Certifying Green Hydrogen and Ammonia for Export from the GCC to Europe

Introduction

The Gulf is building green hydrogen and ammonia at a scale designed for export, and Europe is the target market. The UAE, Saudi Arabia and Oman all have major projects aimed at supplying certified renewable hydrogen and ammonia to the EU. The route from a Gulf production site to a European buyer runs through RFNBO certification. This article explains what that route involves, where GCC projects have a natural advantage, and where the real certification risks lie.

Why the EU market runs through certification

The commercial logic is straightforward. Under RED III, the EU has created binding, rising demand for certified renewable hydrogen, with industry required to use at least 42% RFNBO hydrogen by 2030 and at least 60% by 2035. Support flows through the European Hydrogen Bank. But the entire market is defined around RFNBO, so a GCC producer that cannot show recognised certification cannot participate in that regulated demand. Certification is the entry ticket, which is why it belongs in the project strategy from the start.

The Gulf’s advantage on electricity

The most important question in certification is whether the electricity counts as fully renewable, because that is what scores it at zero carbon and pulls the project below the threshold. Here, many GCC projects have a structural advantage.

A typical Gulf project pairs a new, dedicated solar or wind plant directly with the electrolyser. That configuration is a natural fit for the direct-connection route under Article 3 of Regulation 2023/1184. If the renewable plant is joined to the electrolyser by a direct line, came into operation no more than 36 months before it, and a smart meter proves no grid power is used, the electricity is counted as fully renewable with no temporal or geographical correlation tests. Compared with a grid-connected European project that has to pass the full correlation regime, this is often simpler and cleaner to evidence.

The two GCC-specific challenges

Two parts of the certification are harder for an export project than for a domestic one.

The first is shipping. The greenhouse gas boundary can run all the way to the point of use, which for export means the EU port. Vessel fuel and boil-off during a long voyage add to the carbon number, and they carry no default value, so they must be evidenced from project data. Ammonia shipped from the Gulf to Europe travels a long way, so shipping emissions have to be modelled carefully to make sure the delivered product still lands below 28.2 gCO2e/MJ.

The second is storage. Export volumes usually pass through a co-mingled port tank, often operated by a third party. Mass balance has to hold through that tank, which requires precise balancing periods, no deficit, and a written contract with the operator to forward the certified claim. This is frequently the single largest certification risk in an export project.

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The Gulf can make some of the cheapest green hydrogen in the world. Turning that into certified molecules Europe will buy is a separate discipline, and it is where projects win or lose the export market.

Getting ahead of it with pre-certification

Because these issues are set by design choices, the right time to address them is early. Pre-certification lets a GCC project test its RFNBO pathway at the design stage, before construction and during financing, so that the electricity qualification, the shipping-inclusive carbon number and the storage chain of custody are all sound before the plant is built. That is what gives investors and offtakers confidence the product will actually be certifiable.

How ESGweise helps

ESGweise is based in the region and works with GCC producers as a certification-readiness partner. We build the greenhouse gas and lifecycle model to include shipping to the EU port, evidence the direct-connection electricity qualification for a non-EU site, and design the mass-balance chain of custody through co-mingled storage. We prepare the project so a recognised Certification Body can certify it cleanly. We are an advisor, not a Certification Body, which keeps our readiness role separate from the audit. See our carbon accounting, assurance readiness and strategy services, and the full scheme in the CertifHy pillar guide.

Conclusion

For GCC producers, the path to the European market runs through RFNBO certification, and the region starts with a genuine advantage: new, dedicated renewable plants that can use the simpler direct-connection route. Capturing that advantage means evidencing the electricity qualification for a non-EU site, modelling shipping emissions to the EU port, and holding mass balance through co-mingled storage. Projects that address these by design, and test them early through pre-certification, are the ones that turn low-cost Gulf hydrogen into certified product Europe will buy.