PECM Issue 78 2026 | Page 28

Babcock Wanson extends range to large shell boilers & heat recovery steam generators for high demand applications

BOILERS & MAINTENANCE FULL-SPECTRUM BOILERS

BABCOCK WANSON
Babcock Wanson extends range to large shell boilers & heat recovery steam generators for high demand applications
Babcock Wanson UK, a leading supplier of industrial process heating equipment and solutions, has announced the extension of its product portfolio to encompass large high pressure firetube boilers up to 50barg and output to 70 t / h and watertube boilers up to 90barg and 150t / h, along with heat recovery steam generators( HRSGs), making it the only company in the UK capable of providing the complete spectrum of industrial boiler solutions— from compact coil type steam generators through to large, high output watertube systems.
The addition of large-scale boiler systems designed for the most demanding industrial applications has been brought about through the integration of German company VKK Standardkessel into the Babcock Wanson Group. The full VKK range is now available through Babcock Wanson UK, supported by its renowned local service and engineering expertise. By offering VKK Standardkessel boilers in the UK, Babcock Wanson UK brings together advanced German engineering with its own proven capability for total system design, local project management, and after-sales service. Customers benefit not only from tailor-made, high-capacity boiler technology but also from Babcock Wanson
UK’ s on-the-ground expertise in installation, commissioning, UK regulatory compliance and maintenance.
The VKK product portfolio available through Babcock Wanson UK covers a wide range of industrial energy needs. It includes single and double flame watertube boilers, hot water boilers, highpressure steam generators with or without superheaters, and HRSGs for combined heat and power applications. The unique Condor range combines watertube and firetube technology to deliver high pressure, low emissions and superheated steam from a
28 PECM Issue 78