<<<<<<< HEAD ======= >>>>>>> T98332-embodied-carbon-form
Our genius is valves ®
arsenal-emirates

Arsenal Emirates Stadium

Project Overview

Location

London, UK

Contractor

MJN Colston Limited (Croydon)

Specification

Crane FS Dominators ProBalance balancing valves
Download case study as PDF

Crane Fluid System ProBalance Dominators & Balancing Valves have been installed in the 60,335 capacity home of Arsenal Football Club, the Emirates Stadium, North London.

The heating and air-conditioning of the office building and player’s changing rooms are controlled by fan coil units, in which the Dominator is installed. Completed in August 2006, the football stadium has four tiers of seating covered by 30,000 sq. metres of roofing, which makes it the second  largest football stadium in England, second only to Manchester United’s, Old Trafford.

In 2004, Emirates Airline signed a fifteen year contract for the naming rights of the stadium, a deal worth approximately £100 million.

 

Related Projects
uni-northampton
Education
University of Northampton Waterside Campus

The facility includes 1200 student rooms and a 32 bed hotel.

DownloadRead Case Study
seashell-trust
Mixed Development
Seashell Trust, Manchester

An exciting project in the North West has utilised Crane Fluid Systems valves. The quality and stock availability were key in winning selection for the build.

DownloadRead Case Study
beirut
Leisure
ABC Verdun, Beirut

A $300M development, comprising a 10,000m2 ABC department store as well as housing 6,000m2 of entertainment & leisure facilities and 1,800 m2 of garden space, fronted by boutique retailers and cafe seating.

DownloadRead Case Study
DPZVs in Thames Valley Police F Block
Public Sector
Thames Valley Police F Block Project

Crane FS’s DPZVs are selected for use on the radiator system of Thames Valley Police HQ F Block in Kidlington, Oxfordshire

DownloadRead Case Study
ritz-carlton
Leisure
The Ritz-Carlton, Jordan

A luxury hotel comprising 228 guest rooms, 34 of which are spacious suites.

DownloadRead Case Study