India sends a large volume of steel and aluminium to Europe, which makes these two sectors the front line of CBAM’s impact on Indian industry. If you export either, CBAM affects you more directly than almost any other exporter. This guide explains why these metals are hit hardest, what the coal-power challenge means, and the practical steps that can protect and even grow your European market share.

Why steel and aluminium are hit hardest

Both metals are carbon-intensive to produce, and in India that intensity is amplified because a large share of electricity still comes from coal. CBAM prices exactly this kind of carbon, so Indian steel and aluminium tend to carry higher embedded emissions than the same products made in regions with cleaner power grids. That emissions gap is precisely what CBAM converts into a cost at the European border.

In other words, it is not that Indian producers are careless – many are highly efficient. It is that the electricity powering their plants carries a heavy carbon load, and CBAM looks straight through the product to the energy behind it.

The coal-power challenge explained

For many Indian metal producers, a large portion of their embedded emissions comes not from their own furnaces but from the coal-based grid electricity they consume. Aluminium is the clearest example: smelting aluminium requires enormous amounts of electricity, so if that power is coal-heavy, the product’s footprint climbs sharply regardless of how well the plant itself is run.

This is partly a structural issue – no single producer controls the national grid. But it is not a dead end. Producers can reduce their exposure through several routes: sourcing renewable or captive clean power, improving energy efficiency to use less electricity per tonne, and in some cases shifting to lower-emission production methods over time. Each of these directly lowers the number CBAM cares about.

The competitiveness question

Here is the uncomfortable truth exporters must confront. An Indian producer and a competitor from a cleaner-energy country can offer the same steel or aluminium at the same price – but under CBAM, the cleaner one is effectively cheaper for the European buyer, because their goods carry a smaller carbon cost. Over time, this quietly shifts orders toward lower-emission suppliers.

Exporters who ignore this risk watching their European market share erode without ever losing on price or quality in the traditional sense. Those who act on it – by measuring, reducing, and documenting their emissions – can defend their position and, in many cases, win business from less-prepared rivals. CBAM does not just add a cost; it rearranges who is competitive.

A worked illustration

Picture two suppliers quoting the same German buyer at the same price per tonne. Supplier A, using a share of renewable power, has verified emissions of 1.8 tonnes of carbon per tonne of aluminium. Supplier B, on full coal power with no verified data, is assigned a default of 2.5 tonnes. On a 400-tonne order, Supplier A’s goods carry 720 tonnes of embedded carbon; Supplier B’s carry 1,000 tonnes. At an effective carbon price of 70 euros per tonne, that is roughly 50,400 euros of carbon cost for A versus 70,000 for B – a 19,600-euro gap on one order. Same metal, same price, but A is now clearly the cheaper choice for the buyer.

What Indian steel and aluminium exporters can do

A challenge, but also an opportunity

It helps to reframe CBAM. Yes, it is a real challenge for carbon-heavy metal exporters, and pretending otherwise would be dishonest. But it also rewards the Indian producers who move early on cleaner production and transparent data. In a decarbonising world, being the demonstrably low-carbon Indian steel or aluminium supplier is not merely compliance – it is a genuine and durable business advantage that competitors will struggle to match once you have built it.

Practical routes to cleaner power

Since electricity is so often the biggest contributor for Indian metal producers, it is worth knowing the concrete options. Renewable power purchase agreements let a producer contract directly for solar or wind electricity, sometimes at competitive rates. Captive or group-captive renewable generation – building or investing in a dedicated clean plant – can secure long-term low-carbon supply. Rooftop solar can offset a portion of daytime consumption. And energy-efficiency projects, from waste-heat recovery to better motors and process controls, reduce the amount of electricity needed per tonne in the first place. Not every option suits every plant, but most producers have at least one viable lever – and each one directly lowers the CBAM footprint.

Frequently asked questions

Why are Indian steel and aluminium most affected by CBAM?

Because both are carbon-intensive and, in India, are often produced using coal-based electricity, giving them higher embedded emissions than equivalents made with cleaner power – exactly what CBAM charges for.

Can Indian exporters reduce their CBAM exposure?

Yes. Sourcing cleaner power, improving energy efficiency, and providing verified actual emissions data (instead of high defaults) can all meaningfully lower the CBAM cost on their goods.

Does CBAM make Indian metals uncompetitive in Europe?

Not necessarily. It disadvantages high-emission, poorly documented producers, but exporters who reduce and verify their emissions can stay competitive and win share from unprepared rivals.

The bottom line

Steel and aluminium are India’s most CBAM-exposed exports, largely because of coal-based power. The exporters who measure, reduce, and document their emissions now will be the ones who keep their European customers – and CBAM, handled well, becomes a way to stand out rather than a reason to fall behind.

One of the most common – and most important – questions from exporters is deceptively simple: “Do I actually have to pay CBAM?” The honest answer has layers, and getting it right changes how you approach the whole subject. This guide separates who pays on paper from who really bears the cost, and explains where producers, importers and traders each fit.

Who legally pays

On paper, the CBAM cost is paid by the EU importer – the business bringing your goods into Europe. They are the ones who must become authorised declarants, buy and surrender CBAM certificates, and file the annual declaration. As an Indian exporter, you do not pay the EU directly, and you do not hold CBAM certificates. In the strict legal sense, CBAM is the importer’s bill.

Who really bears the cost

Here is where the simple answer becomes incomplete. When an importer faces a carbon cost on your product, that cost does not simply vanish into their accounts – it becomes part of the commercial conversation. A carbon-heavy product effectively becomes more expensive to buy, so importers respond in predictable ways: they push for a lower purchase price, demand cleaner and better-documented data, or start comparing you against lower-emission suppliers.

In that sense, the cost flows back to the producer through pricing pressure and competitiveness. You may never write a cheque to the EU, but a high carbon footprint quietly eats into your margins or your order book. Conversely, a low, well-documented footprint becomes a bargaining chip in your favour. So while you do not pay CBAM directly, you very much feel its effects – which is exactly why treating it as “someone else’s problem” is a mistake.

Where traders and intermediaries fit

Traders and middlemen occupy an interesting position. If a trader is the party importing goods into the EU, then the trader carries the CBAM responsibility – the authorisation, the certificates, the declaration. But traders rarely have factory-level emissions data of their own; they depend entirely on the producer for it. This dependence is reshaping trading relationships: traders increasingly demand emissions information as a condition of doing business, because without it they cannot manage their own CBAM liability.

For producers, this is an opportunity. A producer who can readily supply clean, verified emissions data becomes far easier for a trader to work with than one who cannot. In a chain where everyone downstream needs your numbers, being the reliable source of those numbers strengthens your position with every partner.

A simple way to picture the flow

Imagine the carbon cost as a hot potato. It is officially handed to the EU importer, who must formally deal with it. But through price negotiations, it gets passed back up the chain toward the producer, because buyers will not simply absorb a cost they can push back on. The producer who has done the work – low emissions, verified data – can hold their price and keep the potato small. The producer who has not may find it lands squarely on their margins.

What this means for you as an exporter

The practical takeaway is clear. Do not assume CBAM is irrelevant just because you do not pay the EU directly. The exporter who provides clean, verified, low-emission data holds the advantage in every negotiation – with importers and traders alike – while the one who ignores CBAM slowly loses ground on price and preference. Your carbon performance and your data quality are, in effect, part of your product’s price.

How the cost shows up in your contracts

As CBAM matures, expect it to appear more explicitly in your commercial arrangements. Buyers are increasingly writing emissions-data requirements into purchase contracts – asking for verified figures as a condition of the order, setting out what happens if data is late, and sometimes linking price to carbon performance. This is the mechanism through which the abstract idea of “cost flowing back to the producer” becomes concrete: it lands in the fine print of your next contract.

Exporters who anticipate this are ready to negotiate from a position of strength, with verified data already in hand. Those caught unaware may find themselves agreeing to terms they cannot easily meet, or accepting price reductions to compensate for missing information. Understanding where the cost really sits lets you shape these contract terms rather than simply react to them.

Future-proofing your position

Because carbon border measures are spreading beyond the EU, the party that bears the cost today may face similar pressure in other markets tomorrow. A producer who builds strong emissions data and low-carbon performance now is not just handling EU CBAM – they are preparing for a world in which multiple buyers, in multiple countries, all push the carbon question back up the supply chain. The producers who see this early turn a recurring cost pressure into a lasting competitive moat.

It is also worth remembering that the cost is not fixed forever at today’s levels. As the EU phases out the free allowances its own industries once received, and as carbon prices move over time, the effective cost attached to high-emission imports is generally expected to rise rather than fall. That trajectory makes the case for acting now even stronger: the gap between a clean, well-documented producer and a high-emission, poorly documented one is likely to widen, not narrow, in the years ahead.

Frequently asked questions

Do exporters pay CBAM directly?

No. The EU importer (or, if they are the importer, the trader) pays CBAM directly. But the cost flows back to producers through price negotiations and competitiveness.

Who is responsible if a trader imports the goods?

If a trader is the importer of record, the trader carries the CBAM obligations. However, they depend on the producer for the emissions data needed to meet them.

How does CBAM affect an exporter’s price?

A high carbon footprint makes a product more expensive for the buyer under CBAM, creating pressure to lower the price or lose the order. A low, verified footprint helps the exporter hold price and win preference.

The bottom line

The importer pays CBAM officially, but the cost flows back to producers through pricing and competition, and traders sit in between depending on producer data. Your strongest protection is a low, well-documented carbon footprint that makes your product the easy, cost-effective choice for everyone downstream.

When reporting emissions under CBAM, exporters face a choice with real financial consequences: use the EU’s default values, or use your own actual, measured data. It sounds like a technical detail, but it can noticeably change the cost attached to your goods – and therefore your competitiveness. This guide explains both options, why actual data usually wins, and what it takes to use it.

What are default values?

Default values are standard emission estimates the EU provides for each type of covered product. They exist as a fallback for situations where real, measured data is not available. The single most important thing to understand about them is that they are deliberately set on the high side. The EU designs them this way on purpose, so that no producer can gain an advantage by simply refusing to measure their emissions and hiding behind a comfortable estimate.

In effect, defaults say: “If you will not show us your real numbers, we will assume a high one.” For a genuinely high-emission producer, the default might be close to reality. For an efficient one, it usually overstates their footprint – and overstates the cost.

What are actual values?

Actual values are your real emissions, measured at your own plant and calculated from your genuine fuel and electricity use and your true production output. They tell the honest story of how carbon-intensive your specific production is. For a reasonably efficient producer, actual emissions are frequently lower than the EU’s default estimate – sometimes substantially so.

Why actual data usually wins

Because the CBAM cost is tied directly to emissions, a lower emissions figure means a lower cost for your EU buyer. If your verified actual emissions come in below the default, using them reduces the number of certificates the importer must buy – which makes your product cheaper for them than a competitor’s identical goods still priced on high default values.

Consider a quick comparison. Suppose the default value for a steel product is 2.5 tonnes of carbon per tonne of steel, but your verified actual figure is 1.8. On a 500-tonne shipment, that is the difference between 1,250 and 900 tonnes of embedded carbon – 350 tonnes less. At an effective carbon price of, say, 70 euros per tonne, that is around 24,500 euros saved on a single shipment, simply by proving your real, lower emissions. Measuring your emissions is not paperwork; it is a chance to turn genuine efficiency into a hard price advantage.

The catch: actual data must be verified

There is one firm condition. You cannot simply claim a lower number and expect it to be accepted. To use actual data in the definitive phase, your emissions must be independently checked by an accredited verifier. This is why solid record-keeping and a reliable measurement system matter so much – they are what make your real numbers usable rather than just asserted. Unverified data, however accurate, cannot be used to claim emissions below the default.

When defaults might be acceptable

Defaults are not always the wrong choice. For a very small exporter, or in the early days before your measurement and verification systems are ready, starting with default values can be a reasonable, low-effort way to keep trading. The key is to treat defaults as a temporary starting point, not a permanent setting. The moment your real emissions are likely lower than the default – which is the common case for efficient producers – investing in measurement and verification starts paying for itself.

How to move from defaults to actual data

The India angle

For Indian exporters, the actual-versus-default choice is especially significant. Because EU defaults for some regions and products can be set high to reflect worst-case assumptions, an efficient Indian producer relying on defaults may be paying for emissions far above their real output. Measuring and verifying actual data is often the single most effective way for a competitive Indian exporter to avoid being penalised by pessimistic assumptions.

Why the effort pays off over time

It helps to see measurement as an investment rather than a one-off cost. The first time you measure and verify your emissions, there is real effort involved – setting up data collection, organising records, engaging a verifier. But once that system exists, each subsequent year is far easier, because the process is already in place and only needs updating. Meanwhile, the saving from using actual data (when it is lower than the default) recurs on every single shipment, year after year. A cost incurred once, against a benefit repeated indefinitely, is usually a straightforward decision for any efficient producer.

Frequently asked questions

Are CBAM default values higher than actual emissions?

Usually, yes. Defaults are deliberately set on the high side so no one benefits from refusing to measure. Efficient producers often have actual emissions well below the default.

Can I use my actual emissions without verification?

No. In the definitive phase, actual emissions data must be independently verified by an accredited verifier before it can be used to claim a figure below the default.

Is it worth measuring actual emissions for a small exporter?

If your real emissions are likely below the default, yes – the cost saving usually justifies the effort. Very small exporters may start with defaults and move to actual data as systems mature.

The bottom line

Default values are the safe but expensive option; actual, verified data takes more effort but, for most efficient producers, lowers the CBAM cost and sharpens your competitiveness. The rule of thumb is simple: if you can measure and verify it, do so – your real numbers are usually your cheaper numbers.

CBAM runs on a strict calendar, and missing a date can be expensive – not just for the EU importer, but, indirectly, for you as the exporter. This guide lays out the key deadlines in plain terms, explains the penalties, and shows why staying ahead of the schedule is one of the simplest ways to protect your European business.

The deadlines that matter

Why 2026 matters even though payment comes later

A subtle but important point: although importers do not buy certificates during 2026, the emissions from 2026 imports still create a financial liability that must be settled in 2027. In other words, the meter is already running. Data for that first bill has to be captured accurately throughout 2026, which is precisely why exporters cannot afford to treat this year as a quiet period.

What happens if a deadline is missed

The penalties fall on the EU importer, but they ripple straight back to exporters. If an importer files late, reports inaccurate data, or fails to surrender enough certificates, they face a penalty of around 100 euros for every tonne of carbon that is unaccounted for – and, critically, paying the penalty does not excuse them from still covering the emissions. For a large steel or aluminium shipment, this can escalate into very serious money quickly.

Consider a simple illustration: if 1,000 tonnes of embedded carbon are under-reported or unaccounted for, a penalty at that rate alone reaches around 100,000 euros – before the actual carbon cost is even settled. These are not trivial sums, and importers are acutely aware of them.

Why an importer’s deadline is your problem too

Here is the part exporters sometimes miss. An importer who gets penalised because your data arrived late, looked unreliable, or could not be verified in time will remember exactly why. In a market where buyers can choose between competing suppliers, being the cause of a compliance headache is a fast route to losing orders. The reverse is equally true: being the supplier whose verified data always arrives early makes you the safe, easy choice – and safety is worth a great deal to a buyer facing five-figure penalties for mistakes.

A simple habit that protects you

The most effective safeguard is to work backwards from your buyers’ deadlines and build your own internal calendar that sits ahead of theirs. If a buyer’s declaration is due at the end of September, your verified emissions data should be finalised months earlier – ideally by mid-year – leaving room for verification and any questions. Map these dates once, assign someone to own them, and review progress quarterly. This modest discipline turns CBAM from a recurring panic into a routine you barely notice.

Building your CBAM calendar

The hidden cost of last-minute data

Beyond formal penalties, there is a quieter cost to leaving things late: the scramble itself is expensive. Verifiers get heavily booked around deadline season, so a late request may mean higher fees, rushed reviews, or no available slot at all. Rushed data is also more likely to contain errors, which can trigger the very penalties you were trying to avoid. And the internal stress – staff pulled off other work to chase invoices and meter readings – carries a real productivity cost that never shows up on a fine but is felt across the business.

Exporters who plan ahead avoid all of this. They book verification early at normal rates, submit clean data, and free their teams to focus on running the business rather than firefighting a compliance deadline. In this sense, staying ahead of the calendar does not just avoid penalties; it is simply cheaper and calmer than the alternative.

One more point is worth stressing: deadlines do not pause because data was hard to gather. The EU calendar is fixed, and it does not care whether your supplier was slow to send figures or a verifier was fully booked. This is precisely why the exporters who treat data collection as a continuous, year-round routine – rather than an annual event – are the ones who never find themselves against the wall in September. The calendar rewards steady habits and punishes procrastination.

Frequently asked questions

What is the penalty for missing CBAM obligations?

The penalty is around 100 euros per tonne of carbon dioxide that is unaccounted for, and paying it does not remove the obligation to still cover the emissions. The penalty applies to the EU importer.

When is the first CBAM payment due?

Although 2026 imports create a liability, certificates are purchased from February 2027, and the first surrender covering 2026 emissions is due by 30 September 2027.

Why should exporters care about importer deadlines?

Because late or unreliable exporter data can cause the importer to miss deadlines and incur penalties – which damages the trading relationship and can cost the exporter future orders.

The bottom line

CBAM deadlines are firm and the penalties are real. Treat your buyers’ timelines as your own, build a calendar that stays comfortably ahead of them, and you convert a serious compliance risk into a reason for European buyers to trust and keep you.

A great deal of CBAM confusion comes from one basic uncertainty: who actually files the report, and what goes into it? Exporters often worry they must submit something to the EU themselves. The reality is more nuanced, and understanding it clearly tells you exactly where your responsibility begins and ends. This guide breaks down who files, what the report contains, and the crucial role you play as an exporter.

Who is legally responsible for filing?

The legal duty to file the CBAM report sits with the EU importer – the company bringing your goods into Europe. In the definitive phase, that importer must hold “authorised CBAM declarant” status and submit an annual CBAM declaration to the EU authorities. As an Indian exporter, you do not file this declaration and you do not submit anything directly to the EU.

But here is the catch that makes CBAM very much your concern: the importer cannot complete that declaration without emissions data from you. Your figures are the raw material of their report. So while the filing is not your legal obligation, being the source of the data places you at the centre of the process.

What a CBAM declaration contains

A CBAM annual declaration broadly pulls together the following information:

Your role: the emissions data package

In practice, the single most valuable thing you can provide your EU buyer is a clean, well-organised, verified emissions data package for your product. A strong package shows your emissions per tonne, explains clearly how you measured them, identifies your direct and indirect sources, and comes with verification from an approved body.

Think about it from the buyer’s side. A supplier who hands over a clear, verified package makes the importer’s job easy and their compliance safe. A supplier who provides nothing forces the importer to fall back on EU default values – which are usually higher and therefore more expensive. Being the easy, low-cost supplier is a genuine commercial advantage, and it starts with the quality of the data you provide.

Actual data vs. default values in the report

The declaration must state whether emissions are based on your actual data or on defaults. This choice has real financial weight. If your verified actual emissions are lower than the default – as they often are for efficient producers – using them reduces the certificates the importer must buy. If you provide nothing, the importer uses the higher default, and your product effectively costs them more. This is why the data package you supply is not a formality; it directly shapes the numbers in the report and the cost attached to your goods.

The timeline behind the report

Timing trips up many exporters. The first annual CBAM declaration, covering 2026 imports, is due by 30 September 2027. That sounds comfortably far off, but the emissions data behind it must be collected throughout 2026 and then verified – a process that itself takes time. Waiting until 2027 to start gathering numbers is a recipe for a scramble, rushed data, and stressed buyers. The smart exporters treat their buyer’s September deadline as a finish line they cross months early.

A practical checklist for exporters

What happens if you provide nothing

It is worth spelling out the consequence of inaction, because it is easy to underestimate. If you send your buyer no emissions data, they do not simply give up – they fall back on EU default values, which are set high by design. Your product’s reported footprint jumps to that pessimistic estimate, and the carbon cost attached to your goods rises accordingly. The buyer, now facing a higher cost on your product than on a competitor’s better-documented one, has every reason to renegotiate your price or shift the order elsewhere.

So “doing nothing” is not a neutral choice. It actively pushes your product toward the most expensive possible treatment under CBAM. Providing data is not just about being helpful; it is about defending the price and competitiveness of your own goods.

There is a relationship dimension too. Buyers talk to each other, and reputations travel. An exporter known for delivering clean, verified data on time becomes the kind of supplier importers actively recommend and return to, because working with you lowers their compliance risk. Over several years, that reputation can matter as much as price – it is the difference between being a supplier buyers tolerate and one they seek out.

Frequently asked questions

Do Indian exporters file the CBAM report themselves?

No. The EU importer files the annual CBAM declaration. However, exporters must supply the emissions data the importer needs to complete it.

What information does a CBAM declaration include?

It includes the quantity of covered goods, their embedded emissions, whether actual or default data was used, any carbon price paid at origin, verification details, and the certificates to be surrendered.

When is the first CBAM declaration due?

The first annual declaration, covering 2026 imports, is due by 30 September 2027, with subsequent declarations due each 30 September.

The bottom line

The EU importer files the CBAM report, but you supply the fuel that makes it work. Being the exporter who delivers a clean, verified, on-time emissions data package is the simplest way to keep the cost on your goods low and to remain a preferred, low-risk supplier in the European market.

The entire CBAM system rests on a single number: the emissions embedded in your product. The cost, the paperwork, the negotiations with buyers – everything flows from that one figure. So if you understand how it is calculated, you understand the heart of CBAM. This guide walks through the calculation step by step, in plain language, with a worked example, so you can see exactly where your numbers come from and where you can influence them.

What “embedded emissions” really means?

Embedded emissions are all the carbon dioxide released in the process of making your product. They fall into two main groups. Direct emissions come from fuel you burn on-site – the coal, gas or oil feeding your furnaces, boilers and kilns. Indirect emissions come from the electricity you buy from the grid; you do not burn the fuel yourself, but a power station does on your behalf, so those emissions still belong to your product.

For some products, a third element matters: the emissions embedded in precursors – the input materials you bought to make your product. If you produce fasteners from purchased steel, the carbon in that steel forms part of your fastener’s footprint. The calculation, then, is about capturing the full carbon story of your product, not just what happens inside your own four walls.

Step 1: Identify and measure your emission sources

The first step is to add up how much fuel and electricity your facility uses over a defined period – usually a year. You gather this from fuel purchase invoices, consumption logs and electricity bills. If your plant makes intermediate materials that feed into the final product, those are counted too. The goal is a complete, honest picture of energy going into production.

Step 2: Convert energy use into carbon

Raw fuel and electricity figures are not emissions yet. To convert them, you multiply each by a standard emission factor – a number that tells you how much carbon dioxide each unit of fuel or electricity produces. Burn a tonne of a particular fuel, and the factor tells you the carbon released. Use a unit of grid electricity, and a grid emission factor tells you the associated carbon. Add these up and you have your total emissions for the period.

Step 3: Divide by how much you produced

Next, you divide total emissions by the amount of product made in the same period. This gives emissions per tonne of product – the key intensity figure CBAM cares about. For example, if your plant released 20,000 tonnes of carbon dioxide while making 10,000 tonnes of steel, your embedded emissions are 2 tonnes of carbon per tonne of steel.

Step 4: Multiply by the quantity exported

Finally, that per-tonne figure is multiplied by the quantity actually shipped to the EU. If you export 500 tonnes of that steel, the embedded emissions attached to the shipment are 500 multiplied by 2, which is 1,000 tonnes of carbon dioxide. This is the number your EU importer reports and, from 2027, pays for through CBAM certificates.

A full worked example

Let us put it together. Suppose your plant used fuel and electricity that, once converted, produced 24,000 tonnes of carbon dioxide in a year, and you made 12,000 tonnes of aluminium products. Your intensity is 24,000 divided by 12,000, which is 2 tonnes of carbon per tonne of product. If a European buyer orders 300 tonnes, the embedded emissions on that order are 600 tonnes of carbon dioxide. If the effective carbon price were, say, 70 euros per tonne, the rough CBAM cost on that shipment would be around 42,000 euros. Now imagine you cut your intensity to 1.6 through efficiency and cleaner power: the same order carries 480 tonnes of carbon and roughly 33,600 euros – a saving of over 8,000 euros on a single shipment, purely from a lower footprint.

Why cleaner production directly saves money

That example reveals the most important point. Because the cost is tied to emissions per tonne, every improvement in your process – more efficient furnaces, better fuel, cleaner electricity, less waste – lowers the number and therefore lowers the CBAM cost your buyer faces. The calculation is not just an accounting chore; it is effectively a map showing where reducing emissions turns directly into a price advantage. For Indian producers, where grid electricity is often the biggest contributor, sourcing renewable power can be one of the most powerful levers of all.

Direct vs. indirect: which counts?

A practical question exporters ask is whether they must count grid electricity (indirect emissions) or only their own fuel (direct emissions). The answer depends on the product and the specific rules for that sector. For several covered goods, indirect emissions do count – which is exactly why electricity-heavy products like aluminium are so exposed. The safe approach is to measure both your direct and indirect emissions, so you have the full picture regardless of how the rules apply to your product.

Frequently asked questions

What are embedded emissions in CBAM?

They are the total carbon dioxide released while producing a good, including direct emissions from on-site fuel, indirect emissions from purchased electricity, and often the emissions in input materials (precursors).

How is the CBAM emissions figure for a shipment calculated?

You calculate emissions per tonne of product (total emissions divided by output), then multiply by the quantity exported. That gives the embedded emissions attached to the shipment.

Does grid electricity count toward CBAM emissions?

For several covered products, yes – indirect emissions from purchased electricity are included. This is why products made with coal-based power tend to have higher CBAM costs.

The bottom line

CBAM calculation comes down to a clear logic: measure your carbon, convert it with emission factors, divide by output, and multiply by what you export. Master this and you not only understand CBAM – you can see exactly where reducing emissions turns into money saved and orders protected.