PSS HIRE has the experience, expertise and product range to service some of the UK’s most high profile projects. The following case studies demonstrate our involvement in the sectors we operate.
Featured Case Studies
CPC Civils were awarded a scheme of work laying 8km of 450mm and 560mm SDR 11 PE Pipe to the town of Stroud in Gloucestershire.
J C Balls were tasked with laying a new drainage pipe of approximately 150yards linking newly constructed holiday lodges to a pumping station they had already built.
As part of a £5 million scheme carried out by Severn Trent Water to renew the water main and secure future water supplies, a large section of underground water pipe was replaced beneath Anstey Lane, one of the busiest highways in Leicester.
The introduction of the Click Stick into the PSS HIRE fleet has been game changing for our customers and has drastically reduced safety risks when breaking out mains across the gas and water sectors.
The London Gas Mains Replacement Project involves the upgrade of more than 1,800 miles of metal gas mains in London before 2021.
Balfour Beatty is one of the UK’s largest utility solutions providers and the company has been selected as a Construction Delivery Partner on the United Utilities water contract.
PSS HIRE long term supplier to Balfour Beatty on United Utilities Water Contract.
Corrie Construction were involved in a demanding water mains replacement project which involved replacing 800m of asbestos cement mains pipe with new PE pipe. This project was carried out in the small village of Kilmichael, which despite its size is extremely busy with local traffic. The water mains pipe needed bursting and the new pipe pulling through.
Due to the vast expansion of Newark-on-Trent, and the potential of further homes being built in the local area over the coming years, Heartland Pipelines were tasked with laying dual pipe of 450mm and 560mm on a 6km stretch.
As part of a major upgrade of the electricity infrastructure in Scotland, this project involves the design and construction of a 9.3km Overhead Line Route from Fort William Grid Substation to Lundavra. The existing grid supply is being reinforced and equipment that is almost 50 years old is being replaced. The project involves the construction, refurbishment, dismantling and commissioning of 33kV, 132kV and 275kV steel towers and 132kV wood pole overhead lines.
The scheme was to replace 300 metres of 4 inches of cast iron gas mains pipe and replace with 125mm polyethylene.
The existing sewerage main running through Wigton Lane was in poor condition and leaking at points which wasn’t very pleasant. This scheme was to replace the existing main with a new 355mm and partly 450mm polyethylene main.
At the end of 2012, National Grid awarded Balfour Beatty two eight year Gas Distribution Strategic Partnership (GDSP) contracts, running from 1st April 2013. The new partnerships, valued at £1.2 billion, saw Balfour Beatty continue to operate in the North West of England and also commence Gas Operations in the West Midlands region.
The planned work consisted of cutting a section out of this 6” Cast Iron main to enable a flow meter to be fitted.
Andrew Hughes Utility Services working on behalf of Northern Gas Networks. The project required installation of 2600 metres of 63mm diameter PE Pipe using gas live insertion techniques up a 6” main. The customer Utilised 500 metre coils of 63mm PE Pipe allowing 250 metre shots per day.
Construction of a 63km, 560mm diameter P.E. pipeline in Lincolnshire for Anglian Water. This scheme for Anglian Water was joining two reservoirs together to maximise the water available to local residents.
Barhale was contracted by Thames Water and Crossrail to replace and reline water mains in Sussex Gardens, Paddington, West London. This formed part of a commitment to reline any mains falling within an allowable settlement zone to ensure the long-term stability of the mains because of the Crossrail tunnelling work. Five cast iron mains, some of which were originally laid in 1825, needed to be re-laid with butt-fused polyethylene.