Douglas Delabie helps student accommodation save water

Douglas Delabie, plumbing, water saving

Douglas Delabie water-saving products for shower rooms are being installed as part of a 3-phase project for new student accommodation at Oxford Brookes University. Plumbing contractor Off Site Solutions installed Advance Elite shower valves and kit units and Tempostop self-closing taps with integral flow regulators into shower-room pods that could be dropped in on site.

Bob Purdom, commercial director with Douglas Delabie, says, ‘Our products were selected for their durability, easy installation and low maintenance. Water savings were a significant consideration for this project too because of the large number of end users and potentially high water wastage through conventional showers and taps.’

For example, the regulated water flow of the Advance Elite thermostatic shower mixing valves has been reduced from 10 l/min to 9 l/min, qualifying it for the Water Technology List. The flow rate from the Tempostop basin tap is now preset to just 4 l/min.

Each phase of the project will require about 176 showers and 352 taps.

For more information on this story, click here: MAY10, 142
Related links:
Related articles:



modbs tv logo

BCIA welcomes tougher commercial building energy standards but calls for greater ambition across the wider sector

The Building Controls Industry Association (BCIA) has welcomed the government’s confirmation that privately rented non-domestic buildings over 1,000 square metres in England and Wales will be expected to achieve a minimum EPC B rating by 2031, describing the move as an important step forward in improving the energy performance of the UK’s commercial building stock.

GOLDBECK commits to three-year schools partnership to inspire Cardiff’s future construction talent

GOLDBECK has launched a new long-term education initiative in Cardiff, committing to support three local primary schools as part of a programme designed to introduce young children to enterprise, careers and the wider world of construction.