North Macedonia’s integration into European automotive, electrical and machinery supply chains exposes its manufacturers to the commercial effects of the EU Carbon Border Adjustment Mechanism (CBAM). Companies using steel and aluminium must account for the emissions associated with those materials, alongside the energy consumed in their own factories, as European customers place greater emphasis on product-level carbon information.
The implications extend beyond producers of basic metals. Carbon-intensive inputs can carry emissions through several stages of manufacturing, leaving downstream suppliers exposed even when they are not directly responsible for the upstream production process. The current CBAM framework must be distinguished from proposed downstream measures for 2028, which could bring selected metal-intensive goods into greater focus if the extension is adopted.
Material sourcing shapes downstream carbon exposure
The relevant supply chain connects metal suppliers and the electricity system with North Macedonian manufacturing facilities, which supply customers in the EU automotive, electrical and machinery industries. At each stage, the emissions profile of steel, aluminium and other inputs can remain commercially significant long after the original material has been purchased.
This exposure is particularly relevant where manufacturers have limited opportunities to replace a material or renegotiate fixed-price contracts with their own customers. If the carbon-related cost of an input rises, a supplier without sufficient contractual flexibility or pricing power may have difficulty passing the increase along the chain.
EU customers may also request product-carbon information before a product enters the direct legal scope of CBAM. Under the proposed 2028 downstream extension, selected goods containing significant quantities of metals could become more relevant to the mechanism. These prospective changes should not be confused with obligations already in force.
For manufacturers, the challenge is therefore broader than calculating a corporate carbon footprint. Buyers and importers increasingly need information at the product and installation level, with emissions figures that can be reconciled against the quantities of goods actually traded.
Product records must connect materials, energy and exports
Manufacturers can begin by identifying products with the greatest exposure to EU revenues, mapping their Combined Nomenclature (CN) codes and bills of material, and improving the information obtained from suppliers. These steps help establish which materials and product categories require closer monitoring under current rules and potential future scope changes.
The next priority is linking electricity sourcing and factory operations to emissions monitoring, reporting and verification (MRV). Renewable power procurement needs to be connected to relevant factory energy records, while material information must remain traceable through production and allocation to individual customer deliveries.
This is an engineering and data-governance task as much as a customs-compliance exercise. Reported emissions values need to correspond to physical production, energy consumption and material inputs rather than relying on broad corporate estimates that cannot be reconciled to specific products or traded quantities.
A supporting evidence file should contain supplier declarations, material-origin records, plant energy data, production records, customer allocation information and pre-verification against expected EU requirements. Preparing these records in advance can help manufacturers identify data gaps before customers or verification processes require them to be resolved.
Financing needs range from metering to industrial upgrades
The investment required to improve readiness will vary by supplier. Some smaller manufacturers may first need relatively limited expenditure on meters, additional fields in enterprise resource planning (ERP) systems and emissions verification before undertaking larger physical decarbonisation projects.
Lenders should sequence financing according to the identified needs and expected results. Data systems and verification can improve a company’s ability to substantiate its emissions performance, while investments in energy efficiency or cleaner production address physical emissions. The two types of expenditure serve different purposes and should be evaluated separately.
Credit analysis also needs to examine how carbon-related costs affect margins and working capital. Banks should establish whether carbon-cost pass-through is contractually secured or merely assumed in financial projections. Where pricing power is weak, a cost that appears manageable at the regulatory level can become a material margin pressure for the manufacturer.
Verified emissions information can also have direct commercial value when it demonstrates a lower carbon-adjusted cost for an exported product. Conversely, incomplete or unreliable documentation can introduce uncertainty into negotiations, which buyers may reflect in the terms or pricing of a transaction.
Contract terms determine how upstream costs are allocated
For exporters outside the EU, the formal obligation to surrender CBAM certificates generally rests with the EU importer. Nevertheless, importers have a direct incentive to favour suppliers able to provide verified actual emissions values and predictable supporting documentation, transmitting compliance-related requirements back through the supply chain.
North Macedonian companies can therefore face a market-access issue even if they never open an EU CBAM certificate account themselves. Their commercial position depends partly on whether they can substantiate the carbon profile of their products and respond to information requests from European customers.
Purchase and sales agreements should establish responsibilities for emissions-data delivery, verification status, supplier changes, carbon-cost pass-through and remedies for evidence that is late or unusable. These provisions become particularly important when a downstream manufacturer has little control over upstream material sourcing but remains exposed to costs generated earlier in the supply chain.
Without clear contractual rules, an EU importer carrying the formal obligation may face additional costs linked to suppliers several tiers upstream, while lacking an effective mechanism to recover those costs. Similar pressure can reach North Macedonian manufacturers through their own supply and customer contracts.
The country’s proximity to European manufacturing centres remains a logistical advantage, but suppliers must increasingly support that position with verifiable carbon performance. As EU customers assess materials, production costs and documentation together, the ability to demonstrate a product’s emissions profile becomes another factor shaping supplier selection alongside quality, price and delivery.
