Part of the Building Schools for the Future programme (BSF), this 1000 pupil high school and college required some trace heating work completed before it re-opens its doors in September. ESH were contracted to supply and install two trace heating systems to perform the following duties:
- Provide frost protection to the schools BCWS pipework
- Temperature maintenance of the DHWS flow and return pipework at +55°C
ESH designed, supplied and installed a trace heating system to temperature maintain a hopper at +100°C. Mineral insulated heating tape was fixed to the body of the hopper in order to achieve the desired temperature.
Oxford University's £70m Mathematical Institute is just one part of this £200m redevelopment of the 10-acre site.
ESH were contracted to design, supply and install a frost protection trace heating system to the external CWM pipework. Type FBT self limiting heating cable was used throughout this project.
ESH supplied and installed a trace heating system using type FBT self regulating heating tape to provide frost protection to various external pipework.
Our second project here at this Sheffield based hospital saw ESH design, supply and install two separate trace heating systems:
- The first system was designed using our type FTB self limiting heating tape to provide frost protection to external chilled pipework
- The second frost protection system on the HTG pipework was Raychem specified, 70m of Raychem FS-A-2X heating tape was supplied and installed
Supplied and installed trace heating, insulation and metal cladding to external pipework to prevent ice formation within the pipes.
Designed, supplied and installed a frost protection trace heating system to two runs of metal pipework containing cold water. One run of pipework was leading to the turbo dissolvers, the other to the heat exchangers. Type FBTBOJ self regulating heating cable was installed throughout.