HRS and Baker Hughes Target Large-Scale Hydrogen Hubs

• The three-year agreement will combine HRS refuelling systems with Baker Hughes high-capacity hydrogen compression technology.
  
• The companies will target filling centres, logistics hubs, heavy transport fleets and industrial hydrogen users across Europe and international markets.
  
• Joint development could include European funding programmes, with a focus on cutting energy use, maintenance needs and total infrastructure costs.
  

Hydrogen Refueling Solutions and Baker Hughes have formed a three-year partnership to develop large-scale hydrogen distribution and refuelling infrastructure.

>> In Other News: Hitachi, MOL, and JAL Launch Japan's First Direct Ocean Capture Pilot on Kume Island

The companies will combine HRS’s station integration capabilities with Baker Hughes’ industrial compression technology. Their initial focus will include France and other European markets, with scope to pursue projects internationally.

The agreement targets one of hydrogen’s central commercial challenges. Production capacity is expanding, but many markets still lack the infrastructure needed to compress, store, transport and dispense hydrogen at scale.

Building high-capacity hydrogen networks

Under the non-exclusive cooperation agreement, HRS and Baker Hughes will work on hydrogen production centres, distribution facilities, logistics platforms and refuelling stations.

The partnership will also cover storage systems, installation, commissioning and maintenance. These services could support heavy-duty transport fleets, regional logistics hubs and industrial users seeking alternatives to fossil fuels.

HRS will contribute its experience in turnkey hydrogen infrastructure, including storage, distribution and vehicle refuelling systems. Baker Hughes will provide industrial equipment and engineering expertise.

A central component will be Baker Hughes’ VerHy550 vertical hydrogen reciprocating compressor. The system was developed for high-capacity hydrogen applications where reliability and continuous operation are critical.

The companies plan to integrate the compressor into HRS infrastructure. The resulting systems could be deployed in high-throughput refuelling stations and centralised “Hydrogen Filling Centres.”

These facilities are intended to serve several customers from a single location. They could supply hydrogen mobility fleets, regional transport operators and nearby industrial sites.

Economics remain critical to deployment

The partners will seek to improve both the technical and economic performance of hydrogen infrastructure.

Their work will focus on energy efficiency, equipment availability and maintenance requirements. Lowering total cost of ownership will also be a priority.

These factors have become increasingly important as hydrogen developers face pressure to demonstrate commercial viability. High capital costs, uncertain demand and limited distribution networks continue to delay many projects.

Integrated infrastructure may help reduce some of that risk. Developers can avoid coordinating separate compression, storage and dispensing systems from multiple suppliers. They may also gain clearer accountability for system performance and maintenance.

For fleet operators and industrial buyers, infrastructure reliability remains essential. Disruptions can affect transport schedules, manufacturing output and the economics of switching from conventional fuels.

The companies may also pursue joint research and development projects. This could include participation in European funding programmes for hydrogen and clean energy technologies.

Public funding has played a major role in Europe’s hydrogen strategy. However, policymakers are increasingly directing support toward projects with credible demand, scalable technology and a clear route to operation.

Heavy transport and industry drive demand

The partnership will target sectors where direct electrification can be difficult. These include long-distance transport, industrial logistics and energy-intensive manufacturing.

Hydrogen could offer an alternative for some heavy-duty vehicles that require long range, rapid refuelling or high payload capacity. It may also support industrial processes that cannot easily rely on electricity alone.

Yet adoption will depend on infrastructure being available where vehicles and industrial users operate. Large filling centres and logistics hubs could help concentrate demand while reducing the cost of fragmented station networks.

Hassen Rachedi, Founder and CEO of HRS, said “the agreement represents an important milestone in the company’s growth strategy, strengthening its ability to deliver competitive and reliable hydrogen infrastructure solutions by combining HRS’s integration expertise with Baker Hughes’ global industrial experience.”

Raimondo Giavi, Vice President of Hydrogen at Baker Hughes, said “scaling the hydrogen economy requires integrated industrial solutions that can move projects from planning to deployment. He added that the collaboration combines complementary strengths in compression, infrastructure and technology to support the wider energy transition.”

What executives and investors should watch

For investors, the partnership reflects a shift toward integrated hydrogen infrastructure rather than standalone equipment sales.

Execution will now depend on project demand, customer commitments and access to public or private financing. Developers will also need to prove that high-capacity stations can achieve sufficient utilisation.

For corporate buyers, the agreement could expand access to hydrogen systems designed for industrial-scale operations. It may also reduce the technical complexity of developing new transport and production hubs.

Across Europe, the wider test will be whether hydrogen infrastructure can move from publicly supported pilots to commercially durable networks. Partnerships that combine industrial technology, project integration and long-term maintenance will be central to that transition.