Previous :
Smart Impulse, an eco-friendly solution to help manage your building’s power consumption
Next :
In the shoes of a doctoral candidate
Wednesday July 4th, 2018
On Tuesday 19th of June, an epic milestone for the Bouygues UK’s UCLH site in central London took place. The cyclotron, the device that will supply the power for the proton beam therapy (PBT) centre at UCLH, was successfully delivered and installed.
The 90-tonne cyclotron
PBT is a form of radiotherapy that destroys cancer cells with pinpoint accuracy with less damage to surrounding tissue. This is particularly important for children and young people, and when cancers are in certain parts of the body.
Télécharger l‘image
What UCLH will look like in 2020
Bouygues UK, in collaboration with Bouygues Travaux Publics, is delivering the PBT centre for UCLH, which, once completed in the summer of 2020, will treat up to 750 patients every year. The delivery of the cyclotron is a technically complex and exacting process that Bouygues UK and our experienced infrastructure colleagues at Bouygues Travaux Publics have spent months preparing for so congratulations to the entire project team for their enormous effort in reaching this fantastic milestone!
Télécharger l‘image
The cyclotron being lifted to its vault
The cyclotron is the size of a family car and weighs the same as seven London buses. Having travelled 400 miles from Germany to UCLH, the machine was successfully lowered into its especially constructed vault.
Télécharger l‘image
Some info on the cyclotron
The cyclotron is cooled by liquid helium to -269˚C and accelerates ionized hydrogen gas to two-thirds the speed of light (over 100,000 miles per second). The protons are then guided using huge magnets, along a beam line to the treatment room where they are delivered with millimetre accuracy to target the cancer.
Télécharger l‘imageBouygues Bâtiment Ile-de-France, Parisian subsidiary of Bouygues Construction, is the first construction company in France to set up a common tower, which is on the Tour Alto construction site in La Défense.
YHNOVA, a social housing unit built using BatiPrint3D™, an innovative 3D printing technique, was opened on 21 March in Nantes. This Bouygues Construction R&D project is part of an experimental construction site run by Bouygues Bâtiment Grand Ouest.
Manhattan Loft Corporation, Bouygues UK and VSL have carried out a tall order: the construction of Manhattan Loft Gardens, one of London's highest buildings.
This is THE major international innovation event that cannot be missed: VivaTech is back for a 3rd edition, from 24 to 26 May. Surrounded by partner start-ups, Bouygues Construction will be there to present its innovative technologies and services for well-being on and around its construction sites.
Seen as the new "black gold" of our society, data, and particularly the use of data, is central to the strategy of organisations, services and, more recently, local government.
Last June, a second group began the Bouygues Construction R&D acceleration programme, organised with Schoolab. The goal: provide six months of support and coaching for several Group employees with innovative ideas. A concrete investment in the future!
On July 27, after 40 months of works, the production and engineering teams of the Arélia consortium, made up of Bouygues Bâtiment Ile-de-France and Bouygues Energies & Services, handed over the Paris Law Courts, located in the Clichy-Batignolles eco-neighbourhood to the north of the capital.
A few kilometres from Ouarzazate, in the heart of Morocco, is one of the world's five largest solar farms.
The 2nd edition of VivaTech, one of Europe’s biggest innovation events where 50,000 are expected, will take place from 15 to 17 June. Roland Le Roux, Director of Open Innovation, gives us a sneak peak at the technologies Bouygues Construction will be presenting, as well as the start-ups in attendance.
0 CommentYour comment has been sent, thank you! It will appear after validation by the webmaster.