iron ore royalty plus DMF plus NMET steel plant cost accounting India Wave 1 cornerstone frames the parallel upstream-raw-material-input reconciliation discipline for the captive mining lease side of the same integrated plant.

The regulatory overlay — Regulation (EU) 2023/956, EU ETS benchmark carbon price, Ind AS 37, Ind AS 20 and Section 195

Six regulatory anchors govern an Indian steel plant’s CBAM cost accounting for EU export. Regulation (EU) 2023/956 is the parent EU regulation establishing the mechanism, the initial scope covering iron and steel under CN chapter 72 and CN chapter 73, the authorised CBAM declarant framework and the CBAM Certificate purchase and surrender mechanic. Commission Implementing Regulation (EU) 2023/1773 sets the reporting obligations for the transitional period running from 1 October 2023 to 31 December 2025 — quarterly CBAM reports by the EU reporting declarant, reporting-only with no Certificate purchase or surrender. The EU Emissions Trading System established by Directive 2003/87/EC as amended is the benchmark carbon price reference for the CBAM Certificate price — the Commission calculates the weekly CBAM Certificate price under Article 21 of the CBAM Regulation as the average of the closing prices of EU Allowances on the common auction platform for the preceding calendar week, and the EUA price has traded in a range of approximately EUR 60 to 90 per tonne CO2 equivalent during the 2024-25 period. Ind AS 37 governs the accounting for the CBAM Certificate purchase liability provision where the export contract allocates the CBAM cost to the exporter. Ind AS 20 governs the accounting for the PAT ESCerts sales income as a government grant on the systematic-matching basis to the energy-efficiency investment costs. Section 195 of the Income-tax Act 1961 governs the TDS on the professional-services fee paid to the EU-based accredited verifier for the embedded emissions attestation.

Article 4 of the CBAM Regulation requires that from 1 January 2026 goods within scope may be imported into the customs territory of the European Union only by an authorised CBAM declarant. Article 6 requires the authorised CBAM declarant to submit an annual CBAM declaration in respect of each calendar year by 31 May of the year following the year of importation, containing the total quantity of imported goods, the total embedded emissions of the imported goods, the total number of CBAM Certificates corresponding to the total embedded emissions to be surrendered, and copies of the verification reports issued by accredited verifiers. Article 7 sets the calculation of embedded emissions per the methodology in Annex IV — for iron and steel, Annex IV distinguishes the direct process and combustion emissions at the steelmaking installation from the embedded emissions of the precursor installations (iron ore agglomerates from the sinter plant and pellet plant, coke from the coke oven battery, pig iron from the blast furnace where hot metal is transferred to a separate BOF converter installation, hot-rolled coil from the primary rolling mill where cold-rolling and coating installations sit downstream). Article 8 requires that the total embedded emissions declared in the annual CBAM declaration be verified by an accredited verifier per the methodology in Annex VI. The accredited verifier is a natural or legal person accredited by a national accreditation body of a Member State per the CBAM implementing regulation on accreditation — established EU-accredited verifier bodies operating in the emissions attestation space include TÜV NORD, DNV, Bureau Veritas Marine and Offshore and DEKRA in the safe illustrative-context sense.

Article 9 of the CBAM Regulation provides that an authorised CBAM declarant may claim in the annual CBAM declaration a reduction in the number of CBAM Certificates to be surrendered in order to take into account the carbon price effectively paid in the country of origin for the declared embedded emissions. The India steel industry Article 9 offset argument is structurally larger than the cement industry Article 9 offset argument for three compounding reasons: the steel industry generates a substantially larger annual pool of PAT scheme ESCerts within the Bureau of Energy Efficiency PAT scheme (driven by the energy-recovery infrastructure at integrated plants — coke oven gas recovery, blast furnace gas power plant, top-pressure recovery turbine, sinter waste heat recovery, EAF scrap preheating, reheat furnace efficiency retrofits), the steel industry has a materially larger coal consumption per tonne of output attracting the GST Compensation Cess on coal at Rs 400 per tonne under the GST Compensation Cess Act 2017, and the steel industry has a materially larger captive renewable power footprint (open-access and captive rooftop solar and wind capacity commissioned across integrated plants over the last five years). As of the date of this article the European Commission has not issued a formal acceptance of this composite position — the CBAM implementing regulation Article 9 offset methodology is under development, and the acceptance of specific third-country carbon pricing instruments requires bilateral engagement and formal recognition. The cross-cluster sibling article on the same CBAM discipline for the cement sector sits at cement industry CBAM Carbon Border Adjustment Mechanism EU export reconciliation — the steel article carries an order of magnitude larger sector-level CBAM exposure and a compounded Article 9 offset argument, but the mechanical reconciliation discipline is common.

Ind AS 37 governs the accounting for the CBAM Certificate purchase liability. Paragraph 14 provides that a provision shall be recognised when an entity has a present obligation (legal or constructive) as a result of a past event, it is probable that an outflow of resources embodying economic benefits will be required to settle the obligation, and a reliable estimate can be made of the amount of the obligation. For the Indian steel exporter with material EU volume, the reliable estimate is derived from the shipment tonnage per CN sub-heading, the route-wise embedded emission intensity attested by the accredited verifier separately for BF-BOF, DRI-EAF gas, DRI-EAF coal and scrap-based EAF production streams, the traced route-mix per shipment from the production dispatch system and the CBAM Certificate price tracking the EU ETS benchmark carbon price for the surrender week. Paragraph 36 requires the provision to be measured at the best estimate of the expenditure required to settle the present obligation at the end of the reporting period, remeasured each reporting date. Ind AS 20 sits parallel for the PAT ESCerts sales income — recognised as a government grant on the systematic-matching basis to the energy-efficiency capex and opex investment that delivered the SEC over-achievement. Where the ESCerts are argued as an offset against the CBAM Certificate obligation under Article 9, the offset argument does not change the Ind AS 20 recognition — the ESCerts sales income is still recognised on the systematic-matching basis, and any successful Article 9 offset reduces the Ind AS 37 CBAM Certificate purchase liability provision rather than creating a separate Ind AS 20 recognition. Section 195 of the Income-tax Act 1961 governs the TDS on the professional-services fee paid to the EU-based accredited verifier — chargeable to tax in India where the services are utilised in India (the embedded emissions verification is applied to steel produced in India for export to EU), subject to the Article 5 permanent-establishment test and the Article 12 fees-for-technical-services attribution under the applicable Double Tax Avoidance Agreement, with the Section 195 rate being the lower of the Income-tax Act rate (20 percent plus surcharge and cess for FTS) or the DTAA rate (typically 10 percent under most India-EU DTAAs).

A worked example — FY 2026-27 CBAM annual declaration for an illustrative multi-plant Tier-1 producer with 3.2 million tonnes EU export across BF-BOF integrated and DRI-EAF natural-gas production streams

Illustrative — the following figures represent the operating pattern of a multi-plant Tier-1 Indian steel producer with a 6 million tonnes per annum crude steel BF-BOF integrated Karnataka Vijayanagar plant plus a 5 million tonnes per annum integrated Maharashtra Dolvi plant with a DRI-EAF natural-gas leg alongside the primary BF-BOF route, for FY 2026-27, the first full year of the CBAM implementation phase. Public disclosures by listed Indian steel majors do not reveal per-shipment CBAM cost quantum at the granularity below; cross-verify against the actual export shipment activity, the applicable accredited verifier’s route-wise attested embedded emissions, and the CBAM Certificate price published by the European Commission for the surrender week before action.

The illustrative producer’s FY 2026-27 EU export activity aggregates to 3.2 million tonnes across flat and long products routed through the Mundra, Kandla and JNPT west-coast ports to European Union destinations. The production route-mix traced from the production dispatch system aggregates to 82 percent BF-BOF integrated (2.62 million tonnes) plus 18 percent DRI-EAF natural-gas (0.58 million tonnes). The accredited third-party verifier attests the route-wise embedded emission intensity for the year at the installation level:

Production routeTonnage (MT)Attested embedded emission intensity (T CO2 per T)Total embedded emissions (MT CO2)
BF-BOF integrated (Vijayanagar plus Dolvi primary route)2.622.05.24
DRI-EAF natural-gas (Dolvi DRI leg)0.581.60.93
Total embedded emissions FY 2026-273.206.17

The CBAM Certificate obligation for the year is 6.17 million CBAM Certificates (one Certificate per tonne CO2 equivalent). At an illustrative EU ETS benchmark carbon price of EUR 75 per tonne CO2 (a mid-point of the 2024-25 range) applied uniformly for illustration (the actual price varies week-to-week based on the Commission’s Article 21 calculation), the CBAM Certificate cost aggregates to EUR 462.75 million (6.17 million times EUR 75 = EUR 462,750,000), approximately Rs 4,304 crore at an illustrative EUR to INR conversion of Rs 93. On a per-tonne basis the CBAM Certificate cost works out to approximately EUR 144 per tonne of the total 3.2 million tonnes shipped (or approximately Rs 13,450 per tonne).

The export commercial contract with the EU importer of record for the illustrative producer’s shipment streams carries a 60 percent exporter-borne CBAM pass-through position (the exporter compensates the importer for 60 percent of the CBAM Certificate purchase, with 40 percent absorbed by the importer through a shared pass-through negotiation reflecting the market power position and the competitive dynamics against domestic-EU and other third-country steel supply). The exporter-borne share for the year aggregates to 60 percent of EUR 462.75 million = EUR 277.65 million, approximately Rs 2,582 crore. The Ind AS 37 provision for the exporter-borne CBAM Certificate purchase liability is posted quarterly against the shipment activity at the best estimate of Rs 2,582 crore for the year, remeasured each reporting date for changes in shipment tonnage, the accredited verifier’s route-wise attested embedded emissions, the traced route-mix per shipment stream and the EU ETS carbon price trend. The provision movement each quarter flows against the shipment activity of the quarter and the corresponding weekly CBAM Certificate price series published by the Commission.

On the composite Article 9 offset argument side, the illustrative producer’s PAT ESCerts sales income under Ind AS 20 for the year (from over-achievement against the specific-energy-consumption reduction target under the PAT cycle across both plants) at an illustrative 300,000 ESCerts sold at Rs 600 per ESCert aggregates to Rs 18 crore — recognised as a government grant on the systematic-matching basis to the energy-efficiency capex and opex investment that delivered the SEC over-achievement (coke oven gas recovery at Vijayanagar, blast furnace gas power plant at both plants, top-pressure recovery turbine, sinter waste heat recovery, EAF scrap preheating at Dolvi DRI leg, reheat furnace efficiency retrofits). The Article 9 offset argument for the composite PAT ESCerts monetisation plus the GST Compensation Cess on coal (at an illustrative 8 million tonnes of coal consumed for the year across both plants times Rs 400 per tonne = Rs 320 crore, translating to approximately Rs 165 per tonne CO2 for the emission-attributable coal) plus the captive renewable power capacity (500 MW captive open-access solar plus wind aggregated commissioned across the network with an illustrative 1,000 GWh annual renewable power generation displacing grid coal-fired power at an emission factor of 0.82 tonnes CO2 per MWh, aggregating to 820,000 tonnes CO2-equivalent) is disclosed as a contingent asset in the notes to the financial statements pending formal European Commission acceptance — the disclosure does not reduce the Ind AS 37 provision until acceptance is on record. If accepted, the composite Article 9 offset potential in aggregate CO2-equivalent terms for the illustrative producer sits at approximately 2 million to 2.5 million tonnes CO2-equivalent per year, translating to a CBAM Certificate cost reduction of EUR 150 million to EUR 188 million per year at EUR 75 per tonne CO2, approximately Rs 1,400 to Rs 1,750 crore — a material offset against the aggregate Ind AS 37 provision balance of Rs 2,582 crore.

On the Section 195 dimension, the professional-services fee paid to the EU-based accredited verifier for the multi-plant embedded emissions attestation (illustrative — a Netherlands-based verifier engaged for the year at EUR 250,000 for the on-site verification across both plants, verification report issuance and quarterly surveillance) attracts Section 195 TDS at the lower of the Income-tax Act rate (20 percent for FTS) or the India-Netherlands DTAA rate (10 percent for FTS under Article 12), subject to the verifier furnishing Form 10F, No-PE declaration and TRC — 10 percent TDS on EUR 250,000 = EUR 25,000, approximately Rs 23.25 lakh deducted at each invoice payment and deposited within the statutory due date, with the Form 27Q quarterly TDS return entry.

Common reconciliation breakages

Five breakages recur across Indian steel producers building the CBAM compliance packet for EU export, and each maps to a specific control failure that an EU importer of record reviewing the exporter’s cost pass-through invoice, a statutory auditor reviewing the Ind AS 37 provision and the Ind AS 20 grant income, a European Commission reviewer processing the Article 9 offset argument, or an Income-tax Officer under Section 195 and Section 40(a)(i) assessment will surface.

  • Embedded emissions attestation applied on the plant-blended-average basis rather than on the traced-route-mix basis per shipment. The most common failure at the CBAM compliance packet build is a plant compliance lead applying a single plant-blended-average embedded emission intensity uniformly across the EU export shipment register, without tracing each shipment reference back to the tonnage sub-split per route-mix from the production dispatch system (BF-BOF integrated versus DRI-EAF natural-gas versus DRI-EAF coal versus scrap-based EAF). Where a common flat-products or long-products shipment is fed from multiple production streams at the same installation, the plant-blended-average understates the CBAM cost for shipments dominated by the higher-intensity BF-BOF or DRI-EAF coal route and overstates the cost for shipments dominated by the lower-intensity DRI-EAF gas or scrap-based EAF route — exposing the exporter to a European Commission compliance observation on the annual CBAM declaration accuracy and to a commercial reconciliation dispute with the EU importer of record on the cost pass-through invoice. Reconciliation discipline: the CBAM compliance ledger holds the route-wise embedded emission intensity master per installation, the traced route-mix per shipment reference from the production dispatch system and the automatic route-mix-weighted computation per shipment rather than the plant-blended-average shortcut.

  • CBAM Certificate cost pass-through position in the export contract not aligned to the Ind AS 37 provision recognition at the aggregate quantum on the balance sheet. For a Tier-1 Indian steel producer with 3 million tonnes annual EU export volume and an aggregate CBAM Certificate cost quantum in the range of Rs 4,000 crore per year, a mismatch between the export commercial contract cost pass-through position (say 60 percent exporter-borne) and the Ind AS 37 provision recognition on the balance sheet materially misstates the plant profit-and-loss position. A commercial contract negotiator agreeing a 60 percent exporter-borne CBAM pass-through with EU importers without the plant CFO reflecting the corresponding Ind AS 37 provision each quarter against the shipment activity would leave the balance sheet understated for the exporter-borne CBAM cost. The reverse failure — a plant CFO posting the Ind AS 37 provision at 100 percent of the CBAM cost when the commercial contract only allocates 60 percent to the exporter — would overstate the provision and the corresponding expense line by hundreds of crores of rupees. Reconciliation discipline: the compliance ledger holds the CBAM cost pass-through position per shipment reference (linked to the export commercial contract clause), and the Ind AS 37 provision computation each quarter runs through the pass-through position rather than through discretionary posting. The reconciliation failure mode analysis for India design pillar frames the master-driven-classification discipline that surfaces this failure at the provision-posting stage.

  • Composite Article 9 offset argument recognised as a reduction of the Ind AS 37 provision before formal European Commission acceptance. A sustainability lead documenting the composite PAT ESCerts monetisation plus GST Compensation Cess on coal plus captive renewable power position and pressing the plant CFO to recognise the offset as a reduction of the Ind AS 37 provision — without a formal European Commission acceptance letter on file confirming the offset applicability under the CBAM implementing regulation Article 9 methodology — would understate the provision at the balance sheet date and misstate the exporter-borne CBAM cost line by potentially Rs 1,000 to 2,000 crore for a Tier-1 producer. The Ind AS 37 contingent-asset treatment is the correct discipline until formal acceptance is on record. Reconciliation discipline: the compliance ledger holds the composite Article 9 offset position with the underlying PAT ESCerts monetisation, Compensation Cess on coal and captive renewable power computation and a “European Commission formal acceptance status” tag against each shipment stream; the offset is disclosed as a contingent asset in the notes to the financial statements until the tag flips to “accepted”, at which point the provision is reduced accordingly. The reconciliation playbook for monthly close India operational cadence discipline threads the contingent-asset-versus-provision boundary into the monthly close packet.

  • Section 195 TDS on the EU verifier fee applied at the Income-tax Act rate without checking the applicable DTAA on the multi-plant verifier engagement. A treasury clerk deducting Section 195 TDS at the Income-tax Act rate of 20 percent for FTS on the EUR 250,000 multi-plant verifier fee (EUR 50,000 TDS) without checking the India-Netherlands DTAA rate of 10 percent for FTS under Article 12 — because the verifier’s Form 10F, No-PE declaration and TRC documentation is not on file at the payment processing stage — over-deducts by 10 percent (EUR 25,000 excess deduction), creates a working-capital drag on the verifier, exposes the exporter to a TDS refund reconciliation with the Central Board of Direct Taxes and impacts the verifier commercial relationship at a moment when the exporter has minimal EU-side leverage. The reverse failure — deducting at the DTAA rate of 10 percent without the Form 10F, No-PE declaration and TRC documentation on file — would attract Section 40(a)(i) 100 percent expenditure disallowance at Income-tax assessment. Reconciliation discipline: the compliance ledger holds the accredited verifier master with the DTAA position, Form 10F, No-PE declaration and TRC documentation references with expiry dates, and the applicable Section 195 rate; the payment processing routes through the master rather than through case-by-case judgement. The Section 393 payment code finder is the operational lookup for the correct TDS payment code on the Section 195 leg for the EU verifier fee.

  • CBAM Certificate price applied at a fixed rate across the year instead of tracking the weekly EU ETS benchmark carbon price series. A plant CFO applying a fixed EUR 75 per tonne CO2 for the Ind AS 37 provision computation across all quarters of the year — instead of tracking the weekly CBAM Certificate price series published by the Commission under Article 21 as the average of the closing prices of EU Allowances on the common auction platform for the preceding calendar week — would misstate the provision at each reporting date for the price movement during the quarter. The EU ETS carbon price has exhibited material week-to-week volatility during 2024-25, with intraday and week-to-week movements of EUR 5 to EUR 15 per tonne being not uncommon — on a 6 million tonnes CO2 annual embedded emissions base at 60 percent exporter-borne share, a EUR 10 per tonne price movement moves the Ind AS 37 provision by approximately Rs 335 crore, a material line on the plant balance sheet. Reconciliation discipline: the compliance ledger holds the CBAM Certificate price series week-to-week from the Commission publication, and the provision computation each reporting date runs against the weighted-average price applicable to the shipment activity of the quarter. The human errors detection envelope seven-family taxonomy surfaces the pricing-mechanic-drift gap that this control failure sits within.

How a reconciliation platform handles this

A purpose-built steel reconciliation platform ingests every EU export shipment reference (bill of lading, shipping bill) at the CN-sub-heading granularity, every production dispatch record traceable back to the route-mix per production stream at the installation, every accredited verifier’s route-wise embedded emissions attestation report per plant per reporting period, every CBAM Certificate price observation from the Commission’s weekly publication, every export commercial contract with the CBAM cost pass-through clause, every PAT ESCerts sale on the Indian Energy Exchange, every GST Compensation Cess on coal purchase, every captive renewable power generation record from the open-access and rooftop portfolio, and every Section 195 TDS deduction on the EU verifier fee, against a per-shipment CBAM compliance ledger keyed on the shipment reference. The platform tags each entry at capture with the CN sub-heading, the destination EU Member State, the EU importer of record, the traced route-mix per shipment, the accredited verifier reference, the CBAM cost pass-through position, the CBAM Certificate price for the surrender week, the Ind AS 37 provision computation basis, the Ind AS 20 ESCerts sales recognition basis, the composite Article 9 offset position with the European Commission acceptance status tag and the Section 195 DTAA rate applicable to the EU verifier. Standing dashboard controls surface any shipment without a traced route-mix, any embedded emissions attestation applied on the plant-blended-average basis rather than the traced-route-mix basis, any pass-through position not reflected in the Ind AS 37 provision movement, any composite Article 9 offset recognised without a European Commission acceptance status tag flipped to “accepted”, any Section 195 TDS deduction at the wrong rate for the EU verifier, and any weekly CBAM Certificate price observation not captured against the shipment activity. Match-rate improvement of 51 to 88 percent on the shipment-to-route-mix-to-attestation-to-provision reconciliation, combined with an ISO 27001:2022 posture and DPDP Act 2023 aligned data handling for regulator-facing submissions and cross-border data flow, is what makes the platform an infrastructure investment for a Tier-1 Indian steel producer with material EU export franchise — rather than a spreadsheet substitute that leaves the shipment activity register, the production dispatch traceability, the accredited verifier route-wise attestation, the CBAM Certificate price series, the Ind AS 37 provision movement at the aggregate quantum, the Ind AS 20 grant income recognition, the composite Article 9 offset contingent-asset disclosure and the Section 195 TDS mechanic as manual overheads on a hybrid export-sales-plus-sustainability-plus-plant-finance team. The commercial pillar for the steel sub-cluster is steel reconciliation software India; the broader authority for the platform is reconciliation software India.

This CBAM steel cornerstone anchors Theme 12 of the Wave 2 Steel programme — the biggest sector-level CBAM exposure of any Indian manufacturing vertical and the largest single financial-reporting line of the export-facing regulatory reconciliation architecture. The in-wave Steel Wave 2 sibling articles include PLI Specialty Steel Rs 6,322 crore MoS claim reconciliation India on the Theme 8 PLI Specialty Steel scheme claim mechanic with the CBDT Circular 15/2022 revenue-receipt treatment, sinter plant iron ore fines agglomeration cost accounting steel India on the Theme 5 upstream agglomeration cost mechanic, Direct Reduced Iron DRI natural gas coal steel plant reconciliation India on the Theme 10 DRI process reconciliation with route-mix implications directly feeding the CBAM route-wise attestation surface, ferro-chrome ferro-manganese ferro-silicon inter-industry supply steel reconciliation on the Theme 7 ferro-alloys supply reconciliation, Steel Development Fund cess SDF integrated plant reconciliation India on the Theme 11 domestic-cess mechanic, and Section 43B(h) MSME steel ancillary vendor 45-day cascade reconciliation on the Theme 15 MSME payment discipline. The base-metals crossover into the parallel CBAM-exposed aluminium sector for Hindalco, Vedanta Aluminium and Nalco captive-mining-plus-refinery-plus-smelter integrated network sits at aluminium Hindalco Nalco bauxite alumina refinery cost reconciliation India — the aluminium sector is a separate CBAM initial-scope sector with a parallel embedded emissions attestation and Article 9 offset argument mechanic.

The cross-cluster bridge into the Cement Wave 3 CBAM sibling sits at cement industry CBAM Carbon Border Adjustment Mechanism EU export reconciliation — the mechanic is common but the sector-level exposure is smaller by an order of magnitude, and the composite Article 9 offset argument is narrower. The PLI cross-cluster siblings on the same PLI-scheme-plus-Ind AS 20 grant income treatment discipline are MAT vs PLI Bulk Drug chemical tax treatment reconciliation India on the Chemicals Wave 4 cornerstone, PLI LSEM Rs 40,995 crore mobile handset claim reconciliation India on the Electronics Wave 1 cornerstone, PLI Pharma Rs 15,000 crore eligibility incremental sales reconciliation on the Pharma Wave A cornerstone and PLI vs MAT minimum alternate tax pharma interaction on the Pharma Wave D interaction article — all threading the same CBDT Circular 15/2022 revenue-receipt treatment and Section 115BAA concessional-rate election position. The waste heat recovery cement plant captive power cost accounting India Cement Wave 2 cornerstone frames the parallel WHR mechanic that operates in the steel industry on the blast furnace top gas, coke oven gas and BOF gas capture side, generating the PAT ESCerts pool that feeds the composite Article 9 offset argument documented here. The cement plant CEMS quarterly NABL calibration cost reconciliation Cement Wave 2 sibling frames the parallel CEMS calibration mechanic that operates on the steel plant’s 8 to 12 CEMS stacks (coke oven main and pushing, sinter main and cooler, blast furnace, BOF, EAF, power plant, reheat furnace) covered in the Wave 1 CAAQMS and CEMS steel plant blast furnace coke oven sinter plant cost anchor, and the Section 43B(h) MSME chemical ancillary vendor 45-day cascade Chemicals Wave 4 sibling is the direct cross-cluster analogue for the Wave 2 Section 43B(h) MSME reconciliation surface.

The variance-classification and operational reconciliation methodology framework — mapping each CBAM compliance stage to a reconciliation surface, holding the shipment activity dashboard as a Class A standing control, applying the correct CN sub-heading and route-wise embedded emissions attestation per shipment, testing the composite Article 9 offset argument acceptance status, testing the Section 195 DTAA rate on the EU verifier fee, and threading the Ind AS 37 provision movement at the multi-crore aggregate quantum and the Ind AS 20 grant income recognition through the plant quarter-end close — sits in reconciliation failure mode analysis, reconciliation playbook for monthly close and human errors detection envelope. The Wave 1 Steel iron ore royalty plus DMF plus NMET steel plant cost accounting India cornerstone frames the upstream captive-mining-lease raw-material-input reconciliation discipline that anchors the pig-iron-and-crude-steel cost stack feeding the CBAM shipment activity register, and the Wave 1 steel plant CTE and CTO MoEFCC Category A EIA cost accounting India cornerstone frames the parallel environmental-clearance discipline that operates alongside the CBAM export-side reconciliation. Operational lookups sit in the Section 393 payment code finder for the correct TDS payment code on Section 195 deductions against the EU verifier fee leg.

The five FAQs below address the operational questions Indian steel plant CFOs, sustainability leads, export sales heads, statutory auditors and EU importers of record ask most often when building the CBAM compliance packet for FY 2026-27 and beyond under the six regulatory anchors — Regulation (EU) 2023/956 (CBAM Regulation), Commission Implementing Regulation (EU) 2023/1773 (transitional phase reporting), EU ETS (benchmark carbon price reference), Ind AS 37 (CBAM Certificate purchase liability provision), Ind AS 20 (PAT ESCerts sales income as government grant) and Section 195 (TDS on EU verifier fee) — with the composite CBAM Article 9 offset argument on the PAT ESCerts monetisation plus GST Compensation Cess on coal plus captive renewable power capacity running parallel as a contingent asset pending formal European Commission acceptance, and the sector-level aggregate CBAM Certificate cost quantum of approximately Rs 14,000 crore per year setting the strategic scale of the reconciliation architecture.

Terra Insight
Terra Insight Editorial Team Reconciliation Infrastructure

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Published 28 July 2026
Domain expertise
TDS Reconciliation GST Input Credit Platform Settlements NACH Batch Matching Bank Reconciliation Form 26AS Matching ERP Integrations Enterprise Finance Ops
Primary reference: European Commission — Carbon Border Adjustment Mechanism — for the text of Regulation (EU) 2023/956 of the European Parliament and of the Council of 10 May 2023 establishing a carbon border adjustment mechanism, the Commission Implementing Regulation (EU) 2023/1773 on reporting obligations for the transitional period, the iron and steel scope covering the CN 72 chapter (pig iron, ferro-alloys, semi-finished products of iron or non-alloy steel, flat-rolled products, bars and rods, wire, structural sections) and the CN 73 chapter (tubes and pipes, structural articles, containers, wire products) categories listed in Annex I of the CBAM Regulation, the accredited third-party verifier framework for embedded emissions attestation at the steelmaking route granularity (Blast Furnace and Basic Oxygen Furnace, Direct Reduced Iron and Electric Arc Furnace on natural gas or coal, scrap-based Electric Arc Furnace), the CBAM Certificate purchase and surrender mechanic linked to the EU Emissions Trading System benchmark carbon price, and the Article 9 provision for deduction of the carbon price effectively paid in the country of origin against the CBAM Certificate obligation for the Indian steel exporter negotiating the PAT ESCerts and Compensation Cess on coal offset position.
Primary sources cited
Last reviewed against sources on 28 July 2026
  • Regulation (EU) 2023/956 — Carbon Border Adjustment Mechanism — Regulation (EU) 2023/956 of the European Parliament and of the Council of 10 May 2023 establishing a carbon border adjustment mechanism (the CBAM Regulation). Article 2 sets the scope covering goods listed in Annex I originating in a third country when imported into the customs territory of the European Union — the initial scope covers cement (CN 25.23), electricity (CN 27.16), fertilisers (CN chapter 28 and 31 categories), iron and steel (CN chapter 72 and CN chapter 73 categories), aluminium (CN chapter 76 categories) and hydrogen (CN 28.04.10.00). For the iron and steel scope, Annex I lists the covered CN codes across CN 72 (pig iron and spiegeleisen, ferro-alloys, ferrous products from direct reduction of iron ore, iron and non-alloy steel in ingots or primary forms, semi-finished products, flat-rolled products, bars and rods, wire, tubes and pipes) and CN 73 (tubes, pipes and hollow profiles, iron or steel structures, containers, wire products) — the most extensively covered manufacturing sector by breadth of CN sub-headings within the CBAM initial scope. Article 4 requires that from 1 January 2026 goods within scope may be imported into the customs territory of the European Union only by an authorised CBAM declarant. Article 5 provides for the application for the status of authorised CBAM declarant. Article 6 requires the authorised CBAM declarant to submit an annual CBAM declaration in respect of each calendar year by 31 May of the year following the year of importation, containing the total quantity of imported goods, the total embedded emissions of the imported goods, the total number of CBAM Certificates corresponding to the total embedded emissions to be surrendered, and copies of the verification reports issued by accredited verifiers. Article 7 sets the calculation of embedded emissions of imported goods per methodology set out in Annex IV — for iron and steel, the embedded emissions are the sum of the direct process and combustion emissions at the steelmaking installation plus the embedded emissions of the input precursors (iron ore agglomerates, coke, pig iron, hot-rolled coil for downstream cold-rolling and coating installations). Article 8 requires that the total embedded emissions declared in the annual CBAM declaration be verified by an accredited verifier per methodology set out in Annex VI. Article 9 provides that an authorised CBAM declarant may claim in the annual CBAM declaration a reduction in the number of CBAM Certificates to be surrendered in order to take into account the carbon price effectively paid in the country of origin for the declared embedded emissions. Article 20 establishes the CBAM Certificate — a certificate in electronic format corresponding to one tonne of CO2 equivalent embedded in the imported goods — with the price set weekly by the Commission per Article 21 as the average of the closing prices of the EU Emissions Trading System allowances on the common auction platform for the calendar week preceding the week during which that calculation is made. Article 22 sets the surrender mechanic — the authorised CBAM declarant surrenders through the CBAM registry a number of CBAM Certificates that corresponds to the embedded emissions declared in the annual CBAM declaration by 31 May of each year. Chapter V (Articles 26 to 27) sets administrative penalties of three to five times the CBAM Certificate purchase price for undeclared embedded emissions, escalating for repeated infringements.
  • Commission Implementing Regulation (EU) 2023/1773 — CBAM transitional period reporting for iron and steel — Commission Implementing Regulation (EU) 2023/1773 of 17 August 2023 laying down the rules for the application of Regulation (EU) 2023/956 as regards reporting obligations for the purposes of the carbon border adjustment mechanism during the transitional period. The transitional period runs from 1 October 2023 to 31 December 2025. During the transitional period the reporting declarant (the EU importer or the indirect customs representative for the goods) submits a quarterly CBAM report by the end of the month following the quarter, containing the total quantity of imported goods per CN code per country of origin, the total embedded emissions calculated per methodology set out in Annex III, and the carbon price due in the country of origin for the embedded emissions where applicable. No CBAM Certificate purchase or surrender obligation applies during the transitional period — the mechanic is reporting-only, with an educational purpose to allow importers, exporters and installations to build the emission-reporting infrastructure and the third-party verification chain ahead of the January 2026 implementation phase. For iron and steel under CN chapter 72 and CN chapter 73, the specific reporting fields include the installation identifier for the steelmaking installation and any relevant precursor installation, the total quantity in metric tonnes per CN sub-heading, the specific direct embedded emissions in tonnes CO2 equivalent per tonne of good separately for direct emissions at the installation and embedded emissions of precursors, the specific indirect embedded emissions where applicable (grid electricity, captive coal power, waste-heat-recovery captive power, captive renewable power), the steelmaking route identification (BF-BOF, DRI-EAF natural-gas-based, DRI-EAF coal-based, scrap-based EAF, induction furnace) and the carbon price effectively paid at the installation for the reporting period.
  • EU Emissions Trading System — benchmark carbon price reference for CBAM Certificate pricing — The European Union Emissions Trading System established by Directive 2003/87/EC as amended is the benchmark carbon price reference for the CBAM Certificate purchase price under Article 21 of the CBAM Regulation. The EU ETS operates through the surrender of EU Allowances (EUAs) by installations covered by the system against verified emissions each year. The EUA price has traded in a range of approximately EUR 60 to 90 per tonne CO2 equivalent during the 2024-25 period, with intraday and week-to-week volatility on the common auction platform. The CBAM Certificate price for a given calendar week is calculated by the Commission as the average of the closing prices of EU Allowances on the common auction platform for the preceding calendar week — the CBAM Certificate cost therefore tracks the EU ETS benchmark carbon price week-to-week. For Indian steel with a typical embedded emission intensity of approximately 2.0 tonnes CO2 per tonne of crude steel via the Blast Furnace and Basic Oxygen Furnace integrated route (which dominates the Indian export mix for flat products and long products destined for European Union customers), the CBAM Certificate cost at an illustrative EUR 75 per tonne CO2 works out to approximately EUR 150 per tonne of crude steel — a material commercial impact against the typical export point traded price for hot-rolled coil, cold-rolled coil, coated flats and long products, which is why the export commercial contract must expressly address the CBAM Certificate cost pass-through position between the Indian exporter and the EU importer of record.
  • Companies (Indian Accounting Standards) Rules 2015 — Ind AS 37 Provisions Contingent Liabilities and Contingent Assets — Ind AS 37 governs the accounting for provisions, contingent liabilities and contingent assets. Paragraph 14 provides that a provision shall be recognised when (a) an entity has a present obligation (legal or constructive) as a result of a past event, (b) it is probable that an outflow of resources embodying economic benefits will be required to settle the obligation, and (c) a reliable estimate can be made of the amount of the obligation. For the Indian steel exporter to the European Union, the CBAM Certificate purchase liability arises where the export contract with the EU importer of record allocates the CBAM Certificate cost to the exporter (either directly through a cost pass-through clause requiring the exporter to compensate the importer for the CBAM Certificate purchase, or indirectly through a price adjustment for CBAM cost inclusion). Where the export contract allocates the CBAM cost to the exporter, the present obligation is legal (arising from the contract) or constructive (arising from a pattern of past dealings creating a valid expectation on the counterparty). The past event is the shipment of the goods under the export contract, giving rise to the embedded emissions that must be surrendered against CBAM Certificates by the EU importer of record. The probable outflow is the compensation payable to the EU importer of record. The reliable estimate is derived from the shipment tonnage, the route-wise embedded emission intensity (attested by the accredited third-party verifier separately for BF-BOF, DRI-EAF gas, DRI-EAF coal and scrap-based EAF production streams) and the CBAM Certificate price (tracking the EU ETS benchmark carbon price for the surrender week). Paragraph 36 requires the provision to be measured at the best estimate of the expenditure required to settle the present obligation at the end of the reporting period, remeasured each reporting date for changes in the underlying variables (shipment tonnage, route-wise embedded emissions attestation, EU ETS carbon price trend). For a Tier-1 Indian steel producer with several million tonnes of annual EU export exposure, the Ind AS 37 provision balance runs into hundreds or thousands of crores of rupees and materially moves the plant profit-and-loss position.
  • Companies (Indian Accounting Standards) Rules 2015 — Ind AS 20 Accounting for Government Grants and Disclosure of Government Assistance — Ind AS 20 governs the accounting for government grants and the disclosure of other forms of government assistance. Paragraph 3 defines a government grant as assistance by government in the form of a transfer of resources to an entity in return for past or future compliance with certain conditions relating to the operating activities of the entity. Paragraph 7 provides that government grants (including non-monetary grants at fair value) shall not be recognised until there is reasonable assurance that (a) the entity will comply with the conditions attaching to them, and (b) the grants will be received. For the Indian steel industry, the Perform Achieve and Trade scheme Energy Savings Certificates (PAT ESCerts) issued by the Bureau of Energy Efficiency for over-achievement against the specific-energy-consumption target set for the designated consumer under the Energy Conservation Act 2001 as amended are tradable instruments — the ESCerts can be sold on the Indian Energy Exchange to designated consumers under-achieving against their targets, generating monetisation income. Where the steel plant sells ESCerts on the Indian Energy Exchange, the income is recognised as a government grant under Ind AS 20 on a systematic basis matched to the costs incurred to earn the ESCerts (the energy-efficiency capex and opex investment that delivered the specific-energy-consumption over-achievement — coke oven gas recovery, blast furnace gas power plant, top-pressure recovery turbine, sinter waste heat recovery, EAF scrap preheating, reheat furnace efficiency retrofits). Where the ESCerts are argued as an offset against the CBAM Certificate obligation under Article 9 of the CBAM Regulation, the offset argument does not change the Ind AS 20 recognition — the ESCerts sales income is still recognised on the systematic-matching basis, and any successful Article 9 offset reduces the Ind AS 37 CBAM Certificate purchase liability provision rather than creating a separate Ind AS 20 recognition. The steel industry PAT designated consumer footprint (integrated plants, sponge iron plants, EAF secondary steel plants above the notified specific-energy-consumption threshold) generates a substantially larger annual ESCerts pool than the cement industry, giving the sector a materially larger Article 9 offset potential to press for.
  • Income-tax Act 1961 Section 195 (TDS on payments to non-residents) — EU-based accredited verifier fee — Section 195 of the Income-tax Act 1961 requires any person responsible for paying to a non-resident (not being a company) or to a foreign company any sum chargeable under the provisions of this Act (not being income chargeable under the head Salaries) to deduct income-tax at source at the rates in force. For the Indian steel exporter engaging a European-Union-based accredited third-party verifier under the CBAM implementing regulation for the embedded emissions attestation at the steelmaking installation, the professional-services fee paid to the EU verifier is chargeable to tax in India where the services are utilised in India (the embedded emissions verification is applied to steel produced in India), subject to the Article 5 permanent-establishment test and the Article 12 fees-for-technical-services or Article 7 business-profits attribution under the applicable Double Tax Avoidance Agreement (India-Netherlands DTAA, India-Belgium DTAA, India-Germany DTAA, India-France DTAA and similar treaties for EU-based verifiers). Section 195 rate is the lower of the Income-tax Act rate (20 percent plus surcharge and cess for fees-for-technical-services) or the DTAA rate (typically 10 percent for FTS under the India-Netherlands DTAA and similar), subject to the payee furnishing Form 10F, No-PE declaration and TRC (Tax Residency Certificate). Section 195 TDS is deducted at the point of payment or credit whichever is earlier and deposited to the credit of the Central Government within the statutory due date; Form 27Q quarterly TDS return captures the deduction against the payee PAN and country code. Section 40(a)(i) parallels Section 40(a)(ia) — 100 percent expenditure disallowance for the payment to a non-resident where TDS under Section 195 is not deducted, short-deducted or not deposited, reversible in a subsequent year on deposit of the TDS. For a multi-plant integrated steel producer running verification cycles across multiple installations (integrated flat-products plant, integrated long-products plant, downstream cold-rolling and coating plant) the aggregate annual EU verifier professional-services fee runs into several tens of lakhs of rupees, and the Section 195 TDS aggregate is a distinct Form 27Q reconciliation stream in the plant treasury calendar.
  • Energy Conservation Act 2001 as amended by the Energy Conservation (Amendment) Act 2022 — Steel PAT designated consumer — The Energy Conservation Act 2001 established the Bureau of Energy Efficiency and the Perform Achieve and Trade (PAT) scheme for designated consumers in energy-intensive industries — iron and steel is one of the mandatory sectors notified under the PAT scheme. Every designated consumer steel plant (integrated plants, sponge iron plants above the notified capacity threshold, EAF secondary steel plants above the specific-energy-consumption threshold) is assigned a specific-energy-consumption (SEC) reduction target for the PAT cycle expressed in tonnes of oil equivalent per tonne of crude steel or per tonne of finished-product equivalent. Over-achievement against the target generates Energy Savings Certificates (ESCerts) at the rate of one ESCert per tonne of oil equivalent energy saved; under-achievement requires the purchase of ESCerts on the Indian Energy Exchange to meet the compliance shortfall. The steel industry is the largest single-sector generator of ESCerts within the PAT scheme by pool volume, driven by the energy-recovery infrastructure at integrated plants (coke oven gas recovery, blast furnace gas power plant, top-pressure recovery turbine, sinter waste heat recovery), EAF-side scrap-preheating retrofits and reheat-furnace efficiency programmes. The Energy Conservation (Amendment) Act 2022 (in force December 2022) empowered the Central Government to specify a carbon credit trading scheme for the reduction of carbon emissions — the Carbon Credit Trading Scheme 2023 notified thereunder establishes the Indian carbon market that runs parallel to the PAT ESCerts market and is proposed to be integrated with the CBAM Article 9 carbon-price-equivalent offset argument. The India steel industry, through the Ministry of Steel and industry associations, is actively engaged with the European Commission for recognition of the PAT ESCerts monetisation, the GST Compensation Cess on coal consumption (at Rs 400 per tonne of coal under the GST Compensation Cess Act 2017) and the captive renewable power capacity (open-access and captive rooftop solar and wind) as a carbon-price-equivalent under CBAM Article 9 — the argument is that the aggregate implicit carbon price paid in India on the fossil-fuel and grid-electricity legs of the steelmaking cost stack is materially higher than the headline zero rate assumed by the CBAM default methodology in the absence of Article 9 recognition. As of the date of this article the European Commission has not issued a formal acceptance of this position — the CBAM implementing regulation Article 9 offset methodology is under development and the acceptance of specific third-country carbon pricing instruments requires bilateral engagement and formal recognition.

Frequently Asked Questions

Why is the Indian steel industry the biggest single-sector CBAM exposure of any Indian manufacturing vertical, and what is the aggregate CBAM Certificate cost quantum at the sector level?
The Indian steel industry carries the largest single-sector CBAM exposure of any Indian manufacturing vertical because three factors compound. First, the total steel export volume from India to European Union destinations sits in the range of approximately 10 to 12 million tonnes per year across flat products (hot-rolled coil, cold-rolled coil, galvanised and colour-coated flats), long products (bars, rods, wire, structural sections) and downstream tubes and pipes — an order of magnitude larger by tonnage than the Indian cement export to the European Union (which is a small share of the global Indian cement export book, with the majority routed to South Asia, Africa and the Middle East where CBAM does not apply). Second, the CBAM scope for iron and steel covers the CN chapter 72 categories (pig iron, ferro-alloys, direct-reduced iron, ingots and primary forms, semi-finished products, flat-rolled products, bars and rods, wire, tubes and pipes) plus the CN chapter 73 categories (tubes, pipes and hollow profiles, iron or steel structures, containers, wire products) — the most extensively covered manufacturing sector by breadth of CN sub-headings within the CBAM initial scope. Third, the embedded emission intensity of steel is materially higher than cement on a per-tonne basis: the Blast Furnace and Basic Oxygen Furnace integrated route (which dominates the Indian export flat-products mix) sits at approximately 1.9 to 2.2 tonnes CO2 per tonne of crude steel, against cement clinker at approximately 700 to 900 kilograms CO2 per tonne clinker. At an illustrative EU ETS carbon price of EUR 75 per tonne CO2, the CBAM Certificate cost per tonne of Indian BF-BOF crude steel exported to the European Union works out to approximately EUR 150 per tonne — a devastating impact against the typical export point traded price for hot-rolled coil that historically has traded in a EUR 500 to EUR 700 per tonne range. At the sector level, applying an illustrative 10 million tonnes annual EU export at a weighted-average embedded emission intensity of 2.0 tonnes CO2 per tonne (dominated by BF-BOF with modest DRI-EAF gas contribution), the aggregate embedded emissions are 20 million tonnes CO2 per year, and the CBAM Certificate cost at EUR 75 per tonne CO2 aggregates to approximately EUR 1.5 billion per year — approximately Rs 14,000 crore at an illustrative EUR to INR conversion of Rs 93. This is the sector-level headline that makes the Article 9 carbon-price-equivalent offset argument on the PAT ESCerts monetisation, the GST Compensation Cess on coal and the captive renewable power capacity a strategic negotiating priority for the India steel industry through the Ministry of Steel, the Ministry of Commerce and Industry and the industry associations.
How does the route-wise embedded CO2 attestation work for an Indian integrated steel plant with BF-BOF and DRI-EAF production streams feeding a common flat-products or long-products EU export shipment?
Article 7 of the CBAM Regulation sets the calculation of embedded emissions of imported goods per the methodology set out in Annex IV. For iron and steel, Annex IV distinguishes the direct process and combustion emissions at the steelmaking installation from the embedded emissions of the precursor installations (iron ore agglomerates from the sinter plant and pellet plant, coke from the coke oven battery, pig iron from the blast furnace where hot metal is transferred to a separate BOF converter installation, hot-rolled coil from the primary rolling mill where cold-rolling and coating installations sit downstream). The route-wise embedded emission intensity for an Indian integrated steel plant with both a Blast Furnace and Basic Oxygen Furnace (BF-BOF) integrated route and a Direct Reduced Iron and Electric Arc Furnace (DRI-EAF) route runs at approximately (a) BF-BOF integrated route 1.9 to 2.2 tonnes CO2 per tonne of crude steel (dominated by the coke reduction of iron oxide in the blast furnace and the combustion emissions from coal and coke firing, adjusted for sinter and pellet upstream emissions and the BOF converter oxygen combustion); (b) DRI-EAF route on natural gas 1.4 to 1.8 tonnes CO2 per tonne (lower on the reduction leg because natural gas is a lower-carbon reductant than coal); (c) DRI-EAF route on coal (rotary kiln process) 2.2 to 2.6 tonnes CO2 per tonne (higher because non-coking coal is used as the reductant); (d) scrap-based EAF route 0.4 to 0.6 tonnes CO2 per tonne (materially lower because the reduction leg is displaced by scrap remelting). Where a common flat-products or long-products EU export shipment is fed from multiple production streams at the same installation, the accredited verifier attests the route-mix-weighted-average embedded emission intensity per production stream and per finished-product category, with the sub-stream tonnages traced through the production dispatch system. The plant compliance ledger holds the route-wise embedded emission intensity master per installation, tags each shipment reference to the route-mix at production and computes the shipment embedded emissions on the traced basis rather than the plant-blended-average basis — the traced-basis discipline is what withstands the accredited verifier's Annex VI verification methodology and the European Commission compliance observation on the annual CBAM declaration.
What is the Article 9 offset argument specifically for the Indian steel industry, and how does it compound the offset potential compared with the cement industry?
Article 9 of the CBAM Regulation provides that an authorised CBAM declarant may claim in the annual CBAM declaration a reduction in the number of CBAM Certificates to be surrendered in order to take into account the carbon price effectively paid in the country of origin for the declared embedded emissions. The India steel industry Article 9 offset argument is structurally larger than the cement industry Article 9 offset argument because the steel industry generates a substantially larger annual pool of PAT ESCerts within the Bureau of Energy Efficiency PAT scheme (driven by the energy-recovery infrastructure at integrated plants — coke oven gas recovery, blast furnace gas power plant, top-pressure recovery turbine, sinter waste heat recovery, EAF scrap preheating, reheat furnace efficiency retrofits) and additionally has (a) a materially larger coal consumption per tonne of output attracting the GST Compensation Cess on coal at Rs 400 per tonne under the GST Compensation Cess Act 2017 and (b) a materially larger captive renewable power footprint (open-access and captive rooftop solar and wind capacity commissioned across integrated plants over the last five years). At an illustrative 10 million tonnes EU export book with a route-weighted embedded emission of 20 million tonnes CO2 per year and an assumed offset potential of 2 to 3 million tonnes CO2-equivalent under the aggregate PAT ESCerts monetisation, Compensation Cess on coal and captive renewable power argument, the potential CBAM Certificate cost reduction at EUR 75 per tonne CO2 is EUR 150 to EUR 225 million per year, approximately Rs 1,400 to Rs 2,100 crore per year — a material offset against the aggregate CBAM Certificate cost quantum of approximately Rs 14,000 crore per year at the sector level. The India steel industry, through the Ministry of Steel and industry associations, has been actively engaged with the European Commission for recognition of this composite Article 9 offset position — the argument is that the aggregate implicit carbon price paid in India on the fossil-fuel and grid-electricity legs of the steelmaking cost stack is materially higher than the headline zero rate assumed by the CBAM default methodology in the absence of Article 9 recognition. As of the date of this article the European Commission has not issued a formal acceptance of this position — the CBAM implementing regulation Article 9 offset methodology is under development and the acceptance of specific third-country carbon pricing instruments requires bilateral engagement and formal recognition. The Indian steel exporter therefore treats the Article 9 offset position as a contingent asset under Ind AS 37 — disclosed in the notes to the financial statements but not recognised as a reduction of the CBAM Certificate purchase liability until formal acceptance by the European Commission is on record.
How does the Ind AS 37 provision for the CBAM Certificate purchase liability work at the aggregate quantum for a Tier-1 Indian steel producer with several million tonnes of EU export exposure?
Ind AS 37 paragraph 14 provides that a provision shall be recognised when an entity has a present obligation (legal or constructive) as a result of a past event, it is probable that an outflow of resources embodying economic benefits will be required to settle the obligation, and a reliable estimate can be made of the amount of the obligation. For the Indian steel exporter to the European Union, the CBAM Certificate purchase liability arises where the export contract with the EU importer of record allocates the CBAM Certificate cost to the exporter — either directly through a cost pass-through clause requiring the exporter to compensate the importer for the CBAM Certificate purchase, or indirectly through a price adjustment for CBAM cost inclusion. Where the export contract allocates the CBAM cost to the exporter, the present obligation is legal (arising from the contract) or constructive (arising from a pattern of past dealings creating a valid expectation on the counterparty). The past event is the shipment of the goods under the export contract, giving rise to the embedded emissions that must be surrendered against CBAM Certificates by the EU importer of record. The reliable estimate is derived from the shipment tonnage, the route-wise embedded emission intensity attested by the accredited third-party verifier and the CBAM Certificate price tracking the EU ETS benchmark carbon price for the surrender week. For a Tier-1 Indian steel producer with an illustrative 3 million tonnes annual EU export exposure across flat and long products at a route-mix-weighted embedded emission intensity of approximately 1.9 tonnes CO2 per tonne (a BF-BOF-dominated mix with modest DRI-EAF gas contribution), the aggregate embedded emissions are approximately 5.7 million tonnes CO2 per year and the CBAM Certificate cost at an illustrative EUR 75 per tonne CO2 aggregates to approximately EUR 428 million per year, approximately Rs 4,000 crore. Where the export contract allocates 60 percent of the CBAM cost to the exporter (with 40 percent absorbed by the EU importer of record through a shared pass-through negotiation), the Ind AS 37 provision balance at year-end runs to approximately Rs 2,400 crore, materially moving the plant profit-and-loss position and requiring quarterly remeasurement for changes in shipment tonnage, route-mix, verifier-attested embedded emission intensity and the weekly EU ETS carbon price series. The provision movement discipline is the single largest sustainability-and-finance interface line on the plant CFO close packet and requires standing dashboard controls to trace shipment activity, route-mix attestation and price movement into the balance sheet balance.
What is the standard quarter-end CBAM compliance packet for an integrated Indian steel plant with material EU export volume, and how does it stitch to the annual CBAM declaration submitted by the EU importer of record on 31 May of the following year?
The standard quarter-end CBAM compliance packet for an integrated Indian steel plant with material EU export volume assembles the following interlocking artefacts. First, the export shipment register per quarter with bill of lading and shipping bill reference, CN code at the sub-heading granularity (CN 7208, CN 7209, CN 7210, CN 7211 for flat products; CN 7213, CN 7214, CN 7215 for bars and rods; CN 7306, CN 7304 for tubes and pipes; and other CN 72 and CN 73 sub-headings as applicable), destination EU Member State, EU importer of record and authorised CBAM declarant reference, incoterm and shipment tonnage in metric tonnes. Second, the production dispatch traceability from the shipment reference back to the route-wise production stream (BF-BOF, DRI-EAF natural-gas, DRI-EAF coal, scrap-based EAF) at the installation, with the tonnage sub-split per route. Third, the accredited third-party verifier's attested route-wise embedded emission intensity per production stream at the plant level for the reporting period, with the verifier reference and the verification report reference. Fourth, the shipment-level computed embedded emissions in tonnes CO2 (route-mix-weighted, applied to shipment tonnage per CN code). Fifth, the CBAM Certificate price series week-to-week from the Commission publication under Article 21, with the applicable weekly price for the shipment surrender window. Sixth, the export commercial contract per shipment stream with the CBAM Certificate cost pass-through position (100 percent exporter-borne, 100 percent importer-borne, shared) and the corresponding exporter-borne CBAM cost per shipment stream. Seventh, the Ind AS 37 provision computation for the exporter-borne CBAM cost at the best estimate at the end of the reporting period, with the movement analysis against the prior quarter. Eighth, the PAT ESCerts sales register for the quarter under Ind AS 20 on the systematic-matching basis to the energy-efficiency capex and opex investment costs incurred to earn the ESCerts. Ninth, the GST Compensation Cess on coal register for the quarter and the captive renewable power generation register for the Article 9 offset argument computation, disclosed as a contingent asset in the notes to the financial statements pending formal European Commission acceptance. Tenth, the Section 195 TDS deduction on the EU-based accredited verifier fee for the reporting period, with the Form 27Q quarterly return entry and the DTAA rate applied. Eleventh, the standing CBAM shipment activity dashboard covering the quarter's shipments and running total for the annual CBAM declaration cadence. The packet stitches to the annual CBAM declaration submitted by the EU importer of record on 31 May of the year following the year of importation — the EU importer surrenders CBAM Certificates against the total embedded emissions declared, and the Indian exporter's compliance packet is the primary evidence base for the accredited verifier's attestation and for the exporter-borne cost pass-through invoice raised on the EU importer where applicable.

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