AECOM secures third Menai Crossing contract

Infrastructure services firm AECOM has secured a contract with the Welsh Government to deliver design services for the new third crossing of the Menai Strait. Under the contract, AECOM will undertake the Key Stage 2 Appraisal of options to identify and develop initial designs for a new bridge crossing that will link Anglesey with mainland Wales, with a view to identifying a preferred route. The new Menai crossing is intended to alleviate traffic on the two existing bridges over the Menai Strait. The Menai B
April 27, 2017 Read time: 2 mins
Infrastructure services firm 3525 AECOM has secured a contract with the Welsh Government to deliver design services for the new third crossing of the Menai Strait. Under the contract, AECOM will undertake the Key Stage 2 Appraisal of options to identify and develop initial designs for a new bridge crossing that will link Anglesey with mainland Wales, with a view to identifying a preferred route.


The new Menai crossing is intended to alleviate traffic on the two existing bridges over the Menai Strait. The Menai Bridge, built by Thomas Telford in the 1820s and Robert Stephenson's Britannia Bridge suffer from heavy congestion. The Britannia Bridge is also the only section of the A55 that is not dual carriageway and can be a significant bottleneck for traffic along the route, which links the M53 with Holyhead Port and is part of the Trans European Road network.

The aim of the scheme is to improve capacity, reliability and journey times along the route, as well as improve network resilience and opportunities for non-motorised users and safety.

AECOM will deliver a range of services, including bridge and highway engineering, transport planning, traffic modelling and environmental and ecology consultancy services. It will also carry out a review of the potential impact of the proposed scheme on the two historic bridges to develop a design that minimises impact on the environment and is sympathetic to the existing crossings. AECOM will work with its sub-consultants Knight Architects and Ruthin-based environmental consultancy Richards, Moorehead & Laing.

UTC

Related Content

  • January 10, 2013
    EU research develops method for evaluating critical infrastructure
    The European Commission’s SeRoN research project has drawn to a close, having developed a sophisticated method of identifying and quantifying threats to critical infrastructure. In December 2008 the European Commission published the directive 2008/114/EC on the identification, designation and assessment of the need to improve ‘European critical infrastructure’. In line with the objectives formulated in this directive, the SeRoN (Security of Road Transport Networks) research project was established in Novemb
    Read More
  • September 21, 2020
    Vancouver narrows bridge & tunnel options
    The Burrard Inlet Rapid Transit Study has now identified five potential crossings
    Read More
  • September 15, 2014
    Kapsch’s scalable tolling back office accepts mixed feeds
    Arno Klamminger and Wolfgang Fleischer from Kapsch’s ETC Business Unit outline a new back office solution which addresses the ongoing changes in the road user charging sector. The rapidly increasing scale of some Road User Charging (RUC) schemes, both current and proposed, presents systems developers and manufacturers with significant opportunities in terms of product sales. However, it also presents them with significant challenges - and size is but one part – as at regional, national and international lev
    Read More
  • August 10, 2012
    AECOM wins Australian BRT contract
    US-based provider of management and technical support services, AECOM, has been appointed to undertake 15 per cent concept designs for a bus rapid transit (BRT) system in Western Australia. The system will be between Bassendean and Ellenbrook train station in Perth and 6,500 people are expected to use BRT daily by 2031. AECOM says it expects to complete the design work by March 2013 and it will do planning for stations, park and ride facilities and integration for existing and future usage of land.
    Read More

Highlighted Content