Manufacturing Industry, Strategy & business Development
CBAM Shifts OEM Competitiveness Toward Verified Low-Carbon Materials
Carbon is no longer a “background variable”
CBAM is a tariff-like system that attaches a carbon price to imports of high-emissions goods so importers face a carbon cost comparable to EU producers under the EU ETS.
For OEMs, the punchline is not “policy.” It is unit economics, because CBAM directly touches the materials that quietly determine competitiveness: iron and steel, and aluminium.
Two timing signals from the deck sharpen the urgency:
2026 to 2034: phase-out of free EU ETS allowances and move toward full alignment.
As of 8 Oct 2025: certificate sales and surrender mechanics are adjusted (including sales starting 1 February 2027 and first surrender by 30 September 2027 for 2026 imports).
OEMs are “not targeted,” but still get hit first
CBAM does not need to name OEMs to affect them. The deck makes the exposure explicit: the sector relies on carbon-intensive steel and aluminium, so it is vulnerable to cost hikes.
What this looks like in practice:
Increased material costs as embedded emissions become priced.
Supply chain reassessment because supplier footprints become a sourcing variable, not a sustainability sidebar.
Competitiveness pressure as EU manufacturers face higher costs than regions without carbon pricing.
What the “best response” starts to resemble:
Co-invest with suppliers in cleaner production.
Shift to lower-carbon inputs like recycled aluminium, green steel, and hydrogen-based steel.
Use EU Green Deal incentives like the Innovation Fund to fund decarbonisation.
The border becomes a cost curve, and “cheapest” can flip
CBAM’s most strategic effect is not that it adds cost, but that it can re-rank suppliers.
Blast Furnance – Basic Oxygen Furnance example shows the mechanism: as free allowances phase out and ETS prices rise (with a reference point of €125/tCO₂ by 2030), carbon-adjusted procurement economics change.
In the scenario shown, CBAM begins eroding China’s price advantage by 2026 and by 2030 European BF-BOF steel becomes the more cost-efficient option for Finnish buyers, with the illustrated cost difference moving from -€4/t (2026) to +€32/t (2030).
This is the CEO-level shift: carbon intensity stops being an ESG metric and starts acting like a pricing attribute.
The new moat is carbon evidence, not carbon ambition
If CBAM becomes a cost curve, then data quality becomes competitive strategy.
Two “open questions” from industrial goods leaders in the deck make the board conversation sharper:
Will CBAM extend to finished goods or components beyond raw materials, and what is the timeline? The deck notes ongoing work toward downstream goods, with an indicative (not conclusive) path: consultation concluded in August 2025, proposal expected Q4 2025, and potential first wave late 2026 to 2027.
What is the embedded emissions methodology, and when are actual vs default values allowed? From 2026 onward, reporting follows Implementing Regulation (EU) 2023/1773, requires independent verification, uses actual emissions wherever verifiable, and keeps default values as fallback, with country-specific defaults expected late 2025 and a markup to discourage over-reliance on estimates.
The thought-provoking bit: your supplier with the best carbon story is not necessarily the winner. The winner is the supplier who can prove it, consistently, at scale.
CBAM will not be “managed” away, only designed around
The companies that treat CBAM as compliance will experience it as a surprise cost.
The companies that treat CBAM as strategy will use it to reshape sourcing, lock in credible low-carbon supply, and turn carbon-adjusted cost into a competitive advantage.
The question to settle now is simple: When embedded emissions becomes a priced input, do you want to be negotiating from evidence or from assumptions?
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