18
COMMENT
Architects have a professional and moral responsibility to protect both planetary and human health
undermines the sustainability claim and creates a carbon debt that lasts for decades to centuries. In January 2018, over 800 scientists – including Nobel laureates – warned the EU Parliament against forest biomass burning. Their message was clear: harvesting wood specifi cally for combustion increases atmospheric carbon even if forests regrow.
If architects and planners are serious about embodied carbon and resource effi ciency, promoting the combustion of a material that could otherwise store carbon or serve in long-lived construction makes little sense. Burning wood emits more CO2
than fossil fuels due to its ineffi ciency. Worse still, scientists caution that adding carbon now risks triggering irreversible damage, glacier melt, permafrost thaw, and ocean acidifi cation.
The resilience argument
Stoves are often marketed as providing heat security during power cuts. But designing pollution into every home for an occasional event is not resilience – it is regression. Cleaner, future proof options exist: battery storage, solar PV with backup, hybrid systems, or district heating redundancy. For rural homes, combining insulation upgrades with local renewable generation offers far greater reliability and comfort, without harming health.
Policy does not equal best practice The Scottish Government’s U-turn and the Future Homes Standard’s allowance for stoves do not refl ect scientifi c consensus. They refl ect political compromise and industry lobbying. Permitting a technology is not the same as endorsing it as best practice. Architects should lead with independent evidence and ethics, not follow industries whose business models depend on perpetuating combustion.
The role of architects
particulate matter (PM2.5) is one of the most dangerous pollutants known, and linked to asthma, heart disease, dementia, and premature death. The World Health Organisation has confi rmed there is no safe threshold for exposure. Installing a pollution source inside a sealed, high-performance home directly undermines occupant health, their neighbours’ health and national air quality goals. Are we happy to continue to use the life-giving shared resource, our air, to dispose of our toxic waste?
Sustainability & supply chains The stove industry’s portrayal of wood as a local, circular fuel masks its true environmental cost. Large volumes of logs are kiln- dried–consuming signifi cant energy and many are imported from across Europe or further afi eld, adding transport emissions. Even domestic supply involves cutting, processing, and distribution, all of which carry carbon costs. Truly local, properly seasoned wood is scarce and cannot scale sustainably. Crucially, burning happens far faster than growing. This
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Architects have a professional and moral responsibility to protect both planetary and human health. We cannot ignore the evidence that domestic wood burning worsens air quality, accelerates carbon emissions, and introduces toxic pollutants into homes and neighbourhoods. Warmth and atmosphere in a living space are products of design
quality, not combustion. The notion that a wood stove adds ‘character’ belongs to the past – not to a Future Homes Standard built around clean air, effi ciency, and decarbonisation.
Conclusion Wood burning stoves are neither low carbon nor low impact. The industry’s narrative of sustainability and resilience collapses under scrutiny. Policy may permit stoves, but architects are not obliged to specify them. Our duty is to design for health, integrity, and a genuinely sustainable future – one that leaves wood burning fi rmly in the past.
Ben Paul is a director at Neu Architects ADF JANUARY 2026
per unit of energy
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