In recent months, headlines such as “Europe to ban gas boilers” or “end of gas in new buildings” have been circulating. While these sound alarmist, they reflect something that is indeed happening: a profound regulatory shift in the way we heat buildings in Europe.
But – and here comes the part that almost nobody explains – industry is not in the same situation as urban buildings. Does this mean that
Let’s take it one step at a time.
What is happening with gas boilers in urban buildings?
The new EPBD (Energy Performance of Buildings Directive) marks a turning point:
- From 2025 onwards, no subsidies may be given to fossil boilers in buildings.
- From 2030, all new buildings must be “zero on-site emissions of fossil fuels”.
Many European countries have already brought forward this transition with specific bans: France, Austria, the Netherlands, Denmark, Ireland…
How this affects the building market
In practice, installing a gas boiler in a new building will become increasingly difficult, expensive or, depending on the country, illegal.
For developers, architects, HVAC installers and manufacturers, the message is clear: gas in new construction is in accelerated retreat.
And what about the industrial sector?
Here comes the part that almost no one tells.
When we talk about industry, we are talking about thermal processes, not about heating a living room or an office block. Steam boilers, autoclaves, CIP, pasteurization, drying,industrial cleaning… all of these fall into a different category:
No, industrial gas boilers are not prohibited.
As of today, there is no European standard that says: “It is forbidden to install gas boilers for industrial processes”.
Factories can install new gas-fired boilers for process steam.
But… here comes the big but.
Why an industrial gas boiler can become an economic risk
Although they are not prohibited, they are increasingly penalized economically, and this is extremely important for any plant investment decision.
Loss of subsidies
Those who invest in an industrial gas boilerare not entitled to public aid in most national and European programs, and are also excluded from specific decarbonization funds.
On the other hand, electrification (e-boilers, heaters, industrial heat pumps), hydrogen, heat recovery… are receiving increasingly generous support.
The initial CAPEX may appear cheaper, but the project lags far behind in financial return compared to eligible electrified alternatives.
Total exposure to CO₂ cost.
Depending on the size of the installation, the gas boiler may fall under the EU ETS(Emissions Trading Scheme) or equivalent national schemes.
This means two things:
- You pay CO₂ today (between €65-90 €/t CO₂ in recent years).
- You will pay more CO₂ tomorrow, because the projected price curve is clearly bullish.
An industrial gas boiler can generate unexpected annual cost overruns that are difficult to budget for and erode the plant’s competitiveness.
With an electric boiler, on the other hand, CO₂ is taken out of the equation, especially if the plant uses renewable electricity or PPA.
Gas volatility + CO₂ volatility = multiplied risk.
In industry, a cost overrun of 10-20 €/MWh can mean: loss of margin, inability to pass on prices, loss of competitiveness against electrified competitors, or even the risk of stranded asset if regulations are tightened.
Thermal electrification, on the other hand:
- reduces exposure to gas,
- reduces exposure to ETS,
- and can stabilize costs through PPAs or self-consumption.
Future environmental restrictions and permits
Although there is no ban today, the trend is clear:
- The cost of the environmental license increases with fossil boilers.
- Emissions scrutiny is higher.
- Equipment replacements will tend to require low-carbon technologies.
This is not a “ban”, but a regulatory fence that, little by little, makes gas less competitive.
Can you install industrial gas boilers? Yes, but:
- ❌ You will not get grants.
- ❌ You are fully exposed to the cost of CO₂.
- ❌ You risk stranded assets in 5-8 years.
- ✔️ Cost-effective electrical alternatives are available, especially for steam processes < 200 °C.
Comparative table: gas restrictions in Europe by country
| Country | Urban buildings (new construction) | Industry (thermal processes) | Comment |
|---|---|---|---|
| Austria | Ban on fossil boilers in new buildings. | No specific ban. | Building very advanced; industry pressured by ETS. |
| France | Gas banned in new construction (RE2020). | No ban, but subsidies prioritize electrification. | Leader in building transition. |
| The Netherlands | Gas off new construction (~2026). | No ban, but strong pressure towards electric steam. | Highly electrified country. |
| Germany | GEG: ≥65% renewables → pure gas not viable. | No general ban; affected by ETS. | Strong incentives for industrial heat pumps. |
| Denmark | Fossil out of new construction for years. | No direct ban. | Almost “gas-free” country in buildings. |
| Ireland | Gas banned in new construction from ~2025. | No direct ban. | Regulations closely aligned with EPBD. |
| Spain | Still no explicit national ban, but EPBD pushes towards it. | No ban, but no support for fossil fuels; ETS applies. | Gradual evolution, depends on Autonomous Regions. |
Gas is running out in buildings… and in industry “it is not prohibited”, but it is becoming a worse business.
The public narrative sometimes mixes everything in the same bag, but they are two different worlds: in buildings, gas is finished. In industry, gas is still allowed, but:
- without assistance,
- with full exposure to CO₂,
- with volatility,
- and with future risk of obsolescence.
For many industrial plants, electrifying steam is no longer just an environmental option, but a smart financial decision. Contact us and we will help you design the optimal solution for your facility.