Byworth Boilers Direct Industry Full Range

Hot water boiler
100 - 1 100 kW, max. 95 °C | PHW series
The PHW is a reverse flame wetback shell hot water boiler, economical in both purchase price and running costs without compromising reliability.
Their simple operation makes these boilers ideal for low pressure commercial heating and process applications.
- High efficiency
- Low NOx emissions
- Reliable and easily maintained
- Generous shell and furnace sizes
- Easy access for cleaning and inspection
- Flow and return connections arranged to achieve optimal internal circulation and even heat distribution
- Designed for LTHW systems

Fire tube superheated water boiler
1 000 - 10 000 kW, max. 180 °C | DALESMAN series
The Dalesman is a traditional three pass wetback shell hot water boiler, and is ideally suited to cope with the rigours and continual heavy workload demanded for commercial heating and industrial process applications.
The Dalesman high and medium temperature versions incorporate the unique X-ID boiler tube. With special helical internal ribs this tube increases heat transfer from tube to water space, making the Dalesman a most energy efficient hot water boiler.

Steam accumulator
If you’re running a little short on steam, the solution may be to install a steam tank or steam accumulator.
The steam tank acts as a buffer for steam storage, evening out the load on the boiler in processes where the steam demand shows characteristic peaks and troughs.
Each steam tank is custom made to suit your specific needs, and is certified to British Standard.

Portable boiler room
250 - 6 000 kW/h
- Modern fleet of top quality boilers
- Units built in Byworth factory
- Short and long term hire
- Rapid response
- Gas, oil or dual fuel options
- Full back up support
- Installation, commissioning and training
- Nationwide coverage
- Competitive rates
- Purpose built units for long term projects

Feed water tank for boiler
The temperature of the water being fed to the boiler is of paramount importance. Water which is too cold may cause thermal shock and structural damage to the boiler, and will certainly have an adverse effect on the overall energy efficiency of the boiler. Water which is too hot can cause irreparable damage to the feed pump, leading to costly loss of production.

Blow-down, expansion and cooling module for boiler
All steam boilers must be regularly blown down to reduce the concentration of suspended and dissolved solids in the boiler water. As this waste is under pressure and at extreme temperature there must be a safe means of storage and cooling (to below 43 degrees C) before discharging to general drainage. The HSEs PM60 gives full details of safety requirements for blow down vessels.

Heat recovery module for boiler
The typical temperature of flue gases flowing from the final pass of tubes from a 3 pass wetback 150 psi steam boiler would be 240 degrees C. This heat is then lost up the chimney to atmosphere but some of it could be recovered utilising a flue gas economiser, and used to pre-heat the boiler feed water. Hotter feed water requires less fuel input to raise steam, therefore saving fuel costs and reducing carbon emissions.