Gulf exporters face real CBAM costs starting in 2026, but the research suggests more than half of that bill is a paperwork problem, not a physics problem.

In this article:

• Why neither the UAE nor Saudi Arabia can currently offset CBAM costs against a domestic carbon price
• Why aluminium carries 68-99% of Gulf CBAM exposure, with cost estimates for UAE and Saudi producers
• The surprising rule that could shrink Gulf aluminium’s CBAM bill: CBAM counts direct emissions only
• How EGA’s solar aluminium and ACWA Power’s green hydrogen deal fit in
• What the EU-UAE Strategic Partnership Agreement could mean, and what to do next

If you export from the UAE or Saudi Arabia, you’ve likely heard CBAM is now a real cost. As of 1 January 2026, the EU’s Carbon Border Adjustment Mechanism entered its “definitive period” — importers of steel, cement, aluminium, fertiliser, hydrogen, and electricity must now buy certificates covering the carbon embedded in what they bring in, not just report on it. That shift from paperwork to payment is what makes 2026 real for Gulf exporters.

This is written for aluminium producers first, since aluminium dominates the region’s exposure, but it applies to fertiliser and the emerging green hydrogen trade too. Here’s where the region stands on carbon pricing, what CBAM actually costs specific Gulf producers, a genuinely useful nuance in how CBAM counts aluminium emissions, and what the EU-UAE relationship might mean next.

The Gulf’s Carbon Pricing Gap

CBAM lets an EU importer deduct a carbon price already paid in the country of origin — built directly into the certificate formula. If you export from a country with its own mandatory carbon price, that price counts toward your EU bill.

Neither the UAE nor Saudi Arabia has that today. Both rely on voluntary carbon markets rather than a mandatory, economy-wide compliance price or emissions trading scheme (ETS). The UAE runs a National Register of Carbon Credits; Saudi Arabia’s Regional Voluntary Carbon Market Company — a joint venture between the Public Investment Fund and the Saudi Exchange — projects 15 million credits traded by end of 2026. Both are real market infrastructure. Neither is a compliance price, and CBAM’s Article 9 deduction generally requires the latter — so buying voluntary offsets does not currently reduce what your EU customer owes on your goods.

That could change. Bloomberg reported in late 2024 that the UAE is weighing a compliance-grade scheme similar to the EU ETS, and the UAE’s Climate Change Law contains a provision enabling its environment ministry to build toward emissions trading. No implementation date is confirmed. Saudi Arabia looks earlier-stage — the regional think tank CEDARE has recommended Gulf states “accelerate development of functional emissions trading systems,” itself a signal that today’s systems aren’t yet compliance-grade.

UAE vs. Saudi Arabia on Reporting

The UAE’s Climate Change Law is meaningfully stronger — real measurement, real penalties. But it isn’t CBAM compliance: CBAM requires product-level embedded-emissions data using EU methodology, verified by an EU-accredited body, for the specific goods you ship. Domestic reporting and a CBAM declaration are related but separate obligations. Saudi Arabia’s disclosure regime sits an estimated 18-24 months behind the UAE’s, though Vision 2030 targets create informal pressure even without a legal mandate.

Aluminium Is the Region’s Real CBAM Story

One number to remember: aluminium accounts for 99.2% of Bahrain’s CBAM-covered EU exports and 68-75% of the UAE’s, Oman’s, and Saudi Arabia’s — the main driver of Gulf CBAM exposure region-wide, per Carbon Pulse. The UAE was the largest GCC exporter of CBAM-covered goods to the EU in 2023 at roughly $2.7 billion, ahead of Bahrain, Saudi Arabia, and Oman. Emirates Global Aluminium (EGA) alone produces 2.69 million tonnes of hot metal a year and exports over 600,000 tonnes annually to Europe.

Here’s what that translates to in estimated certificate costs, from 2026 country-intelligence analysis by terawatttimes:

Look at that Saudi gap: roughly €116.5 million a year between the default-value estimate and the verified-actual one — what the source calls “Institutional Translation Debt.” Roughly half or more of projected Gulf CBAM cost across both countries is framed not as unavoidable decarbonization cost, but as a closeable documentation gap (EGA’s own equivalent saving is estimated near €18.2 million/year). The instinct on hearing “€150 million CBAM exposure” is to think “decarbonize the smelter.” The faster, cheaper move for most Gulf producers is closing the reporting gap first.

The Nuance Gulf Aluminium Producers Need to Know

Here’s the counterintuitive part. Gulf power grids run heavily on gas — UAE electricity generation was about 72% natural gas as of 2023, with renewables around 8%. Electricity is also the biggest single input to primary aluminium smelting, estimated at roughly 60% of the global industry’s emissions. So the obvious assumption is that gas-heavy Gulf grids should hurt Gulf aluminium under CBAM.

But under CBAM’s current rules, aluminium sits in Annex II — goods for which only direct emissions count toward the certificate obligation. The electricity-related (“indirect”) footprint of running electrolysis is explicitly excluded from the number that determines your CBAM bill, for both primary and secondary aluminium. What counts instead: carbon anode consumption (roughly 80% of direct emissions in the Commission’s own worked example), fuel combustion, and PFC emissions from “anode effects” — a smaller category, but one where the two gases involved (CF4, C2F6) carry enormous global-warming-potential multipliers (6,630x and 11,100x CO2 respectively) under EU accounting.

The practical upshot: the accounting boundary that drives your CBAM number is process technology and anode management, not how green your grid is. A Gulf smelter with modern, well-controlled electrolysis could show a lower CBAM number than a European smelter running older technology, even though its true, full carbon footprint — electricity included — is higher. Grid decarbonization still matters for genuine climate performance and future-proofing against a wider CBAM scope. But the near-term, CBAM-specific lever is tightening process-emissions data and PFC monitoring, not waiting on a fully decarbonized grid.

How Gulf aluminium’s CBAM exposure narrows once you separate the physical footprint from what CBAM actually charges for.

The Renewables Push Is Happening Anyway

None of this means Gulf producers are standing still — the moves underway matter beyond CBAM’s current rules, for customer demand, national net-zero targets, and a CBAM scope that could tighten later.

EGA’s CelestiAL is the world’s first commercially produced solar-powered aluminium, running since 2021 on clean energy certificates tied to the Noor Abu Dhabi solar plant. Customers include BMW Group and a Mercedes-Benz Tier 1 supplier — real EU auto-sector demand for lower-carbon Gulf metal. EGA targets a 25% CO2-intensity reduction by 2035 and net-zero by 2050. Ma’aden has partnered with GlassPoint on what’s described as the world’s largest industrial solar-thermal steam project, supplying its Ras Al Khair alumina refinery toward Saudi’s 2060 net-zero target.

The same logic extends to hydrogen. Saudi Arabia’s ACWA Power signed an agreement with Germany’s SEFE in February 2025 to export 200,000 tonnes a year of green hydrogen to Europe, initially Germany, by 2030. Hydrogen is also an Annex II, direct-emissions-only CBAM good — meaning genuinely renewable-powered (“green”) production could show a structurally light CBAM number relative to fossil-based (“grey”) steam-reforming hydrogen, whose combustion emissions are fully counted. That’s a real positioning advantage as this export trade scales.

The EU-UAE Relationship: A Future Path to Recognition

The most significant political development here is the EU-UAE Strategic Partnership Agreement, with negotiations launched 11 December 2025 in Abu Dhabi, naming the “green and digital transition” as a cooperation pillar alongside separate free-trade talks. No CBAM-specific commitments have been announced, but outside analysis flags this partnership as the most plausible political channel through which the UAE could eventually pursue carbon-price equivalency recognition under CBAM’s Article 9 — if and when it stands up a compliance-grade domestic ETS. That’s a multi-year prospect worth watching, not an imminent one.

Practical Next Steps for a Gulf Exporter

1. Map your exposure precisely — which CN codes and export volumes are in scope, and what share of your EU book they represent.
2. Get actual, verified emissions data flowing, prioritizing direct/process emissions for aluminium and hydrogen, since that’s what CBAM counts. This is the highest-leverage move given how much of current Gulf exposure is a documentation gap.
3. Use domestic reporting as a foundation, not a substitute — UAE Climate Law data and Saudi Vision 2030 tracking build capability but don’t replace CBAM’s own product-level MRV and verification.
4. Model your cost trajectory, not just today’s number — the obligation rises from a small fraction in 2026-2028 toward the majority by the early 2030s as free allocation phases out.
5. Treat audit-ready carbon documentation as a commercial asset, not just a compliance cost — it makes you a lower-risk, more attractive partner to EU buyers under their own sourcing pressure.

How Sprih Helps

The pattern across the Gulf research is consistent: a large share of projected CBAM cost is a data and verification problem, not a decarbonization problem. That’s exactly the layer Sprih is built for. Our core product, SustainSense, is an AI agent layer that indexes over 120,000 companies and 400,000+ sustainability reports — AI infrastructure for climate, in the way Bloomberg is infrastructure for finance — and we work with enterprise clients across 21+ countries navigating exactly this kind of cross-border compliance complexity.

We’re also building CBAM-specific tooling, including a dedicated CBAM Aluminium product, to help importers and their upstream suppliers move from default emissions values to verified, defensible actual data — directly relevant to UAE and Saudi aluminium producers looking to close the gap between what default values assume and what their smelters actually emit. If your team is trying to figure out where your real CBAM exposure sits before committing capital to fixing it, that’s a conversation worth having.

Sprih is an AI-native sustainability intelligence company helping enterprises turn climate and compliance data into competitive advantage.