CBAM Country Intelligence Georgia 2026: Corridor Carbon Topology, Flagship Exposure Inversion and a Compliance Archipelago

Executive Summary

Georgia’s exposure to the European Union Carbon Border Adjustment Mechanism (CBAM) is concentrated in a small number of products and installations, and the pattern cannot be read from national industrial scale. The country combines manufacturing, processing, re-export and Black Sea corridor functions, which separate identities that trade statistics usually place under one country label: the origin of feedstocks, the installation where production occurs, the customs origin of the finished good, the exporter, the EU destination and the emissions evidence admissible under CBAM. Georgia recorded USD 7.29 billion of merchandise exports in 2025, of which USD 3.36 billion were domestic exports and USD 0.88 billion went to EU member states. In January to August 2026 total exports reached USD 5.42 billion and domestic exports USD 3.29 billion, a domestic share of about 60.6 per cent. [1][2][3] Petroleum products, which lie outside CBAM, drive most of that rise: their domestic exports grew from USD 11.8 million in the first half of 2025 to USD 466.9 million in the first half of 2026, about half of the increase in domestic exports. [4]

The organising concept is Corridor Carbon Topology, the network of relationships through which a product acquires its CBAM significance. Its analytical unit is installation × product × production route × origin × precursor × EU destination × evidence. A good can be produced in Georgia from imported precursors, exported by an entity that did not make it, classified under a code whose CBAM status differs sharply from a neighbouring code, and still reach the EU carrying either verified actual emissions or legally prescribed defaults.

The first consequence is Flagship Exposure Inversion: the best-known industrial assets do not carry the largest current CBAM exposure. Zestafoni’s principal product, silicomanganese under CN 7202 30 00, is excluded from the iron and steel scope of Annex I, although Georgia exported USD 311.6 million and 275,688 tonnes of HS 720230 in 2024. [5][6][7] Silicomanganese and ferro-manganese are, however, both inside the EU ferro-alloy safeguard imposed by Implementing Regulation (EU) 2025/2351, which caps duty-free access through tariff-rate quotas until 17 November 2028. [8] Zestafoni’s EU access is governed first by a trade-defence instrument, while CBAM applies to Georgia’s covered ferro-manganese and high-carbon ferrochrome.

Rustavi Azot shows the opposite configuration. Nitrogenous fertilisers under CN 3102 are covered for carbon dioxide and nitrous oxide, and EU member states reported importing 113,234 tonnes of HS 310230 ammonium nitrate worth USD 37.4 million from Georgia in 2024, making Georgia the EU’s second-largest supplier after Uzbekistan. [5][9] The Georgia default of 2.640 tCO₂e per tonne for CN 3102 30 90 produces 1.9186 CBAM certificates per tonne in 2026 once the 1 per cent mark-up and the free-allocation adjustment are applied. [10][11] Applied to the 2024 EU-bound tonnage, that is about 217,000 certificates, or roughly EUR 17 million at an illustrative EUR 80, some 96 per cent of Georgia’s quantifiable default-based exposure (Section 7.7).

Steel produces the sharpest inversion. The Georgia section of Implementing Regulation (EU) 2026/1740 lists only five ferro-alloy lines under iron and steel and contains no entry for billets, bars or seamless tubes. [10] Georgian rebar, billet and seamless pipe consequently take the “Other countries and territories” defaults of 3.996 tCO₂e per tonne for CN 7207 11 14 and 7214 20 00 and 3.981 for CN 7304 39, each tied to the blast-furnace/basic-oxygen-furnace benchmark route. The 2026 certificate requirement is about 3.07 and 3.03 per tonne, the highest per-tonne burden among Georgia’s covered goods, even though GeoSteel and Rustavi Steel both melt in electric furnaces. [10][11][12][13] This Default Route Inversion, in which the physically lowest-carbon route receives the highest default liability, makes steel the product group where verified actual data would change the certificate count most.

Cement is the control case. Hunnewell Cement operates Georgia’s only two integrated cement plants and is the country’s only clinker producer, and the country-specific default for grey Portland cement (1.200) sits well below the fallback value (1.440), yet 2024 Georgia-reporter data show only USD 0.63 million and 7,864 tonnes of HS 2523 exports, all to Armenia. [10][14][15][16] Unit liability is material while current national exposure is negligible.

Energy has to be read through the legal scope. Annex II of Regulation (EU) 2023/956 limits iron and steel goods, including ferro-manganese and ferro-chromium, to direct emissions, so Georgia’s hydropower advantage currently has no effect on the certificate count for its electric-furnace steel or ferro-alloys. [5] Indirect electricity emissions enter the calculation only for fertilisers and cement. Actual electricity claims require a direct technical link or a qualifying power purchase agreement with hourly matching. [17] The planned 1,300 MW Georgia–Romania Black Sea cable would, if completed around 2030, make electricity itself a potential Georgian CBAM export, with the Article 2(7) market-coupling exemption as the only route out of scope. [5][18]

The second consequence is a Compliance Archipelago. Georgia’s mandatory industrial greenhouse-gas monitoring, reporting and verification framework takes effect in 2028 under legislation adopted in April 2026, two years after definitive CBAM obligations began. [19][20] Capability is clustered: Rustavi Azot combines Indorama ownership, EBRD and ADB finance, continuous emissions monitoring and the first abatement project completed under the NACAG programme, while the steel producers rely on metallurgical process control that has yet to be extended to CBAM verification. [21][22][23][24] The Georgian Accreditation Center lacks EA signatory status for validation and verification, so CBAM verification runs through EU or EEA accreditation bodies. [25][26]

Georgia is neither a uniformly high-risk nor a uniformly low-risk CBAM economy. Its visible industrial map and its liability map overlap only partially, the legal boundary cuts across familiar industrial categories, and the ability to replace defaults with actual data sits in a few internationally connected firms. Those features provide a framework for tracking how the position changes as domestic MRV, the free-allocation phase-out, default values, the ferro-alloy safeguard and product scope evolve through 2034.