CBAM for Fertiliser Exporters
Carbon Border Adjustment Mechanism (CBAM) compliance for exporters of ammonia and nitrogen fertilisers to the European Union, worldwide, and for the EU importers who declare them. Embedded emissions calculated from installation data, CBAM reports prepared for verification by accredited verifiers, and certificate exposure estimated and managed, as one accountable engagement delivered from Mumbai.
Reviewed by Team GreenSutra · Updated 20 July 2026
What CBAM means for fertiliser exporters
Fertilisers are a global trade, and the largest CBAM exposed suppliers sit outside India.
The Carbon Border Adjustment Mechanism (CBAM) prices the carbon emissions embedded in imported goods, and fertilisers are one of the six covered product groups, covering ammonia, urea and other nitrogen fertilisers. The European Union imported about 2.7 billion euro of nitrogen fertilisers and a further 1.1 billion euro of ammonia in 2024, so the definitive regime, which has applied since 1 January 2026, reprices market access for the major supplier countries.
The largest suppliers sit outside India: Egypt, Russia, Algeria and Trinidad and Tobago lead, and India is a minor exporter and a net importer of fertilisers. GreenSutra works as a CBAM consultant for fertiliser exporters worldwide and the EU importers and authorised declarants who file for them.
Exposure tracks the gas feedstock and the country of origin. The table below shows the leading suppliers of fertilisers to the EU and how CBAM bears on each.
| Market | Position in EU imports, 2024 | CBAM exposure |
|---|---|---|
| Egypt | Largest urea supplier, around 41 percent of EU urea imports | Modern gas based plants, so per tonne exposure varies widely by installation. |
| Russia | Leading ammonia supplier; with Belarus around 33 percent of EU urea imports | Gas based ammonia and urea, among the highest default emission origins, and separately subject to an escalating EU tariff. |
| Algeria | Around 17 percent of EU urea imports | Gas based production; efficient plants sit below the default estimate on verified data. |
| Trinidad and Tobago | Major ammonia supplier | Gas based ammonia, exposure set by the specific plant emissions. |
| India | Minor supplier and a net importer | Limited direct EU fertiliser exposure; relevant mainly for niche ammonia or nitrate shipments. |
Import values from Eurostat via the Commission, 2024 (nitrogen fertilisers CN 3102, ammonia CN 2814). A separate measure, Regulation (EU) 2025/1227, adds an escalating tariff on Russian and Belarusian fertilisers on top of any CBAM cost. The CBAM cost of any specific plant turns on its production route and verified emissions, so the figures above frame exposure rather than fix a bill. A first step is the structured CBAM discovery brief, after which exposure feeds the CBAM cost calculator. The full deadlines and methods are set out in the CBAM compliance guide.
Fertiliser products and their default values
The India default embedded-emissions values that apply where verified data is not supplied.
Coverage follows the combined nomenclature (CN) code of each good, from nitric acid and ammonia through urea and other nitrogen fertilisers to multi-nutrient products. The India defaults below count direct and indirect emissions, and each carries a flat mark-up of 1 percent, held constant across 2026, 2027 and 2028.
The representative values below span the fertiliser range. Each is a single country-of-origin default; the figure for a specific plant turns on its own gas feedstock and production route and, where supplied, its verified emissions.
Reading the defaults, the straight nitrogen products such as ammonia and urea carry the most embedded carbon, driven by the natural gas feedstock, while downstream and blended products sit lower. With only a flat one percent mark-up, the exposure per tonne is smaller than for the metals, so verified plant data and the tonnage shipped to the European Union set the scale.
| Product | Representative CN | India default (tCO2e/t) |
|---|---|---|
| Anhydrous ammonia | CN 2814 10 00 | 3.28 |
| Urea | CN 3102 10 | 2.17 |
| Nitric acid | CN 2808 00 00 | 2.01 |
| Diammonium phosphate (DAP) | CN 3105 30 00 | 0.81 |
Values are the India totals of direct and indirect emissions, specific to the country of origin, so the set differs elsewhere. Source: Implementing Regulation (EU) 2025/2621, Annex I. The fertiliser mark-up is a flat 1 percent, not the 10 to 30 percent applied to other goods. Estimate a specific product, volume and route in the CBAM cost calculator.
How a fertiliser CBAM engagement runs
From exposure assessment to a prepared, declared and managed certificate position.
Assess CBAM exposure
Fertiliser products, CN classification, production route, export destinations and volumes mapped against the definitive regime, the de minimis threshold and the authorised declarant requirement.
Calculate embedded emissions
Direct and indirect embedded emissions of each product quantified from actual installation and production route data following the EU methodology, in place of default values that carry a mark-up, then prepared for verification.
Prepare for accredited verification
Installation data and the monitoring methodology behind it prepared for confirmation by an accredited verifier, so the declared embedded emissions stand on evidence rather than marked up default values.
Report through the CBAM registry
Verified data shared with EU importers and authorised declarants through the central CBAM registry, and the annual declaration prepared so every covered consignment is accounted for.
Manage CBAM exposure and reduce
Certificate exposure tracked against the EU ETS price, any carbon price paid at origin deducted, and a reduction pathway built to lower the embedded emissions and the cost over time.
How CBAM works for fertilisers
The border mechanism follows the embedded emissions of a fertiliser from the plant across the European border to the certificate that is surrendered.
An ammonia or nitrogen fertiliser plant produces the good. Natural gas is the feedstock and the main emissions source, so a gas based plant carries high embedded emissions.
Both direct and indirect, electricity related emissions are counted for fertilisers, measured from installation data or estimated with a country and product specific default value. The fertiliser mark-up is a flat 1 percent, lower than the 10 to 30 percent applied to other goods.
An accredited verifier confirms the actual data, which is shared with the European importer through the central CBAM registry.
The good crosses the European border, where an authorised CBAM declarant reports the embedded emissions for the year above the 50 tonne de minimis.
CBAM certificates are surrendered for the embedded emissions, priced off the EU ETS, with any carbon price already paid at origin deducted.
Direct and indirect embedded emissions are measured at the plant, verified and shared through the CBAM registry, then declared at the European border by an authorised declarant who surrenders certificates priced off the EU ETS. Fertilisers count both direct and indirect emissions and carry a flat 1 percent mark-up. First surrender, covering 2026 imports, falls on 30 September 2027.
Embedded emissions follow each fertiliser from the plant to the European border, and a readiness review turns that path into a measured, verified compliance plan.
WhatsAppRequest a CBAM readiness review →What CBAM readiness earns a fertiliser exporter
The gains of moving from marked up default values to verified installation data.
Market access retained
Verified embedded emissions data keeps fertiliser products moving into the European market under the definitive regime without compliance friction.
Lower certificate cost
Actual verified data replaces the conservative default, so the certificate obligation reflects the real gas feedstock and plant rather than a penalty estimate.
Trusted supplier status
Sharing verified data through the CBAM registry positions the plant as a preferred supplier to European importers and declarants.
Decarbonisation advantage
A reduction pathway lowers embedded emissions over time, an advantage that grows as the payable share climbs toward 100 percent in 2034.
CBAM for fertiliser exporters, answered
Q·01Which fertiliser products does CBAM cover?
Q·02What are the CBAM default values for fertilisers, and how is the mark-up different?
Q·03Does CBAM count indirect, electricity emissions for fertilisers?
Q·04Which countries are most affected, and where does India sit?
Q·05How much will CBAM cost fertiliser exporters?
Q·06Does verified data really lower the CBAM cost for fertilisers?
Q·07Who verifies the emissions data, and can a verifier in India do it?
Primary sources and studies
Request a CBAM readiness review for fertilisers
A short conversation about fertiliser products, gas feedstock, export volumes and the European buyers involved turns into a tailored CBAM plan. Schedule a call directly or send a written brief.
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Maintained by GreenSutra · Last reviewed July 2026