The ventilation shaft of Stepney Green in London

Innovative infrastructure in a historical environment

Stepney Green, a historic city center in London, hosts not far from a major metro station, also has an advanced ventilation shaft. This structural element, located at Whitechapel Station and Mile End Shaft, is a crucial part of the London metro network. The shaft, part of the Crossrail project, combines modern technology with a design that harmonizes with the historical background.

History of Stepney Green

Stepney Green is located in the London Borough of Tower Hamlets and has a rich history. The tube station opened in 1902 and became part of London Underground in 1950. Due to the development of the Crossrail project, the ventilation shaft was added to improve the operational efficiency and safety of the network.

Design and Functionality

The Stepney Green ventilation shaft was designed as an Emergency Intervention Point (EIP). In emergency situations, such as fire or smoke, the shaft plays a crucial role in regulating airflow. In addition, the shaft served as a launch point for tunnel boring machines during the construction of new metro tunnels.

Architects and engineers, including Fereday Pollard, Mott MacDonald and Halcrow, worked together to create a functional and visually appealing design. The design took into account the historical context of Stepney Green, ensuring that the shaft fits seamlessly into the urban environment.

Material Choice and Sustainability

Concrete and steel were used in the construction of the ventilation shaft, ensuring a robust and durable construction. The facade panels, made from high-quality materials, contribute to a long lifespan and minimal maintenance requirements. The chosen colour scheme in shades of grey matches the urban architecture and gives the shaft a modern look.

Aesthetics and Urban Integration

A key aspect of the design was the visual integration into the environment. The facade panels have different textures and colour tones, making the shaft an aesthetically pleasing part of the cityscape. The combination of modern materials and a subtle design makes the shaft both functional and attractive.

Surface creators

Sorba Projects played a key role in the realisation of the ventilation shaft. As specialists in façade technology, Sorba supplied and installed the façade panels and ensured a high-quality finish. Their collaboration with architects and engineers ensured a perfect balance between functionality and aesthetics.

Innovative Techniques

Sorba Projects used advanced fixing methods to optimise the durability of the façade panels. By using innovative materials and techniques, the project’s environmental footprint was reduced and the shaft’s lifespan extended.

The Stepney Green ventilation shaft is an excellent example of modern infrastructure seamlessly integrated into a historic urban environment. The combination of functional efficiency, aesthetic integration and sustainability makes this shaft an essential part of the London Underground network.

Material

Aluminium

Materials used:

4 mm thick aluminium, anodised finish, provided with a figure perforation.

Surface area of ​​materials used

Approx. 310 m² solid, anodised aluminium.

Mel Noon

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