Nel and Rheinmetall Partner to Explore Decentralized Synthetic Fuel Production in Norway

Norwegian electrolyser manufacturer Nel ASA and German defence and technology group Rheinmetall AG has entered a Memorandum of Understanding to jointly investigate decentralised production of low-carbon synthetic fuels.

The MoU was announced on October 13, 2026, in Oslo, and centres on Norway as the initial market for the collaboration.

Decentralised production of low-carbon synthetic fuels

The core idea is straightforward: instead of relying on large, centralised refineries and extended logistics chains, the two companies want to test whether renewable hydrogen produced on-site through electrolysis can be converted into synthetic fuels close to where they will actually be used.

According to the announcement, such fuels can replace conventional fuels without any changes to the end-use applications that consume them. The partnership maps neatly onto what each party does best.

Nel brings its electrolyser technology for generating renewable hydrogen.

Rheinmetall contributes its Giga PtX concept, its systems-integration capabilities, and its track record in strategic infrastructure development.

Rheinmetall has been actively pursuing agreements with local industry champions for specific markets under the Giga PtX project, and the tie-up with Nel extends that partner network into Norway.

Preparedness and the vulnerability of long supply chains

Both companies place the initiative in the context of rising geopolitical tension, arguing that assured access to fuel has become a growing component of national preparedness.

The announcement notes that many countries continue to depend on imported fuels or refined products delivered through long, centralised logistics chains.

Manufacturing fuels nearer the point of consumption, the companies argue, lowers exposure to disruption and reinforces energy security at both national and regional levels. Norway illustrates the problem in a specific way. Despite being an energy exporter, the country operates only one oil refinery.

Significant volumes of crude oil are shipped to Europe for refining, and the finished products are then transported back for domestic use. In the event of disruption, portions of the Norwegian fuel supply would depend on infrastructure outside the country's control.

Kjell Christian Bjørnsen, CFO of Nel, said countries relying on long and vulnerable fuel supply chains face increasing uncertainty, adding that renewable hydrogen can play an important role in enabling more resilient fuel systems while cutting emissions

He described the collaboration with Rheinmetall as an exploration of how Nel's technology can be integrated into new value chains for synthetic fuels.

Rheinmetall's view from the systems side

For Rheinmetall, the agreement fits a broader interest in what the press release calls next-generation fuel ecosystems. The company already holds extensive industrial expertise across defence, advanced systems engineering, and infrastructure development, and it sees decentralised fuel production as a natural extension of that portfolio.

Shena Britzen, Head of the Hydrogen Program at Rheinmetall AG, said the transformation of energy systems requires new partnerships across industries.

Working with Nel, she said, allows the company to explore decentralised synthetic fuel solutions that can serve both civilian and defence-related needs, with localised production enabled by electrolysis viewed as an important element in strengthening energy security and future fuel supply chains.

What the MoU actually commits to

In practical terms, the MoU sets out a joint feasibility programme rather than a firm project.

Nel and Rheinmetall will together assess technical and commercial feasibility, covering potential sites, infrastructure requirements, access to renewable power, sustainable sources of carbon, and priority use cases for the fuels produced.

The cooperation may also extend to pilot projects intended to validate modular concepts and demonstrate that decentralised fuel ecosystems can work in practice.

Both parties stress that the memorandum is non-binding: any further steps beyond the feasibility phase would require mutual agreement and would depend on the outcomes of the ongoing assessments.

Why Norway comes first, and why that may not be the limit

Norway is identified as the natural starting point for several reasons. The country has a strong renewable power base, established industrial capabilities, and ongoing development of carbon capture and utilisation value chains, all inputs relevant to synthetic fuel production.

At the same time, the companies note that the scope of the cooperation is not restricted geographically. A further argument for Norway concerns how its power system is structured.

According to the announcement, the country's energy challenge is less about a shortage of electricity generation than about constraints in transmission and distribution.

Decentralised fuel production could allow renewable energy to be converted and consumed nearer its source, adding flexibility to how renewable resources are used and potentially easing pressure on existing grid infrastructure.

Electrolysis at the centre of a defence-linked fuel strategy

The agreement connects two trends that have so far developed largely in parallel: the deployment of electrolyser technology for renewable hydrogen and defence-sector interest in a secure, domestically controllable fuel supply.

By pairing Nel's electrolysers with Rheinmetall's Giga PtX systems-integration approach, the companies are positioning modular synthetic fuel plants as infrastructure that can serve military logistics and critical infrastructure alike, alongside conventional civilian demand.

If the feasibility assessments identify viable sites and use cases, the envisaged pilot projects would be the first concrete test of whether small-scale, decentralised synthetic fuel production can compete with, or complement, the centralised refining and import model that currently dominates supply.

For now, the parties have committed to joint studies, with the direction of any subsequent development left to future agreement between the two companies.