The European Commission set the EU Carbon Border Adjustment Mechanism certificate price at EUR 82.32 per tonne of CO₂ for the third quarter of 2026, increasing the carbon reference used in calculations for covered imports. The rate compares with EUR 75.28 in the second quarter and EUR 75.36 in the first quarter, representing a rise of approximately 9.4% from April-June.
The quarterly movement reflects the transmission of EU Emissions Trading System auction prices into the carbon-cost calculations applied to imported industrial goods. For manufacturers and importers, the change makes verified emissions intensity an increasingly important factor in procurement decisions and delivered-cost assessments.
The published figure is not a flat charge of EUR 82.32 on every tonne of imported steel, aluminium or cement. It represents the price of a tonne of qualifying carbon emissions. The number of certificates required for a product depends on its embedded emissions, applicable free-allocation adjustment, emissions calculation methodology, eligibility for deductions based on carbon prices paid abroad and whether the product falls within CBAM coverage.
Consequently, two shipments of the same product can have different gross carbon exposure if their production processes generate different emissions. The transitional arrangements also mean that the immediate 2026 liability for industrial imports may be substantially below the gross value calculated using the quarterly reference price.
Emissions intensity determines the gross carbon exposure
The relationship between product emissions and the quarterly certificate price can be illustrated through a simple calculation. At EUR 82.32 per tonne of CO₂, one tonne of qualifying emissions represents a gross carbon reference value of EUR 82.32 before applicable adjustments.
For a production process emitting 0.5 tonnes of CO₂ per unit of output, the corresponding gross reference value is EUR 41.16 per unit. At an emissions intensity of 1.5 tonnes, the figure rises to EUR 123.48.
These amounts are illustrative carbon equivalents rather than final CBAM assessments or payable liabilities. They demonstrate how differences in verified production emissions can affect the comparison between suppliers offering otherwise similar industrial goods.
Electricity imports have a different calculation profile. Imported electricity does not receive the industrial free-allocation adjustment, making the emissions factor attributed to each imported megawatt-hour particularly important.
At an assumed emissions factor of 0.5 tonnes of CO₂ per MWh, the gross reference value is EUR 41.16/MWh. An emissions factor of 0.9 tonnes per MWh produces an illustrative value of EUR 74.09/MWh.
The actual treatment of electricity depends on the applicable calculation rules, supporting emissions evidence and eligible deductions for carbon payments. A generator cannot establish a lower emissions factor simply by declaring that its power has low actual emissions; the relevant requirements must be met.
Verified plant data becomes a procurement factor
For industrial procurement teams, the difference in carbon intensity between suppliers can be more commercially significant than the headline certificate price alone. At EUR 82.32/tCO₂, an emissions difference of 0.4 tonnes corresponds to a gross carbon-reference difference of EUR 32.93 per unit, before adjustments.
Where the difference is supported by credible installation-level data, it can provide a basis for a supplier to negotiate its position against competing producers. Unsupported or unverified low-carbon claims, by contrast, may leave buyers needing to account for default emissions values.
This distinction remains relevant even while free-allocation adjustments moderate industrial CBAM liabilities during the initial phase. The value of lower verified emissions can become more significant as the transition progresses.
Importers preparing cost comparisons should therefore keep three figures separate: the gross carbon reference value, the applicable free-allocation adjustment and the estimated payable CBAM obligation. Combining them into a single carbon-cost figure can obscure the assumptions behind the calculation.
Exporters also need to prepare both actual-emissions and default-value scenarios before committing to carbon-adjusted delivered prices. A facility with reliable actual emissions records and evidence of eligible domestic carbon payments may demonstrate lower net exposure than a competitor relying on default values. A plant with particularly high direct emissions could face the opposite situation.
Quarterly pricing creates a shipment-date requirement
The timing of certificate purchases adds another element to importers’ calculations. Certificates covering emissions from 2026 imports will become available for purchase from February 2027. The applicable reference price is linked to the quarter in which the goods entered the EU.
Companies using a current spot allowance quotation as a substitute for the relevant quarterly CBAM price risk applying the wrong reference to their imports. Accurate shipment dates, customs declarations and quarter-specific emissions records are therefore necessary to maintain a reliable liability ledger.
For exporters, the commercial priority is to provide EU customers with installation and product-level emissions information that can support the relevant calculations. Documentation of eligible carbon payments made in the country of production can also affect the net exposure, where those payments meet the applicable recognition requirements.
The quarterly CBAM price series is consequently becoming an industrial market reference alongside exchange rates, electricity prices and freight costs. Although the published price does not determine the competitiveness of an individual shipment on its own, it assigns a transparent euro value to qualifying emissions entering the EU import calculation.
