A joint venture between Atkins and Arup has been appointed to a consultancy contract to deliver a range of design and engineering services for BMB, the joint venture between BAM Nuttall, Morgan Sindall and Balfour Beatty appointed by Tideway to deliver the West section of London’s new ‘super sewer’, the Thames Tideway Tunnel.
Valued at £416 million, the six kilometre ‘West’ section of the 25km Thames Tideway Tunnel will run from Acton in West London to Wandsworth in South West London incorporating seven separate work sites along the route. Works will include design, construction, commissioning and maintenance following construction completion.
Nick Roberts, UK CEO at Atkins, said:
“A healthy River Thames plays an essential role in the wellbeing and prosperity of the City of London and its people. The Thames Tideway Tunnel will help transform the river and we are very pleased that BMB chose the valuable experience, expertise and approach we’ve developed with Arup from projects such as Crossrail. We look forward to playing our part in promoting a positive change in the relationship that Londoners and visitors have with the Thames.”
Mobilisation work for the ‘West’ section began in September last year with completion scheduled for 2022.
Alan Belfield, UKMEA Chairman, Arup added:
“The Thames Tideway Tunnel is one of the UK’s most challenging, yet important, infrastructure projects. We have already made great strides in creating a cleaner and safer River Thames but there is a clear need to modernise our essential infrastructure. Partnerships such as ours with Atkins will play a pivotal role in driving forward these major feats of engineering and we look forward to working together on this unique project to see the benefits it will provide to the city.”
HUBER Technology UK & Ireland are inviting people to register for their March webinar where they will be providing information about HUBER water intake screens for municipal and industrial applications.

Hear how United Utilities is accelerating its investment to reduce spills from storm overflows across the Northwest.