
ESFA Framework : new schools for England
We have completed 18 schools on this £8 billion framework, with 4 more now under construction.
Read moreThis is the leading edge of science; a 90 Tonne ‘cyclotron’ cooled to – 269C that spins ionised hydrogen at two-thirds the speed of light and creates a beam of protons which can deliver cancer therapy with millimetre accuracy.
Making that happen is serious engineering and TClarke have played a major role, working in London’s biggest excavation, in basement areas five storeys and 28.5 metres deep, precision-installing our own prefabricated modules which form part of the Proton Beam installation.
These modules contain electrical conduits from 160mm down to 35mm, including Stainless Steel Chilled Pipes, 500mm Ventilation ducts, Medical Gas Pipes, 350mm Cyclotron Quench Pipes and Vacuum pipes, Where it wasn’t feasible to install modules TClarke installed over 2800m of loose lay conduits, a combined total over 8000 metres of plastic conduits and over 400m of Stainless steel pipes. All of these are buried beneath approximately 21,000 cubic metres of concrete.TClarke delivered the full service of precision manufacture and installation of prefab modules.
“We have had total control from design through manufacture to installation. This has allowed us to offer our clients the precision engineering a project like this demands.”
Clive Carr, Director, TClarke London
Highlights from our work on the Proton Beam project
We built modules of exceptional accuracy. We installed them to tolerances of +/- 10mm, working closely with Bouygues. We're proud to be part of this breakthrough facility.
We have completed 18 schools on this £8 billion framework, with 4 more now under construction.
Read moreIQL S5 is the new home to the UK’s FCA. We’ve introduced major technical advances – both in installation and offsite manufacture
Read moreThe TClarke installation in these flagship homes is a great showcase for the consistent quality our teams achieve
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