HVAC/R Market Strategy · August 2026
The European refrigerant transition is no longer changing only which fluids are used. It is changing who controls technology, market access, installation capability and lifecycle services.
By Michele Cadoni · European Market Entry & Distribution Strategy Partner
The revised F-Gas framework is accelerating the move towards lower-GWP solutions. But regulation is only the starting point. Equipment design, manufacturer portfolios, distribution priorities, installer competence and recovery infrastructure will determine which technologies achieve practical market adoption.
At the same time, simplified and DIY products are beginning to alter the boundary between professional installation and direct consumer access.
The result will not be one replacement refrigerant applied uniformly across every HVAC/R segment. It will be a restructuring of the market around several technological pathways and the ecosystems capable of supporting them.
The revised EU F-Gas Regulation has established a more restrictive framework for placing fluorinated greenhouse gases and new equipment on the market. The HFC quota phase-down is accelerating, while prohibitions progressively differentiate equipment by application, capacity and refrigerant GWP.
Regulation can reduce the quantity of refrigerant placed on the market and set deadlines for new equipment. It cannot convert the existing installed base at the same speed.
Millions of systems will continue to require maintenance. Their replacement depends on investment cycles, technical feasibility and customer decisions. Installer competence, suitable tooling and service coverage also take time to develop.
The market must therefore manage two movements simultaneously:
This speed mismatch is one of the transition’s principal risks. If legal service-refrigerant availability contracts faster than equipment can be converted or replaced, scarcity will not automatically produce orderly adoption. It can also create price pressure, service disruption and incentives for poorly traceable or illegal supply.
Quota reduction remains necessary. Its practical effectiveness, however, depends on the conversion capacity built around it.
The search for “the next refrigerant” simplifies a market that is becoming more segmented.
R32 provides a useful example. Its future cannot be assessed through one general conclusion because different split-system configurations are subject to different thresholds and timelines. Charge size, equipment architecture, capacity and application all matter.
The same principle applies more broadly.
R290 offers a very low-GWP pathway for several heat-pump, chiller and refrigeration applications, but its A3 classification changes product design, installation conditions, tooling and safety procedures. CO₂ is established in important commercial-refrigeration segments and is developing elsewhere, but it requires specific engineering and service competence. Ammonia remains highly relevant in industrial refrigeration, within applications able to accommodate its safety requirements.
HFOs and HFO-based blends provide alternative pathways where application requirements, safety classification or equipment architecture make other solutions more difficult. The wider PFAS debate, however, adds uncertainty to their longer-term environmental and regulatory position.
The future refrigerant mix will therefore be application-specific. GWP is essential, but it is not the only variable. Safety, efficiency, charge size, climatic conditions, serviceability, competence, regulatory exposure and equipment life must be considered together.
This is not a transition from one dominant refrigerant to another. It is a transition towards several technological pathways.
This segmentation is already visible in manufacturer strategy.
Major HVAC/R manufacturers are maintaining parallel pathways rather than committing entire portfolios to one refrigerant family. Natural refrigerants are gaining importance, while HFO and lower-GWP fluorinated solutions continue to be developed where they offer a different balance of performance, safety and implementation constraints.
Daikin provides a relevant illustration. Its development of R290 heat pumps and chillers demonstrates the growing industrial role of propane, while the group continues to operate across fluorinated-refrigerant product families.
This is not necessarily technological indecision. It is management of uncertainty.
F-Gas is only one part of the decision. PFAS pressure, installer competence, customer acceptance, serviceability and application safety will influence which technologies can scale in each segment.
Maintaining several platforms protects market access as these conditions evolve and allows portfolios to be adapted by region and application. Product breadth is becoming a form of strategic optionality.
A technical distributor traditionally controlled stock, logistics, credit and customer access. These functions remain essential, but lower-GWP technologies require additional capabilities.
Distributors can now influence which equipment receives inventory priority, which technologies are supported by training, which products benefit from application engineering and which solutions obtain local specification and after-sales support.
The channel is therefore not always neutral infrastructure between manufacturer and installer. In some cases, it is becoming part of the technology platform.
Beijer Ref’s agreement of 24 August 2026 to acquire 90% of Refra is particularly instructive. Refra manufactures customised CO₂ and propane refrigeration, chiller and heat-pump systems. Beijer Ref describes the acquisition as a way to strengthen its proprietary natural-refrigerant technology and leverage it through its global sales network.
The direction of the transaction matters. This is not a manufacturer acquiring distribution. It is a major refrigeration wholesaler acquiring the technology it expects its network to develop.
France illustrates the potential architecture. Beijer Ref already controls GFF, an established French refrigeration and HVAC distribution network, and has training infrastructure able to support hydrocarbon competence.
No integration of Refra into GFF’s French portfolio has been announced, and the acquisition remains subject to Lithuanian competition approval. Nevertheless, proprietary technology, national distribution, installer relationships and competence development could potentially be coordinated within the same group.
That structure can shorten the distance between product availability and installed market share.
As manufacturers acquire installers and service organisations, and distribution groups develop proprietary brands or manufacturing capability, product, route to market and lifecycle support become more closely integrated.
For independent manufacturers, distributor due diligence must therefore go beyond geographical coverage, customer numbers and turnover.
It must also consider:
Ownership of competing technology does not prevent a distributor from representing independent brands effectively. Large groups regularly manage multi-brand portfolios. It does mean that ownership structure has become a relevant selection variable.
The largest customer network will not automatically build the market for every product in its catalogue. Strategic priority determines whether nominal access becomes effective market development.
Cooling is also moving from a purely professional market towards a partially consumerised one.
Portable air conditioners represented an early stage in this democratisation. Consumers could buy an appliance through general retail, take it home and obtain immediate cooling without a technical study, specialised distributor or installer.
The model widened access and provided a rapid response during extreme heat. It also encouraged part of the market to treat cooling as a consumer product selected by availability, price and nominal capacity rather than as a technically designed system.
More frequent heatwaves and future climate scenarios are strengthening demand for immediate access. Cooling is increasingly associated not only with comfort, but also with health, productivity and building occupancy.
DIY and assisted-DIY heat pumps extend this commercial logic to fixed equipment. Pre-charged circuits, quick-connect line sets, guided installation, leak detection and remote support allow consumers to complete some or most mechanical tasks. In assisted models, a technician intervenes only for verification or commissioning.
For manufacturers without an established local technical network, product simplification can offer a shorter route to scale:
manufacturer → retailer or online channel → consumer
This can reduce installation costs, compensate for shortages of qualified labour and accelerate geographical coverage without first building an equivalent network of technical distribution, installers and after-sales support.
But commercial accessibility should not be confused with technical simplicity.
Factory sealing or pre-charged connections may remove conventional refrigerant handling. They do not remove requirements concerning sizing, location, electrical compliance, airflow, clearances, drainage, commissioning and long-term service.
The July 2026 French recall of several Qlima R290 monobloc heat pumps illustrates the distinction. These products had been sold through major DIY and general retail chains. According to RappelConso, installation below 1.80 metres could, in the event of a propane leak, create a flammable atmosphere and a potential risk of fire or explosion.
The refrigerant circuit was part of the factory product. The installation position remained part of its safety architecture.
Emerging R32 DIY and assisted-DIY offers in the United States provide the opposite example: product design is deliberately reducing the conventional on-site refrigerant operations required. Both developments redistribute tasks and responsibility between manufacturer, retailer, installer and customer.
Wider access to cooling has clear social and public-health value. The strategic issue is whether it can expand without removing the competence, accountability and support required for safe, efficient and durable operation.
Rapid consumer access can increase sales. Without commissioning and after-sales structures, it can also create an installed base that the local technical market is not prepared to support.
Product simplification may reduce the competence required at certain stages. It does not make professional capability irrelevant. It concentrates that capability around design validation, safety assessment, electrical work, commissioning, diagnostics and after-sales service.
This is particularly important for natural refrigerants. R290 requires hydrocarbon-compatible tools, A3 safety procedures and personnel able to install and service equipment correctly. CO₂ and ammonia require their own specialised knowledge and working practices.
France’s evolving certification framework makes these distinctions increasingly explicit by incorporating hydrocarbons, CO₂ and ammonia into differentiated competence pathways.
Counting a market’s total installers therefore provides limited information. A manufacturer needs to know what proportion can work with its specific refrigerant, equipment architecture and application, with adequate geographical coverage, tooling and service response.
Competence is not only a training issue. It is route-to-market infrastructure.
Every additional system sold, whether through a professional or consumer channel, creates future service and end-of-life obligations. The transition cannot therefore be organised only around new equipment.
Recovery and reclamation connect the legacy installed base with the emerging market. Reclaimed refrigerant can reduce dependence on virgin HFC supply, provide a buffer for servicing existing systems and support a more orderly replacement cycle.
This requires a complete chain: suitable recovery cylinders, collection and transport, batch and waste traceability, analysis, treatment capacity, viable volumes and clear routes towards reclamation or destruction.
Where this infrastructure is weak, recovered refrigerant can remain immobilised in installers’ stocks or circulate through fragmented channels without creating reliable supply.
Reclamation is therefore not a secondary environmental service. It is part of supply security, market continuity and distributor capability.
The refrigerant market must be organised both where new products enter the channel and where refrigerants return from the installed base.
Regulation defines the perimeter. Manufacturers decide which technologies reach industrial scale and how much installation complexity is embedded in the product. Distributors and retailers determine which solutions receive market access. Installer competence determines which can be deployed safely. Recovery and reclamation support the existing market throughout the transition.
The competitive unit is therefore no longer only the refrigerant or the equipment. It is the ecosystem connecting product design, regulatory compliance, distribution, consumer access, competence, service and lifecycle management.
For manufacturers entering or expanding in Europe, selecting a refrigerant platform and selecting a route to market can no longer be treated as separate decisions.
A technically valid product can remain marginal when the channel cannot support it. A distributor relationship can lose value if the parent group invests in a competing technology. Conversely, a product can gain rapid retail access while creating an installed base that lacks local technical support.
The refrigerant transition is changing who controls market access and which capabilities create influence. Product availability alone is not market expansion. The architecture supporting the product will determine whether it can scale safely and durably.