Skip to main content

Technology trial a first for roads scheme

A US$124.8 million (£88.4 million) project to upgrade access to one of the UK’s busiest ports is trialling the use of technology to improve the monitoring of highway equipment located along the road, such as street lighting and drainage, to aid future maintenance. Contractors working on the A160 Port of Immingham improvement scheme are using the RedBite asset tool, developed by a Cambridge-based company, to tag Highways England owned assets. RedBite is a spin-out from the University of Cambridge and a m
April 7, 2016 Read time: 2 mins
A US$124.8 million (£88.4 million) project to upgrade access to one of the UK’s busiest ports is trialling the use of technology to improve the monitoring of highway equipment located along the road, such as street lighting and drainage, to aid future maintenance.

Contractors working on the A160 Port of Immingham improvement scheme are using the RedBite asset tool, developed by a Cambridge-based company, to tag 8101 Highways England owned assets. RedBite is a spin-out from the University of Cambridge and a member of the HyperCat Consortium. The technology uses radio frequency identification (RFID) technology, Quick Response (QR) Codes and GPS tags.

Once the product is tagged, the data is securely transmitted to a webpage where all data relating to that piece of equipment or asset is recorded for future use.

This is said to be the first time the technology has been used on a road project.  Items which have been tagged so far along the A160 include lighting columns, signs, pavements, culverts and gullies.

The Port of Immingham is the UK’s largest port by tonnage and handles up to 55 million tonnes of goods every year, including nearly 20 million tonnes of oil and 10 million tonnes of coal.

The scheme will see a three-mile section of the A160 between the A180 and the Port of Immingham upgraded to a dual carriageway along its entire length.

Once completed, traffic congestion should be reduced, journey times become more reliable, and safety improved for road users and the local community. There will also be improved access to the Port of Immingham and the surrounding area.

Related Content

  • November 2, 2015
    FCC consortium to build Colombia tunnel project
    A consortium led by Spanish company FCC has been awarded a contract for the Toyo tunnel project, including design, construction, operation and maintenance of the tunnel in the Urabá Port, around 80 kilometres from Medellín, Colombia. The US$432 million project, which is expected to take ten years to complete, is located between the municipalities of Giraldo and Cañasgordas, around 500 kilometres north-west of Bogotá. It includes the building of a completely new road section, 41 kilometres long with one
  • February 2, 2012
    Carbon finance delivers critical support to mass transit schemes
    David Crawford investigates carbon finance in transport. World Bank carbon finance grants are delivering critical support to major mass transit deployments in emerging and developing economies. Only recently operative in the transport sector, the Clean Development Mechanism (CDM, see panel) is designed to generate additional income streams and improve internal rates of return on projects funded from public- and private-sector sources.
  • April 8, 2014
    UK defaults to hard shoulder running to expand motorway capacity
    Hard shoulder running has become the UK’s default response to increasing motorway capacity as Colin Sowman reports. Facing a predicted 46% increase in traffic levels by 2040 and the current economic recovery leading to more people travelling to, from and for work leaves the UK government under short- and long-term pressure to increase the capacity on the main motorway network. Particular sections of motorways are already experiencing repeated, sometimes tidal, congestion and both tight Treasury limits and t
  • November 27, 2014
    Telensa lights up Hertfordshire
    More than 12,600 street lights on Hertfordshire’s A-roads are being upgraded to LED lighting using Telensa’s PLANet street light central management system (CMS), which will allow the lights to be monitored from a central point. This will reduce inspection costs and make it easier to spot and repair any faults. The system will also allow lighting levels on the A-roads to be reduced during the night, rather than turning lights off completely. Once the new lights are installed, light levels will be reduced