• 22 March 2017

Siemens Manufacturing Facility, Hull

The biggest influence on the local economy for generations.

Siemens have completed an ambitious £160m wind turbine manufacturing facility to mould the world’s longest wind turbine blades.

The close proximity of North Sea offshore wind farms has proven a golden ticket for Siemens latest endeavour in creating a substantial 40,000m2 factory in the city of Hull, in partnership with Associated British Ports at Alexandra Dock.

content image2Due to the significant size of the turbine blades, the design of the steel-framed multi-span braced structure measures 300m long by 116m across, with the largest spans being 47m. Whilst manufacturing, painting and drilling these substantial sized wind turbine blades, the site is expected to store them on a specially prepared dockside ahead of its delivery to their offshore destination.

Our Structures team were appointed to work alongside Mace, Volker Fitzpatrick and Pringle Brandon Perkins Will Architects on a full design brief for the manufacturing facility, and our Infrastructure & Environment team were appointed for BREEAM and Principal Designer Advisor duties. We were also appointed as Principal designer for the client fit-out phase. As part of the scope, the team completed compliance visits to four equipment suppliers outside of the UK.

A 2-storey office block connects to the manufacturing plant and features a ‘slim floor’ construction consisting of precast concrete planks supported by plates attached to the underside of the steel members, allowing the slabs to sit within the depth of the beams. This provides the flat soffit required by the client, which is exposed over the majority of the office spaces.

The northern section of the manufacturing roof extends to 15m to accommodate the industrial sized cranes used throughout the manufacturing process, the biggest of which has a 40t-capacity, and was said to be the most challenging aspect of the steelwork design.

content image1With the overhead cranes running across the spans on rails within all the production bays, smaller console cranes will run on steel support rails underneath. Crane support movements need to be tightly controlled due to the gantry girder having to accommodate biaxial loading. Our design uses a heavy steel plate welded to the top of a traditional I-beam rather than the traditional horizontal channel, for ease of fabrication.

The exterior of the construction is a combination of precast concrete panels up to 2.4m and composite cladding to the roof level. The architectural design for the cladding sees it spanning horizontally between the columns, with no sheeting rails. This is unusual, and required additional secondary vertical steel at the main columns to provide a consistent fixing plane for the cladding.

The project also included the design of a second building for logistic support to the overall Siemens port activities. This building is smaller on plan, but reaches 22m in height and includes three overhead cranes of 100t-capacity each.

Mark Billington, Structures Director, commented; “The team worked well alongside a very hands-on Client to develop the factory design to suit very specific manufacturing requirements. The building is all about function and we hope to witness the successful completion of its blades for years to come.”

The factory was officially opened on the 1st December 2016.

 

You Might Also Like…

  • 160 Aldersgate Street

    Waterman are delighted that the extensive redevelopment of 160 Aldersgate Street has reached practical completion.

  • Dixon House

    Grade II listed building, which offers 50,000 ft² Category A open plan office accommodation located in the heart of London’s insurance district.

  • Marble Arch Place

    Marble Arch Place is the landmark development from Almacantar and The Portman Estate, which will be London’s premier mixed-use scheme in a spectacular location overlooking Hyde Park.

  • Siemens Manufacturing Facility, Hull

    Siemens have completed an ambitious £160m wind turbine manufacturing facility to mould the world’s longest wind turbine blades.