CBAM is entering its definitive phase, and European buyers importing steel must determine the emissions associated with those products. They also need to establish whether reported emissions figures can be independently verified. Alongside price, product quality and delivery reliability, embedded carbon emissions are becoming part of the competitiveness assessment for Serbian exports to the EU.
Steelmaking poses a compliance challenge because of its energy requirements and, in blast furnace routes, reliance on carbon-intensive iron reduction. The emissions profile differs by installation, production route, raw materials, energy consumption and treatment of precursors. As a result, Serbian exporters cannot be grouped under a single emissions category for CBAM purposes.
Supplier qualification and installation-level evidence
The first commercial step involves supplier qualification for EU buyers purchasing Serbian steel. Buyers need to confirm the correct customs classification, identify the authorised CBAM declarant and determine which installation produced the imported goods. They then have to obtain actual verified emissions data or apply legally relevant default values.
Where customers buy multiple steel grades, semi-finished products or materials from different production facilities, a single plant-wide environmental indicator may not be sufficient. Reported emissions must be linked to specific products and calculated according to the CBAM methodology. This requires product-level alignment rather than reliance on simplified facility averages.
Carbon pricing reference and certificate cost drivers
Carbon pricing adds another variable to export competitiveness for Serbian steel producers supplying the EU. The European Commission’s Q3 2026 CBAM certificate reference price is EUR 82.32 per tonne of CO2 equivalent. The reference price can be used for sensitivity analysis but is not a standard surcharge for every tonne of imported steel.
The final certificate obligation depends on embedded emissions and the applicable free-allocation adjustment. It also depends on eligible deductions for carbon prices paid in the country of origin and on relevant product rules. Because of these factors, the reference price alone cannot determine the CBAM cost for an individual export shipment.
Production technology, allocation changes and documentation
Evaluating production technology requires separating genuine emissions reductions from changes in how emissions are allocated across the production chain. Steelmakers may adjust iron-bearing inputs, increase internal scrap recycling or improve material yields. Some measures reduce physical emissions, while others can affect where emissions are attributed or how they are calculated for particular products.
EU buyers therefore need consistent product definitions and supporting documentation explaining how such changes influence reported figures. Where evidence is required for challenged submissions, buyers may seek warranties on emissions data and access to records supporting those figures. Producers with monitoring and documentation systems aligned to these requests can respond more effectively when disputes arise.
Timing for 2026 data collection and verification readiness
Data preparation requires an established timetable tied to CBAM reporting obligations. Exporters must collect and organise full-year 2026 operating information to support the first annual CBAM declaration due in September 2027. Companies that delay preparations until customer requests may find that historical meter readings, precursor information or production allocations cannot be reconstructed reliably.
Early assessments of monitoring systems and data quality can reduce commercial uncertainty even before a formal verification engagement is arranged. This includes ensuring that production records can be translated into emissions evidence that matches CBAM calculation requirements at product level.
Potential downstream scope changes affecting Serbian manufacturers
The EU’s consideration of a proposed extension to downstream products creates additional planning needs for some Serbian manufacturers. Companies producing steel structures, wire products and fasteners may need to assess potential future exposure if additional product categories are covered. This assessment involves identifying relevant customs codes and maintaining records of steel inputs used in their products.
Companies are expected to distinguish preparation for possible future coverage from existing legal obligations. Proposed extensions should not be treated as enacted requirements or used to calculate current charges on products that are not covered by CBAM at present.
Investment needs for decarbonisation and financing considerations
Steel decarbonisation requires substantial investment, including new equipment, renewable electricity procurement or changes in feedstock. Producers considering these steps need predictable energy infrastructure and sufficient long-term demand to support capital expenditure. Potential CBAM-related savings may strengthen investment cases but do not remove other risks such as construction interruptions, raw-material availability, production reliability and product quality.
Lenders assessing these projects are expected to evaluate returns under existing regulatory conditions while also considering downside scenarios involving weaker EU demand or higher applicable default emissions values. Procurement practices by European customers can also influence investment decisions through longer-term purchasing commitments tied to auditable emissions data and credible industrial upgrade plans.
Electricity procurement treatment under CBAM rules
Electricity procurement requires particular attention because renewable electricity can support energy-cost management and broader industrial decarbonisation objectives. Under CBAM, however, treatment of indirect electricity emissions differs between product categories based on applicable calculation rules. Renewable electricity contracts or guarantees of origin should therefore not be assumed to reduce direct embedded emissions reported for every covered steel product.
This means that claims about renewable electricity use require alignment with the specific CBAM calculation approach used for each product category rather than general expectations about reduced embedded carbon intensity.
Linking production records to shipments in supply chains
A key weakness in industrial supply chains is connecting production records with individual commercial shipments. A steelworks may maintain reliable information about furnace fuel consumption and annual production while an EU importer manages customs documentation covering hundreds of separate deliveries. Both parties need consistent product classifications, emissions allocation methods and document version control.
Where one installation manufactures several products, emissions must be attributed according to prescribed methodology rather than through a simplified commercial average introduced after production or shipment. This requirement affects how evidence is assembled when multiple products are produced within the same installation timeframe.
Negotiations with EU buyers and implications for financial assessments
The evidence requirements described above are expected to influence negotiations between Serbian suppliers and European customers. Buyers may request warranties concerning emissions data, independent verification arrangements, notification of changes in production routes and access to supporting records when reported figures are challenged. Producers with reliable monitoring and documentation systems can substantiate commercial offers more effectively when such requests arise.
Delays or inconsistencies in evidence delivery may increase perceived supplier risk even before differences in emissions intensity are established through verification processes.
Climate Analytics work on Western Balkan exposure
Climate Analytics’ September work on Western Balkan exposure highlights the connection between trade policy and industrial decarbonisation. National policies can support exporters through improvements in energy infrastructure and industrial investment conditions, while companies still need technical capacity to measure and substantiate installation-level emissions.
The near-term focus described in this context includes improving measurement, documentation and emissions evidence while more capital-intensive production upgrades are being prepared.
No automatic market loss from CBAM verification alone
CBAM does not automatically mean Serbian steel exports will lose access to the European market. Independent verification alone cannot make carbon-intensive steel commercially competitive without demonstrating actual emissions performance aligned with CBAM calculations.
The decisive question remains whether individual producers can demonstrate actual emissions, understand resulting carbon costs and invest in production improvements that strengthen their market position as European buyers incorporate carbon performance into procurement decisions.