CBAM sector tour · live, no login

CBAM Fertilisers: watch the emissions compute, by route

Fertiliser emissions start with ammonia — the hydrogen for the Haber-Bosch process is the carbon hotspot. Nitric acid adds N₂O, and blended NPK/AN/CAN products carry the emissions of their precursors.

▶ Open the live fertilisers tour Get my free estimate

Live figures, computed by the engine. No login, nothing to install. The tour traces the precursor chain (ammonia → nitric acid → blended product), so you see how upstream ammonia drives the finished fertiliser's number.

From tour to filed declaration

The tour shows the model; the full app turns it into a submission — every number from the same engine.

Step 1

Model your plant

Start from the route above, then fill your amounts. Guardrails and plausibility bands catch mistakes.

Step 2

Engine-certified figure

Embedded emissions, default vs verified, the Article 9 credit and liability — all from the audited engine.

Step 3

Registry-ready XML

Export the schema-validated QReport XML, ready to submit to the EU CBAM registry.

See your number — free cost check Read the illustrated guide

Official EU dataset

119 countries of default values, per CN code, reproduced exactly

Engine-certified

Every figure regression-tested against the official worked examples

Self-hosted · GDPR-safe

Runs on your own cloud — trade data never leaves your control

Fertilisers CBAM — frequently asked

What drives the CBAM emissions of fertilisers?

Ammonia production — specifically the hydrogen feedstock — is the main hotspot (around 2.1 tCO₂e/t for steam-reformed ammonia). Nitric acid adds N₂O. The tour shows the precursor chain live.

How is a blended fertiliser's CBAM number calculated?

It embeds the emissions of its precursors (ammonia, nitric acid). The tour walks the chain so the finished NPK/AN/CAN figure is traceable to each input.

Which CN codes does this cover?

Nitrogen fertilisers and precursors under headings 3102, 3105 and 2814 of the EU CBAM scope.