Four moves. One decision you can defend.
01
MEASURE
Calculate CBAM exposure per product category and supplier: volume imported, embedded emissions using actual verified data vs conservative EU default values, and the delta in CBAM certificate cost. This is the financial exposure analysis. It belongs in the P&L, not the sustainability report.
The measurement converts CBAM from a compliance obligation into a line in your cost model. Procurement decisions that ignore CBAM exposure are systematically selecting higher-cost suppliers without knowing it.
02
DECLARE
Register as an Authorised CBAM Declarant and submit accurate emissions data using EU-approved methodology. Where supplier primary data is unavailable, escalate the data request to a procurement contract requirement. The declaration is not the end of the process. It is the moment you discover which suppliers are costing you margin.
Accurate declaration enables the carbon price credit for domestic carbon pricing already paid by the supplier. Without declaration, you cannot claim this offset. The declarant who does not claim it pays double the carbon cost.
03
NEGOTIATE
Include CBAM certificate cost in total cost of ownership for every procurement decision involving CBAM-covered goods. Weight supplier selection on carbon intensity alongside price and quality. Contractually require verified emissions data as a condition of contract renewal. Suppliers who cannot provide data are effectively offering you a higher landed cost.
EU buyers are already inserting CBAM clauses, reserving the right to renegotiate or terminate if emissions data is not provided. The procurement team that inserts these clauses first negotiates from a position of strength.
04
POSITION
Map your lowest-carbon supply routes per product category and build a multi-year sourcing strategy that reduces CBAM exposure as the ETS price rises. CBAM scope is expanding: 180 downstream steel and aluminium products are proposed for 2028. The sourcing architecture you build now determines your cost structure for the rest of the decade.
The supply chain positioned around verified low-carbon sources gains a competitive cost structure as every EUR increase in the ETS price increases the advantage over industry-average competitors.
Outokumpu
Finnish stainless steel producer. EAF process, >90% recycled scrap content. One of the lowest-carbon steel producers globally.
(Outokumpu Sustainability Report, 2024)
3.9 t
CO2e per tonne of stainless steel produced, vs the industry average of over 20 tCO2e/t. At EUR 85/t EU ETS, Outokumpu's CBAM certificate cost is EUR 332 per tonne vs EUR 1,700 for the industry average: a EUR 1,368 per tonne structural cost advantage for EU buyers.
(Outokumpu Sustainability Report 2024; EU ETS price April 2026)
Outokumpu produces stainless steel almost entirely from recycled scrap in electric arc furnaces, generating approximately 3.9 tonnes of CO2 per tonne of stainless steel. The global stainless steel industry average exceeds 20 tonnes per tonne. Under CBAM at EUR 85/t, this translates to a structural certificate cost advantage of over EUR 1,300 per tonne compared to average-intensity competitors. For an EU importer, sourcing from Outokumpu versus an industry-average supplier generates the same CBAM advantage as Rio Tinto's AP60 aluminium creates for aluminum. Outokumpu has been transparent about this structural advantage in investor communications and sustainability reporting. The business case was built on circular manufacturing decades ago. CBAM has now priced that decision into every EU supply contract.
Outokumpu did not build a CBAM strategy. It built an electric arc furnace business in the 1990s. CBAM priced that decision at EUR 1,368 per tonne of advantage for every EU buyer in 2026.