Turnbull & Scott
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Turnbull & Scott
Over 80 years experience delivering heat transfer projects across a variety of industries including: energy, nuclear, chemical, food & drink and pharmaceutical as well as the public and commercial sectors. Whether you need a space heating solution for a minimalist styled modern commercial or public building, or for an industrial space, check out our unique range of products: Air Curtains, Trench Heating, Finned Tube Radiators Industrial Unit Heaters, and please call us if you'd like assistance with product selection.

We design and manufacture high-end, robust heat exchanger products including: Heating & Cooling Coils, Air Blast/Dry Air Coolers, Air Cooled Steam Condensers and Heat Recovery Economisers, in the UK, for a wide variety of industrial applications. We design and manufacture high-end heat exchangers, (Heating & Cooling Coils, Air Blast/Dry Air Coolers, Air Cooled Steam Condensers and Heat Recovery Economisers) in the UK, for a wide variety of industrial applications.

Whether you are seeking solutions for minimalist styled modern commercial or public building products such as Air Curtains, Trench Heating, Finned Tube Radiators or Industrial Unit Heaters, we can help.
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Founded in 1933, Turnbull & Scott's roots are embedded in the world renowned textiles industry in the Scottish Borders, where we have supported the vital steam and hot water infrastructures across the mills throughout the decades.
Over the last 90 years we have continually built upon those foundations and developed an enviable body of knowledge and expertise in design and manufacture of heat transfer products and solutions.
Now, with two divisions, Industrial Heat Exchangers and Commercial Industrial Heaters, we work across the full spectrum of manufacturing and process industries in the UK and beyond as well as the public and commercial sectors.
Turnbull & Scott designs and manufactures high-end heat exchangers in the UK, for a wide variety of industrial applications within traditional power generation, low-carbon CHP, nuclear, food processing, oil and gas, petrochemical, paper and packaging, and pharmaceutical industries.
The technical design team has a wealth of expertise in thermodynamics and heat transfer and welcomes enquiries at the earliest stages of project development.
What is a Heat Exchanger?
A heat exchanger is a device which transfers (or exchanges) heat from one fluid to another.
Turnbull & Scott custom design and manufacture extended surface, finned, plate-fin and plain tube crossflow type heat exchangers (also known as 'coils') for the broadest range of industrial heating, drying, dry cooling and heat recovery applications.
Our robust heat exchanger coils and batteries are renowned for their thermal performance, reliability and longevity.
They can be found in the most challenging environments.
We supply end-user clients for both new installation and refurbishment projects and also OEM clients who integrate our high-grade coils into their heating, drying, cooling & heat recovery equipment.
Commerical & Industrial Dry Air Coolers for the broadest spectrum of Applications & Industries.
Our Commercial & Industrial grade Dry Air Coolers are designed and built to fulfil any installation and application requirement.
Our heavy duty range of industrial grade Dry Air Coolers are custom designed for customers operating in challenging environments with exacting requirements.
Dry Air Coolers, variously known also as Air Blast Coolers or Fin Fan Coolers, are part of the 'Dry Cooling' technology family along with Air Cooled Condensers.
Capture and re-use waste heat to drive energy efficiency and enviromental performance forward.
Boiler economisers are tried-and-tested technology for recovering heat from flue gases.
They improve thermal efficiency by as much as 95% and can save fuel costs by 4-6% per year.
Improving thermal efficiency cuts fuel consumption resulting in significant cost savings often in the region of 4-6% p.a.
The operational efficiency of a boiler is measured by the percentage of the fuel input energy that is eventually delivered as useful heat output.
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