Water Supply Scheme Provides Around 50 Million Litres of Treated Drinking Water Daily (Video)

Published on by in Case Studies

Water Supply Scheme Provides Around 50 Million Litres of Treated Drinking Water Daily (Video)

The award winning Kerry Central Regional Water Supply Scheme at Lough Guitane is one of the largest in the country and can provide 51 million litres of treated drinking water every day to over 62,000 customers in the communities of Killarney, Tralee, Castleisland and Castlemaine.

Killarney is “Ireland’s tourism capital”, receiving 1.1 million visitors annually, supporting over 3,000 local jobs and generating €410 million every year. The €30 million upgrade to the Kerry Central Water Supply Scheme is a key element in ensuring the continued economic prosperity of the region by putting in place the necessary infrastructure for the provision of a safe and reliable water supply and safeguard the region’s reputation as a world famous tourist destination.
 
The scheme’s new water treatment plant is amongst the largest in the country and provides over 50 million litres of drinking water every day, with the improved quality of water available now meaning the 62,000 local customers have been removed from the Environmental Protection Agency’s Remedial Action List (RAL).

Glan Agua was appointed as Design Build Operate Contractor for the scheme. Irish Water, in association with Kerry County Council, acted as the Contracting Authority and oversaw the Project from inception to final commissioning phase. Construction commenced in April 2016 and was substantially completed within a 24-month period, on budget and to a very high standard.

This contract represents the continued growth for Glan Agua in the DBO Water services market and successfully demonstrates our ongoing commitment to working collaboratively with Irish Water, KCC, Nicholas O'Dwyer Ltd, TOBIN Consulting Engineers to deliver such a substantial project on programme and on budget.

Source: MEIC Group

Attached link

http://www.youtube.com/embed/vSERGhhUZOY

Media

Taxonomy