CBAM-CCTS Article 9 Deduction: Documentation Requirements for Indian Exporters | Reclimatize.in

Article 9 of the CBAM Regulation allows the carbon price effectively paid in the country of origin to reduce the net CBAM certificate obligation. For Indian exporters with CCTS compliance obligations, this is a material financial provision — but one that requires a precise documentation chain linking production volumes, verified emission data, CCTS registry entries, and CBAM declarations. The deduction is modest in Phase 1 at current CCTS prices but grows as CCTS Phase 2 prices rise. This article maps the mechanics and documentation requirements.

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CBAM Transitional Period Lessons: What India’s Quarterly Reports Revealed About Readiness | Reclimatize.in

The CBAM transitional period ended on 31 December 2025. For eight quarters, EU importers of Indian steel, aluminium, and fertilisers submitted quarterly reports using embedded emission data — or the EU’s default values where actual data was unavailable. Analysis of the reporting patterns shows that the majority of EU importers of Indian material used default values, which in most cases significantly overstated the actual emission intensity of Indian production and therefore overstated the CBAM liability. In the definitive period from January 2026, default values are not available for most categories, making the switch to actual verified data not optional.

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Coastal Shipping and Inland Waterways: India’s Forgotten Freight Decarbonisation Option | Reclimatize.in

India’s coastal shipping sector is chronically underutilised relative to its potential — carrying approximately 12–13% of India’s freight tonne-kilometres despite covering 7,516 km of coastline and connecting every major industrial cluster to every major port. Inland waterways, particularly National Waterway 1 on the Ganga, are operational but underused for industrial bulk freight. Both modes emit approximately 10–15 gCO₂/tkm — comparable to electrified rail and 7–9× lower than diesel road freight. For industrial shippers adjacent to coast or river systems, these are the lowest-carbon freight options available without infrastructure investment.

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India’s Coking Coal Import Dependency: West Asia Freight Shock and the DRI-EAF Structural Hedge | Reclimatize.in

India imports approximately 80 million tonnes of coking coal per year — 100% of its metallurgical coal requirement — from Australia, the USA, Canada, and Mozambique. The West Asia War added 30–40% freight premium to delivered coking coal costs as shipping rerouted from Suez/Red Sea to the Cape of Good Hope. At Rs 20,000/t delivered coking coal, this feedstock alone represents approximately Rs 56,000 per tonne of BF-BOF steel produced. DRI-EAF with natural gas eliminates this entirely — replacing coking coal with a fuel that has alternatives, domestic production potential, and no Suez exposure.

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India’s Evolving Carbon Border Strategy: WTO Challenges, FTA Negotiations, and Diplomatic Responses to CBAM | Reclimatize.in

India has mounted a three-track response to CBAM: a formal WTO challenge arguing CBAM violates GATT national treatment obligations, a demand for CBAM-related concessions in the EU-India Free Trade Agreement negotiations, and a domestic equivalence argument through the CCTS-CBAM Article 9 deduction mechanism. Each track has different timelines, probabilities, and financial implications for Indian industrial exporters. This analysis maps all three.

India’s Evolving Carbon Border Strategy: WTO Challenges, FTA Negotiations, and Diplomatic Responses to CBAM | Reclimatize.in Read More »

India’s Blast Furnace Fleet: Age Profile, Stranded Asset Risk, and the Reline Decisions of 2026–2032 | Reclimatize.in

India’s blast furnace fleet has an average age exceeding 20 years. Between 2026 and 2032, a large fraction of India’s integrated steelmaking capacity will face reline decisions — the Rs 800–1,200 crore replacement of refractory lining that extends operational life by 12–15 years, locking in BF-BOF production economics through 2038–2047. At CBAM costs that are rising to €165/t by 2034, each reline is potentially a stranded asset decision. This analysis maps the fleet, the decisions, and the financial risk.

India’s Blast Furnace Fleet: Age Profile, Stranded Asset Risk, and the Reline Decisions of 2026–2032 | Reclimatize.in Read More »

Financing Industrial Decarbonisation in India: Green Loans, Sustainability-Linked Bonds, and Transition Finance in Practice | Reclimatize.in

India’s industrial sector faces a decarbonisation investment requirement of approximately Rs 40–80 lakh crore through 2070. Three financing instruments are emerging as the primary channels: green loans (use-of-proceeds loans for taxonomy-eligible assets), sustainability-linked loans and bonds (where cost of capital is tied to ESG KPI performance), and transition finance (for high-carbon assets in transition). Understanding which instrument fits which industrial project — and what the Climate Finance Taxonomy determines — is the starting point for every industrial CFO planning decarbonisation capital allocation.

Financing Industrial Decarbonisation in India: Green Loans, Sustainability-Linked Bonds, and Transition Finance in Practice | Reclimatize.in Read More »

India’s Sovereign Green Bond Programme: What Has Been Funded, What the Taxonomy Changes, and What Industrial Companies Need to Know | Reclimatize.in

India has issued Rs 32,000 crore of sovereign green bonds, funding renewable energy, energy efficiency, clean transport, and climate adaptation. The Climate Finance Taxonomy will define eligible assets for all future issuances. For industrial companies, the question is whether and how sovereign green bond proceeds can flow to industrial decarbonisation — and what the taxonomy’s eligibility criteria mean for co-financing access.

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DRI-EAF Economics for Indian Steel: The Natural Gas Bridge to Hydrogen and What the Numbers Actually Say | Reclimatize.in

Direct Reduced Iron produced with natural gas and melted in an Electric Arc Furnace reduces Scope 1 emission intensity to approximately 0.8–1.4 tCO₂/t crude steel — against India’s BF-BOF average of 2.5–2.8 tCO₂/t. This 60–70% reduction in CBAM-relevant Scope 1 emissions changes the EU market economics entirely. The pathway from natural gas DRI to hydrogen DRI is technically straightforward and commercially progressing through the SIGHT programme. This article maps the full cost and carbon arithmetic.

DRI-EAF Economics for Indian Steel: The Natural Gas Bridge to Hydrogen and What the Numbers Actually Say | Reclimatize.in Read More »

CBAM Product Classification: Which HS Codes Are Covered, What Is Excluded, and the Common Errors Indian Exporters Make | Reclimatize.in

CBAM does not cover all steel, all aluminium, or all fertilisers. It covers specific goods defined by EU Combined Nomenclature (CN) codes under Annex I of Regulation EU 2023/956. An Indian exporter that misclassifies its products, either including non-covered goods in its CBAM declaration or excluding covered goods faces either unnecessary compliance cost or regulatory violation. This is the practical classification guide that every Indian CBAM compliance officer needs.

CBAM Product Classification: Which HS Codes Are Covered, What Is Excluded, and the Common Errors Indian Exporters Make | Reclimatize.in Read More »

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