European steel buyers are increasingly assessing imported material using a carbon-adjusted landed-cost approach. The traditional pricing comparison covering mill price, freight, customs duties and financing is no longer considered sufficient when steel from different manufacturing routes has substantially different embedded emissions.
Under the EU Carbon Border Adjustment Mechanism (CBAM), the emissions profile of a shipment can affect its final cost. The commercial benchmark is shifting toward the delivered price after accounting for carbon exposure, rather than the lowest quotation at the port.
Manufacturing routes drive different embedded emissions
Steel produced through the blast-furnace route can carry a higher emissions burden than material made through lower-carbon processes. The scale of the difference depends on installation-level performance, electricity sourcing, scrap content, upstream inputs and the production technology used.
These route-specific differences can lead to variations in CBAM liabilities. As CBAM’s financial impact increases over time, the emissions intensity of imported steel becomes a more prominent factor in procurement decisions.
CBAM carbon price example and cost translation
The effect is illustrated using a Q3 2026 CBAM price of €82.32 per tonne of CO2. A difference of 0.5 tonnes of CO2 per tonne of steel corresponds to approximately €41.16 per tonne of steel, before other applicable adjustments.
A carbon-cost gap of that magnitude can remove an advantage that would otherwise come from freight or a supplier’s initial offer price. In such cases, a shipment priced lower at first sight may become more expensive once emissions-related costs are included.
Emissions data requirements influence supplier offers
The availability and quality of emissions information are becoming important commercial inputs in European steel procurement. A producer able to substantiate an actual emissions value below a conservative default assumption may be able to propose a more competitive carbon-adjusted price.
Suppliers that cannot provide acceptable installation and product-level data may leave importers uncertain about the applicable emissions calculation and potential certificate costs. This can affect supplier selection, price negotiations and how compliance responsibilities are allocated between parties.
Emissions verification as a commercial factor
For exporters, verified emissions data can function as a commercial asset. It can help distinguish lower-carbon production from higher-emissions alternatives and support a more favourable landed-cost calculation for the European customer.
The same shift is also affecting how European steel prices are assessed and quoted. Duty-paid import quotations increasingly need to differentiate between offers that include CBAM-related costs and those that exclude them.
Landed-price framing and tender specifications
This trend points toward a landed-price framework where the carbon component is explicitly identified rather than absorbed within a trader’s margin or left out of initial price comparisons. For buyers, procurement tenders are expected to request emissions information alongside conventional specifications such as chemical composition, dimensions, delivery schedules and price.
For sellers, emissions data is becoming part of the commercial offer rather than treated as separate sustainability disclosure. The resulting market structure can widen price differences between steel with high and low embedded emissions.
Carbon-intensive material may remain commercially viable in Europe, but the discount needed to compete will increasingly depend on the emissions-related cost calculated under CBAM and the corresponding EU ETS price reference.