Hot-water systems avoid risk of legionella

stokvis
By avoiding the need to store large quantities of hot water, the use of Stokvis packaged plate heat exchangers address legionella issues associated with domestic hot water.
Stokvis Energy Systems is promoting its packaged plate heat exchangers as an economical approach to delivering domestic hot water (DHW) while addressing the risk of legionella. This approach avoids the need for storing large quantities of hot water, instead providing DHW by heating cold mains water directly on demand. These packaged units comprise a series of vertically mounted, corrugated plates in a sandwich structure and can be used with primary and secondary contra-flow systems. The corrugations create a greater surface area and turbulence between the plates to achieve a high degree of heat transfer. For convenience of installation, these units include pumps and motorised primary control valve. They also include controls for temperature, time, safety and flow, return and cold feed. A recent innovation is the C Series of Econoplate plate heat exchangers. They are designed to operate at lower flow and return temperatures and operate well with condensing boilers.
Related links:



modbs tv logo

BCIA welcomes tougher commercial building energy standards but calls for greater ambition across the wider sector

The Building Controls Industry Association (BCIA) has welcomed the government’s confirmation that privately rented non-domestic buildings over 1,000 square metres in England and Wales will be expected to achieve a minimum EPC B rating by 2031, describing the move as an important step forward in improving the energy performance of the UK’s commercial building stock.

GOLDBECK commits to three-year schools partnership to inspire Cardiff’s future construction talent

GOLDBECK has launched a new long-term education initiative in Cardiff, committing to support three local primary schools as part of a programme designed to introduce young children to enterprise, careers and the wider world of construction.