Projects

Community: Connswater Community Greenway

In 2017, Farrans completed the Connswater Community Greenway – an inspirational living landmark which has revitalised the local community in East Belfast and won 3 Construction Excellence awards.

The project has created an attractive, safe and accessible cycle and walkway through an urban area of East Belfast, connecting over 40,000 people with:

  • 16km of continuous cycle and walkway
  • 7 new bridge crossings over the Connswater, Knock and Loop Rivers
  • A new event space for up to 2000 people with 7 new pieces of artwork
  • New amenities including 2 new play parks and MUGA pitches
  • £11m of added flood protection to 1,700 local properties

Education: Northwood School

As part of one of the largest school building and expansion programmes in the city, Farrans recently constructed the £31m Northwood School in London.

The new school building will accommodate 1,050 pupils. It has three storeys, measures 9,800 square metres in size and will promote an academic focus on the performing arts. Key features in the school include:

  • Stage area with retractable seating
  • Outdoor amphitheatre
  • Performing arts/music specialist rooms
  • 53 classrooms including a science garden, spacious library and outdoor learning terrace
 

Infrastructure: New Wear Crossing

Farrans has been carrying out stunning engineering work on the New Wear Crossing in Sunderland. The new road bridge is a two span, cable-stayed bridge with an A-frame pylon which rises to 100m and crosses the River Wear between Castletown and Pallion.

The new bridge will have two lanes of traffic in each direction, as well as dedicated cycleways and footpaths along its full length.

The impressive project, with a structure that is even bigger than Big Ben, will open in 2018.

Energy: Kilgallioch Windfarm

One of the largest on-shore windfarms in the UK, Kilgallioch Windfarm saw the construction of civil infrastructure for 96 turbines. Farrans’ role on the Scottish windfarm also included the construction of 65km of roads and the installation of electrical infrastructure including 400 Km of HV cabling. The impressive renewable energy project also required the construction of an 800m2 control building and 410 hectares of tree clearance. It was opened to widespread praise in Autumn 2017.

Education: East London Arts and Music Academy (ELAM)

Farrans was delighted to complete construction on ELAM – a world-class performing arts school in one of the most deprived areas of the UK – earlier this year. ELAM offers young people the opportunity to lead successful lives within the music, games design and film and television sectors.

The school now caters for 300 students, aged 16-19. The building is spread of 3 storeys in an modern design, with key features including specialist recording studios and a performance hall. The academy was officially opened to new students earlier this year.

The Arches Centre

The initial construction process to solve the complex works on the site was to develop an in-depth system of construction programmes containing multiple phases.

Together with the phased approach strategy, we appointed a client liaison to be responsible for communicating with the client on construction activities. The client liaison was responsible for keeping user groups and staff of the existing centre informed of general site activities and interface issues.

A particularly complex aspect of the project was the fact that it was constructed alongside a fully functional health centre meaning the works had to be carried out with minimal disturbance within the three major phases.

Glasgow Harbour

These road works included the construction of a major road bridge over the River Kelvin, two new road bridges as well as a high quality finished pedestrian footbridge over the Clydeside Expressway. In addition the contract involved the rehabilitation of the local road network, major utility diversions as well as major traffic management.

As part of the design phase of the contract Farrans design team applied for permission to outflow the site drainage into both the River Clyde and Kelvin. To achieve the required standard in the water quality set by SEPA a number of SUDS systems were constructed to treat the surface water before it is released into the rivers. These systems included Aquacell storage units, filtration trenches, downstream defenders and hydrobrakes to control the volume and quality of the water being released.

 
 
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