Clinker is treated as a covered good and a carbon precursor in the EU’s definitive Carbon Border Adjustment Mechanism (CBAM) methodology for cement. Its emissions intensity and its share in finished cement can influence the embedded-emissions value used to set the cost of imports. European Commission guidance published on 15 October also describes cement as a complex CBAM good due to how clinker fits into production.
The same guidance places additional weight on indirect electricity emissions, which remain within CBAM’s scope for sectors including cement and fertilisers. This adds another variable linked to plant-specific emissions performance beyond clinker-related factors. As a result, both precursor characteristics and electricity-related emissions can affect the embedded-emissions calculation.
Algerian cement and clinker shipments reach Italy and Libya
North African export channels into European markets have expanded, according to the latest clarification cited in the guidance coverage. Algeria’s Port of Skikda handled 18,950 tonnes of cement and clinker shipments to Italy and Libya in September. That total included 4,600 tonnes of cement and 6,750 tonnes of clinker destined for Italy.
Other Algerian ports also recorded shipments to European destinations during the month. The figures point to regional trade routes supporting cement and clinker supply into EU markets. The shipment activity is presented as part of the broader expansion of North African export flows.
Clinker ratio and documented precursor emissions affect embedded emissions
For EU importers, CBAM-relevant emissions are not limited to the performance of the cement grinding plant. Emissions associated with the clinker precursor and the clinker ratio in the finished product can change the embedded-emissions value used for import cost calculations. The guidance coverage links these elements directly to how cement composition feeds into CBAM accounting.
Cement with lower clinker content may therefore offer a CBAM advantage, provided its composition and precursor emissions data are properly documented. This documentation requirement is tied to how verified information supports the embedded-emissions calculation for imports. The incentive described in the coverage includes reducing the clinker factor through supplementary cementitious materials while obtaining verified emissions data for the clinker that remains in the product.
The coverage also notes that vertically integrated supply chains may be easier to document than arrangements involving clinker and cement from different installations. This relates to how precursor data needs to be supported for CBAM purposes across supply arrangements. The emphasis remains on documentation of composition and precursor emissions rather than on any single production route.
CBAM exposure for Balkan producers depends on plant variables
For Balkan cement producers, proximity to EU markets is described as a potential freight-cost advantage. However, CBAM can strengthen or diminish that advantage depending on factors including kiln efficiency, electricity mix, clinker content and associated emissions. The coverage frames these variables as inputs that affect outcomes once carbon costs are included in landed prices.
A nearby plant with high process emissions is noted as not necessarily outperforming a more distant supplier with lower emissions under CBAM-linked cost calculations. Banks financing upgrades in the cement sector are described as needing to connect decarbonisation capital expenditure to variables affecting CBAM exposure. Those variables include thermal efficiency, fuel substitution, clinker factor, renewable electricity and verifiable precursor data.
As European cement trade evolves, clinker emissions and traceability are described as becoming increasingly important determinants of carbon cost carried by each tonne of cement entering the EU. The emphasis remains on how embedded-emissions inputs are established through documented precursor information alongside plant-level performance factors.