Serbia’s steel industry is facing mounting pressure from declining industrial output, tighter European Union trade restrictions and new carbon-related costs. The challenges affect HBIS Group Serbia Iron & Steel, operator of the Smederevo steelworks, and the wider domestic metals-processing supply chain.
Serbia’s basic-metals production fell 18.7% year on year in August 2026, following a 16.6% decline in July. The consecutive contractions signal weakening activity in one of the country’s most capital-intensive industrial sectors.
EU Trade Restrictions Challenge Export Competitiveness
The EU remains a key market for Serbian steel and steel-containing products. New import restrictions reduce duty-free quotas and impose a 50% tariff on above-quota shipments, although the actual impact depends on product classifications, quota availability, country allocations and applicable rules.
Lower export volumes can weaken economies of scale for integrated steel producers, which face substantial costs for raw materials, energy, maintenance, logistics and environmental controls. The production figures, however, cover the wider basic-metals sector and do not establish the specific contribution of HBIS or prove that EU restrictions caused the decline.
HBIS acquired the Smederevo steelworks in 2016. The facility’s financial performance depends heavily on capacity utilisation and international steel prices. Reduced output can increase production costs per tonne, while lower selling prices can squeeze margins. The available figures do not indicate that HBIS has suspended investment, closed capacity or begun restructuring.
CBAM Adds to Modernisation Requirements
The EU’s Carbon Border Adjustment Mechanism (CBAM) introduces separate reporting and financial obligations for covered iron and steel imports under its definitive framework, which began in 2026. Unlike steel safeguards, which regulate import volumes and duties, CBAM addresses embedded greenhouse-gas emissions.
The liability depends on product classification, embedded emissions, calculation rules, recognised carbon-price adjustments and certificate prices. Renewable electricity procurement may improve environmental performance but does not automatically eliminate liabilities linked to direct industrial emissions.
Potential decarbonisation investments include energy-efficiency improvements, waste-heat recovery, process optimisation, emissions monitoring, greater scrap use and alternative production technologies. These projects require capital and depend on energy availability, raw-material supply, carbon costs and demand for lower-emission steel.
Energy and Financing Risks Extend Across the Supply Chain
Electricity procurement is another factor in industrial competitiveness. Long-term supply contracts, renewable power-purchase agreements and on-site generation may help manage price volatility, depending on contract terms, delivery profiles and balancing costs.
The effects extend to Serbian manufacturers in metal fabrication, machinery, construction products, automotive components and engineering services. Their exposure varies according to steel requirements, export markets and whether their products fall within relevant EU safeguard or CBAM classifications.
Banks and industrial financiers must assess working-capital needs, equipment maintenance, raw-material costs and environmental investment alongside export uncertainty. Financial stress tests should account separately for production volumes, electricity prices, raw-material costs, EU market access and carbon-related expenses. For Serbia, the challenge is to preserve the benefits of foreign industrial investment while helping export-oriented manufacturers remain competitive as European trade and climate rules tighten. For HBIS, the commercial priority is maintaining viable production and export channels while assessing the costs and returns of modernisation.
