The quiet closure of the Genk site of OPmobility, part of a French automotive supplier known formerly as Plastic Omium, marks more than the loss of some 50 jobs in Limburg, Belgium.
It is a small but telling signal of how Europe’s automotive supply chain is recalibrating its bets on hydrogen mobility – years after the technology was heralded as a key pillar of the zero-emission transition.
OPmobility, headquartered in Levallois-Perret near Paris, employs around 35,000 people worldwide and generates annual revenues of €11 to €12 billion. The group built its business on plastic exterior components, such as bumpers, before expanding into lighting systems and, more recently, hydrogen technologies.
Within that global organization, the Genk facility was a relatively small but specialized unit. It was not a headquarters or major production hub, but rather a satellite engineering and pilot site within the group’s ‘New Energies’ division.
Its focus was on the development and early industrialization of high-pressure hydrogen storage systems, particularly composite Type IV tanks capable of storing hydrogen at 350-700 bar.
Former Ford Genk supplier
The site also carried part of Genk’s long automotive legacy. It was located on or near the former industrial site of Ford Genk, once one of Belgium’s largest car manufacturing plants, which closed in 2014.
In the years that followed, the area was gradually redeveloped into a cluster for new mobility and manufacturing activities, attracting suppliers and technology projects seeking to build on the region’s skilled workforce and infrastructure. OPmobility’s hydrogen activities were part of that effort to reposition Genk as a hub for future-oriented automotive technologies.
The site played a supporting role in a broader Belgian footprint. While Genk concentrated on innovation, prototyping, and process development, industrial-scale production of hydrogen tanks took place in Herentals.
Broader mobility technology player
Other engineering and corporate functions were located near Brussels. In that sense, Genk functioned as a link between R&D and manufacturing, helping translate new concepts into industrial processes.
And those concepts were central to OPmobility’s strategic shift. Over the past decade, the company has tried to reposition itself from a traditional plastics supplier into a broader mobility technology player.
Hydrogen was a key pillar of that transformation, alongside electrification and advanced lighting systems. Like many suppliers, the group anticipated a relatively rapid ramp-up of hydrogen-powered passenger cars.
That ramp-up never materialized. While carmakers such as Toyota and BMW continue to develop fuel cell vehicles, volumes remain marginal and infrastructure scarce. Battery-electric vehicles have taken a decisive lead in the passenger car market, leaving hydrogen largely confined to pilot projects.
For suppliers, that has concrete consequences. Hydrogen systems are capital-intensive, and without sufficient scale, profitability remains out of reach.
Consolidating hydrogen activities
OPmobility has therefore begun consolidating its hydrogen activities into fewer, larger and more strategically located sites, including new facilities in France and abroad. In that context, a small, development-oriented site like Genk becomes difficult to justify.
The closure also reflects a broader trend among French automotive suppliers. Groups such as Valeo and Forvia are navigating the same transition pressures.
Shrinking internal combustion engine volumes, rising investment needs for electrification and software, and uncertain returns on emerging technologies like hydrogen. Cost control and industrial rationalization have become unavoidable.
That does not mean hydrogen has been abandoned. On the contrary, OPmobility and its peers continue to see potential, particularly in heavy-duty transport – trucks, buses, and fleets – where long range and fast refueling offer clear advantages over batteries. But the timeline has shifted. What was once expected to scale in the early 2020s is now seen as a longer-term play.
Even recent excitement about so-called ‘white hydrogen’ – naturally occurring hydrogen deposits discovered in parts of Europe, including areas near the French-Belgian border – does little to change that near-term outlook.
While such finds could improve the long-term availability and cost of hydrogen, they do not solve the immediate bottlenecks: lack of refueling infrastructure, high vehicle costs, and limited market demand.
