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

Brierley Hill Medical Centre

Project Overview

Project

Brierley Hill Medical Centre

Client

Dudley South Primary Care Trust and Infracare

Architect/Consulting Engineer

Steffian Bradley Associates

Contractor

Carillion Planned Maintenance

Distributor

Pipe Centre (Nottingham)

Specification

Crane FS ProBalance Balancing Valves
Download case study as PDF

The 11,000sq m Brierley Hill Medical Centre provides 21st Century healthcare facilities for Dudley Primary Care Trust. Installed with a low energy M&E package, half of the building will be naturally ventilated and the other half will rely on traditional HVAC systems.

Over 1,200 Crane ProBalance valves control the heating and chilled water flow through fan coil units within the 5 storey building. Crane’s ProBalance bronze balancing valves use fixed orifice technology to ensure fast commissioning and enhanced regulating performance. The compact design means they take up less space and the integral orifice reduces the need for on-site jointing, resulting in reduced installation costs for the contractor.

Related Projects
skinners
Education
The Skinner’s Kent Academy

Supplied DPCVs, helping to reduce energy consumption and save money for Kent County Council.

Read Case Study
uni-glasgow
Education
University of Glasgow Gilmorehill Campus

A learning & teaching hub consisting of two large lecture theatres that can be configured together as one 800-seater.

DownloadRead Case Study
great-blakenham
Infrastructure
Great Blakenham Energy from Waste Facility

The Energy from Waste Facility at Great Blakenham, Suffolk will receive and incinerate waste to create energy from homes all over the country.

Read Case Study
9-elms
Mixed Development
Nine Elms, London

A modern mixed-use project, using Crane FS’ Dominator Peak Pro

DownloadRead Case Study
University of Birmingham
Education
Molecular Sciences Building, University of Birmingham

Crane Fluid Systems have supplied DPZV valves for the construction of the new Molecular Sciences building at University of Birmingham.

Read Case Study