Back to CBAM75.36/tCO2e·updated 07/04/2026

Action layer · 479 days to first declaration

First annual CBAM declaration is due 30/09/2027. Document your Iron and steel imports from Russia now.

EU default-value mark-up is +10% in 2026 and rises to +20% in 2027 per Implementing Reg (EU) 2025/2621. Switching to supplier-verified emissions skips the mark-up entirely — but you need verified figures before the higher rate kicks in. Calculate your exposure today, share the results with your supplier, and lock in lower CBAM cost for the year ahead.

Calculate Russia exposureFree calculator · Tamper-evident PDF reports from 49

Sources: Reg (EU) 2023/956 Art 6(1) as amended by Reg (EU) 2025/2083 (CBAM Omnibus, 20 Oct 2025) — deadline postponed from 31 May to 30 September of the year following the import year. Implementing Reg (EU) 2025/2621 §3 (mark-up phase-in). PDF prices read live from tier_config; deadline reads from the central cbam_deadlines system-settings row at render time. Operator updates at /admin/system propagate within 1 h.

CN 72071919 · Iron and steel · CBAM scope per Reg 2023/956 Annex I

Importing Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, forged from Russia? Here's what CBAM costs you today.

100 tonnes of CN 72071919 from Russia

26,610in CBAM cost today67.1% added to landed cost

By 2028 the same shipment costs 31,448 as the EU markup increases (Reg 2025/2621 §3 phases +10% → +20% → +30%). Your shipment may differ — yours may have lower verified emissions.

Calculated at the current CBAM certificate price of €75.36/tCO₂e × the EU default emission intensity for Russia (Reg 2025/2621). Landed-cost ratio uses Eurostat Comext market price (DS-045409).

Key CBAM facts for CN 72071919 (Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, forged)

MetricValue
CBAM scope statusIn scope per Regulation (EU) 2023/956 Annex I
Top EU supplier (latest period)Russia
EU default emission intensity (top origin)3.21 tCO₂e per tonne of goods
Current CBAM certificate price€75.36 per tCO₂e
CBAM cost for a 100-tonne shipment (2026)€26,610
Trade data as of01/2026

Sources: Eurostat Comext (top supplier, trade volume, market price); EU Commission DG TAXUD “DVs as adopted” Excel (default intensity, Reg 2025/2621); EU TAXUD CBAM certificate-price publication (Reg 2025/2548). All figures live from DB; no fabrication.

Problem

CN 72071919 (Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, forged) is in CBAM scope as iron and steel. EU defaults for Russia: 3.21 tCO₂e/t direct. Reg 2023/956 Annex I.

Implication

At €75.36/tCO₂e, 100 t = 26,61067.1% of landed cost. By 2028, ≈ €31,448 as defaults markup phases to +30%.

Solution

Free calculator with CN 72071919 pre-filled (5 min). On-screen result instantly. Tamper-evident PDF for customs from 49. Open calculator →

CN 72071919 (Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, forged) is in CBAM scope. The largest current EU supplier is Russia, at an EU default emission intensity of 3.21 tCO2e per tonne — which becomes 3.53 tCO2e in 2026 with the +10% statutory markup applied. For a typical 100-tonne shipment from Russia, that translates to €26,610 in CBAM cost in 2026 and €31,448 in 2028 — an increase of €4,838 per shipment as Reg 2025/2621 §3 phases the markup from +10% to +30%. Among CBAM-eligible origins with published EU defaults, the lowest CBAM cost for CN 72071919 is from United States — saving approximately €15,584 per 100 t versus the current top supplier Russia at 2026 markup.

Where every euro goes — CBAM as % of landed cost

For a 100-tonne shipment of CN 72071919 from Russia, CBAM is 40.2% of every euro you spend importing. By 2028 it grows to 44.2% as the EU markup phases to +30%.

Goods value€39,636
CBAM cost€26,610
59.8%
40.2%
0% of landed costTotal = €66,246 per 100 t100%

By 2028 (peak markup phase, +30%)

55.8%
44.2%
Same shipmentTotal = €71,084 (+€4,838)44.2% CBAM

“Landed cost” here = goods value (Eurostat Comext €/kg × 100 t) + CBAM cost (EU 2026 marked-up default × current cert price). Excludes freight, transmission losses, market premiums — those vary per importer. Source data from cbam_comext_partner_facts × cbam_country_defaults × cbam_certificate_prices.

The same shipment costs more every year you delay

EU markup phases +10% (2026) → +20% (2027) → +30% (2028+). Locking in a 2026 calc today saves €4,838 per 100 t shipment by 2028.

Show year-by-year cost breakdown
2026
26,610
+10%
2027
29,029
+20%
2028+
31,448
+30%

+€4,838 per 100 t shipment by 2028 — unless you switch to supplier-verified emissions before then. Per Reg 2025/2547 §3, verified intensity bypasses the markup.

Calculate now — share with supplier — lock in 2026 rates

Computed from EU default for Russia × current CBAM cert price. Reg 2025/2621 §3.

Top EU suppliers of CN 72071919 — and what each costs

United States saves €15,584 per 100 t vs Russia at current EU defaults — United States's default is 58.6% lower.

Show top 10 origins comparison
OriginShare %Default tCO₂e/tCost / 100 t (2026)
Russiatop supplier31.6%3.21€26,610
Brazil27.7%2.44€20,227
China14.5%3.31€27,469
Ukraine12.7%2.40€19,874
Vietnam8.4%2.33€19,315
Algeria4.1%3.00€24,869
Turkey0.9%3.09€25,593
Japan0.0%2.31€19,149
United Statescheapest CBAM0.0%1.33€11,025
India0.0%4.32€35,811

Cheapest CBAM cost on this CN: import from United States — saves €15,584 per 100 t vs the current top supplier (Russia).

Sources: Eurostat Comext (DS-045409) for trade mass + market share; EU Reg 2025/2621 for default emission intensities; latest CBAM cert price for the EUR conversion. All figures live from DB; no fabrication. Granularity caveat: Eurostat publishes partner-trade flows at HS-4 level only — the share % above describes the entire HS heading 7207 family, not one specific 8-digit subcode. Default intensities and cost per 100 t are CN-specific where the EU publishes per-CN values.

3 questions every CBAM declaration faces

Every PDF you generate for CN 72071919answers all three with cited regulation refs. That's the difference between a calculator output and an audit-ready document.

Show the three cards

Where did the data come from?

Live from Eurostat Comext (DS-045409), refreshed weekly via thecbam-comextcron. Refresh timestamps tracked in cbam_source_runs.

Can it be verified?

Every PDF carries a SHA-256 hash + QR code linking to a public verify page (verification methodology). Auditors trace any figure back to its EU regulation citation in the PDF footer.

What if EU updates the defaults?

Our cron tracks cbam_country_defaults weekly. PDFs you bought stay valid (snapshot of values at purchase time); the calculator uses the latest. PRO subscribers get an audit-log JSON recording every figure's timestamp.

See the verification methodology

Default Penalty Tax — what verified emissions could save you

Save up to 23,196 per 100 t with supplier-verified emissions at the EU benchmark intensity (Reg 2025/2620 §5.3). You're throwing €23,196to Brussels because you don't have data.

Show the 2-bar comparison
EU default (2026)
26,610
EU benchmark
3,414
Switching from EU defaults to supplier-verified emissions at the EU benchmark intensity could save up to 23,196 per 100 t shipment. Reg (EU) 2025/2620 §5.3 publishes the best-practice benchmark (route (C)); Reg 2025/2547 §3 lets you use your supplier's verified intensity in the calculator.
Calculate with verified intensity

The benchmark is the EU's best-practice reference, not a guarantee. Your supplier's actual verified intensity may be higher or lower than the benchmark — but in most cases it's materially lower than the marked-up default. Default leg uses Russia's 2026 marked-up value.

What part of the CBAM bill is actually avoidable?

Of the 26,610 CBAM cost on a 100-tonne shipment of CN 72071919 from Russia, 23,196 (87%) is avoidable with verified supplier data. The rest is the EU benchmark floor — physics, not penalty.

13%
78%
9%

Benchmark floor

3,414

Unavoidable. What you pay even if your supplier matches EU best-practice intensity (Reg 2025/2620 §5.3 benchmark = 0.45 tCO₂e/t).

Data-availability gap

20,777

Avoidable if your supplier's actual intensity is below the EU default (3.21 tCO₂e/t). Verified data beating default closes this gap.

Markup penalty

2,419

Avoidable by getting any verified data — Reg 2025/2621 §3's +10/+20/+30% statutory uplift only applies to defaults, not verified emissions.

The action: get one document from your supplier — a verifier-stamped emission statement per Reg 2025/2547 §3. That single document collapses the amber + red segments into the green floor.

Generate the letter

Sources: cbam_benchmarks for the EU best-practice intensity (Reg 2025/2620 §5.3); cbam_country_defaultsfor per-origin default intensity + 2026 marked-up value (Reg 2025/2621 §3); current cert price. “Avoidable” means via verified supplier data, not via origin-switching or any commercial route.

Audit-trail readiness — every PDF for CN 72071919 ships compliance-grade

Every PDF for CN 72071919 ships audit-ready: SHA-256 hash + QR + reg citations baked in. Designed for the question that comes after customs clearance — the audit two years later.

Show the 3-point audit checklist
  • Source citations baked in

    Reg 2023/956 Annex I (scope), Reg 2025/2621 §3 (default-value markup), Reg 2025/2620 §5.3 (free-allocation benchmark) — each PDF page footer cites the exact article + access date. For CN 72071919, your PDF will cite the 04/02/2026 effective-from date of the Russia default-value row used.

  • Tamper-evident hash

    SHA-256 of the report bytes + QR code linking to /verify/{report_id}. An auditor confirms the document hasn't been altered since generation, and re-fetches the original timestamps from the public verification page.

  • Provenance log

    Every value used (default intensity, cert price, scope status) carries the source-runner refresh timestamp from cbam_source_runs. CBAM PRO subscribers get a downloadable audit-log.json per declaration bundle — every input traceable to its EU source URL + fetch date.

See the verification methodology

Where on the map does CN 72071919 hurt your CBAM bill the most?

Origins coloured by EU default intensity. Greener origins cut both CBAM cost and audit complexity — less to verify, fewer surprises in your data.

Show the 15-origin grid

Origins in green have ~95% lower EU default intensity than red-zone origins. Importing from a green-zone supplier can cut your CBAM cost AND reduce audit complexity (fewer EU-accredited verifiers operate in red-zone countries — industry rule of thumb, not regulatory).

Source: cbam_country_defaults for CN 72071919, sorted ASC by total emission intensity (Reg 2025/2621 §3). Quartiles binned across the 15-origin set returned. CBAM-eligible non-EU non-Annex-III only.

Your CBAM calendar — when each penalty hits your P&L

next cert price ~07/07/2026 · 207 days to next markup phase.

Show all 5 milestones
  1. 07/07/2026estimate
    29 days

    Next CBAM cert-price publication (estimate, after 2026-Q1)

    cbam_certificate_prices cadence

  2. 01/01/2027
    207 days

    EU default-value markup phases +10% → +20%

    Reg 2025/2621 §3

    Lock in 2026 verified emissions before this date
  3. 30/09/2027
    479 days

    First annual CBAM declaration deadline (for 2026 imports)

    Reg 2023/956 Art 6(1) as amended by Reg 2025/2083

    Start documenting your shipments now
  4. 30/09/2027
    479 days

    Annual CBAM-certificate surrender deadline

    Reg 2023/956 Art 22 (concurrent with declaration)

  5. 01/01/2028
    572 days

    EU default-value markup phases +20% → +30% (final phase-in)

    Reg 2025/2621 §3

Definitive-period dates only — quarterly reports ended 31 December 2025 (transitional period closed). Sources: Reg 2023/956 Art 6(1) + Art 22; Reg 2025/2621 §3; per-CN expiry from cbam_country_defaults and cbam_cn_scope.

Hidden opportunity — procurement angle

💡 Switching from Russia to Azerbaijan pays off if their goods premium stays under 76.1%. Competitors paying defaults are 76.1% more expensive at the customer — that's a marketing weapon, not just compliance.

Show year-by-year tolerance bars

Top current supplier of CN 72071919: Russia (EU default 3.21 tCO₂e/t). Lowest-default-intensity CBAM-eligible alternative: Azerbaijan (EU default 0.13 tCO₂e/t).

2026
64.4% premium tolerance
2027
70.3% premium tolerance
2028+
76.1% premium tolerance

Tolerance grows yearly — every markup phase makes the lower-default origin more competitive on landed cost.

Compare both origins side-by-side in the calculator

Threshold, not claim: we compute the maximum goods-price premium for Azerbaijanwhere switching still saves money. We don't have visibility into your supplier negotiations; the actual quoted premium varies by supplier and contract.

EU defaults are conservative: your existing supplier's verified emissions may already be at or below Azerbaijan's default. Run with verified data when available.

Sources: Eurostat Comext (DS-045409) for Russia market price-per-kg;cbam_country_defaults for both origins' intensities; current cert price.

Are you sure CN 72071919 is the right code? (We checked the boundaries)

19 8-digit CN codes in HS heading 7207 are tracked as in CBAM scope per Annex I (Reg 2023/956). You're not missing a loophole — make sure your shipments are classified correctly across this heading.

Show all 19 in-scope codes in heading 7207
CN codeDescriptionEffective from
72070000Semi-finished products of iron or non-alloy steel04/02/2026
72071111Semi-finished products, of non-alloy free-cutting steel, containing by weight < 0,25% carbon, of square or rectangular cross-section, the width < twice the thickness, rolled or obtained by continuous casting04/02/2026
72071114Semi-finished products, of iron or non-alloy steel, containing by weight < 0,25% carbon, of square or rectangular cross-section, the width < twice the thickness of <= 130 mm, rolled or obtained by continuous casting (excl. free-cutting steel)04/02/2026
72071116Semi-finished products, of iron or non-alloy steel, containing by weight < 0,25% carbon, of square or rectangular cross-section, the width < twice the thickness of > 130 mm, rolled or obtained by continuous casting (excl. free-cutting steel)04/02/2026
72071190Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of rectangular cross-section, the width < twice the thickness, forged04/02/2026
72071210Semi-finished products of iron or non-alloy steel, containing by weight < 0,25 of carbon, of rectangular "other than square" cross-section, the width measuring >= twice the thickness, rolled or obtained by continuous casting04/02/2026
72071290Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of rectangular "other than square" cross-section, the width >= twice the thickness, forged04/02/2026
72071912Semi-finished products, of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, rolled or obtained by continuous casting04/02/2026
72071919 (current)Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, forged04/02/2026
72071980Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon (excl. semi-products, of square, rectangular, circular or polygonal cross-section)04/02/2026
72072011Semi-finished products, of non-alloy free-cutting steel, containing by weight >= 0,25% carbon, of square or rectangular cross-section, the width < twice the thickness, rolled or obtained by continuous casting04/02/2026
72072015Semi-finished products of iron or non-alloy steel, containing by weight >= 0,25% but < 0,6% carbon, of square or rectangular cross-section, the width < twice the thickness, rolled or obtained by continuous casting (excl. free-cutting steel)04/02/2026
72072017Semi-finished products of iron or non-alloy steel, containing by weight >= 0,6% carbon, of square or rectangular cross-section, the width < twice the thickness, rolled or obtained by continuous casting (excl. free-cutting steel)04/02/2026
72072019Semi-finished products of iron or non-alloy steel, containing by weight >= 0,25% carbon, of square or rectangular cross-section, the width < twice the thickness, forged04/02/2026
72072032Semi-finished products of iron or non-alloy steel, containing by weight >= 0,25 of carbon, of rectangular "other than square" cross-section, the width measuring >= twice the thickness, rolled or obtained by continuous casting04/02/2026
72072039Semi-finished products of iron or non-alloy steel, containing by weight >= 0,25% carbon, of rectangular "other than square" cross-section and the width >= twice the thickness, forged04/02/2026
72072052Semi-finished products of iron or non-alloy steel, containing by weight >= 0,25% carbon, of circular or polygonal cross-section, rolled or obtained by continuous casting04/02/2026
72072059Semi-finished products of iron or non-alloy steel, containing by weight >= 0,6% carbon, of circular or polygonal cross-section, forged04/02/2026
72072080Semi-finished products of iron or non-alloy steel, containing by weight >= 0,25% carbon (excl. those of square, rectangular, circular or polygonal cross-section)04/02/2026

We list codes in cbam_cn_scope for HS heading 7207— the codes the EU's “DVs as adopted” Excel lists in scope. Codes outside our table for this heading may be exempt OR may have been added recently. Scope can change if EU revises Annex I. We monitor weekly via the cn-scope cron.

Don't know how to ask your supplier for emission data?

📨 We'll write the letter for you — legal-grade citing Reg 2025/2547 §3 verbatim. Free, email-delivered. No competitor offers this; consultancies charge €5,000+ for equivalent letters.

See what the letter requests + how it works

What the letter asks for (exactly the 6 inputs Reg 2025/2547 §3 entitles you to request from the producer):

  1. Direct emission intensity (tCO₂e per tonne of CN 72071919)
  2. Indirect emission intensity (tCO₂e per tonne)
  3. Production route (e.g. blast furnace / electric arc furnace for steel)
  4. Aggregated parameter for input materials (precursors)
  5. Verifier statement per §6 (EA-recognised verifier)
  6. Statement of carbon price already paid in country of origin (Reg 2023/956 Art 9 deduction support)

How it works: fill in your supplier's name + email + your company details + annual import volume. We generate a tamper-proof PDF + email-ready text and email it to YOU (not your supplier directly) — you stay in control of the relationship.

Generate the letter for CN 72071919Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, forged

Letter content cites EU regulations verbatim; no fabrication.

Origin carbon-price deduction (Article 9)

Article 9 of Regulation (EU) 2023/956 lets importers deduct any verified carbon price already paid in the country of origin from the CBAM certificate cost. If your Russiasupplier participates in a domestic ETS or carbon-tax scheme and can produce verifier-attested proof of payment, you enter the €/tCO₂e in the calculator's Origin carbon price paid field and the deduction is applied to the gross cost.

We do not publish a live table of Russia's domestic carbon prices on this page — the value depends on the specific scheme + verification, not a public daily print. Speak with your supplier and provide the verified figure to the calculator yourself.

Resources

Frequently asked: CBAM imports from CN 72071919 (Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, forged)

Is CN 72071919 (Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, forged) in CBAM scope?

Yes. CN 72071919 is classified under the iron and steel sector in CBAM scope per Annex I of Regulation (EU) 2023/956. EU importers of this CN code must comply with CBAM reporting obligations from January 2026 (definitive period). Verify scope status with our cn-scope monitor cron, refreshed weekly.

What is the EU default emission intensity for CN 72071919?

The European Commission publishes country-specific default emission values for CN 72071919 under Implementing Regulation (EU) 2025/2621. Across CBAM-eligible non-EU origins, the published range is 0.13 tCO2e per tonne (Azerbaijan — lowest published default) to 8.21 tCO2e per tonne (Indonesia — highest published default). The 2026 marked-up value adds +10% per Reg 2025/2621 §3, phasing to +20% in 2027 and +30% from 2028.

Where can I import CN 72071919 most cheaply (CBAM cost)?

By 2026 marked-up EU default emission intensity × current CBAM certificate price (€75.36/tCO2e), the lowest CBAM cost per 100-tonne shipment comes from: United States (€11,025 per 100 t), Japan (€19,149 per 100 t), Vietnam (€19,315 per 100 t). This ranks origins by EU-published default intensity only — your supplier's verified emissions may put any origin lower. Run the calculator at /cbam/calculator with your specific shipment for an exact comparison.

Can my supplier's verified emissions reduce my CBAM cost on CN 72071919?

Yes. Per Implementing Regulation (EU) 2025/2547 §3, an importer can substitute the EU default emission intensity with a supplier-verified figure. The verified figure must come from an EA-recognised verifier per Reg (EU) 2025/2546 (verification of declared embedded emissions). For most imports the verified intensity is materially lower than the default + statutory markup, so getting verified data from your supplier reduces CBAM cost. Article 9 of Regulation (EU) 2023/956 also lets you deduct the carbon price already paid in the country of origin from the CBAM surrender obligation, with verified documentation.

Have a question about CBAM imports from CN 72071919 (Semi-finished products of iron or non-alloy steel, containing by weight < 0,25% carbon, of circular or polygonal cross-section, forged)that isn't covered? Email support@customs-invoice.com — we'll publish answers to common ones here.