Part of this massive £500m station redevelopment project, started in 2013 and completed in 2018, ESH were contracted to design, supply and install a frost protection trace heating system to internal steel sprinkler pipework. The dual circuit system complete with change-over monitoring controllers was designed to maintain the pipework at +5°C in an ambient of -15°C.
Just under 2000 metres of type VCBOJ constant wattage heating cable was supplied and installed during this project.
Within this new Academy in Telford, ESH supplied and installed a frost protection trace heating system to the external LTHW pipework associated with six air handling unit's. Constant wattage heating cable type VC was used throughout this project.
Part of the UCL Department of Mechanical Engineering this brand new laboratory is in the heart of London. Here ESH designed, supplied and installed trace heating to provide frost protection to the CHW and LTHW pipework. In total over 250 metres of type VCBOJ constant wattage heating cable was installed by our engineers.
Within this brand new state of the art academy, set to open in September, ESH designed, supplied and installed a frost protection trace heating system to the external LTHW and BCWS pipework on the buildings roof.
Part 2 of this Flocktons project saw ESH design, supply and install a second storage tank frost protection system. Again using type FBT self regulating trace heating cable, this tank required only the lower half protecting. 150 metres of heating cable was installed in total to this 2.5m dia x 6.5m high storage tank.
Once finished, this giant building will become one of the UK's largest ever distribution centres constructed, covering a site of 45 acres. Here ESH supplied and install a trace heating system to provide frost protection to the external CHW and MCWS pipework. Type VC constant wattage heating cable was used throughout this project.
ESH were contracted to design, supply and install a frost protection trace heating system to a large storage tank, 3.5m dia x 6.5m high. In total over 220 metres of type FBT self regulating heating cable was installed to achieve the required heat loss replacement.
For this waste water treatment project, ESH designed, supplied and installed over 600 metres of self regulating trace heating cable. The site requirement was to frost protect the external ABS pipework at +5°C in a minimum ambient temperature of -20°C. Type FBT heating cable was used throughout this project.
ESH were contract to provide frost protection trace heating to external pipework and a large vessel. Just under 800 metres of type FBT self regulating heating cable was supplied and installed on site to prevent the formation of ice.
Part two of this large trace heating project, saw ESH supply, design and install a trace heating system to frost protect the chilled water and basic cold water pipework on top of the office roof. The system was designed to use our type VC constant wattage heating cable, of which, over 600 metres was installed during the first part of the project.
Rackspace is a world leader in cloud computing and hosting and 5 Hyde Park is the home of their UK headquarters.
This facility will provide South West Devon with one of the most efficient energy from waste plants in Europe. For this large frost protection application, ESH split the project into two separate systems:
- System one was designed, supplied and installed with type VC constant wattage heating cable onto the range pipework, the manifolds and gel skid pipe, incoming feed, deluge and cannon feed pipes.
- The second system was for the frost protection of 400mm NB steel pipework associated with two hose reels. ESH supplied and installed type ESRS self regulating cable in order to prevent the pipework temperature dropping below +5°C.
ESH supplied and installed a trace heating system to provide frost protection to two runs of BCWS pipework. Type VCBOJ constant wattage heating cable was installed onto the external metal pipes and controlled using STCI thermostats.
ESH were contracted to repair four runs of frost protection heating tape originally installed by others, on two chilled water pipes and two heating pipes.
Frost protected three runs of external stainless steel pipework, including drinking, shower and soft water pipework. The system was designed using type FBTBOJ self regulating heating cable.
One for the chocolate lovers! ESH supplied and installed a frost protection trace heating system to a little under 300 metres of external pipework. This comprised of various services of stainless steel pipework up to 76mm.
ESH supplied and installed FBTBOJ self regulating heating cable in order to frost protect 1" and 2" plastic pipework at +5°C in a minimum ambient temperature of -20°C.
Within this brand new headquarters building for technology manufacturing group SEM, we were contracted to supply and install a frost protection trace heating system to the chilled water pipework associated with three chillers. The system was designed using type VCBOJ constant wattage heating cable and controlled via JBTA thermostats.
The Energy Safety Research Institute (ESRI) is a brand new 3800sqm building on Swansea's Bay Campus. ESH designed, supplied and installed a frost protection trace heating system to over 600 metres of external pipework on the buildings roof area. Pipework, which comprised of BCW, LTHW and CHW pipes up to 100mm NB, was straight traced using our constant wattage heating tape type VCBOJ.
The Abbey library is the largest private library in the South West of England and holds one of the largest collections of research material in the UK. Within this fabulous building, ESH supplied and installed a frost protection trace heating system to the external pipework in the basement area. The pipework comprised of LTHW, CHW and sump-pump pipework up to 50mm NB. Two buffer vessels approximately 1.8m tall were also frost protected.
Part of this massive £500m station redevelopment project, started in 2013 and completed in 2018, ESH were contracted to design, supply and install a frost protection trace heating system to internal steel sprinkler pipework. The dual circuit system complete with change-over monitoring controllers was designed to maintain the pipework at +5°C in an ambient of -15°C.
