HUMIDITY CONTROL
The future of industrial heating: looking beyond electrification
As businesses across the UK work towards Net Zero targets, the way we heat our buildings is coming under increasing scrutiny. For many industrial and commercial facilities, the conversation is often centred around replacing gas-fired heating systems with electric alternatives. While electrification is undoubtedly an important part of the journey, it is only one piece of a much bigger picture
T
here is no doubt that electric warm air heating offers several advantages. With zero direct emissions at the point of use, reduced maintenance requirements and greater control
over temperature, it aligns well with the industry’s drive towards cleaner, more sustainable buildings. As the electricity grid continues to decarbonise, these benefits are only set to grow. However, simply changing the heat source does not automatically create an energy- efficient building.
One challenge that continues to affect
warehouses, manufacturing facilities and other large-volume spaces is thermal stratification. Put simply, warm air rises. In buildings with high ceilings, this can result in large amounts of heat collecting at roof level while occupants remain at floor level, where temperatures can be significantly cooler. The heating system works harder, energy consumption increases, and much of the heat generated is never fully utilised. This is why the industry is increasingly
recognising the importance of looking at how heat is distributed, not just how it is generated. Destratification is a simple but highly effective way of addressing this challenge. By gently recirculating warm air back down into the occupied space, destratification fans help create a more even temperature throughout the building. The result is improved comfort, reduced energy waste and a lower demand on the heating system itself.
In many cases, businesses can achieve significant reductions in heating costs simply by making better use of the heat they are already producing. At the same time, improved air movement can help reduce condensation, minimise stagnant air pockets and create a healthier indoor environment.
As the building services sector continues to navigate the transition to lower-carbon technologies, the most successful projects are likely to be those that take a comprehensive view of building performance. Heating systems, controls, ventilation and air movement all have a role to play. The future of industrial heating is not simply about switching from gas to electric. It is about understanding how buildings behave and ensuring every unit of energy is used as effectively as possible. By combining low- carbon heating technologies with smarter air management strategies, organisations can make meaningful progress towards both their sustainability and operational goals.
Tom Shiers, business development manager – industrial temperature control, Humidity Solutions
For advice on improving heating efficiency and reducing energy costs within your facility, contact Humidity Solutions on 01372 571 200 or email
info@humiditysolutions.co.uk.
EXPLORE WAYS TO REDUCE ENERGY COSTS AND YOUR CARBON FOOTPRINT
+ Air Curtains
+
Destratification Fans
+
Electric Warm Air Heating
+ Adiabatic Cooling
Humidity Solutions helps industrial and commercial buildings reduce energy waste, improve comfort and maximise heating performance through climate control and destratification.
Contact us to find out about market-leading solutions
T: +44 (0)1372 571 200 E:
info@humiditysolutions.co.uk W:
humiditysolutions.co.uk
Humidity Solutions hp BSEE
Jul26.indd 1 22 BUILDING SERVICES & ENVIRONMENTAL ENGINEER JULY 2026
Read the latest at:
www.bsee.co.uk 23/6/26 11:25
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