Your factory produces the goods
An Indian plant manufactures steel, aluminium, cement or fertilizer. CO₂ is released along the way — fuel, grid electricity, calcination and precursor inputs.
CBAM is the EU's Carbon Border Adjustment Mechanism — a carbon price the EU applies to imported steel, aluminium, cement, fertilizers, hydrogen and electricity.
For an Indian exporter, CBAM means your EU buyer must pay for the CO₂ emitted while manufacturing your goods. File verified actual emissions and your buyer pays the real, lower number; file nothing and the EU applies punitive default values that cost 30 to 40 percent more.

CBAM requires EU importers to purchase CBAM certificates for the CO₂ “embedded” in the goods they import, priced at the EU ETS auction rate (~€80 per tonne of CO₂). If the exporter can't provide verified data, the EU forces the buyer onto punitive default values — and the gap between defaults and actuals is the entire CBAM economics.
An Indian plant manufactures steel, aluminium, cement or fertilizer. CO₂ is released along the way — fuel, grid electricity, calcination and precursor inputs.
Every tonne carries a CO₂ figure — Scope 1 + Scope 2 + precursors. This single number is what the entire CBAM bill is built on.
Your buyer's Authorised Declarant files those embedded emissions with the EU CBAM Authority — using your verified data, or punitive defaults if none was filed.
In 2026 the importer buys CBAM certificates at the quarterly Commission-published CBAM price. The official Q1 2026 price is EUR 75.36/tCO2e.
The EU applies official default values when verified data is not available. For a 1,000 t India CN 72083900 hot-rolled steel scenario, the buyer-side default cost is about EUR 254K before any Indian carbon-price credit.
CarbonSettle files your real, pre-verified emissions — accepted by the declarant on day one. In the same scenario, a 2.00 tCO2e/t actual-emissions file puts the buyer-side cost near EUR 147K.
Without CBAM, EU manufacturers paying for carbon emissions through the EU ETS would lose to imports from countries with no equivalent carbon price — India, China, Turkey, Russia. CBAM closes that gap by making imports pay the same carbon cost as EU production.
It's part of the EU's European Green Deal and the “Fit for 55” package — the bloc's commitment to cut greenhouse gas emissions by 55% by 2030.

If your product sits under any of these CN codes and goes to the EU, CBAM compliance is mandatory from January 2026.
Pig iron, HR coils, TMT bars, pipes, fasteners, sheets
Unwrought aluminium, extrusions, foil, wire, structures
Clinker, portland cement, aluminous cement
Urea, ammonia, nitric acid, nitrates
Pure hydrogen
Electrical energy imported into the EU
CBAM Regulation (EU 2023/956) formally published
Transitional phase begins — quarterly reporting required
EU default values restricted — actual data increasingly required
Transitional phase ends
Definitive phase begins — financial payments mandatory
CBAM certificates required, free EU ETS allowances phased out
Of global CBAM cost projected to fall on India
Drop in EU-bound Indian steel & aluminium exports in FY25
Added cost per tonne for Indian BF-BOF steel
Saving when verified actuals replace EU defaults
Why India is especially exposed
Indian manufacturing leans on coal — both for grid power and industrial heat. India's grid emission factor is ~0.7–0.9 tCO₂/MWh vs ~0.3 in the EU. For aluminium smelting (~15,000 kWh per tonne) that single difference adds $1,500+ per tonne. Verified actuals are the only way to defend Indian numbers.

A named CBAM expert. India's best CBAM engine underneath. Pre-verified by a top-3 EU auditor — declarant-ready on day one.