Durapipe pipework serves Manchester apartments

Durapipe
The water and drainage requirements for the 213 apartments of Potato Wharf in Manchester are met using Durapipe pipework systems.

In response to ever-tightening budgets and deadlines for two apartment developments in Manchester, a variety of pipework systems from Durapipe have been specified and installed by contractor Hirst & Danson.

The developments of Flint Glass Wharf and Potato Wharf use Wefatherm PP-R for the boosted cold water and Akatherm HDPE for drainage.

The Wefatherm pipework was supplied in sizes from 15 to 160 mm for the boosted cold-water system, which transfers water from the mains outlet to each apartment in the blocks. Its quick and easy installation was more cost-effective than steel or copper.

For the soil and rainwater drainage requirements, Akatherm in sizes from 110 to 160 mm was installed. Some pipework is installed outdoors, for which its high impact resistance is an important feature.

Darren McVeigh, project manager with Hirst & Danson, comments, ‘I have worked with both Wefatherm and Akatherm systems on previous similar apartment developments with great success. The products have always been quick and easy to work with during installation, whilst offering high performance benefits to the end user.’

For more information on this story, click here: Feb 09, 80
Related links:
Related articles:



modbs tv logo

Baxi survey reveals care home leaders need support to achieve heat decarbonisation goals

Baxi recently surveyed over 400 senior and middle management care home managers in both the private and public sector this summer in an effort to understand the enablers required to help decarbonise the sector.

CIBSE launches Society of Vertical Transportation to elevate standards worldwide

CIBSE has officially launched the Society of Vertical Transportation (SoVT), an international professional community for individuals and organisations working across the design, engineering, installation and innovation of lifts, escalators and emerging vertical mobility systems.