CBAM Covered Goods explained: this guide covers what it means, who it applies to, the step-by-step process, documents required, fees, due dates and penalties in India — so you can stay compliant with confidence and avoid costly mistakes.
CBAM covers six sectors — iron and steel, aluminium, cement, fertilisers, electricity and hydrogen — plus specified downstream articles of iron, steel and aluminium. Coverage is defined by CN code in the Regulation's annex, so classification, not sector description, determines whether a product is in scope.
Coverage Is by Code, Not by Sector
The single most important operational fact about CBAM scope is that it is set out as a list of Combined Nomenclature codes in the Regulation's annex. Two products that a metallurgist would group together can sit on opposite sides of the boundary, and a product that "is not really steel" in commercial terms may be squarely inside it.
Note also that the relevant code is the EU's CN classification, not your Indian ITC (HS) code. The first six digits are common, but the EU extends to eight, and where your classification and the importer's differ, theirs governs the CBAM analysis. Resolve that difference before you rely on an out-of-scope conclusion.
The Six Sectors
Iron and steel
The broadest sector in practice. It covers primary and semi-finished products — pig iron, ferro-alloys, ingots, flat-rolled and long products, tubes and pipes — and extends to specified downstream articles. That extension is what pulls in exporters who buy steel rather than make it: fasteners such as screws, bolts and nuts, and certain structures and articles of iron or steel.
For an Indian engineering exporter, this is the trap. The company does not run a furnace, does not think of itself as being in a CBAM sector, and finds its products in scope because of the metal content.
Aluminium
Unwrought aluminium, powders and flakes, and a wide range of semi-finished and finished products — bars, rods, profiles, wire, plates, sheets, strip, foil, tubes and pipes and their fittings, and specified articles of aluminium.
Cement
Cement clinker, Portland and other cements, aluminous cement, and calcined kaolinic clays. Cement is highly carbon-intensive per tonne, which is why it was in scope from the outset despite modest trade volumes into the EU.
Fertilisers
Nitric acid, sulphonitric acids, ammonia, nitrates, urea, and mineral or chemical fertilisers whether nitrogenous or containing multiple nutrients. The carbon intensity here arises mainly from ammonia production.
Electricity
Imported electricity, relevant to countries physically interconnected with the EU grid rather than to Indian exporters.
Hydrogen
Hydrogen itself. Its inclusion is forward-looking, anticipating growth in international hydrogen trade — and it directly affects India's green hydrogen export ambitions, since production route and emissions intensity determine the CBAM treatment.
Why Downstream Products Are the Hard Part
For a primary producer, embedded emissions are largely its own process emissions and purchased electricity — measurable, if demanding.
For a downstream manufacturer, the embedded emissions of the product include the emissions in the precursor — the steel or aluminium bought as input. That data must come from the input supplier, who may itself be buying from a further supplier.
| Position in chain | Data needed | Difficulty |
|---|---|---|
| Integrated steel producer | Own process and electricity emissions | Demanding but self-contained |
| Re-roller or extruder | Own emissions plus billet or ingot precursor data | Depends on one supplier |
| Fastener or structure manufacturer | Own emissions plus steel precursor data, possibly from several suppliers | Hardest — multiple suppliers, often traders |
Where inputs are bought through traders rather than directly from mills, obtaining installation-level precursor data can be genuinely difficult. Exporters in this position should start supplier engagement early and consider making emissions data a condition of vendor qualification.
Checking Your Own Position
- List every product line you sell into the EU.
- Establish the EU CN code for each — ask the importer for their classification, and reconcile it with yours.
- Check each code against the annex list.
- For codes in scope, map the production route and identify the precursors.
- Identify which suppliers must provide precursor emissions data.
- Where a classification is genuinely arguable and the CBAM consequence is material, consider seeking binding tariff information in the EU, which settles the code.
- Re-check after any product change or any CN nomenclature revision.
Practical Tips
- Do not conclude you are out of scope from a sector reading. Check the codes.
- Ask your EU buyer which of your lines they treat as CBAM goods; their answer is the one that drives their data requests.
- Add embedded emissions data to your purchase specifications for steel and aluminium inputs now — retrofitting it into an existing supply base is slow.
- Track the periodic reviews of CBAM scope; extension to further sectors has been under consideration from the outset.
- Keep a documented classification file per product. It is the same discipline that protects you in an ordinary tariff dispute.